-- dump date   	20111121_013304
-- class       	Genbank::CDS
-- table       	cds_note
-- id	note
YP_001700699.1	Similar to Q25UB4_MYCVN e-105
YP_001700700.1	Similar to Q25UB3_MYCVN 3e-63
YP_001700701.1	Similar to Q25UB2_MYCVN 2e-26
YP_001700702.1	Similar to Q9X778_MYCFO 3e-37
YP_001700703.1	Similar to Q9L7K9_9ACTO 2e-21
YP_001700704.1	Similar to Q9L7K8_9ACTO e-152
YP_001700705.1	No similarity found (10-5)
YP_001700706.1	cleaves the carbon-mercury bond of organomercuric compounds
YP_001700707.1	Similar to Q3H166_9ACTO e-159
YP_001700708.1	Similar to Q25UC3_MYCVN 6e-68
YP_001700709.1	Similar to Q25UC2_MYCVN 2e-99
YP_001700710.1	Similar to Q25UC1_MYCVN 3e-44
YP_001700711.1	Similar to Q25UC0_MYCVN e-131
YP_001700712.1	Similar to Q25UB9_MYCVN e-110
YP_001700713.1	Similar to Q938A0_MYCAV 0
YP_001700714.1	Similar to Q9X777_MYCFO 3e-92
YP_001700715.1	No similarity found (10-5)
YP_001700716.1	No similarity found (10-5)
YP_001700717.1	Similar to Q26Y28_MYCFV e-43
YP_001700718.1	Similar to Q26Y27_MYCFV e-108
YP_001700719.1	Similar to Q8G680_BIFLO 8e-36
YP_001700758.1	binds to the dnaA-box as an ATP-bound complex at the origin of replication during the initiation of chromosomal replication; can also affect transcription of multiple genes including itself.
YP_001700759.1	binds the polymerase to DNA and acts as a sliding clamp
YP_001700760.1	similar to full-length Gnd, these proteins seems to have a truncated C-terminal 6PGD domainin; in Methylobacillus flagellatus this gene is essential for NAD+-dependent oxidation of 6-phosphogluconate
YP_001700761.1	Required for DNA replication; binds preferentially to single-stranded, linear DNA
YP_001700762.1	Similar to Q264U7_MYCVN 2e-68
YP_001700763.1	negatively supercoils closed circular double-stranded DNA
YP_001700764.1	No similarity found (10-5)
YP_001700765.1	No similarity found (10-5)
YP_001700766.1	No similarity found (10-5)
YP_001700767.1	No similarity found (10-5)
YP_001700768.1	No similarity found (10-5)
YP_001700769.1	No similarity found (10-5)
YP_001700770.1	Similar to Q5YYQ3_NOCFA 3e-59
YP_001700771.1	No similarity found (10-5)
YP_001700772.1	No similarity found (10-5)
YP_001700773.1	Similar to Q73X38_MYCPA 5e-11
YP_001700774.1	Similar to Q82R37_STRAW 2e-51
YP_001700775.1	Similar to Q44MG0_CHLLI 4e-47
YP_001700776.1	negatively supercoils closed circular double-stranded DNA
YP_001700777.1	Similar to Y007_MYCTU 9e-53
YP_001700778.1	Similar to Q32CP3_SHIDS 8e-65
YP_001700779.1	Similar to Q4IVE6_AZOVI 2e-28
YP_001700780.1	Similar to Q279L4_MYCFV 5e-15
YP_001700781.1	Similar to Q264W0_MYCVN 2e-74
YP_001700782.1	Similar to Q5Z3S5_NOCFA 2e-41
YP_001700783.1	Similar to Q27DV3_MYCFV 8e-67
YP_001700784.1	Similar to Q744S0_MYCPA 7e-20
YP_001700785.1	integral membrane protein involved in inhibition of the Z-ring formation
YP_001700786.1	Similar to Q5SIZ1_THET8 7e-06
YP_001700787.1	Similar to Q744R8_MYCPA 3e-68
YP_001700788.1	aminodeoxychorismate synthase subunit PabA; with PabB catalyzes the formation of 4-amino-4-deoxychorismate from chorismate and glutamine in para-aminobenzoate synthesis; PabA provides the glutamine amidotransferase activity
YP_001700789.1	Similar to Q744R6-MYCPA 0.0
YP_001700790.1	Similar to Q264W7_MYCVN e-153
YP_001700791.1	Similar to Q264W8_MYCVN 0.0
YP_001700792.1	Similar to Q744R2_MYCPA e-148
YP_001700793.1	Similar to Q7U305_MYCBO e-125
YP_001700794.1	Similar to Q264X1_MYCVN 3e-57
YP_001700795.1	Similar to Q744Q9_MYCPA 9e-45
YP_001700796.1	Similar to Q5YS20_NOCFA 4e-13
YP_001700797.1	Similar to Q5YS21_NOCFA e-173
YP_001700798.1	Similar to Q5YS22_NOCFA 3e-30
YP_001700799.1	Similar to Q82E00_STRAW 3e-12
YP_001700800.1	Similar to Q273L0_MYCFV 2e-17
YP_001700801.1	Similar to Q73TD6_MYCPA 2e-63
YP_001700802.1	Similar to Q25V46_MYCVN 3e-27
YP_001700803.1	Similar to Q26XV6_MYCFV 5e-29
YP_001700804.1	Similar to Q47MF4_THEFY 1e-09
YP_001700805.1	Similar to Q47MF5_THEFY 7e-45
YP_001700806.1	Similar to Q5YQ40_NOCFA 2e-21
YP_001700807.1	Similar to Q743C3_MYCPA 3e-69
YP_001700808.1	catalyzes the reaction of cyanate and bicarbonate to produce ammonia and carbon dioxide
YP_001700809.1	controls the expression of the cynTSX operon involved in degrading and using cyanate as a sole nitrogen source
YP_001700810.1	Similar to Q25ZM7_MYCVN 0.0
YP_001700811.1	Similar to Q74F07_GEOSL 2e-33
YP_001700812.1	Similar to O69740_MYCTU 5e-36
YP_001700813.1	No similarity found
YP_001700814.1	Similar to Q279C6_MYCFV 2e-84
YP_001700815.1	Similar to Q279C5_MYCFV 8e-88
YP_001700816.1	catalyzes the reduction of mycothione or glutathione to mycothione or glutathione disulfide
YP_001700817.1	Similar to Q25ZL6_MYCVN 2e-29
YP_001700818.1	Similar to P72041_MYCTU e-178
YP_001700819.1	Similar to Q3H1T9_9ACTO e-155
YP_001700820.1	Similar to Q27GA1_MYCFV 5e-63
YP_001700821.1	Similar to Q5YNN2_NOCFA e-101
YP_001700822.1	Similar to Q5YQ46_NOCFA 5e-40
YP_001700823.1	Similar to Q5YQ45_NOCFA 5e-95
YP_001700824.1	Similar to Q276J6_MYCFV 4e-28
YP_001700825.1	Similar to Q5Z122_NOCFA 4e-59
YP_001700826.1	Similar to Q740A0_MYCPA e-109
YP_001700827.1	Similar to Q740A2_MYCPA 9e-96
YP_001700828.1	Similar to Q25YS6_MYCVN 0.0
YP_001700829.1	Similar to Q5YXJ7_NOCFA 0.0
YP_001700830.1	Similar to Q9KWQ9_RHOSR e-136
YP_001700831.1	Similar to Q27FV9_MYCFV e-108
YP_001700832.1	Similar to Q27FW0_MYCFV e-101
YP_001700833.1	Similar to Q5YUD7_NOCFA 1e-18
YP_001700834.1	Similar to Q27FX4_MYCFV e-168
YP_001700835.1	initiates steroid ring degradation; catalyzes the transhydrogenation of 3-keto-4-ene-steroid to 3-keto-1,4-diene-steroid e.g., progesterone to 1,4-androstadiene-3,17-dione
YP_001700836.1	Similar to Q740C0_MYCPA 3e-67
YP_001700837.1	Similar to Y2887_MYCTU 9e-30
YP_001700838.1	Similar to Q3RT45_RALME e-106
YP_001700839.1	Similar to Y3405_MYCTU 6e-39
YP_001700840.1	Similar to Q272N5_MYCFV e-102
YP_001700841.1	Similar to Q8G0A1_BRUSU e-134
YP_001700842.1	Similar to Q5YVD5_NOCFA e-102
YP_001700843.1	Similar to Q5YVD4_NOCFA 1e-77
YP_001700844.1	Similar to EPHD_MYCTU 2e-73
YP_001700845.1	Similar to Q7TVH7_MYCBO 0.0
YP_001700846.1	glutamate synthase is composed of subunits alpha and beta; beta subunit is a flavin adenine dinucleotide-NADPH dependent oxidoreductase; provides electrons to the alpha subunit, which binds L-glutamine and 2-oxoglutarate and forms L-glutamate
YP_001700847.1	Similar to Q745B8_MYCPA 1e-21
YP_001700848.1	Similar to Q279I0_MYCFV 9e-98
YP_001700849.1	Similar to Q5YV11_NOCFA 3e-12
YP_001700850.1	Similar to Q277S1_MYCFV 2e-45
YP_001700851.1	Similar to Q25ZE9_MYCVN e-119
YP_001700852.1	Similar to Q73WR9_MYCPA 3e-16
YP_001700853.1	Similar to Q741G4_MYCPA 2e-73
YP_001700854.1	Similar to Q27DQ6_MYCFV 2e-84
YP_001700855.1	Similar to Q5Z2H8_NOCFA e-135
YP_001700856.1	Similar to Q2RTW9_RHORT 1e-20
YP_001700857.1	Similar to P96223_MYCTU e-179
YP_001700858.1	Similar to Q272R0_MYCFV e-75
YP_001700859.1	Similar to O06804_MYCTU 8e-80
YP_001700860.1	Similar to Q47MD2_THEFY e-102
YP_001700861.1	Similar to Q25ZE4_MYCVN 9e-58
YP_001700862.1	No similarity found (10-5)
YP_001700863.1	Similar to Q271J2_MYCFV 2e-29
YP_001700864.1	Similar to Q745I0_MYCPA 1e-38
YP_001700865.1	Similar to Q25ZD9_MYCVN 3e-39
YP_001700866.1	No similarity found (10-5)
YP_001700867.1	Similar to Q25ZD7_MYCVN 3e-63
YP_001700868.1	Similar to Q25ZD6_MYCVN 1e-93
YP_001700869.1	Similar to Q9CDC9_MYCLE 1e-57
YP_001700870.1	No similarity found (10-5)
YP_001700871.1	Similar to Q9F9R0_MYCPA 6e-80
YP_001700872.1	Similar to SODM_MYCFO e-114
YP_001700873.1	No similarity found (10-5)
YP_001700874.1	Similar to MSRA1_SYNY3 1e-76
YP_001700875.1	Similar to Q25ZD1_MYCVN 6e-31
YP_001700876.1	Similar to Q274W3_MYCFV 2e-45
YP_001700877.1	Similar to Q25ZC9_MYCVN e-109
YP_001700878.1	Similar to Q27CU5_MYCFV 6e-15
YP_001700879.1	Similar to P96822_MYCTU 8e-44
YP_001700880.1	Similar to P96237_MYCTU 7e-50
YP_001700881.1	Similar to Q5Z3M2_NOCFA 6e-55
YP_001700882.1	Similar to Q25ZC7_MYCVN e-101
YP_001700883.1	Similar to Q27GB1_MYCFV 2e-80
YP_001700884.1	Similar to Q3H6G2_9ACTO 2e-21
YP_001700885.1	Similar to Q25ZC5_MYCVN 6e-68
YP_001700886.1	catalyzes the formation of phenylpyruvate from prephenate in phenylalanine biosynthesis
YP_001700887.1	Similar to P96241_MYCTU 1e-63
YP_001700888.1	catalyzes the formation of acetate from pyruvate
YP_001700889.1	No similarity found (10-5)
YP_001700890.1	Similar to Q44VJ1_9BURK 2e-17
YP_001700891.1	Similar to Q4RX50_TETNG 2e-07
YP_001700892.1	Similar to Q397M2_BURS3 9e-16
YP_001700893.1	Similar to Q266L3_MYCVN 1e-50
YP_001700894.1	Similar to Q27G14_MYCFV e-116
YP_001700895.1	Similar to Q5Z3E1_NOCFA 1e-38
YP_001700896.1	Similar to Q741G4_MYCPA 1e-90
YP_001700897.1	Similar to Q9ZBX8_STRCO 2e-47
YP_001700898.1	Similar to Q4LVF9_9BURK 6e-41
YP_001700899.1	Similar to Q397M2_BURS3 4e-10
YP_001700900.1	Similar to Q740L3_MYCPA 6e-46
YP_001700901.1	Similar to Q5Z3L4_NOCFA 9e-23
YP_001700902.1	Similar to Q5Z3L3_NOCFA 1e-12
YP_001700903.1	No similarity found (10-5)
YP_001700904.1	Similar to Q745J0_MYCPA 5e-49
YP_001700905.1	Similar to Q745I9_MYCPA e-121
YP_001700906.1	Similar to Q827J2_STRAW 8e-39
YP_001700907.1	catalyzes a two-step reaction, first charging a serine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA
YP_001700908.1	Similar to Q26AE0_MYCVN e-123
YP_001700909.1	Similar to Q262N5_MYCVN 9e-20
YP_001700910.1	Similar to O07805_MYCTU 0.0
YP_001700911.1	Similar to P71885_MYCTU 5e-31
YP_001700912.1	Similar to Q412F9_KINRA 7e-33
YP_001700913.1	Similar to P71591_MYCTU 4e-53
YP_001700914.1	Similar to Q41EW7_9BACI 1e-25
YP_001700915.1	Similar to Q89K25_BRAJA 7e-68
YP_001700916.1	Similar to Q5YQC2_NOCFA 1e-25
YP_001700917.1	Similar to O07806_MYCTU 3e-72
YP_001700918.1	Similar to Q25VE6_MYCVN 1e-80
YP_001700919.1	Similar to Q25ZB6_MYCVN e-101
YP_001700920.1	Similar to Q745K1_MYCPA 4e-87
YP_001700921.1	Similar to Q274U7_MYCFV e-101
YP_001700922.1	Similar to Q79F96_MYCTU e-137
YP_001700923.1	Similar to Q93QS9_MYCXE 3e-05
YP_001700924.1	Similar to O06934_MYCTU 0.0
YP_001700925.1	Similar to Q7TVM4_MYCBO 0
YP_001700926.1	Similar to Q25ZA8_MYCVN 2e-28
YP_001700927.1	catalyzes the formation of decaprenylphosphoryl-5-phosphoribose from phosphoribose diphosphate and decaprenyl phosphate
YP_001700928.1	Similar to Q7D4U7_MYCTU 0.0
YP_001700929.1	Similar to Q25XM4_MYCVN e-104
YP_001700930.1	Similar to A85A_MYCTU e-111
YP_001700931.1	Similar to Q276W5_MYCFV e-104
YP_001700932.1	Similar to Q25ZA2_MYCVN e-104
YP_001700933.1	activates fatty acids by binding to coenzyme A
YP_001700934.1	Similar to O53579_MYCTU 0.0
YP_001700935.1	Similar to O53578_MYCTU 0.0
YP_001700936.1	No similarity found (10-5)
YP_001700937.1	Similar to Q5YMK8_NOCFA e-112
YP_001700938.1	No similarity found (10-5)
YP_001700939.1	Similar to EMBB_MYCBO 0.0
YP_001700940.1	Similar to EMBA_MYCBO 0.0
YP_001700941.1	Similar to Q5YMZ2_NOCFA 7e-32
YP_001700942.1	No similarity found (10-5)
YP_001700943.1	Similar to EMBC_MYCTU 0.0
YP_001700944.1	Similar to Q7TVN5_MYCTU 0.0
YP_001700945.1	Similar to Q25Z88_MYCVN e-115
YP_001700946.1	Similar to Q745N8_MYCPA 0.0
YP_001700947.1	Similar to Q25Z86_MYCVN 5e-55
YP_001700948.1	in some organisms the DhaK and DhaL subunits are encoded by separate genes; in others they are fused; functions along with DhaM to phosphorylate dihydroxyacetone
YP_001700949.1	Similar to Q25X26_MYCVN 6e-44
YP_001700950.1	Similar to Q25Z85_MYCVN e-146
YP_001700951.1	Similar to Q25Z84_MYCVN 3e-41
YP_001700952.1	Similar to Q47M55_THEFY 4e-09
YP_001700953.1	Similar to Q25V59_MYCVN e-174
YP_001700954.1	Similar to Q27C97_MYCFV 2e-50
YP_001700955.1	Similar to Q25Z80_MYCVN e-114
YP_001700956.1	Similar to Q745N3_MYCPA e-117
YP_001700957.1	Similar to Q5Z3D1_NOCFA e-125
YP_001700958.1	Similar to Y3780_MYCTU 8e-40
YP_001700959.1	Similar to Q7TVP2_MYCBO e-142
YP_001700960.1	Similar to Q25Z76_MYCVN e-160
YP_001700961.1	Similar to Q7D4V9_MYCTU e-112
YP_001700962.1	Similar to Q274R2_MYCFV 4e-33
YP_001700963.1	No similarity found (10-5)
YP_001700964.1	Similar to Q8GAC6_ARTNI 7e-17
YP_001700965.1	No similarity found (10-5)
YP_001700966.1	Similar to Q8YMP7_ANASP 6e-06
YP_001700967.1	Similar to O53686_MYCTU 1e-64
YP_001700968.1	Similar to Q5YNS7_NOCFA 2e-51
YP_001700969.1	Similar to Q27B00_MYCFV 9e-69
YP_001700970.1	Similar to Q73WD7_MYCPA 1e-20
YP_001700971.1	Similar to CSD1_MYCLE 0.0
YP_001700972.1	Similar to Q9RAJ4_MYCPA e-141
YP_001700973.1	Similar to Q73Y36_MYCPA 3e-78
YP_001700974.1	Similar to PATR_MYCBO e-132
YP_001700975.1	Similar to Q5Z3Z0_NOCFA 1e-98
YP_001700976.1	Similar to Q5Z3Y8_NOCFA 1e-08
YP_001700977.1	No similarity found (10-5)
YP_001700978.1	No similarity found (10-5)
YP_001700979.1	No similarity found (10-5)
YP_001700980.1	No similarity found (10-5)
YP_001700981.1	No similarity found (10-5)
YP_001700982.1	No similarity found (10-5)
YP_001700983.1	No similarity found (10-5)
YP_001700984.1	No similarity found (10-5)
YP_001700985.1	Similar to Q276R7_MYCFV 4e-07
YP_001700986.1	No similarity found (10-5)
YP_001700987.1	Similar to Q5YZK8_NOCFA 6e-96
YP_001700988.1	No similarity found (10-5)
YP_001700989.1	No similarity found (10-5)
YP_001700990.1	No similarity found (10-5)
YP_001700991.1	Similar to Q3JTM3_BURP1 3e-12
YP_001700992.1	No similarity found (10-5)
YP_001700993.1	No similarity found (10-5)
YP_001700994.1	Similar to P71972_MYCTU 1e-37
YP_001700995.1	Similar to Q855T7_9CAUD 7e-19
YP_001700996.1	No similarity found (10-5)
YP_001700997.1	No similarity found (10-5)
YP_001700998.1	No similarity found (10-5)
YP_001700999.1	No similarity found (10-5)
YP_001701000.1	No similarity found (10-5)
YP_001701001.1	Similar to Q9AK14_STRCO 4e-13
YP_001701002.1	Similar to Q2JF42_FRASC 2e-09
YP_001701003.1	Similar to Q27FR9_MYCFV 5e-08
YP_001701004.1	Similar to Y1279_MYCTU 0.0
YP_001701005.1	No similarity found (10-5)
YP_001701006.1	Similar to Q272L7_MYCFV 5e-45
YP_001701007.1	No similarity found
YP_001701008.1	Similar to A0QZQ1_MYCS2 3e-22
YP_001701009.1	Similar to Q2T7X9_BURTA e-148
YP_001701010.1	Similar to Q6AD60_LEIXX 1e-32
YP_001701011.1	No similarity found (10-5)
YP_001701012.1	Similar to Q269J5_MYCVN 3e-98
YP_001701013.1	Similar to Q82GW0_STRAW 1e-59
YP_001701014.1	Similar to Q73U20_MYCPA 3e-17
YP_001701015.1	Similar to Q25Z61_MYCVN e-102
YP_001701016.1	Similar to Q26YF5_MYCFV e-152
YP_001701017.1	Similar to Q26YF6_MYCFV 1e-74
YP_001701018.1	Similar to Q26YF7_MYCFV 2e-43
YP_001701019.1	Similar to Q25Z57_MYCVN 2e-69
YP_001701020.1	catalyzes the formation of 4-hydroxyphenylpyruvate from prephenate
YP_001701021.1	Similar to Q5Z3B2_NOCFA 2e-47
YP_001701022.1	Similar to Q26YG1_MYCFV 1e-51
YP_001701023.1	No similarity found (10-5)
YP_001701024.1	No similarity found (10-5)
YP_001701025.1	No similarity found (10-5)
YP_001701026.1	No similarity found (10-5)
YP_001701027.1	No similarity found (10-5)
YP_001701028.1	Similar to Q5YRJ1_NOCFA 9e-46
YP_001701029.1	Similar to Q26YH4_MYCFV 0.0
YP_001701030.1	Similar to Q26YH5_MYCFV e-118
YP_001701031.1	Similar to Q26YH8_MYCFV e-174
YP_001701032.1	this tRNA synthetase lacks the tRNA anticodon interaction domain; instead this enzyme modifies tRNA(Asp) with glutamate by esterifying glutamate to the 2-amino-5-(4,5-dihydroxy-2-cyclopenten-1-yl) moiety of queosine generating a modified nucleoside at the first anticodon position of tRNAAsp; the modified tRNA does not bind elongation factor Tu
YP_001701033.1	catalyzes the ATP-dependent formation of a phosphodiester at the site of a single-strand break in duplex DNA; in mycobacteria LigC has weak intrinsic nick joining activities and is not essential for growth
YP_001701034.1	Similar to Q744K1_MYCPA e-139
YP_001701035.1	Similar to Q277S1_MYCFV 8e-54
YP_001701036.1	Similar to Q266E8_MYCVN 6e-07
YP_001701037.1	Similar to O69690_MYCTU 1e-20
YP_001701038.1	Similar to Q2ARG1_9BACI 8e-26
YP_001701039.1	Similar to Q9RCW3_STRCO 1e-61
YP_001701040.1	Similar to Q825Q5_STRAW 6e-14
YP_001701041.1	Similar to Q2L6E5_9ACTO e-119
YP_001701042.1	Similar to Q5LM72_SILPO 2e-70
YP_001701043.1	Similar to Q2L6D4_9ACTO 0.0
YP_001701044.1	Similar to Q2L6D3_9ACTO 2e-95
YP_001701045.1	Similar to Q00509_STRAM 1e-63
YP_001701046.1	Similar to A4FH53_SACER 6e-58
YP_001701047.1	Similar to Q2G7K3_NOVAD 9e-48
YP_001701048.1	Similar to Q7DC82_PSEAE e-114
YP_001701049.1	Similar to Q65DZ8_BACLD 3e-56
YP_001701050.1	Similar to Q56G37_PSEFL 7e-75
YP_001701051.1	Similar to Q7DC81_PSEAE 0.0
YP_001701052.1	Similar to Q6GKL4_STAAR 2e-59
YP_001701053.1	Similar to Q5YP17_NOCFA 4e-43
YP_001701054.1	Similar to Q5YP18_NOCFA 3e-93
YP_001701055.1	Similar to Q5YP19_NOCFA e-106
YP_001701056.1	Similar to Q5YP20_NOCFA e-102
YP_001701057.1	No similarity found (10-5)
YP_001701058.1	Similar to Q25YZ5_MYCVN 0.0
YP_001701059.1	No similarity found (10-5)
YP_001701060.1	No similarity found (10-5)
YP_001701061.1	No similarity found (10-5)
YP_001701062.1	Similar to Q25YZ4_MYCVN e-179
YP_001701063.1	Similar to Q25YZ2_MYCVN 0.0
YP_001701064.1	Similar to O69686_MYCTU 0.0
YP_001701065.1	Similar to Q3HGQ2_TRIER 4e-76
YP_001701066.1	Similar to Q3VFP3_9SPHN 8e-52
YP_001701067.1	Similar to O86342_MYCTU 6e-27
YP_001701068.1	Similar to Q73YD4_MYCPA 2e-63
YP_001701069.1	Similar to Q481M5_COLP3 2e-36
YP_001701070.1	Similar to Q744M2_MYCPA 1e-54
YP_001701071.1	Similar to O69684_MYCTU 9e-80
YP_001701072.1	Similar to Q25YY8_MYCVN 7e-19
YP_001701073.1	involved in a recombinational process of DNA repair, independent of the recBC complex
YP_001701074.1	No similarity found (10-5)
YP_001701075.1	No similarity found (10-5)
YP_001701076.1	Similar to Q25YY1_MYCVN 1e-92
YP_001701077.1	Similar to Q25YY0_MYCVN e-135
YP_001701078.1	No similarity found (10-5)
YP_001701079.1	Similar to Y2887_MYCTU 7e-33
YP_001701080.1	Similar to Q3X1F9_9ACTN 1e-46
YP_001701081.1	Similar to Q5Z2Q7_NOCFA 0.0
YP_001701082.1	3'-5' exonuclease of DNA polymerase III
YP_001701083.1	Similar to Q25RP7_MYCVN e-110
YP_001701084.1	Similar to RS182_MYCPA 3e-21
YP_001701085.1	located in the peptidyl transferase center and involved in assembly of 30S ribosome subunit; similar to what is observed with proteins L31 and L33, some proteins in this family contain CXXC motifs that are involved in zinc binding; if two copies are present in a genome, then the duplicated copy appears to have lost the zinc-binding motif and is instead regulated by zinc; the proteins in this group do not appear to have the zinc-binding motif
YP_001701086.1	in Escherichia coli BM108, a mutation that results in lack of L33 synthesis had no effect on ribosome synthesis or function; there are paralogous genes in several bacterial genomes, and a CXXC motif for zinc binding and an upstream regulation region of the paralog lacking this motif that are regulated by zinc similar to other ribosomal proteins like L31; the proteins in this group lack the CXXC motif
YP_001701087.1	Similar to RL28B_MYCTU 1e-28
YP_001701088.1	Similar to Q25S75_MYCVN e-123
YP_001701089.1	Similar to Q25S74_MYCVN 5e-33
YP_001701090.1	Similar to Q744M9_MYCPA 0.0
YP_001701091.1	No similarity found (10-5)
YP_001701092.1	No similarity found (10-5)
YP_001701093.1	No similarity found (10-5)
YP_001701094.1	Similar to Q8KUH9_ACTPA 2e-14
YP_001701095.1	Similar to Q25YW5_MYCVN 2e-44
YP_001701096.1	catalyzes the formation of 4-phospho-L-aspartate from L-aspartate and ATP, in Bacillus, lysine sensitive; regulated by response to starvation.
YP_001701097.1	catalyzes the formation of 4-aspartyl phosphate from aspartate 4-semialdehyde
YP_001701098.1	No similarity found (10-5)
YP_001701099.1	Similar to Q744N2_MYCPA e-129
YP_001701100.1	Similar to Q9RWL9_DEIRA 4e-58
YP_001701101.1	Similar to A0QTI3_MYCS2 2e-16
YP_001701102.1	Similar to A0JTQ7_ARTS2 4e-28
YP_001701103.1	Similar to Q2W577_MAGMM 2e-39
YP_001701104.1	Similar to Q3L0T2_COREQ 0.0
YP_001701105.1	Similar to Q26ZY1_MYCFV 4e-22
YP_001701106.1	Similar to Q7TVW0_MYCBO 4e-72
YP_001701107.1	Similar to Q25RM7_MYCVN e-171
YP_001701108.1	Similar to Q40UN1_KINRA e-103
YP_001701109.1	Similar to Q25WK8_MYCVN 4e-63
YP_001701110.1	Similar to Q5WJQ5_BACSK 6e-21
YP_001701111.1	Similar to Q25T61_MYCVN 2e-09
YP_001701112.1	Similar to Q2E0K9_ACICE 2e-37
YP_001701113.1	Similar to Q6MZ85_MYCUL 3e-10
YP_001701114.1	Similar to Q25T61_MYCVN 4e-09
YP_001701115.1	Similar to Q47M16_THEFY 5e-80
YP_001701116.1	Similar to Q40V30_KINRA 2e-90
YP_001701117.1	Similar to Q4NHV2_9MICC 6e-46
YP_001701118.1	Similar to Q7TWP7_MYCTU 5e-99
YP_001701119.1	Similar to Q73ZV2_MYCPA 8e-51
YP_001701120.1	Similar to Q73ZV3_MYCPA 4e-10
YP_001701121.1	Similar to Q272U0_MYCFV 2e-85
YP_001701122.1	Similar to Q744N5_MYCPA e-107
YP_001701123.1	Similar to Q26ZX9_MYCFV e-200
YP_001701124.1	Similar to Q266C2_MYCVN 6e-89
YP_001701125.1	Similar to Q266C1_MYCVN e-112
YP_001701126.1	Similar to Q7D515_MYCBO e-102
YP_001701127.1	Similar to O69666_MYCTU 0.0
YP_001701128.1	No similarity found (10-5)
YP_001701129.1	Similar to Q4WBR4_ASPFU 5e-21
YP_001701130.1	Similar to Q5Z1B9_NOCFA 3e-42
YP_001701131.1	Similar to Q73VW4_MYCPA e-166
YP_001701132.1	Similar to Q25UW2_MYCVN 7e-86
YP_001701133.1	Similar to Q25UW1_MYCVN e-102
YP_001701134.1	Similar to Q826J3_STRAW 2e-82
YP_001701135.1	Converts glycerol and ADP to glycerol-3-phosphate and ADP
YP_001701136.1	Similar to Q744I7_MYCPA 2e-54
YP_001701137.1	Similar to Q744L6_MYCPA 1e-36
YP_001701138.1	Similar to Q73UT6_MYCPA 5e-95
YP_001701139.1	Similar to Q7TVX0_MYCBO 4e-68
YP_001701140.1	Similar to Q744I4_MYCPA e-113
YP_001701141.1	Similar to Q26YN0_MYCFV e-134
YP_001701142.1	Similar to Q265Z2_MYCVN e-133
YP_001701143.1	Similar to Q7D521_MYCTU 2e-69
YP_001701144.1	Similar to Q7TVX5_MYCB0 4e-43
YP_001701145.1	Similar to Q26YN4_MYCFV 4e-50
YP_001701146.1	Similar to Q745D0_MYCPA 2e-81
YP_001701147.1	Similar to Q73YS1_MYCPA e-128
YP_001701148.1	Similar to Q9KZK7_STRCO 2e-60
YP_001701149.1	No similarity found (10-5)
YP_001701150.1	Similar to Q89W12_BRAJA 2e-34
YP_001701151.1	Similar to Q73SI2_MYCPA 0.0
YP_001701152.1	Similar to EX5B_MYCTU 0.0
YP_001701153.1	Similar to Q7U1K9_MYCBO 0.0
YP_001701154.1	Similar to O33362_MYCTU e-138
YP_001701155.1	Similar to Q73SR4_MYCPA 1e-75
YP_001701156.1	Similar to Q9RJM9_STRCO 1e-06
YP_001701157.1	Similar to Q2SGN7_HAHCH 3e-56
YP_001701158.1	No similarity found (10-5)
YP_001701159.1	Similar to Q7D527_MYCTU e-150
YP_001701160.1	Similar to Q265Y0_MYCVN e-132
YP_001701161.1	Similar to Q7TVY3_MYCBO 0.0
YP_001701162.1	Similar to Q26YR0_MYCFV 2e-44
YP_001701163.1	Similar to O69648_MYCTU e-148
YP_001701164.1	Similar to Q26YR2_MYCFV e-134
YP_001701165.1	Similar to Q8VIV6_MYCTU 1e-22
YP_001701166.1	Similar to Q26YR3_MYCVF 5e-32
YP_001701167.1	Similar to O69645_MYCTU 5e-98
YP_001701168.1	Similar to Q2DZT8_ACICE e-18
YP_001701169.1	Similar to Q26AX5_MYCVN e-110
YP_001701170.1	Similar to O69643_MYCTU 8e-11
YP_001701171.1	Similar to Q26AX7_MYCVN e-119
YP_001701172.1	Similar to Q744E0_MYCPA 7e-55
YP_001701173.1	Similar to Q744D9_MYCPA 1e-61
YP_001701174.1	Similar to Q265X2_MYCVN e-124
YP_001701175.1	Similar to Q265X1_MYCVN e-134
YP_001701176.1	Similar to Q744D6_MYCPA 1e-37
YP_001701177.1	Similar to Q744D5_MYCPA 8e-76
YP_001701178.1	Similar to Q265W8_MYCVN 0.0
YP_001701179.1	Similar to Q9F353_STRCO 3e-91
YP_001701180.1	Similar to Q744D1_MYCPA 2e-79
YP_001701181.1	Similar to Q93H32_STRAW 2e-63
YP_001701182.1	Similar to Q6AFU2_LEIXX e-151
YP_001701183.1	Similar to Q5Z2Z3_NOCFA 2e-73
YP_001701184.1	Similar to Q744C7_MYCPA e-116
YP_001701185.1	Similar to Q26YS7_MYCFV 4e-63
YP_001701186.1	Similar to Q26YS8_MYCFV 6e-89
YP_001701187.1	No similarity found (10-5)
YP_001701188.1	Similar to Q27BD5_MYCFV 6e-18
YP_001701189.1	Similar to Q26Y78_MYCFV 2e-14
YP_001701190.1	No similarity found (10-5)
YP_001701191.1	Similar to Q454J3_9BURK 9e-10
YP_001701192.1	No similarity found (10-5)
YP_001701193.1	Similar to Q265V9_MYCVN 2e-65
YP_001701194.1	Similar to Q265W0_MYCVN e-157
YP_001701195.1	Similar to Q265W1_MYCVN e-148
YP_001701196.1	Similar to Q27BC0_MYCFV 0.0
YP_001701197.1	Similar to Q265W3_MYCVN 7e-27
YP_001701198.1	Similar to Q3GZC9_9ACTO 2e-24
YP_001701199.1	No similarity found (10-5)
YP_001701200.1	No similarity found (10-5)
YP_001701201.1	No similarity found (10-5)
YP_001701202.1	Similar to Q27GF6_MYCFV 0.0
YP_001701203.1	Similar to Q5YMI5_NOCFA e-121
YP_001701204.1	Similar to Q5YMP2_NOCFA e-117
YP_001701205.1	No similarity found (10-5)
YP_001701206.1	Similar to Q25ZM9_MYCVN 5e-13
YP_001701207.1	Similar to Q47RC8_THEFY 1e-06
YP_001701208.1	No similarity found (10-5)
YP_001701209.1	No similarity found (10-5)
YP_001701210.1	No similarity found (10-5)
YP_001701211.1	No similarity found (10-5)
YP_001701212.1	Similar to Q73WG4_MYCPA 1e-95
YP_001701213.1	No similarity found (10-5)
YP_001701214.1	No similarity found (10-5)
YP_001701215.1	Similar to Q27GF8_MYCFV 9e-39
YP_001701216.1	Similar to Q5YMP3_NOCFA e-136
YP_001701217.1	No similarity found (10-5)
YP_001701218.1	No similarity found (10-5)
YP_001701219.1	No similarity found (10-5)
YP_001701220.1	No similarity found (10-5)
YP_001701221.1	Similar to P96878_MYCTU 1e-41
YP_001701222.1	No similarity found (10-5)
YP_001701223.1	Similar to Q2DKD4_9DELT 9e-15
YP_001701224.1	Similar to O69626_MYCTU 9e-29
YP_001701225.1	Similar to Q744C3_MYCPA 9e-34
YP_001701226.1	Similar to Q744C2_MYCPA 9e-09
YP_001701227.1	Similar to Q278X7_MYCFV 2e-08
YP_001701228.1	No similarity found (10-5)
YP_001701229.1	Similar to Q9RYK4_DEIRA 1e-28
YP_001701230.1	Similar to Q73V84_MYCPA 3e-15
YP_001701231.1	Similar to MMPL1_MYCTU 0.0
YP_001701232.1	Similar to Q43WJ6_SOLUS 6e-18
YP_001701233.1	Similar to Q4I4P9_GIBZE e-112
YP_001701234.1	Similar to Q5YX72_NOCFA 8e-26
YP_001701235.1	Similar to A1IEG0_9DELT 7e-43
YP_001701236.1	Similar to Q0RXI4_RHOSR 4e-22
YP_001701237.1	Similar to Q0SE70_RHOSR 7e-50
YP_001701238.1	Similar to Q9EX17_STRCO e-113
YP_001701239.1	Similar to Q278X4_MYCFV 0.0
YP_001701240.1	Similar to Q278X3_MYCFV 2e-32
YP_001701241.1	Similar to O06361_MYCTU 2e-70
YP_001701242.1	catalyzes the ATP-dependent breakage of single-stranded DNA followed by passage and rejoining, maintains net negative superhelicity
YP_001701243.1	Similar to Q25R78_MYCVN e-180
YP_001701244.1	catalyzes the DNA-template-directed extension of the 3'-end of a DNA strand; the delta' subunit seems to interact with the gamma subunit to transfer the beta subunit on the DNA
YP_001701245.1	Similar to Q274X1_MYCFV 3e-17
YP_001701246.1	No similarity found (10-5)
YP_001701247.1	Similar to Q25ZD6_MYCVN 4e-07
YP_001701248.1	Similar to Q7TVI6_MYCBO 5e-29
YP_001701249.1	Similar to Q73ZB2_MYCPA 5e-60
YP_001701250.1	Similar to Q25XL5_MYCVN 5e-76
YP_001701251.1	Similar to Q25WA0_MYCVN 2e-24
YP_001701252.1	Similar to Q25WA1_MYCVN 2e-39
YP_001701253.1	Similar to Q47TB9_THEFY 2e-15
YP_001701254.1	Similar to Q3E218_CHLAU 5e-97
YP_001701255.1	Similar to Q744B2_MYCPA e-172
YP_001701256.1	Similar to Q744B1_MYCPA e-142
YP_001701257.1	Similar to Q744B0_MYCPA 2e-33
YP_001701258.1	Similar to Q8FSP7_COREF 8e-81
YP_001701259.1	No similarity found (10-5)
YP_001701260.1	Similar to Q7U039_MYCBO 0.0
YP_001701261.1	Similar to Y3654_MYCBO e-115
YP_001701262.1	Similar to A3Q710_MYCSJ 0.0
YP_001701263.1	Similar to A0R5C0_MYCS2 0.0
YP_001701264.1	Similar to A0R5B9_MYCS2 e-151
YP_001701265.1	Similar to A1SMA3_NOCSJ e-122
YP_001701266.1	Similar to Q741G4_MYCPA e-119
YP_001701267.1	Similar to Q9ZBX8_STRCO 2e-49
YP_001701268.1	Similar to Q25R67_MYCVN 4e-19
YP_001701269.1	Similar to Q278V8_MYCFV 2e-56
YP_001701270.1	No similarity found (10-5)
YP_001701271.1	Similar to IPYR_MYCTU 5e-75
YP_001701272.1	Similar to Q25R63_MYCVN e-131
YP_001701273.1	Similar to Q7TW32_MYCBO e-123
YP_001701274.1	Similar to TILS_MYCTU 2e-47
YP_001701275.1	Similar to Y892_MYCTU e-140
YP_001701276.1	Similar to Q25R60_MYCVN 1e-66
YP_001701277.1	Similar to O06384_MYCTU 3e-26
YP_001701278.1	Similar to O06384_MYCTU 5e-43
YP_001701279.1	Similar to Q743Z7_MYCPA e-122
YP_001701280.1	Similar to Q743Z6_MYCPA e-169
YP_001701281.1	Similar to Q743Z5_MYCPA e-110
YP_001701282.1	Similar to Q4U444_POLCB 4e-20
YP_001701283.1	Similar to Q273P9_MYCFV 5e-35
YP_001701284.1	Similar to Q3VZW3_9ACTO 2e-39
YP_001701285.1	No similarity found (10-5)
YP_001701286.1	Similar to FTSH_MYCTU 0.0
YP_001701287.1	Similar to Q743Z2_MYCPA 5e-91
YP_001701288.1	Similar to DHPS1_MYCTU 2e-85
YP_001701289.1	Similar to Q278U6_MYCFV 3e-34
YP_001701290.1	Similar to Q743Y9_MYCPA 9e-47
YP_001701291.1	Similar to Q25R50_MYCVN 4e-35
YP_001701292.1	Similar to Q743Y7_MYCPA 2e-49
YP_001701293.1	Similar to Q278U2_MYCFV e-105
YP_001701294.1	catalyzes the formation of (R)-pantothenate from pantoate and beta-alanine
YP_001701295.1	Similar to Q25S44_MYCVN 2e-54
YP_001701296.1	type III; catalyzes the formation of (R)-4'-phosphopantothenate from (R)-pantothenate in coenzyme A biosynthesis; type III pantothenate kinases are not subject to feedback inhibition from coenzyme A and have a high Km for ATP
YP_001701297.1	Similar to Q278T7_MYCFV 0.0
YP_001701298.1	Similar to Q278T6_MYCFV 1e-29
YP_001701299.1	Similar to CLPC_MYCBO 0.0
YP_001701300.1	Similar to Q9K467_STRCO 3e-70
YP_001701301.1	Similar to Q9K468_STRCO 1e-72
YP_001701302.1	Similar to Q9K469_STRCO 5e-82
YP_001701303.1	Similar to Q743X9_MYCPA 9e-14
YP_001701304.1	Similar to Q25S52_MYCVN 2e-50
YP_001701305.1	Similar to Q743X5_MYCPA e-138
YP_001701306.1	Similar to Q25S55_MYCVN 1e-43
YP_001701307.1	Similar to Q743X3_MYCPA 6e-92
YP_001701308.1	Similar to Q7NZL3_CHRVO e-107
YP_001701309.1	Similar to A1TG20_MYCVP e-127
YP_001701310.1	Similar to Q743X2_MYCPA e-111
YP_001701311.1	Similar to Q25S62_MYCVN 7e-78
YP_001701312.1	Similar to Q7D5G2_MYCTU e-154
YP_001701313.1	Similar to Q7D583_MYCTU 1e-68
YP_001701314.1	non-specific DNA-binding; scans chromosomes during sporulation for DNA-damage; delays initiation of sporulation; participates in a checkpoint signaling cascade for cell-cycle progression and DNA repair
YP_001701315.1	Similar to O54133_STRCO 3e-20
YP_001701316.1	Sms; stabilizes the strand-invasion intermediate during the DNA repair; involved in recombination of donor DNA and plays an important role in DNA damage repair after exposure to mutagenic agents
YP_001701317.1	No similarity found (10-5)
YP_001701318.1	No similarity found (10-5)
YP_001701319.1	Similar to Q278S2_MYCFV 3e-28
YP_001701320.1	Similar to Q278S1_MYCFV 1e-79
YP_001701321.1	Similar to Q5Z2R3_NOCFA 1e-47
YP_001701322.1	Similar to ISPF_MYCPA 7e-52
YP_001701323.1	catalyzes a two-step reaction; charges a cysteine by linking its carboxyl group to the alpha-phosphate of ATP then transfers the aminoacyl-adenylate to its tRNA
YP_001701324.1	Similar to Q25S70_MYCVN e-134
YP_001701325.1	Similar to Q266U4_MYCVN e-128
YP_001701326.1	Similar to Y486_MYCPA 2e-77
YP_001701327.1	Similar to Q743V4_MYCPA 2e-68
YP_001701328.1	Similar to Q743V3_MYCPA 6e-68
YP_001701329.1	Similar to Q743V2_MYCPA 9e-63
YP_001701330.1	Similar to Q5Z2Q3_NOCFA 0.0
YP_001701331.1	Similar to Q25S95_MYCVN 2e-75
YP_001701332.1	Similar to Q743U9_MYCPA 0.0
YP_001701333.1	Similar to Q741U3_MYCPA 5e-14
YP_001701334.1	Similar to Q743U6_MYCPA 1e-27
YP_001701335.1	Similar to Q25S98_MYCVN e-138
YP_001701336.1	Similar to Q743U4-MYCPA 0.0
YP_001701337.1	Similar to Q5Z2M7_NOCFA e-133
YP_001701338.1	Similar to Q7TW67_MYCBO 2e-83
YP_001701339.1	Similar to Q82LR6_STRAW e-159
YP_001701340.1	Similar to Q39GR2_BURS3 e-114
YP_001701341.1	Similar to AQPZ_SHIFL 9e-76
YP_001701342.1	Similar to Q8TNJ8_METAC e-108
YP_001701343.1	Similar to O67972_MYCSM 8e-50
YP_001701344.1	Similar to Q73Y95_MYCPA 4e-41
YP_001701345.1	Similar to Q743T8_MYCPA 4e-97
YP_001701346.1	Similar to Q25SB9_MYCVN 3e-94
YP_001701347.1	Similar to Q7TW72_MYCBO e-165
YP_001701348.1	Similar to Q7TW73_MYCBO 0.0
YP_001701349.1	Similar to Q743T4_MYCPA e-180
YP_001701350.1	Similar to Q25SC3_MYCVN e-100
YP_001701351.1	Similar to Q743T2_MYCPA 4e-75
YP_001701352.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001701353.1	No similarity found (10-5)
YP_001701354.1	No similarity found (10-5)
YP_001701355.1	Similar to Q278M8_MYCFV e-153
YP_001701356.1	Similar to Q25SD9_MYCVN e-114
YP_001701357.1	Similar to Q5Z2I7_NOCFA e-134
YP_001701358.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001701359.1	Similar to P71852_MYCTU 1e-77
YP_001701360.1	Similar to Q743S3_MYCPA e-119
YP_001701361.1	Similar to Q25SE6_MYCVN 1e-42
YP_001701362.1	Similar to Q25SE7_MYCVN 5e-26
YP_001701363.1	Similar to Q26YZ6_MYCFV e-161
YP_001701364.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001701365.1	Similar to CP125_MYCTU 0.0
YP_001701366.1	Similar to Q743R8_MYCPA e-102
YP_001701367.1	Similar to Q7D5B5_MYCTU e-178
YP_001701368.1	Similar to Q743R6_MYCPA e-128
YP_001701369.1	Similar to Q743R5_MYCPA 8e-42
YP_001701370.1	Similar to Q25SF4_MYCVN e-178
YP_001701371.1	No similarity found (10-5)
YP_001701372.1	No similarity found (10-5)
YP_001701373.1	Similar to Q5Z2N7_NOCFA 5e-93
YP_001701374.1	initiates steroid ring degradation; catalyzes the transhydrogenation of 3-keto-4-ene-steroid to 3-keto-1,4-diene-steroid e.g., progesterone to 1,4-androstadiene-3,17-dione
YP_001701375.1	Similar to Q27FX2_MYCFV 4e-27
YP_001701376.1	Similar to Q278J5_MYCFV e-112
YP_001701377.1	catalyzes the formation of acetyl-CoA from acetalaldehyde
YP_001701378.1	catalyzes the formation of pyruvate and acetaldehyde from 4-hydroxy-2-ketovaleric acid; involved in the degradation of phenylpropionate
YP_001701379.1	No similarity found (10-5)
YP_001701380.1	Similar to Q5Z1L5_NOCFA 3e-89
YP_001701381.1	No similarity found (10-5)
YP_001701382.1	Similar to Q5Z342_NOCFA e-110
YP_001701383.1	subunit G of antiporter complex involved in resistance to high concentrations of Na+, K+, Li+ and/or alkali; in S. meliloti it is known to be involved specifically with K+ transport
YP_001701384.1	subunit F of antiporter complex involved in resistance to high concentrations of Na+, K+, Li+ and/or alkali
YP_001701385.1	subunit E of antiporter complex involved in resistance to high concentrations of Na+, K+, Li+ and/or alkali; in S. meliloti it is known to be involved specifically with K+ transport
YP_001701386.1	subunit D of antiporter complex involved in resistance to high concentrations of Na+, K+, Li+ and/or alkali; contains an oxidoreductase domain; catalyzes the transfer of electrons from NADH to ubiquinone
YP_001701387.1	subunit C of antiporter complex involved in resistance to high concentrations of Na+, K+, Li+ and/or alkali
YP_001701388.1	subunit A of antiporter complex involved in resistance to high concentrations of Na+, K+, Li+ and/or alkali
YP_001701389.1	Similar to Q267U2_MYCVN 0.0
YP_001701390.1	Similar to Q5YNV9_NOCFA 7e-68
YP_001701391.1	catalyzes the decarboxylaton of phospatidyl-L-sering to phosphatidylethanolamine
YP_001701392.1	Similar to Q73SZ0_MYCPA e-112
YP_001701393.1	Similar to Q267T5_MYCVN 7e-98
YP_001701394.1	Similar to Q267S3_MYCVN 6e-43
YP_001701395.1	Similar to Q73SY9_MYCPA 9e-88
YP_001701396.1	Similar to Q73SY8_MYCPA 4e-53
YP_001701397.1	Similar to Y2917_MYCTU 0.0
YP_001701398.1	Similar to Q7D9T6_MYCTU e-104
YP_001701399.1	Similar to O53612_MYCTU 9e-62
YP_001701400.1	No similarity found (10-5)
YP_001701401.1	Similar to Q73WZ6_MYCPA 2e-74
YP_001701402.1	60 kDa chaperone family; promotes refolding of misfolded polypeptides especially under stressful conditions; forms two stacked rings of heptamers to form a barrel-shaped 14mer; ends can be capped by GroES; misfolded proteins enter the barrel where they are refolded when GroES binds; many bacteria have multiple copies of the groEL gene which are active under different environmental conditions; the B.japonicum protein in this cluster is expressed constitutively; in Rhodobacter, Corynebacterium and Rhizobium this protein is essential for growth
YP_001701403.1	Similar to Y2560_MYCTU 1e-22
YP_001701404.1	No similarity found (10-5)
YP_001701405.1	Similar to Q4NA34_9MICC 5e-92
YP_001701406.1	Similar to Q267G3_MYCVN 1e-58
YP_001701407.1	Similar to Q4NA31_9MICC 4e-08
YP_001701408.1	Similar to Q267G5_MYCVN 7e-31
YP_001701409.1	Similar to Q267G6_MYCVN 8e-40
YP_001701410.1	Similar to Q267G7_MYCVN 3e-19
YP_001701411.1	Similar to Y097_MYCTU e-129
YP_001701412.1	Similar to Q9CBG3_MYCLE 1e-63
YP_001701413.1	activates fatty acids by binding to coenzyme A
YP_001701414.1	Similar to Y100_MYCTU 1e-17
YP_001701415.1	Similar to Q50177_MYCLE 0.0
YP_001701416.1	Similar to Q7U2D0_MYCBO 1e-10
YP_001701417.1	Similar to Q25V46_MYCVN 7e-23
YP_001701418.1	Similar to Q26XV6_MYCFV 5e-29
YP_001701419.1	Similar to Q4NJU7_9MICC 3e-06
YP_001701420.1	Similar to O06551_MYCTU 2e-73
YP_001701421.1	Similar to PPE01_MYCTU 1e-72
YP_001701422.1	Similar to Q5ZRG5_LEGPH 7e-82
YP_001701423.1	Similar to Q25X39_MYCVN 2e-24
YP_001701424.1	Similar to Q278D6_MYCFV 2e-44
YP_001701425.1	Similar to P71814_MYCTU e-112
YP_001701426.1	Similar to Q25W62_MYCVN e-126
YP_001701427.1	Similar to Q9L4T6_9NOCA 6e-50
YP_001701428.1	Similar to Q5Z344_NOCFA 2e-97
YP_001701429.1	Similar to Q5Z343_NOCFA 2e-77
YP_001701430.1	Similar to A0QXG0_MYCS2 2e-65
YP_001701431.1	Similar to Y2937_MYCBO 0.0
YP_001701432.1	Similar to Q73VN3_MYCPA 6e-42
YP_001701433.1	catalyzes the formation of N(1)-(5-phospho-D-ribosyl)glycinamide from 5-phospho-D-ribosylamine and glycine in purine biosynthesis
YP_001701434.1	Similar to Q25W87_MYCVN 1e-59
YP_001701435.1	Similar to Q743H7_MYCPA e-102
YP_001701436.1	catalyzes the formation of oxalozcetate and L-glutamate from L-aspartate and 2-oxoglutarate
YP_001701437.1	Similar to Q25W88_MYCVN 2e-44
YP_001701438.1	Catalyzes two discrete reactions in the de novo synthesis of purines: the cleavage of adenylosuccinate and succinylaminoimidazole carboxamide ribotide
YP_001701439.1	Similar to Q743H2_MYCPA 9e-38
YP_001701440.1	catalyzes the formation of (S)-2-(5-amino-1-(5-phospho-D-ribosyl)imidazole-4- carboxamido)succinate from 5-amino-1-(5-phospho-D-ribosyl)imidazole-4-carboxylate and L-aspartate in purine biosynthesis; SAICAR synthase
YP_001701441.1	Similar to Q8VKE4_MYCTU 0.0
YP_001701442.1	Similar to Q3W7L9_ACTO e-63
YP_001701443.1	Similar to Q25SP7_MYCVN e-170
YP_001701444.1	Similar to Q277Z8_MYCFV 8e-62
YP_001701445.1	Similar to Q277Z7_MYCFV 1e-91
YP_001701446.1	proposed role in polysaccahride synthesis
YP_001701447.1	Similar to Q277Z5_MYCFV e-91
YP_001701448.1	With PurL and PurQ catalyzes the conversion of formylglycinamide ribonucleotide, ATP, and glutamine to formylglycinamidine ribonucleotide, ADP, and glutamate in the fourth step of the purine biosynthetic pathway
YP_001701449.1	catalyzes the formation of 2-(formamido)-N1-(5-phospho-D-ribosyl)acetamidine from N2-formyl-N1-(5-phospho-D-ribosyl)glycinamide and L-glutamine in purine biosynthesis
YP_001701450.1	Similar to O07181_MYCTU e-118
YP_001701451.1	Similar to Q25WB4_MYCVN e-121
YP_001701452.1	catalyzes the removal of amino acids from the N termini of peptides
YP_001701453.1	Similar to Q5Z135_NOCFA 8e-50
YP_001701454.1	No similarity found (10-5)
YP_001701455.1	Similar to Q4NNZ0_9DELT 2e-11
YP_001701456.1	No similarity found (10-5)
YP_001701457.1	catalyzes the formation of 2-(formamido)-N1-(5-phospho-D-ribosyl)acetamidine from N2-formyl-N1-(5-phospho-D-ribosyl)glycinamide and L-glutamine in purine biosynthesis
YP_001701458.1	Similar to Q25WB8_MYCVN 0.0
YP_001701459.1	Similar to Q25WB9_MYCVN 9e-33
YP_001701460.1	Similar to Q266X5_MYCVN 6e-65
YP_001701461.1	Similar to Q25WC1_MYCVN 2e-36
YP_001701462.1	Similar to Q5YXS4_NOCFA e-109
YP_001701463.1	Catalyzes first step of the de novo purine nucleotide biosynthetic pathway
YP_001701464.1	No similarity found (10-5)
YP_001701465.1	Similar to Q0S6W7_RHOSR 9e-29
YP_001701466.1	Similar to Q3WAF3_9ACTO 7e-11
YP_001701467.1	Similar to O07230_MYCTU 2e-16
YP_001701468.1	Similar to Q0S7J3_RHOSR e-102
YP_001701469.1	Similar to A0JYI3_ARTS2 e-150
YP_001701470.1	Similar to Q6AFU4_LEIXX 8e-72
YP_001701471.1	Similar to Q4NI76_9MICC 1e-81
YP_001701472.1	Similar to Q4NI77_9MICC e-141
YP_001701473.1	Similar to Q4JX58_CORJK 4e-27
YP_001701474.1	catalyzes the hydrolysis of a monocarboxylic acid amid to form a monocarboxylate and ammonia
YP_001701475.1	Similar to Q5Z0L6_NOCFA 2e-79
YP_001701476.1	Similar to Q5Z0L7_NOCFA e-139
YP_001701477.1	Similar to Q25VN2_MYCVN e-163
YP_001701478.1	catalyzes the formation of 1-(5-phosphoribosyl)-5-aminoimidazole from 2-(formamido)-N1-(5-phosphoribosyl)acetamidine and ATP in purine biosynthesis
YP_001701479.1	Similar to Q277Y0_MYCFV 2e-10
YP_001701480.1	Similar to Q25WC7_MYCVN e-104
YP_001701481.1	catalyzes the formation of 4-aminobenzoate and pyruvate from 4-amino-4-deoxychorismate
YP_001701482.1	Similar to Q277X5_MYCFV 4e-79
YP_001701483.1	Similar to Q277E2_MYCFV 2e-40
YP_001701484.1	Similar to Q5Z1E5_NOCFA 2e-07
YP_001701485.1	No similarity found (10-5)
YP_001701486.1	No similarity found (10-5)
YP_001701487.1	Similar to Q2JG92_FRASC 7e-27
YP_001701488.1	Similar to Q25T55_MYCVN 1e-23
YP_001701489.1	Similar to Q25WD4_MYCVN 1e-43
YP_001701490.1	Similar to Q25WD5_MYCVN e-143
YP_001701491.1	Similar to Q25WD6_MYCVN 3e-32
YP_001701492.1	Similar to Q25WD7_MYCVN 6e-34
YP_001701493.1	Similar to O53829 e-74
YP_001701494.1	Similar to Q5Z298_NOCFA 4e-92
YP_001701495.1	Similar to Q277W6_MYCFV 6e-76
YP_001701496.1	Similar to Q743D4_MYCPA 1e-97
YP_001701497.1	Similar to Q743D3_MYCPA e-107
YP_001701498.1	Similar to Q743D2_MYCPA 6e-84
YP_001701499.1	Similar to Q277V3_MYCFV e-120
YP_001701500.1	Similar to Q73U50_MYCPA 7e-77
YP_001701501.1	Similar to Q25WE8_MYCVN 2e-95
YP_001701502.1	Similar to Q25WE9_MYCVN e-176
YP_001701503.1	Similar to Q25WF0_MYCVN e-170
YP_001701504.1	Similar to Q25WF1_MYCVN e-131
YP_001701505.1	No similarity found (10-5)
YP_001701506.1	Similar to Q7U168_MYCBO 3e-51
YP_001701507.1	Similar to Q743C5_MYCPA e-144
YP_001701508.1	Similar to Q73TB1_MYCPA 3e-17
YP_001701509.1	Similar to Q4WF09_ASPFU 4e-53
YP_001701510.1	Similar to Q82Q06_STRAW 2e-53
YP_001701511.1	Similar to Q82NF5_STRAW 8e-65
YP_001701512.1	Similar to Q82QW9_STRAW 4e-55
YP_001701513.1	Similar to Q0VMN8_ALCBS 4e-51
YP_001701514.1	No similarity found (10-5)
YP_001701515.1	Similar to Q9L2K7_STRCO 9e-30
YP_001701516.1	Similar to Q6ACC2_LEIXX 6e-59
YP_001701517.1	Similar to Q39MN2_BURS3 6e-39
YP_001701518.1	Similar to Q39GR0_BURS3 2e-92
YP_001701519.1	Similar to Q57B38_BRUAB 3e-21
YP_001701520.1	Similar to Q2DXH3_ACICE 5e-35
YP_001701521.1	Similar to Q5KUB8_GEOKA 2e-25
YP_001701522.1	No similarity found (10-5)
YP_001701523.1	No similarity found (10-5)
YP_001701524.1	No similarity found (10-5)
YP_001701525.1	No similarity found (10-5)
YP_001701526.1	No similarity found (10-5)
YP_001701527.1	No similarity found (10-5)
YP_001701528.1	Similar to Q5YMV3_NOCFA 4e-13
YP_001701529.1	No similarity found (10-5)
YP_001701530.1	No similarity found (10-5)
YP_001701531.1	No similarity found (10-5)
YP_001701532.1	No similarity found (10-5)
YP_001701533.1	Similar to Q854S5_9CAUD 8e-17
YP_001701534.1	No similarity found (10-5)
YP_001701535.1	No similarity found
YP_001701536.1	No similarity found
YP_001701537.1	No similarity found (10-5)
YP_001701538.1	No similarity found
YP_001701539.1	No similarity found (10-5)
YP_001701540.1	No similarity found (10-5)
YP_001701541.1	No similarity found
YP_001701542.1	No similarity found (10-5)
YP_001701543.1	No similarity found
YP_001701544.1	No similarity found (10-5)
YP_001701545.1	No similarity found
YP_001701546.1	No similarity found (10-5)
YP_001701547.1	No similarity found (10-5)
YP_001701548.1	No similarity found
YP_001701549.1	No similarity found (10-5)
YP_001701550.1	No similarity found
YP_001701551.1	No similarity found (10-5)
YP_001701552.1	No similarity found (10-5)
YP_001701553.1	No similarity found (10-5)
YP_001701554.1	Similar to Q27CS9_MYCFV 1e-19
YP_001701555.1	Similar to Q73XU2_MYCPA 1e-11
YP_001701556.1	Similar to Q73VL5_MYCPA 4e-15
YP_001701557.1	No similarity found (10-5)
YP_001701558.1	Similar to Q73U78_MYCPA 2e-29
YP_001701559.1	Similar to Q53IB6_STRGR e-115
YP_001701560.1	Similar to Q768U0_9ACTO 7e-98
YP_001701561.1	Similar to Q4NMK3_9MICC 3e-40
YP_001701562.1	Similar to Q4NMK2_9MICC 8e-17
YP_001701563.1	Similar to Q6ABD2_PROAC 7e-66
YP_001701564.1	Similar to Q9RVQ7_DEIRA 2e-49
YP_001701565.1	Similar to Q47TA0_THEFY e-114
YP_001701566.1	Similar to Q3K5R3_PESPF 0.0
YP_001701567.1	Similar to Q2D6V0_ACICY 5e-56
YP_001701568.1	Similar to Q0S4Z9_RHOSR 0.0
YP_001701569.1	Similar to Q261U8_MYCVN e-158
YP_001701570.1	Similar to Q27FS1_MYCFV e-180
YP_001701571.1	Similar to Q261U6_MYCVN e-161
YP_001701572.1	Similar to Q261U5_MYCVN e-152
YP_001701573.1	Similar to Q261U4_MYCVN 3e-95
YP_001701574.1	Similar to Q273X5_MYCFV 3e-89
YP_001701575.1	Similar to Q25X42_MYCVN 8e-72
YP_001701576.1	No similarity found (10-5)
YP_001701577.1	Similar to Q7WLY7_BORBR 6e-34
YP_001701578.1	Similar to Q26YV0_MYCFV e-116
YP_001701579.1	Similar to Q742Q1 3.59591e-51
YP_001701580.1	Similar to Q73U20_MYCPA 3e-17
YP_001701581.1	Similar to Q5YW23_NOCFA 5e-91
YP_001701582.1	Similar to Q3H5R5_9ACTO 1e-56
YP_001701583.1	Similar to Q3WGS2_9ACTO 2e-17
YP_001701584.1	Similar to Q5Z2G8_NOCFA 4e-58
YP_001701585.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001701586.1	Similar to Q3GYC2_9ACTO 1e-69
YP_001701587.1	Similar to Q3GYC3_9ACTO 4e-21
YP_001701588.1	Similar to Q3GYC3_9ACTO 4e-27
YP_001701589.1	No similarity found (10-5)
YP_001701590.1	No similarity found (10-5)
YP_001701591.1	No similarity found (10-5)
YP_001701592.1	No similarity found (10-5)
YP_001701593.1	Similar to Q742Q0_MYCPA e-141
YP_001701594.1	Similar to Q73ZZ5_MYCPA 8e-38
YP_001701595.1	Similar to Q742P7_MYCPA e-136
YP_001701596.1	No similarity found (10-5)
YP_001701597.1	Similar to Q418G4_KINRA 4e-13
YP_001701598.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001701599.1	Similar to O53872_MYCTU 0.0
YP_001701600.1	Similar to Q73ZA9_MYCPA e-140
YP_001701601.1	Similar to Q73XM6_MYCPA e-157
YP_001701602.1	Similar to Q73TG5_MYCPA 5e-89
YP_001701603.1	Similar to MMPLA_MYCTU 0.0
YP_001701604.1	Similar to Q452V6_9BURK 4e-32
YP_001701605.1	Similar to Q73ZB8_MYCPA e-143
YP_001701606.1	Similar to Q25WH2_MYCVN e-134
YP_001701607.1	Similar to Q25ZR3_MYCVN 1e-13
YP_001701608.1	Similar to Q269P6_MYCVN 0.0
YP_001701609.1	Similar to Q8PKH8_XANAC 3e-18
YP_001701610.1	Similar to Q269P9_MYCVN e-178
YP_001701611.1	Similar to O53875_MYCTU 2e-14
YP_001701612.1	Similar to Q742N3_MYCPA 1e-47
YP_001701613.1	Similar to Q742N2_MYCPA 7e-47
YP_001701614.1	Similar to MOAE2_MYCTU 6e-50
YP_001701615.1	Similar to Q7U059_MYCBO 9e-30
YP_001701616.1	Similar to Q73W64_MYCPA 9e-40
YP_001701617.1	Similar to Q742N0_MYCPA 1e-40
YP_001701618.1	Similar to Q269Q5_MYCVN 8e-16
YP_001701619.1	together with moaC, is involved in the conversion of a guanosine derivative (GXP) into molybdopterin precursor Z
YP_001701620.1	Similar to Q269Q8_MYCVN 1e-60
YP_001701621.1	Similar to Q5YPH0_NOCFA 1e-59
YP_001701622.1	Similar to Q269R2_MYCVN 8e-26
YP_001701623.1	Similar to Q7U124_MYCBO e-157
YP_001701624.1	Similar to Q269R4_MYCVN 1e-79
YP_001701625.1	Similar to Q269R5_MYCVN 5e-34
YP_001701626.1	Similar to Y879_MYCTU 5e-06
YP_001701627.1	Similar to Q742L6_MYCPA 2e-42
YP_001701628.1	Similar to Q47TD7_THEFY 4e-93
YP_001701629.1	Similar to Q742L5_MYCPA e-108
YP_001701630.1	Similar to Y906_MYCBO 4e-20
YP_001701631.1	Similar to Y883_MYCTU 5e-63
YP_001701632.1	No similarity found
YP_001701633.1	Similar to Q26YH2_MYCFV 1e-33
YP_001701634.1	No similarity found (10-5)
YP_001701635.1	Similar to Q5YS55_NOCFA 2e-28
YP_001701636.1	Similar to Q5YNT4_NOCFA e-147
YP_001701637.1	Similar to Q0SEC0_RHOSR 8e-46
YP_001701638.1	Similar to Q0SEB9_RHOSR 0.0
YP_001701639.1	Similar to Q0SEB8_RHOSR 0.0
YP_001701640.1	Similar to Q5YPF7_NOCFA 4e-39
YP_001701641.1	Similar to Q5YPF8_NOCFA e-170
YP_001701642.1	E3 component of pyruvate complex; catalyzes the oxidation of dihydrolipoamide to lipoamide
YP_001701643.1	Similar to Q0SBG4_RHOSR e-133
YP_001701644.1	Similar to Q0SBG3_RHOSR e-151
YP_001701645.1	Similar to Q0SBG2_RHOSR e-138
YP_001701646.1	Similar to Q0SBG1_RHOSR 3e-48
YP_001701647.1	Similar to Q93EX2_9NOCA 5e-29
YP_001701648.1	catalyzes the ring cleavage reaction in phenylacetate degradation and the formation of 3-hydroxyacyl-CoA from crotonyl-CoA
YP_001701649.1	Similar to Q5YXT9_NOCFA 6e-53
YP_001701650.1	Similar to Q5YXT8_NOCFA e-153
YP_001701651.1	Similar to Q5YXT7_NOCFA 1e-73
YP_001701652.1	Similar to Q5YXT6_NOCFA 7e-86
YP_001701653.1	Similar to Q5YXT5_NOCFA 2e-64
YP_001701654.1	with PaaBCDE catalyzes the hydroxylation of phenylacetyl-CoA
YP_001701655.1	with PaaBCDE catalyzes the hydroxylation of phenylacetyl-CoA; involved in phenylacetate degradation
YP_001701656.1	Similar to Q5YXT2_NOCFA 7e-99
YP_001701657.1	Similar to Q5YXT1_NOCFA e-47
YP_001701658.1	Similar to Q5YXT0_NOCFA e-134
YP_001701659.1	Similar to Q5YXS9_NOCFA 0.0
YP_001701660.1	Similar to Q0SAQ3_RHOSR 8e-43
YP_001701661.1	Similar to Q35QG7_9BRAD 4e-83
YP_001701662.1	Similar to Q89VJ6_BRAJA 2e-18
YP_001701663.1	Similar to O68122_RHOCA 6e-41
YP_001701664.1	Similar to Q1AZJ7_RUBXD 8e-38
YP_001701665.1	Similar to Q81Q12_BACAN 4e-42
YP_001701666.1	Similar to A0QN76_MYCA1 e-119
YP_001701667.1	Similar to O28684_ARCFU 2e-17
YP_001701668.1	Similar to Q417K3_KINRA 1e-30
YP_001701669.1	Similar to Q417K4_KINRA 8e-61
YP_001701670.1	Similar to Q263V2_MYCVN 3e-65
YP_001701671.1	Similar to Q27A05_MYCFV 3e-44
YP_001701672.1	Similar to Q5YNR8_NOCFA e-152
YP_001701673.1	Similar to Q3VYJ4_9ACTO e-135
YP_001701674.1	catalyzes the formation of 3-phosphonooxypyruvate and glutamate from O-phospho-L-serine and 2-oxoglutarate
YP_001701675.1	Similar to Q26YY1_MYCFV e-134
YP_001701676.1	Similar to Q26YY2_MYCFV e-162
YP_001701677.1	Similar to Q742K9_MYCPA 6e-52
YP_001701678.1	forms citrate from oxaloacetate and acetyl-CoA; functions in TCA cycle
YP_001701679.1	catalyzes the formation of pyridoxal 5'-phosphate from pyridoxamine 5'-phosphate
YP_001701680.1	Similar to Q265T7_MYCVN 2e-62
YP_001701681.1	activates fatty acids by binding to coenzyme A
YP_001701682.1	Similar to Q273T4_MYCFV e-128
YP_001701683.1	Similar to Q265T1_MYCVN 0.0
YP_001701684.1	Similar to Q73XS8_MYCPA 0.0
YP_001701685.1	Similar to Q265S9_MYCVN 0.0
YP_001701686.1	Similar to Q3GTD1_9ACTO 5e-98
YP_001701687.1	Similar to Q7NQ44_CHRVO 2e-62
YP_001701688.1	Similar to Q3GTD1_9ACTO e-129
YP_001701689.1	Similar to Q266W9_MYCVN 2e-79
YP_001701690.1	type II enzyme; in Escherichia coli this enzyme forms a trimer of dimers which is allosterically inhibited by NADH and competitively inhibited by alpha-ketoglutarate; allosteric inhibition is lost when Cys206 is chemically modified which also affects hexamer formation; forms oxaloacetate and acetyl-CoA and water from citrate and coenzyme A; functions in TCA cycle, glyoxylate cycle and respiration; enzyme from Helicobacter pylori is not inhibited by NADH
YP_001701691.1	Similar to Q27F50_MYCFV e-168
YP_001701692.1	Similar to Q269T3_MYCVN 2e-40
YP_001701693.1	Similar to Q26YN5_MYCFV e-123
YP_001701694.1	Similar to Q269T4_MYCVN e-149
YP_001701695.1	Similar to Q6CYX7_ERWCT e-134
YP_001701696.1	Similar to Q25Z24_MYCVN e-166
YP_001701697.1	Similar to Q25Z32_MYCVN 2e-60
YP_001701698.1	Similar to Q26YI1_MYCFV 8e-82
YP_001701699.1	Similar to Q7BUC5_MYCSM 4e-91
YP_001701700.1	Similar to Q5Z239_NOCFA 2e-50
YP_001701701.1	Similar to Q745E6_MYCPA e-153
YP_001701702.1	Similar to PRRA_MYCTU 5e-95
YP_001701703.1	Similar to Q745S2_MYCPA 2e-15
YP_001701704.1	Similar to Q5Z223_NOCFA e-89
YP_001701705.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001701706.1	Similar to Y906_MYCTU e-128
YP_001701707.1	Similar to Q744P0_MYCPA 9e-69
YP_001701708.1	Similar to Q27F78_MYCFV 0.0
YP_001701709.1	Similar to Q98GT9_RHILO 5e-63
YP_001701710.1	Similar to Q269W5_MYCVN 1e-10
YP_001701711.1	Similar to Q3WRS8_9RHIZ 1e-38
YP_001701712.1	Similar to Q742J0_MYCPA 6e-51
YP_001701713.1	No similarity found
YP_001701714.1	Similar to Q3E0U3_CHLAU 1e-33
YP_001701715.1	Similar to Q3W9K1_9ACTO e-23
YP_001701716.1	Similar to Q25XP3_MYCVN 0.0
YP_001701717.1	Similar to Q3X3P5_9ACTN 3e-37
YP_001701718.1	Similar to Q5YVE9_NOCFA 0.0
YP_001701719.1	Similar to Q5YVE8_NOCFA 4e-53
YP_001701720.1	Similar to Q6GP20_XENLA 9e-07
YP_001701721.1	Similar to Q25RL4_MYCVN 4e-84
YP_001701722.1	Similar to Q26A02_MYCVN 4e-75
YP_001701723.1	involved in translesion DNA polymerization with beta clamp of polymerase III; belongs to Y family of polymerases; does not contain proofreading function
YP_001701724.1	No similarity found (10-5)
YP_001701725.1	Similar to Q73VQ9_MYCPA 5e-30
YP_001701726.1	Similar to Q742I9_MYCPA 5e-17
YP_001701727.1	Similar to Q9CB21_MYCLE 1e-57
YP_001701728.1	Similar to Q5Z128_NOCFA 2e-38
YP_001701729.1	Similar to Q92M08_RHIME 3e-90
YP_001701730.1	Similar to Q25ZE6_MYCVN 2e-56
YP_001701731.1	Similar to Q40X37_KINRA e-152
YP_001701732.1	Similar to Q5YN88_NOCFA 3e-56
YP_001701733.1	Similar to Q7TZW9 0.0
YP_001701734.1	Similar to Q7TZX0_MYCBO 4e-29
YP_001701735.1	Similar to Y1556_MYCTU 4e-63
YP_001701736.1	Similar to Q73YS1_MYCPA e-105
YP_001701737.1	Similar to Q6NI14_CORDI 5e-23
YP_001701738.1	Similar to Q3W6A3_9ACTO 7e-44
YP_001701739.1	Similar to Q262B6_MYCVN 2e-92
YP_001701740.1	Similar to Q3WAG2_9ACTO 5e-40
YP_001701741.1	Similar to Q4NKW1_9MICC 2e-30
YP_001701742.1	Similar to Q73TP2_MYCPA 1e-99
YP_001701743.1	Catalyzes the reversible two-electron oxidation of formate to carbon dioxide. It allows the assimilation of carbon dioxide and provides energy for growth through oxidative phosphorylation coupled to the reduction of oxygen, nitrate, sulphate or fumarate
YP_001701744.1	No similarity found (10-5)
YP_001701745.1	Similar to Q261T0_MYCVN e-06
YP_001701746.1	Similar to Q5YQT4_NOCFA e-166
YP_001701747.1	Similar to Q745B8_MYCPA e-100
YP_001701748.1	Similar to Q73YU8_MYCPA 3e-48
YP_001701749.1	Similar to Q73YU9_MYCPA e-140
YP_001701750.1	Similar to Q27D51_MYCFV e-126
YP_001701751.1	Similar to Q73YV1_MYCPA e-125
YP_001701752.1	Similar to Q73YV2_MYCPA e-130
YP_001701753.1	Similar to Q73YV3_MYCPA e-133
YP_001701754.1	Similar to Q745A3_MYCPA e-163
YP_001701755.1	Similar to Q266Y4_MYCVN e-117
YP_001701756.1	Similar to Q27D45_MYCFV 2e-98
YP_001701757.1	No similarity found
YP_001701758.1	Similar to Q0S4M6_RHOSR 1e-96
YP_001701759.1	Similar to Q0S4M5_RHOSR 6e-66
YP_001701760.1	Similar to Q0S4M1_RHOSR e-134
YP_001701761.1	Similar to Q0S4M0_RHOSR 2e-93
YP_001701762.1	Similar to Q0S4L9_RHOSR e-117
YP_001701763.1	Similar to Q0S4L8_RHOSR e-100
YP_001701764.1	Similar to Q741X3_MYCPA e-84
YP_001701765.1	Similar to Q741G0_MYCPA e-32
YP_001701766.1	Similar to Q73RZ3_MYCPA e-150
YP_001701767.1	Similar to Q5YVH7_NOCFA 1e-75
YP_001701768.1	Similar to Q9L240_STRCO 2e-33
YP_001701769.1	Similar to Q25SG5_MYCVN 9e-42
YP_001701770.1	Similar to Q25SG6_MYCVN 5e-45
YP_001701771.1	Similar to Q27G53_MYCFV 6e-08
YP_001701772.1	catalyzes the reaction of cyanate and bicarbonate to produce ammonia and carbon dioxide
YP_001701773.1	Similar to Q268D4_MYCVN 4e-56
YP_001701774.1	Similar to Q5Z3P3_NOCFA 1e-16
YP_001701775.1	Similar to Q27FE2_MYCFV e-123
YP_001701776.1	Similar to Q26A35_MYCVN e-118
YP_001701777.1	catalyzes the ATP-dependent formation of a phosphodiester at the site of a single-strand break in duplex DNA and has been shown to have polymerase activity
YP_001701778.1	Similar to Y943_MYCTU 5e-17
YP_001701779.1	Similar to Q742E8_MYCPA 6e-97
YP_001701780.1	Similar to Q9L240_STRCO 1e-15
YP_001701781.1	catalyzes the formation of precorrin 6x from precorrin 5
YP_001701782.1	Similar to Q26A69_MYCVN e-135
YP_001701783.1	Similar to Q7U0Z3_MYCBO 5e-77
YP_001701784.1	Similar to Q3W183_9ACTO e-109
YP_001701785.1	Similar to Q25Z81_MYCVN 9e-41
YP_001701786.1	Similar to Q260I3_MYCVN 0.0
YP_001701787.1	Similar to Q2JEN4_FRASC 7e-71
YP_001701788.1	Similar to Q3QGH9_9GAMM e-16
YP_001701789.1	Similar to Q82MY2_STRAW 3e-18
YP_001701790.1	Similar to Q25S86_MYCVN e-169
YP_001701791.1	Similar to Q25V81_MYCVN e-102
YP_001701792.1	Similar to Q25V80_MYCVN e-117
YP_001701793.1	Similar to Q741N3_MYCPA 2e-29
YP_001701794.1	Similar to Q39PA1_BURS3 1e-50
YP_001701795.1	functions in sugar metabolism in glycolysis and the Embden-Meyerhof pathways (EMP) and in gluconeogenesis; catalyzes reversible isomerization of glucose-6-phosphate to fructose-6-phosphate; member of PGI family
YP_001701796.1	No similarity found (10-5)
YP_001701797.1	Similar to Q5YPP3_NOCFA 1e-25
YP_001701798.1	Similar to PCRA_MYCBO 0.0
YP_001701799.1	Similar to Q7U0Z2_MYCBO 8e-66
YP_001701800.1	catalyzes the interconversion of succinyl-CoA and succinate
YP_001701801.1	Catalyzes the only substrate-level phosphorylation in the TCA cycle
YP_001701802.1	Similar to Q50E99_STRFL 6e-27
YP_001701803.1	Similar to Q742D6_MYCPA e-128
YP_001701804.1	Similar to Q268H1_MYCVN 0.0
YP_001701805.1	Similar to 34KD_MYCTU 2e-09
YP_001701806.1	Similar to Q268G9_MYCVN e-106
YP_001701807.1	glycinamide ribonucleotide transformylase; GAR Tfase; catalyzes the synthesis of 5'-phosphoribosylformylglycinamide from 5'-phosphoribosylglycinamide and 10-formyltetrahydrofolate; PurN requires formyl folate for the reaction unlike PurT which uses formate
YP_001701808.1	Similar to Q274Z4_MYCFV 0.0
YP_001701809.1	Similar to Q5Z1S3_NOCFA e-156
YP_001701810.1	No similarity found
YP_001701811.1	No similarity found (10-5)
YP_001701812.1	Similar to Q274Z8_MYCFV 5e-64
YP_001701813.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001701814.1	Similar to ACDC_MYCTU e-144
YP_001701815.1	Similar to P71538_MYCTU 0.0
YP_001701816.1	Similar to Q742C5_MYCPA 0.0
YP_001701817.1	Similar to Q742C4_MYCPA e-167
YP_001701818.1	Similar to O86320_MYCTU 0.0
YP_001701819.1	some L32 proteins have zinc finger motifs consisting of CXXC while others do not
YP_001701820.1	Similar to Q7U0X4_MYCBO e-101
YP_001701821.1	Similar to Q7U0X3_MYCBO e-154
YP_001701822.1	Similar to Q7U0X2_MYCBO e-107
YP_001701823.1	Similar to Q9Z5G5_MYCLE 1e-50
YP_001701824.1	Similar to Q9RLP7_MYCSM 9e-58
YP_001701825.1	Similar to Q268F1_MYCVN 4e-69
YP_001701826.1	Similar to MSCL_MYCTU 3e-37
YP_001701827.1	Similar to Q275B3_MYCFV 1e-39
YP_001701828.1	Similar to Q5YPT4_NOCFA 1e-25
YP_001701829.1	Similar to Q268E5_MYCVN 5e-33
YP_001701830.1	Similar to Q275B6_MYCFV e-130
YP_001701831.1	Similar to Q268E3_MYCVN e-143
YP_001701832.1	Similar to Q742B1_MYCPA 3e-94
YP_001701833.1	Similar to Q742B0_MYCPA 4e-57
YP_001701834.1	No similarity found (10-5)
YP_001701835.1	No similarity found (10-5)
YP_001701836.1	Similar to Q2DIL0_9DELT e-107
YP_001701837.1	Similar to Q82J50_STRAW e-115
YP_001701838.1	Similar to Q82J51_STRAW e-178
YP_001701839.1	Similar to Q460H6_STRLI 9e-98
YP_001701840.1	Similar to Q8YML1_ANASP 8e-37
YP_001701841.1	Similar to Q8YNN2_ANASP e-115
YP_001701842.1	Similar to Q3M1W8_ANAVT 2e-37
YP_001701843.1	No similarity found (10-5)
YP_001701844.1	Similar to Q8YLY7_ANASP 3e-49
YP_001701845.1	No similarity found (10-5)
YP_001701846.1	No similarity found (10-5)
YP_001701847.1	No similarity found (10-5)
YP_001701848.1	No similarity found (10-5)
YP_001701849.1	No similarity found (10-5)
YP_001701850.1	No similarity found (10-5)
YP_001701851.1	Similar to Q9HZS8_PSEAE 3e-09
YP_001701852.1	Similar to Q93JA0_STRCO 5e-78
YP_001701853.1	Similar to Q93JA1_STRCO 6e-39
YP_001701854.1	Similar to Q5Z3C7_NOCFA e-105
YP_001701855.1	Similar to Q5YV15_NOCFA 5e-26
YP_001701856.1	Similar to Q82N31_STRAW 2e-37
YP_001701857.1	No similarity found (10-5)
YP_001701858.1	Similar to Q26AG3_MYCVN 6e-51
YP_001701859.1	No similarity found (10-5)
YP_001701860.1	No similarity found
YP_001701861.1	Similar to Q741Z7_MYCPA 2e-40
YP_001701862.1	Similar to Q8VK98_MYCTU 1e-70
YP_001701863.1	catalyzes the degradation of arginine to citruline and ammonia
YP_001701864.1	Similar to Q268B9_MYCVN 0.0
YP_001701865.1	Similar to Q275E3_MYCFV 1e-96
YP_001701866.1	catalyzes the formation of 4-amino-4-deoxychorismate from chorismate and glutamine
YP_001701867.1	Similar to Q43MJ1_SOLUS 5e-26
YP_001701868.1	Similar to Q268B7_MYCVN 8e-89
YP_001701869.1	Similar to Q268B6_MYCVN e-110
YP_001701870.1	methionine--tRNA ligase; MetRS; adds methionine to tRNA(Met) with cleavage of ATP to AMP and diphosphate; some MetRS enzymes form dimers depending on a C-terminal domain that is also found in other proteins such as Trbp111 in Aquifex aeolicus and the cold-shock protein CsaA from Bacillus subtilis while others do not; four subfamilies exist based on sequence motifs and zinc content
YP_001701871.1	Similar to Q275E9_MYCFV 2e-98
YP_001701872.1	Similar to Q268B2_MYCVN e-127
YP_001701873.1	catalyzes the transfer of a total of four methyl groups from S-adenosyl-l-methionine (S-AdoMet) to two adjacent adenosine bases A1518 and A1519 in 16S rRNA; mutations in ksgA causes resistance to the translation initiation inhibitor kasugamycin
YP_001701874.1	Similar to Q410H3_KINRA e-178
YP_001701875.1	Similar to Q5YQM4_NOCFA 6e-36
YP_001701876.1	Similar to Q7U1Z1_MYCBO 0.0
YP_001701877.1	Similar to Q25VT4_MYCVN 9e-46
YP_001701878.1	Similar to Q73SX8_MYCPA 2e-58
YP_001701879.1	Similar to Q2M5K4_MYCSM e-129
YP_001701880.1	Similar to Q89N32_BRAJA 3e-57
YP_001701881.1	catalyzes the phosphorylation of 4-diphosphocytidyl-2-C-methyl-D-erythritol in the nonmevalonate pathway of isoprenoid biosynthesis
YP_001701882.1	activates fatty acids by binding to coenzyme A
YP_001701883.1	FabH; beta-ketoacyl-acyl carrier protein synthase III; catalyzes the condensation of acetyl-CoA with malonyl-ACP to initiate cycles of fatty acid elongation; differs from 3-oxoacyl-(acyl carrier protein) synthase I and II in that it utilizes CoA thioesters as primers rather than acyl-ACPs
YP_001701884.1	Similar to PTH_MYCPA 1e-54
YP_001701885.1	Similar to Q275F7_MYCFV 3e-72
YP_001701886.1	Similar to Q267Z7_MYCVN 2e-91
YP_001701887.1	Similar to LPQT_MYCLE 5e-24
YP_001701888.1	No similarity found (10-5)
YP_001701889.1	catalyzes the formation of 5-phospho-alpha-D-ribose 1-phosphate from D-ribose 5-phosphate and ATP
YP_001701890.1	forms a homotrimer; catalyzes the acetylation of glucosamine-1-phosphate and uridylation of N-acetylglucosamine-1-phosphate to produce UDP-GlcNAc; function in cell wall synthesis
YP_001701891.1	Similar to Q741V2_MYCPA 4e-92
YP_001701892.1	No similarity found (10-5)
YP_001701893.1	No similarity found (10-5)
YP_001701894.1	No similarity found (10-5)
YP_001701895.1	No similarity found (10-5)
YP_001701896.1	No similarity found (10-5)
YP_001701897.1	No similarity found (10-5)
YP_001701898.1	Similar to Q741V1_MYCPA 0.0
YP_001701899.1	Similar to MFD_MYCBO 0.0
YP_001701900.1	functions in degradation of stringent response intracellular messenger ppGpp; in Escherichia coli this gene is co-transcribed with the toxin/antitoxin genes mazEF; activity of MazG is inhibited by MazEF in vitro; ppGpp inhibits mazEF expression; MazG thus works in limiting the toxic activity of the MazF toxin induced during starvation; MazG also interacts with the GTPase protein Era
YP_001701901.1	Similar to Q2J7I5_FRASC e-128
YP_001701902.1	Similar to Q2J7I4_FRASC e-130
YP_001701903.1	Similar to Q267Y6_MYCVN e-148
YP_001701904.1	Similar to Q275G8_MYCFV e-139
YP_001701905.1	Similar to Q267Y4_MYCVN e-106
YP_001701906.1	Similar to P96378_MYCTU e-69
YP_001701907.1	Similar to ENO_MYCTU 0.0
YP_001701908.1	Similar to Q267Y0_MYCVN 2e-31
YP_001701909.1	Similar to Q267X9_MYCVN 1e-65
YP_001701910.1	Similar to Q267X8_MYCVN e-114
YP_001701911.1	Similar to Q8UF28_AGRT5 7e-18
YP_001701912.1	Similar to Q72KT7_THET2 5e-08
YP_001701913.1	Similar to Q9L0A9_STRCO 2e-09
YP_001701914.1	Similar to Q4R0V9_STRRI 1e-06
YP_001701915.1	Similar to Q274W9_MYCFV 1e-10
YP_001701916.1	activates fatty acids by binding to coenzyme A
YP_001701917.1	Similar to Q25Z51_MYCVN 0.0
YP_001701918.1	Similar to Q7U2A3_MYCBO 3e-25
YP_001701919.1	No similarity found
YP_001701920.1	Similar to Q5YQ78_NOCFA 2e-12
YP_001701921.1	Similar to Q275M4_MYCFV 1e-10
YP_001701922.1	No similarity found (10-5)
YP_001701923.1	Similar to Q275Q0_MYCFV 8e-11
YP_001701924.1	Similar to Q741S3_MYCPA 2e-61
YP_001701925.1	Similar to Q275Q2_MYCFV 5e-37
YP_001701926.1	Similar to Q5Z102_NOCFA 2e-59
YP_001701927.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001701928.1	Similar to Q5Z106_NOCFA 9e-92
YP_001701929.1	catalyzes the formation of 3-hydroxy-2-methylpropanoate from 3-hydroxy-2-methylpropanoyl-CoA
YP_001701930.1	Similar to Q2IY84_RHOP2 e-151
YP_001701931.1	Similar to Q5Z109_NOCFA 0.0
YP_001701932.1	Similar to Q741R8_MYCPA 1e-77
YP_001701933.1	non-folate utilizing enzyme, catalyzes the production of beta-formyl glycinamide ribonucleotide from formate, ATP, and beta-GAR and a side reaction producing acetyl phosphate and ADP from acetate and ATP; involved in de novo purine biosynthesis
YP_001701934.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001701935.1	Similar to Q275Q9_MYCFV 9e-92
YP_001701936.1	Similar to Q268L3_MYCVN 9e-90
YP_001701937.1	Similar to Q7D8W0_MYCTU 0.0
YP_001701938.1	Similar to PRA_MYCLE 6e-32
YP_001701939.1	Similar to Q8L100_RHOER e-171
YP_001701940.1	Similar to Q268K7_MYCVN 1e-26
YP_001701941.1	catalyzes the formation of 2-oxobutanoate from L-threonine
YP_001701942.1	Similar to Q7TW79_MYCBO 1e-81
YP_001701943.1	necessary for efficient RNA polymerase transcription elongation past template-encoded arresting sites; arresting sites in DNA have the property of trapping a certain fraction of elongating RNA polymerases that pass through, resulting in locked ternary complexes. Cleavage of the nascent transcript by cleavage factors such as GreA or GreB allows the resumption of elongation from the new 3'terminus
YP_001701944.1	Similar to Q275R7_MYCFV 4e-27
YP_001701945.1	Similar to Q741Q8_MYCPA 5e-96
YP_001701946.1	Similar to Q73WF3_MYCPA 5e-12
YP_001701947.1	Similar to Q73WF4_MYCPA 0.0
YP_001701948.1	Similar to Q73WF5_MYCPA 2e-24
YP_001701949.1	No similarity found (10-5)
YP_001701950.1	Similar to Q268K1_MYCVN 7e-79
YP_001701951.1	Similar to Q73WF7_MYCPA e-118
YP_001701952.1	Similar to Q73ZX6_MYCPA 7e-91
YP_001701953.1	Similar to Q5Z2H8_NOCFA e-149
YP_001701954.1	Similar to P71819_MYCTU 4e-84
YP_001701955.1	Similar to Q743I8_MYCPA 8e-24
YP_001701956.1	Similar to CP51_MYCTU 0.0
YP_001701957.1	Similar to P71821_MYCTU e-110
YP_001701958.1	Similar to Q743I5_MYCPA e-173
YP_001701959.1	Similar to Q25W78_MYCVN 5e-67
YP_001701960.1	Similar to Q743I3_MYCPA 0.0
YP_001701961.1	Similar to P71824_MYCTU e-109
YP_001701962.1	Similar to Q743I1_MYCPA e-105
YP_001701963.1	Similar to P71826_MYCTU 3e-36
YP_001701964.1	Similar to Q73TB9_MYCPA e-175
YP_001701965.1	Similar to O53488_MYCTU e-138
YP_001701966.1	Similar to Q9KZX8_STRCO 3e-32
YP_001701967.1	Similar to Q5UB44_RENSA 9e-60
YP_001701968.1	Similar to Q272N7_MYCFV e-116
YP_001701969.1	Similar to Q5YUP3_NOCFA 2e-38
YP_001701970.1	Similar to Q7WZ46_9ACTO 2e-73
YP_001701971.1	Similar to Q268J9_MYCVN e-155
YP_001701972.1	Similar to Q5YRI7_NOCFA 3e-44
YP_001701973.1	Similar to Q73XQ2_MYCPA 2e-14
YP_001701974.1	Similar to Q5YWW1_NOCFA 0.0
YP_001701975.1	Similar to Q3VE04_9SPHN 6e-27
YP_001701976.1	catalyzes the formation of (R)-4'-phosphopantothenate in coenzyme A biosynthesis
YP_001701977.1	Similar to Q275S7_MYCFV e-165
YP_001701978.1	catalyzes the reaction of glycine with 5,10-methylenetetrahydrofolate to form L-serine and tetrahydrofolate
YP_001701979.1	Similar to Q26AU2_MYCVN 7e-93
YP_001701980.1	No similarity found (10-5)
YP_001701981.1	Similar to O53443_MYCTU 0.0
YP_001701982.1	Similar to Q7U0N8_MYCBO 3e-92
YP_001701983.1	Similar to Y1660_CORDI 9e-10
YP_001701984.1	No similarity found (10-5)
YP_001701985.1	No similarity found (10-5)
YP_001701986.1	No similarity found (10-5)
YP_001701987.1	No similarity found (10-5)
YP_001701988.1	No similarity found (10-5)
YP_001701989.1	Similar to Q438M2_9ACTO 2e-32
YP_001701990.1	Similar to Q40W35_KINRA 2e-26
YP_001701991.1	No similarity found (10-5)
YP_001701992.1	class II family (does not require metal); tetrameric enzyme; fumarase C; reversibly converts (S)-malate to fumarate and water; functions in the TCA cycle
YP_001701993.1	type II fructose 1,6-bisphosphatae; in Escherichia coli this protein forms a dimer and binds manganese
YP_001701994.1	Similar to Q26AT6_MYCVN 3e-46
YP_001701995.1	Similar to Q3GVU7_9ACTO 1e-85
YP_001701996.1	Similar to Q73WH3_MYCVN 8e-21
YP_001701997.1	Similar to Q73WH4_MYCPA e-170
YP_001701998.1	Similar to Q263W5_MYCVN 3e-41
YP_001701999.1	catalyzes the conversion of 1-hydroxy-2-methyl-2-(E)-butenyl 4-diphosphate into isopentenyl diphosphate (IPP) and dimethylallyl diphosphate (DMAPP); functions in the nonmevalonate isoprenoid biosynthesis pathway
YP_001702000.1	Similar to Q275U9_MYCFV 3e-25
YP_001702001.1	Similar to Q5YQA0_NOCFA 3e-16
YP_001702002.1	Similar to Q5YQA1_NOCFA 0.0
YP_001702003.1	No similarity found (10-5)
YP_001702004.1	Similar to Q82I02_STRAW 6e-14
YP_001702005.1	No similarity found (10-5)
YP_001702006.1	No similarity found (10-5)
YP_001702007.1	Similar to Q3H4L2_9ACTO 5e-25
YP_001702008.1	translation-associated GTPase; the crystal structure of the Haemophilus influenzae YchF protein showed similarity to the yeast structure (PDB: 1NI3); fluorescence spectroscopy revealed nucleic acid binding; the yeast protein YBR025c interacts with the translation elongation factor eEF1
YP_001702009.1	Similar to Q8D9S5_VIBVU 8e-06
YP_001702010.1	Similar to Q9I0Z5_PSEAE 4e-10
YP_001702011.1	Similar to Q3GX29_9ACTO 3e-16
YP_001702012.1	Similar to O33222_MYCTU 2e-15
YP_001702013.1	Similar to Q5YMP3_NOCFA e-146
YP_001702014.1	No similarity found (10-5)
YP_001702015.1	Similar to Q5YMP2_NOCFA e-120
YP_001702016.1	Similar to Q5YMI5_NOCFA e-118
YP_001702017.1	Similar to Q5YPY9_NOCFA 0.0
YP_001702018.1	Similar to Q260E5_MYCVN 2e-15
YP_001702019.1	Similar to Q643C9_STRHY 5e-43
YP_001702020.1	Similar to Q73WJ4_MYCPA 2e-75
YP_001702021.1	Similar to Q2J8X0_FRASC 3e-51
YP_001702022.1	No similarity found (10-5)
YP_001702023.1	No similarity found (10-5)
YP_001702024.1	No similarity found (10-5)
YP_001702025.1	No similarity found (10-5)
YP_001702026.1	Similar to Q73T83_MYCPA 1e-25
YP_001702027.1	Similar to Q73T82_MYCPA 3e-57
YP_001702028.1	No similarity found (10-5)
YP_001702029.1	Similar to Q7U0J4_MYCBO 0.0
YP_001702030.1	Similar to Q264B6_MYCVN 4e-58
YP_001702031.1	Similar to Q5YR20_NOCFA 4e-52
YP_001702032.1	antioxidant activity; thioredoxin-dependent thiol peroxidase; forms homodimers in solution; shows substrate specificity to alkyl hydroperoxides; periplasmic protein
YP_001702033.1	Similar to Q270K9_MYCFV 7e-60
YP_001702034.1	Similar to O06551_MYCTU 3e-71
YP_001702035.1	Similar to Q8VK58_MYCTU 5e-47
YP_001702036.1	Similar to Q5YVN8_NOCFA 2e-39
YP_001702037.1	Similar to Q266W3_MYCVN 4e-68
YP_001702038.1	Similar to Q8VK57_MYCTU 2e-11
YP_001702039.1	Similar to Q264C3_MYCVN e-140
YP_001702040.1	Similar to P96214_MYCTU 7e-19
YP_001702041.1	Similar to Q44L05_CHRSL 3e-56
YP_001702042.1	No similarity found (10-5)
YP_001702043.1	No similarity found (10-5)
YP_001702044.1	Similar to Q73WN2_MYCPA 5e-72
YP_001702045.1	No similarity found (10-5)
YP_001702046.1	involved in the fifth mannose transfer of phosphatidylinositol mannoside synthesis
YP_001702047.1	Similar to Q4JXU7_CORJK 1e-44
YP_001702048.1	produces formate from formyl-tetrahydrofolate which is the major source of formate for PurT in de novo purine nucleotide biosynthesis; has a role in one-carbon metabolism; forms a homohexamer; activated by methionine and inhibited by glycine
YP_001702049.1	4-alpha-hydroxytetrahydrobiopterin dehydratase activity; catalyzes the formation of (6R)-6-(L-erythro-1,2-dihydroxypropyl)-7, 8-dihydro-6H-pterin from (6R)-6-(L-erythro-1,2-dihydroxypropyl)-5,6,7, 8-tetrahydro-4a-hydroxypterin; functions in recycling tetrahydrobiopterin (BH4) in phenylalanine hydroxylase reaction
YP_001702050.1	Similar to Q264E0_MYCVN 3e-30
YP_001702051.1	No similarity found (10-5)
YP_001702052.1	Similar to Q264E8_MYCVN 0.0
YP_001702053.1	Similar to Q9FCE8_STRCO 4e-44
YP_001702054.1	Similar to Q26YE8_MYCFV 0.0
YP_001702055.1	Similar to Q6NAV2_RHOPA 3e-21
YP_001702056.1	No similarity found
YP_001702057.1	Similar to Q270I0_MYCFV 0.0
YP_001702058.1	Similar to Q270H9_MYCFV 4e-94
YP_001702059.1	Similar to Q270H8_MYCFV 1e-14
YP_001702060.1	Similar to Q740E2_MYCPA 4e-74
YP_001702061.1	7,8-didemethyl-8-hydroxy-5-deazariboflavin synthase; catalyzes radical-mediated transfer of hydroxybenzyl group from 4-hydroxyphenylpyruvate (HPP) to 5-amino-6-ribitylamino-2,4(1H,3H)-pyrimidinedione to form 7,8-didemethyl-8-hydroxy-5-deazariboflavin (FO); functions in F420 biosynthesis
YP_001702062.1	No similarity found (10-5)
YP_001702063.1	Similar to Q25ZM8_MYCVN 1e-55
YP_001702064.1	No similarity found (10-5)
YP_001702065.1	No similarity found (10-5)
YP_001702066.1	Similar to Q82QK1_STRAW 6e-17
YP_001702067.1	Similar to Q7D8P5_MYCTU 0.0
YP_001702068.1	Similar to Q5Z0A5_NOCFA 8e-50
YP_001702069.1	Similar to Q5YQD8_NOCFA 3e-53
YP_001702070.1	catalyzes the formation of N-succinyl-LL-2,6-diaminopimelate from N-succinyl-L-2-amino-6-oxopimelate in lysine biosynthesis
YP_001702071.1	Similar to Q27AG2_MYCFV e-99
YP_001702072.1	Similar to O50443_MYCTU 0.0
YP_001702073.1	Similar to O50444_MYCTU e-111
YP_001702074.1	activates fatty acids by binding to coenzyme A
YP_001702075.1	Similar to Q5YT30_NOCFA 1e-59
YP_001702076.1	Similar to Q25TE1_MYCVN 6e-34
YP_001702077.1	Similar to Q73WT2_MYCPA e-116
YP_001702078.1	catalyzes the formation of succinate and diaminoheptanedioate from succinyldiaminoheptanedioate
YP_001702079.1	Similar to Q7D4S3_MYCTU 4e-69
YP_001702080.1	Similar to Q9KYN5_STRCO 6e-46
YP_001702081.1	Similar to Q82PU2_STRAW 3e-72
YP_001702082.1	Similar to Q5YQE9_NOCFA 2e-93
YP_001702083.1	Similar to Q264H4_MYCVN 1e-62
YP_001702084.1	activates fatty acids by binding to coenzyme A; may be involved in acyclic terpene utilization
YP_001702085.1	Similar to Q274F5_MYCFV 1e-22
YP_001702086.1	Similar to Q2K4I8_RHIEC 2e-93
YP_001702087.1	Similar to Q73WU0_MYCPA e-101
YP_001702088.1	Similar to Q26AP3_MYCVN e-125
YP_001702089.1	Similar to Q5YYG2_NOCFA 2e-49
YP_001702090.1	Similar to Q49956_MYCLE 2e-24
YP_001702091.1	Similar to O05311_MYCTU 8e-62
YP_001702092.1	Similar to Q5YQG6_NOCFA 4e-23
YP_001702093.1	Similar to Q26AP9_MYCVN e-160
YP_001702094.1	catalyzes the formation of ADP-glucose and diphosphate from ATP and alpha-D-glucose 1-phosphate
YP_001702095.1	Similar to Q5LNL8_SILPO 1e-49
YP_001702096.1	Similar to Q5YPM4_NOCFA 2e-36
YP_001702097.1	Similar to Q73WU8_MYCPA 2e-64
YP_001702098.1	Similar to Q274P5_MYCFV e-124
YP_001702099.1	Similar to Q26AQ4_MYCVN e-113
YP_001702100.1	Similar to Q26AQ5_MYCVN 9e-63
YP_001702101.1	Similar to Q274P8_MYCFV 3e-85
YP_001702102.1	Similar to Q26AQ7_MYCVN 1e-82
YP_001702103.1	Similar to O05768_MYCSM 2e-34
YP_001702104.1	Similar to Q73WV5_MYCPA e-160
YP_001702105.1	mediates the export of protein precursors bearing twin-arginine signal peptides
YP_001702106.1	Similar to Q73WV7_MYCPA e-132
YP_001702107.1	Similar to O86313_MYCTU 4e-76
YP_001702108.1	Similar to Q3RT36_RALME 1e-24
YP_001702109.1	Similar to Q25T88_MYCVN e-127
YP_001702110.1	No similarity found (10-5)
YP_001702111.1	Similar to Q73WW1_MYCPA 2e-54
YP_001702112.1	Similar to Q7D8J9_MYCTU e-166
YP_001702113.1	Similar to Q73WW3_MYCPA 2e-97
YP_001702114.1	Similar to O50453_MYCTU e-109
YP_001702115.1	Similar to Q73WW5_MYCPA e-158
YP_001702116.1	Similar to Q26Z64_MYCFV 3e-51
YP_001702117.1	No similarity found (10-5)
YP_001702118.1	Similar to Q26Z65_MYCFV e-133
YP_001702119.1	Similar to Q89N09_BRAJA 6e-13
YP_001702120.1	Similar to Q27CM2_MYCFV 4e-11
YP_001702121.1	Similar to Q25RS3_MYCVN 9e-55
YP_001702122.1	Similar to Q82FK0_STRAW 3e-53
YP_001702123.1	Similar to Q82IN1_STRAW 6e-27
YP_001702124.1	Similar to Q25T82_MYCVN e-161
YP_001702125.1	Similar to O50459_MYCTU 6e-47
YP_001702126.1	Similar to Q25YE9_MYCVN 4e-95
YP_001702127.1	Similar to Q740W4_MYCPA 6e-70
YP_001702128.1	Similar to Q73WX3_MYCPA e-114
YP_001702129.1	Similar to Q73WX3_MYCPA e-109
YP_001702130.1	Similar to Q73Y82_MYCPA 5e-53
YP_001702131.1	Similar to Q5YWM3_NOCFA 3e-33
YP_001702132.1	Similar to O06598_MYCTU 7e-74
YP_001702133.1	kgd; produces succinic semialdehyde; part of alternative pathway from alpha-ketoglutarate to succinate; essential for normal growth
YP_001702134.1	Similar to Q25T77_MYCVN 3e-52
YP_001702135.1	Similar to Q25T76_MYCVN 5e-82
YP_001702136.1	Similar to Q25T75_MYCVN e-146
YP_001702137.1	Similar to Q261J2_MYCVN 8e-10
YP_001702138.1	Similar to Q73TZ0_MYCPA e-155
YP_001702139.1	Similar to Q37P57_RHOPA e-150
YP_001702140.1	Similar to Q8YBT2_BRUME 3e-20
YP_001702141.1	Similar to Q7U0A3_MYCBO 0.0
YP_001702142.1	Similar to Q26Z76_MYCFV 2e-36
YP_001702143.1	Similar to DEAD_MYCTU 0.0
YP_001702144.1	Similar to Q11064_MYCTU e-116
YP_001702145.1	No similarity found (10-5)
YP_001702146.1	Similar to Q73WZ2_MYCPA e-174
YP_001702147.1	Similar to Q25T65_MYCVN 0.0
YP_001702148.1	Similar to Q5YXK3_NOCFA 1e-51
YP_001702149.1	Similar to Q25T62_MYCVN e-117
YP_001702150.1	Similar to Q73X00_MYCPA 3e-46
YP_001702151.1	Similar to Q27BK8_MYCFV 1e-62
YP_001702152.1	No similarity found (10-5)
YP_001702153.1	Similar to Q73X04_MYCPA e-62
YP_001702154.1	Similar to Y1272_MYCTU 0.0
YP_001702155.1	Similar to Y1273_MYCTU 0.0
YP_001702156.1	Similar to Q73X12_MYCPA 4e-45
YP_001702157.1	Similar to Q7D8I3_MYCTU 2e-54
YP_001702158.1	No similarity found (10-5)
YP_001702159.1	Similar to Q25T38_MYCVN 3e-39
YP_001702160.1	Similar to Q50699_MYCTU e-140
YP_001702161.1	Similar to Q73X17_MYCPA 0.0
YP_001702162.1	Similar to Q4IV81_AZOVI 1e-72
YP_001702163.1	No similarity found (10-5)
YP_001702164.1	Similar to Q5Z0A3_NOCFA 5e-35
YP_001702165.1	No similarity found (10-5)
YP_001702166.1	Similar to Q70AR5_STRPE 4e-52
YP_001702167.1	Similar to Q25ZH4_MYCVN e-163
YP_001702168.1	Similar to Q25RB5_MYCVN 5e-58
YP_001702169.1	Similar to Q26A62_MYCVN e-105
YP_001702170.1	Similar to Q9S1P1_STRCO 3e-20
YP_001702171.1	Similar to Q73WZ6_MYCPA 5e-55
YP_001702172.1	Similar to Q5YYN9_NOCFA 3e-24
YP_001702173.1	catalyzes a two-step reaction, first charging an arginine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA; class-I aminoacyl-tRNA synthetase
YP_001702174.1	Similar to DCDA_MYCTU 0.0
YP_001702175.1	catalyzes the formation of L-aspartate 4-semialdehyde from L-homoserine
YP_001702176.1	catalyzes the formation of L-threonine from O-phospho-L-homoserine
YP_001702177.1	catalyzes the formation of O-phospho-L-homoserine from L-homoserine in threonine biosynthesis from asparate
YP_001702178.1	Similar to Q27AJ4_MYCFV 0.0
YP_001702179.1	No similarity found
YP_001702180.1	No similarity found (10-5)
YP_001702181.1	Similar to Q260K4_MYCVN 8e-32
YP_001702182.1	recognizes the termination signals UAG and UAA during protein translation a specificity which is dependent on amino acid residues residing in loops of the L-shaped tRNA-like molecule of RF1; this protein is similar to release factor 2
YP_001702183.1	Similar to Q27AK1_MYCFV 3e-73
YP_001702184.1	Similar to Q260K7_MYCVN 5e-80
YP_001702185.1	Similar to Q73X51_MYCPA e-156
YP_001702186.1	Similar to Q73X52_MYCPA 1e-19
YP_001702187.1	Produces ATP from ADP in the presence of a proton gradient across the membrane. Subunit A is part of the membrane proton channel F0
YP_001702188.1	Produces ATP from ADP in the presence of a proton gradient across the membrane. Subunit C is part of the membrane proton channel F0
YP_001702189.1	Produces ATP from ADP in the presence of a proton gradient across the membrane. Subunit B is part of the membrane proton channel.
YP_001702190.1	produces ATP from ADP in the presence of a proton gradient across the membrane; the delta subunit is part of the catalytic core of the ATP synthase complex
YP_001702191.1	produces ATP from ADP in the presence of a proton gradient across the membrane; the alpha chain is a catalytic subunit
YP_001702192.1	Produces ATP from ADP in the presence of a proton gradient across the membrane. The gamma chain is a regulatory subunit
YP_001702193.1	Produces ATP from ADP in the presence of a proton gradient across the membrane. The beta chain is a regulatory subunit
YP_001702194.1	part of catalytic core of ATP synthase; alpha(3)beta(3)gamma(1)delta(1)epsilon(1); involved in producing ATP from ADP in the presence of the proton motive force across the membrane
YP_001702195.1	Similar to Y1312_MYCTU 8e-37
YP_001702196.1	Similar to Q73X62_MYCPA 6e-83
YP_001702197.1	adds enolpyruvyl to UDP-N-acetylglucosamine as a component of cell wall formation; gram-positive bacteria have 2 copies of MurA which are active
YP_001702198.1	Similar to Q275M5_MYCFV 4e-57
YP_001702199.1	Similar to Q27AE6_MYCFV e-150
YP_001702200.1	Similar to Q260N7_MYCVN e-107
YP_001702201.1	Similar to Q27AE4_MYCFV 2e-22
YP_001702202.1	Similar to Q260P0_MYCVN 7e-57
YP_001702203.1	Similar to Q73X73_MYCPA e-152
YP_001702204.1	Similar to Q260P1_MYCVN 1e-29
YP_001702205.1	Similar to Q73X74_MYCPA 7e-72
YP_001702206.1	Similar to Q5Z1I3_NOCFA e-105
YP_001702207.1	catalyzes the transfer of a segment of a 1,4-alpha-D-glucan chain to a primary hydroxy group in a similar glucan chain
YP_001702208.1	Similar to GLGE_MYCSM 0.0
YP_001702209.1	Similar to PHSG_MYCTU 0.0
YP_001702210.1	Similar to Q27AD6_MYCFV e-121
YP_001702211.1	Similar to Q73X78_MYCPA 0.0
YP_001702212.1	Similar to Q5Z0W2_NOCFA 5e-62
YP_001702213.1	Similar to Q7D980_MYCTU 2e-23
YP_001702214.1	Similar to Q260P8_MYCVN e-152
YP_001702215.1	Similar to Q260P9_MYCVN 2e-36
YP_001702216.1	Similar to Q27AD2_MYCFV 5e-64
YP_001702217.1	Similar to Q260Q1_MYCVN 2e-97
YP_001702218.1	Similar to Q260Q2_MYCVN 2e-65
YP_001702219.1	Similar to Q260Q3_MYCVN 2e-39
YP_001702220.1	Similar to Q27AC8_MYCFV e-147
YP_001702221.1	Similar to Q27AC7_MYCFV 9e-58
YP_001702222.1	converts L-glutamate to D-glutamate, a component of peptidoglycan
YP_001702223.1	Similar to Y1339_MYCTU e-111
YP_001702224.1	RNase PH; tRNA nucleotidyltransferase; forms hexamers in Bacillus subtilis; phosphoroltic 3'-5' exoribonuclease; involved in maturation of tRNA precursors and removes terminal nucleotides near CCA acceptor arms of mature tRNAs
YP_001702225.1	Similar to HAM1_NOCFA 1e-63
YP_001702226.1	Similar to Q7X295_9ACTO 8e-87
YP_001702227.1	Similar to Y1377_MYCBO 2e-36
YP_001702228.1	Similar to Q73X91_MYCPA 2e-18
YP_001702229.1	activates fatty acids by binding to coenzyme A
YP_001702230.1	Similar to Q27DH1_MYCFV e-129
YP_001702231.1	Similar to Q27DH0_MYCFV 5e-53
YP_001702232.1	Similar to Q27DG9_MYCFV 0.0
YP_001702233.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001702234.1	Similar to Q73TT3_MYCPA 3e-62
YP_001702235.1	Similar to Q7U2L3_MYCBO 0.0
YP_001702236.1	Similar to Q82HX7_STRAW e-103
YP_001702237.1	Similar to Q2J9C4_FRASC 1e-14
YP_001702238.1	Similar to Q264Z8_MYCVN 1e-86
YP_001702239.1	Similar to Q264Z6_MYCVN e-138
YP_001702240.1	Similar to Q264Z5_MYCVN 7e-72
YP_001702241.1	Similar to Q5PFQ8_SALPA 7e-72
YP_001702242.1	Similar to Q8Z8W8_SALTI 7e-63
YP_001702243.1	Similar to P96064_SALTY 2e-61
YP_001702244.1	Similar to Q5PFQ5_SALPA 7e-35
YP_001702245.1	No similarity found (10-5)
YP_001702246.1	Similar to Q21XU7_9BURK 3e-37
YP_001702247.1	Similar to Q277H3_MYCFV 5e-06
YP_001702248.1	Similar to Q27AU4_MYCFV 9e-52
YP_001702249.1	Similar to O53417_MYCTU 0.0
YP_001702250.1	Similar to Q440Z1_SOLUS 8e-21
YP_001702251.1	Similar to Q73XH5_MYCPA 6e-85
YP_001702252.1	Similar to Q7TYD8_MYCBO 0.0
YP_001702253.1	Catalyzes the formation of holo-ACP, which mediates the essential transfer of acyl fatty acid intermediates during the biosynthesis of fatty acids and lipids
YP_001702254.1	Similar to Q73ST9_MYCPA 2e-63
YP_001702255.1	Similar to Q26ZQ4_MYCFV 5e-69
YP_001702256.1	Similar to O53225_MYCTU 8e-13
YP_001702257.1	Similar to Q73V00_MYCPA e-123
YP_001702258.1	Similar to Q73V01_MYCPA 6e-82
YP_001702259.1	No similarity found (10-5)
YP_001702260.1	Similar to Q73RV8_MYCPA 0.0
YP_001702261.1	Similar to Q73RW0_MYCPA 4e-64
YP_001702262.1	Similar to Q25YY2_MYCVN 3e-74
YP_001702263.1	Similar to Q25T90_MYCVN 1e-57
YP_001702264.1	Similar to Q26Z60_MYCFV e-172
YP_001702265.1	Similar to Q5KWG2_GEOKA 7e-14
YP_001702266.1	Similar to Q5YXP5_NOCFA 2e-55
YP_001702267.1	Similar to Y892_MYCTU e-120
YP_001702268.1	Similar to Q5Z224_NOCFA 2e-97
YP_001702269.1	Similar to Y4107_MYCPA 7e-33
YP_001702270.1	Similar to Q73XI7_MYCPA e-152
YP_001702271.1	Similar to Q7D857_MYCTU 3e-65
YP_001702272.1	3'-5' exoribonuclease specific for small oligoribonuclotides
YP_001702273.1	Similar to O06173_MYCTU 0.0
YP_001702274.1	Similar to Q47MF5_THEFY 3e-48
YP_001702275.1	Similar to Q27B08_MYCFV 3e-08
YP_001702276.1	Similar to Q274C4_MYCFV e-100
YP_001702277.1	Similar to Q7D706_MYCTU 3e-84
YP_001702278.1	Similar to Q261J7_MYCVN 5e-13
YP_001702279.1	Similar to Q268N4_MYCVN e-172
YP_001702280.1	Similar to Q857X6_9CAUD 2e-12
YP_001702281.1	Similar to Q425Z4_DESHA 4e-85
YP_001702282.1	Similar to O06425_MYCTU 9e-20
YP_001702283.1	Similar to Q5YWZ0_NOCFA e-157
YP_001702284.1	with CysN catalyzes the formation of adenylylsulfate from sulfate and ATP
YP_001702285.1	Similar to P84151_MYCSM e-141
YP_001702286.1	Similar to Q6MX51_MYCTU e-178
YP_001702287.1	Similar to Q268V9_MYCVN e-116
YP_001702288.1	Similar to Q269G7_MYCVN 0.0
YP_001702289.1	Similar to Q73Z22_MYCPA 1e-36
YP_001702290.1	No similarity found (10-5)
YP_001702291.1	Similar to Q42X99_9ACTO 2e-19
YP_001702292.1	No similarity found (10-5)
YP_001702293.1	Similar to Q275D4_MYCFV 1e-76
YP_001702294.1	Similar to Q835Q6_ENTFA 3e-17
YP_001702295.1	Similar to Q93JL4_STRCO 4e-11
YP_001702296.1	Similar to Q261M0_MYCVN 0.0
YP_001702297.1	catalyzes the hydrolysis of allophanate
YP_001702298.1	Similar to Q73XL3_MYCPA 1e-47
YP_001702299.1	ChvD; in Agrobacterium tumefaciens, mutations in both Walker boxes were found to affect virulence
YP_001702300.1	Similar to Q261M5_MYCVN 0.0
YP_001702301.1	Similar to O53202_MYCTU 3e-54
YP_001702302.1	Similar to O53201_MYCTU 4e-57
YP_001702303.1	Similar to Q265F9_MYCVN 2e-66
YP_001702304.1	Similar to Q5Z081_NOCFA 0.0
YP_001702305.1	Similar to Q274F1_MYCFV 1e-56
YP_001702306.1	Similar to Q261N1_MYCVN 7e-93
YP_001702307.1	Similar to Q8VJI1_MYCTU 7e-07
YP_001702308.1	Similar to Q73XM1_MYCPA 2e-46
YP_001702309.1	Similar to Q7D8D3_MYCTU 5e-78
YP_001702310.1	Similar to Q7TYI7_MYCBO 0.0
YP_001702311.1	Similar to O53193_MYCTU 1e-91
YP_001702312.1	Similar to Q5Z070_NOCFA 1e-81
YP_001702313.1	catalyzes the interconversion of ribose 5-phosphate to ribulose 5-phosphate; enzyme from E. coli shows allose 6-phosphate isomerase activity
YP_001702314.1	Similar to Q274G1_MYCFV 3e-96
YP_001702315.1	Similar to Q9L240_STRCO 7e-20
YP_001702316.1	Similar to Q261P6_MYCVN 6e-85
YP_001702317.1	Similar to Q3A6T2_PELCD 8e-13
YP_001702318.1	Similar to Q276W5_MYCFV e-109
YP_001702319.1	Similar to Q261Q3_MYCVN e-160
YP_001702320.1	hydrolyzes proteins to small peptides; with the ATPase subunits ClpA or ClpX, ClpP degrades specific substrates
YP_001702321.1	hydrolyzes proteins to small peptides; with the ATPase subunits ClpA or ClpX, ClpP degrades specific substrates
YP_001702322.1	binds and unfolds substrates as part of the ClpXP protease
YP_001702323.1	Similar to Q7TZ38_MYCBO 2e-52
YP_001702324.1	Similar to Q4KEU8_PSEF5 3e-45
YP_001702325.1	Similar to Q5Z0A0_NOCFA 4e-13
YP_001702326.1	Similar to Q5Z0A1_NOCFA e-163
YP_001702327.1	Similar to Q5Z0A2_NOCFA 1e-94
YP_001702328.1	Similar to Q5Z0A3_NOCFA 5e-23
YP_001702329.1	No similarity found (10-5)
YP_001702330.1	Similar to Q275V7_MYCFV 1e-97
YP_001702331.1	involved in the production or activity of formate dehydrogenase-H which is active when nitrate is not present during anaerobic growth
YP_001702332.1	Similar to Y2924_MYCBO 0.0
YP_001702333.1	Similar to Q7D742_MYCTU 0.0
YP_001702334.1	catalyzes the coenzyme A dependent formation of succinyl-CoA from 2-oxoglutarate and ferredoxin
YP_001702335.1	No similarity found (10-5)
YP_001702336.1	Similar to Q25RX9_MYCVN 5e-36
YP_001702337.1	MobA; links a guanosine 5'-phosphate to molydopterin to form molybdopterin guanine dinucleotide; involved in molybdenum cofactor biosynthesis
YP_001702338.1	Similar to Q25TN4_MYCVN e-116
YP_001702339.1	Similar to Q415L5_KINRA 5e-19
YP_001702340.1	Similar to Q274K2_MYCFV 5e-82
YP_001702341.1	Similar to Q25RW9_MYCVN 2e-26
YP_001702342.1	valine--tRNA ligase; ValRS; converts valine ATP and tRNA(Val) to AMP PPi and valyl-tRNA(Val); class-I aminoacyl-tRNA synthetase type 1 subfamily; has a posttransfer editing process to hydrolyze mischarged Thr-tRNA(Val) which is done by the editing domain
YP_001702343.1	Similar to Q25RW7_MYCVN e-158
YP_001702344.1	Similar to Q25RW6_MYCVN 7e-22
YP_001702345.1	catalyzes the formation of nucleoside triphosphate from ATP and nucleoside diphosphate
YP_001702346.1	Similar to P71905_MYCTU 0.0
YP_001702347.1	Similar to Q265K2_MYCVN 3e-24
YP_001702348.1	Similar to Q25VD3_MYCVN 8e-10
YP_001702349.1	Similar to Q73XP3_MYCPA 3e-46
YP_001702350.1	involved in the peptidyltransferase reaction during translation
YP_001702351.1	essential GTPase; exhibits high exchange rate for GTP/GDP; associates with 50S ribosomal subunit; involved in regulation of chromosomal replication
YP_001702352.1	catalyzes the formation of glutamate 5-phosphate from glutamate in proline biosynthesis
YP_001702353.1	No similarity found (10-5)
YP_001702354.1	Similar to Q27AG7_MYCFV 3e-16
YP_001702355.1	No similarity found (10-5)
YP_001702356.1	Similar to Q73XQ8_MYCPA 3e-60
YP_001702357.1	Catalyzes the phosphorylation of L-glutamate during the proline biosynthesis pathway
YP_001702358.1	Similar to Q73XR3_MYCPA e-139
YP_001702359.1	Similar to Q274M7_MYCFV e-170
YP_001702360.1	Similar to Q25RU3_MYCVN 4e-89
YP_001702361.1	Similar to Q25RU2_MYCVN 2e-38
YP_001702362.1	Similar to Q274N6_MYCFV 1e-76
YP_001702363.1	Similar to Q73XR8_MYCPA e-101
YP_001702364.1	Similar to Q274N8_MYCFV 2e-77
YP_001702365.1	Similar to Q27BT9_MYCFV 1e-40
YP_001702366.1	Similar to Q27BT8_MYCFV 9e-74
YP_001702367.1	Similar to Q73YP0_MYCPA 2e-97
YP_001702368.1	Similar to Q25ZI8_MYCVN e-167
YP_001702369.1	Similar to Q25ZI7_MYCVN 3e-26
YP_001702370.1	No similarity found (10-5)
YP_001702371.1	Similar to Q740R0_MYCPA 0.0
YP_001702372.1	Similar to Q27BT7_MYCFV e-118
YP_001702373.1	Similar to Q27BT6_MYCFV 3e-22
YP_001702374.1	Similar to Q25R27_MYCVN 0.0
YP_001702375.1	Similar to Q27BT4_MYCFV e-147
YP_001702376.1	Similar to Q25R29_MYCVN e-126
YP_001702377.1	Similar to Q73V60_MYCPA 7e-12
YP_001702378.1	Similar to Q27BS9_MYCFV 5e-67
YP_001702379.1	binds to the ribosome on the universally-conserved alpha-sarcin loop
YP_001702380.1	Similar to Q5KYS9_GEOKA 7e-55
YP_001702381.1	No similarity found (10-5)
YP_001702382.1	Similar to Q25VX6_MYCVN 0.0
YP_001702383.1	Similar to Q419S4_KINRA 2e-06
YP_001702384.1	No similarity found (10-5)
YP_001702385.1	Similar to Q25V71_MYCVN e-107
YP_001702386.1	No similarity found (10-5)
YP_001702387.1	Similar to Q9RVD1_DEIRA 4e-06
YP_001702388.1	No similarity found (10-5)
YP_001702389.1	Similar to Q5Z3I8_NOCFA 7e-11
YP_001702390.1	Similar to Q8VJJ8_MYCTU 8e-11
YP_001702391.1	Similar to Q73XU5_MYCPA e-131
YP_001702392.1	Similar to Q25VX3_MYCVN 4e-99
YP_001702393.1	Similar to Q73XU7_MYCPA 5e-99
YP_001702394.1	Similar to Q25VX1_MYCVN e-132
YP_001702395.1	Similar to Q741U3_MYCPA 5e-13
YP_001702396.1	Similar to Q5YXW6_NOCFA 4e-14
YP_001702397.1	Similar to P71751_MYCTU 1e-44
YP_001702398.1	Similar to Q5YZY0_NOCFA e-173
YP_001702399.1	with CysN catalyzes the formation of adenylylsulfate from sulfate and ATP
YP_001702400.1	Similar to Q25VV7_MYCVN 3e-96
YP_001702401.1	Similar to SIR_MYCTU 0.0
YP_001702402.1	catalyzes the oxygen-independent formation of protoporphyrinogen-IX from coproporphyrinogen-III
YP_001702403.1	Similar to O05823_MYCTU 3e-35
YP_001702404.1	Negative regulator of class I heat shock genes (grpE-dnaK-dnaJ and groELS operons). Prevents heat-shock induction of these operons
YP_001702405.1	chaperone Hsp40; co-chaperone with DnaK; Participates actively in the response to hyperosmotic and heat shock by preventing the aggregation of stress-denatured proteins and by disaggregating proteins, also in an autonomous, dnaK-independent fashion
YP_001702406.1	Similar to Q73XZ7_MYCPA 6e-43
YP_001702407.1	Similar to PHOL_MYCTU e-151
YP_001702408.1	Similar to Y2367_MYCTU 6e-67
YP_001702409.1	Similar to Y2366_MYCTU e-159
YP_001702410.1	Similar to Q25VS9_MYCVN 2e-23
YP_001702411.1	Era; Escherichia coli Ras-like protein; Bex; Bacillus Era-complementing segment; essential protein in Escherichia coli that is involved in many cellular processes; GTPase; binds the cell membrane through apparent C-terminal domain; mutants are arrested during the cell cycle; Streptococcus pneumoniae Era binds to RNA and Escherichia coli Era binds 16S rRNA and 30S ribosome
YP_001702412.1	Similar to Q740U5_MYCPA 3e-60
YP_001702413.1	catalyzes the hydrolysis of a monocarboxylic acid amid to form a monocarboxylate and ammonia
YP_001702414.1	involved in DNA repair and RecFOR pathway recombination; RecFOR proteins displace ssDNA-binding protein and facilitate the production of RecA-coated ssDNA
YP_001702415.1	Similar to Q73Y17_MYCPA 2e-93
YP_001702416.1	Similar to Q27BN7_MYCFV 2e-25
YP_001702417.1	Similar to Q25VS0_MYCVN 3e-49
YP_001702418.1	Similar to Q5YZT8_NOCFA 2e-34
YP_001702419.1	Similar to Q43V51_SOLUS 6e-15
YP_001702420.1	Similar to A0PWV1_MYCUA e-131
YP_001702421.1	Similar to A0PWV0_MYCUA e-111
YP_001702422.1	Similar to A0PWU9_MYCUA e-124
YP_001702423.1	Similar to A0PWU8_MYCUA e-148
YP_001702424.1	Similar to A0PWU7_MYCUA e-167
YP_001702425.1	No similarity found (10-5)
YP_001702426.1	Similar to O06816_MYCTU 9e-25
YP_001702427.1	No similarity found (10-5)
YP_001702428.1	Similar to Q3X602_9ACTN 3e-45
YP_001702429.1	Similar to Q82J92_STRAW 1e-09
YP_001702430.1	No similarity found (10-5)
YP_001702431.1	activates fatty acids by binding to coenzyme A
YP_001702432.1	Similar to Q266Y5_MYCVN 1e-71
YP_001702433.1	Similar to Q73YV5_MYCPA 9e-97
YP_001702434.1	Similar to Q73YV4_MYCPA e-149
YP_001702435.1	Similar to Q73YV3_MYCPA e-116
YP_001702436.1	Similar to Q73YV2_MYCPA e-101
YP_001702437.1	Similar to Q73YV1_MYCPA e-117
YP_001702438.1	Similar to Q27D51_MYCFV e-114
YP_001702439.1	Similar to Q73YU9_MYCPA e-120
YP_001702440.1	Similar to Q26AG3_MYCVN 5e-50
YP_001702441.1	Catalyzes a two-step reaction, first charging a glycine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA
YP_001702442.1	Similar to Q82ER2_STRAW e-163
YP_001702443.1	catalyzes conversion of 1-aminocyclopropane-1-carboxylate to ammonia and alpha-ketobutyrate
YP_001702444.1	Similar to Q3X636_9ACTN 3e-28
YP_001702445.1	Similar to P95241_MYCTU e-130
YP_001702446.1	dGTPase family type 2 subfamily; presumably hydrolyzes dGTP to deoxyguanosine and triphosphate
YP_001702447.1	synthesizes RNA primers at the replication forks
YP_001702448.1	Similar to Q25VR2_MYCVN 2e-12
YP_001702449.1	Similar to Q40UV5_KINRA 1e-79
YP_001702450.1	Similar to O05582_MYCTU 6e-10
YP_001702451.1	Similar to Q27BM5_MYCFV 1e-75
YP_001702452.1	Similar to Q73V82_MYCPA 0.0
YP_001702453.1	Similar to Y2325_MYCTU 8e-60
YP_001702454.1	Similar to Q73Y65_MYCPA e-131
YP_001702455.1	Similar to Q7D7B8_MYCTU e-106
YP_001702456.1	Similar to Q73Y67_MYCPA e-104
YP_001702457.1	Similar to Q25VQ4_MYCVN 0.0
YP_001702458.1	Similar to Q27BL9_MYCFV e-152
YP_001702459.1	Similar to Q82J12_STRAW 1e-65
YP_001702460.1	Similar to Q412G3_KINRA 5e-85
YP_001702461.1	Similar to Q82KE7_STRAW 1e-53
YP_001702462.1	Similar to Q855R3_9CAUD 3e-65
YP_001702463.1	No similarity found (10-5)
YP_001702464.1	Similar to Q9RMP2_MYCSM e-117
YP_001702465.1	Similar to Q857V7_9CAUD 2e-43
YP_001702466.1	Similar to Q855G2_9CAUD 4e-36
YP_001702467.1	No similarity found (10-5)
YP_001702468.1	Similar to Q5Z3Y6_NOCFA 7e-14
YP_001702469.1	No similarity found (10-5)
YP_001702470.1	No similarity found (10-5)
YP_001702471.1	No similarity found (10-5)
YP_001702472.1	No similarity found (10-5)
YP_001702473.1	Similar to Q854U6_9CAUD 5e-06
YP_001702474.1	No similarity found (10-5)
YP_001702475.1	No similarity found (10-5)
YP_001702476.1	No similarity found (10-5)
YP_001702477.1	No similarity found (10-5)
YP_001702478.1	No similarity found (10-5)
YP_001702479.1	No similarity found (10-5)
YP_001702480.1	No similarity found (10-5)
YP_001702481.1	No similarity found (10-5)
YP_001702482.1	No similarity found (10-5)
YP_001702483.1	Similar to Q857U2_9CAUD 3e-34
YP_001702484.1	No similarity found (10-5)
YP_001702485.1	No similarity found (10-5)
YP_001702486.1	No similarity found (10-5)
YP_001702487.1	Similar to Q3WMK9_9RHIZ 9e-29
YP_001702488.1	No similarity found (10-5)
YP_001702489.1	No similarity found (10-5)
YP_001702490.1	No similarity found (10-5)
YP_001702491.1	No similarity found (10-5)
YP_001702492.1	No similarity found (10-5)
YP_001702493.1	Similar to Q855M1_9CAUD 4e-07
YP_001702494.1	No similarity found (10-5)
YP_001702495.1	Similar to Q2E388_ACICE 9e-17
YP_001702496.1	Similar to O34053_9CAUD 5e-18
YP_001702497.1	No similarity found (10-5)
YP_001702498.1	Similar to Q5YSJ6_NOCFA 5e-14
YP_001702499.1	Similar to Q5Z3X2_NOCFA 1e-25
YP_001702500.1	No similarity found (10-5)
YP_001702501.1	Similar to Q9P9Q2_XYLFA 2e-28
YP_001702502.1	Similar to Q5P931_AZOSE 3e-20
YP_001702503.1	No similarity found (10-5)
YP_001702504.1	No similarity found (10-5)
YP_001702505.1	No similarity found (10-5)
YP_001702506.1	No similarity found (10-5)
YP_001702507.1	No similarity found (10-5)
YP_001702508.1	No similarity found (10-5)
YP_001702509.1	No similarity found (10-5)
YP_001702510.1	No similarity found (10-5)
YP_001702511.1	No similarity found (10-5)
YP_001702512.1	Similar to Q856Q9_9CAUD 1e-56
YP_001702513.1	Similar to Q856Q8_9CAUD 4e-59
YP_001702514.1	Similar to Q855L1_9CAUD 2e-81
YP_001702515.1	No similarity found (10-5)
YP_001702516.1	No similarity found (10-5)
YP_001702517.1	No similarity found (10-5)
YP_001702518.1	No similarity found (10-5)
YP_001702519.1	No similarity found (10-5)
YP_001702520.1	Similar to Q855A1_9CAUD 3e-49
YP_001702521.1	No similarity found (10-5)
YP_001702522.1	Similar to Q855K9_9CAUD 1e-57
YP_001702523.1	Similar to Q855K8_9CAUD 0.0
YP_001702524.1	Similar to Q855K7_9CAUD e-166
YP_001702525.1	Similar to Q855K5_9CAUD 1e-30
YP_001702526.1	Similar to Q855K4_9CAUD 2e-81
YP_001702527.1	Similar to Q855K3_9CAUD 2e-36
YP_001702528.1	Similar to Q855K2_9CAUD 4e-13
YP_001702529.1	No similarity found (10-5)
YP_001702530.1	No similarity found (10-5)
YP_001702531.1	Similar to Q8K6V9_STRP3 9e-22
YP_001702532.1	No similarity found (10-5)
YP_001702533.1	No similarity found (10-5)
YP_001702534.1	Similar to Q5YZK8_NOCFA 3e-82
YP_001702535.1	Similar to Q9ZX59_BPMT4 1e-63
YP_001702536.1	Similar to Q9ZX58_BPMT4 e-152
YP_001702537.1	Similar to Q9ZX57_BPMT4 4e-10
YP_001702538.1	Similar to Q9ZX56_BPMT4 1e-76
YP_001702539.1	Similar to Q854M6_9CAUD e-129
YP_001702540.1	Similar to Q5QF45_9CAUD 3e-29
YP_001702541.1	Similar to Q855T7_9CAUD 2e-10
YP_001702542.1	Similar to Q855T6_9CAUD 4e-44
YP_001702543.1	Similar to VG10_BPMD2 9e-83
YP_001702544.1	No similarity found (10-5)
YP_001702545.1	Similar to Q855S7_9CAUD 9e-49
YP_001702546.1	Similar to Q853Z1_9CAUD 7e-07
YP_001702547.1	Similar to Q853Z0_9CAUD e-108
YP_001702548.1	Similar to Q38028_BPPHC 5e-06
YP_001702549.1	No similarity found (10-5)
YP_001702550.1	No similarity found (10-5)
YP_001702551.1	Similat tp Q857Q2_9CAUD 5e-05
YP_001702552.1	Similar to Q9G046_9VIRU 2e-08
YP_001702553.1	No similarity found (10-5)
YP_001702554.1	Similar to Q4NJ29_9MICC 2e-52
YP_001702555.1	No similarity found (10-5)
YP_001702556.1	No similarity found (10-5)
YP_001702557.1	No similarity found (10-5)
YP_001702558.1	Similar to Q26Y87_MYCFV 1e-32
YP_001702559.1	Similar to Q469B2_METBA 2e-23
YP_001702560.1	Similar to Q47DL2_9RHOO 6e-36
YP_001702561.1	No similarity found (10-5)
YP_001702562.1	No similarity found (10-5)
YP_001702563.1	Similar to Q8UKT1_AGRT5 8e-09
YP_001702564.1	Similar to Q854V9_9CAUD 3e-28
YP_001702565.1	No similarity found (10-5)
YP_001702566.1	No similarity found (10-5)
YP_001702567.1	No similarity found (10-5)
YP_001702568.1	No similarity found (10-5)
YP_001702569.1	Similar to Q82M53_STRAW 2e-12
YP_001702570.1	Similar to Q7U158_MYCBO 8e-07
YP_001702571.1	No similarity found (10-5)
YP_001702572.1	Similar to MP64_MYCTU 3e-52
YP_001702573.1	Similar to Q7D9E5_MYCTU 7e-22
YP_001702574.1	No similarity found (10-5)
YP_001702575.1	Similar to Q8P5Y5_XANCP 1e-59
YP_001702576.1	Similar to Q11CA1_MESSB 1e-15
YP_001702577.1	Similar to Q7DA14_MYCTU 2e-89
YP_001702578.1	Similar to Q73Z79_MYCPA 3e-28
YP_001702579.1	Similar to Q73Z78_MYCPA 8e-61
YP_001702580.1	Similar to Q25W55_MYCVN 4e-84
YP_001702581.1	No similarity found (10-5)
YP_001702582.1	Similar to Q4NE82_9MICC 1e-40
YP_001702583.1	Similar to Q82MH1_STRAW e-115
YP_001702584.1	Similar to Q89VL1_BRAJA 6e-94
YP_001702585.1	No similarity found (10-5)
YP_001702586.1	Similar to Q89VL1_BRAJA 1e-94
YP_001702587.1	No similarity found (10-5)
YP_001702588.1	Similar to Q6N7W6_RHOPA e-102
YP_001702589.1	Similar to Q73U47_MYCPA 7e-51
YP_001702590.1	Similar to Q5YYE8_NOCFA 6e-06
YP_001702591.1	Similar to Q27DI3_MYCFV 0.0
YP_001702592.1	Similar to Q20Z18_RHOPA 4e-54
YP_001702593.1	Similar to Q2E3K5_BACCE 8e-16
YP_001702594.1	Similar to Q267R4_MYCVN 3e-38
YP_001702595.1	Similar to Q7TY39_MYCBO e-119
YP_001702596.1	Similar to O07189_MYCTU 2e-54
YP_001702597.1	Similar to O07188_MYCTU 1e-96
YP_001702598.1	Similar to Q73Z92_MYCPA 2e-68
YP_001702599.1	Similar to Q73Z91_MYCPA 4e-81
YP_001702600.1	Similar to Q73Z90_MYCPA e-170
YP_001702601.1	Similar to Q25UW4_MYCVN e-161
YP_001702602.1	Similar to Q73Z94_MYCPA 0.0
YP_001702603.1	Similar to Q5YNF5_NOCFA e-140
YP_001702604.1	Similar to Q268D0_MYCVN 4e-24
YP_001702605.1	Similar to Q5YWE8_NOCFA e-135
YP_001702606.1	Similar to Q269J9_MYCVN e-155
YP_001702607.1	Similar to Q269K2_MYCVN e-89
YP_001702608.1	Similar to Q27BI1_MYCFV 9e-66
YP_001702609.1	Similar to Q27CM2_MYCFV 3e-06
YP_001702610.1	Similar to Q73Z84_MYCPA 5e-50
YP_001702611.1	Similar to Q6AG21_LEIXX 7e-48
YP_001702612.1	Similar to Q2IFZ2_ANADE 1e-11
YP_001702613.1	Similar to PCC6_MYCTU 0.0
YP_001702614.1	FabF; beta-ketoacyl-ACP synthase II, KASII; catalyzes a condensation reaction in fatty acid biosynthesis: addition of an acyl acceptor of two carbons from malonyl-ACP; required for the elongation of short-chain unsaturated acyl-ACP
YP_001702615.1	carries the fatty acid chain in fatty acid biosynthesis
YP_001702616.1	Similar to Q269L2_MYCVN e-109
YP_001702617.1	Similar to Q27BH1_MYCFV e-149
YP_001702618.1	Similar to Q9RJ10_STRCO 2e-35
YP_001702619.1	No similarity found (10-5)
YP_001702620.1	Similar to Q99VR5_STAAM 2e-18
YP_001702621.1	E1 component; part of pyruvate dehydrogenase; forms a complex with DlaT and LpdC
YP_001702622.1	Similar to Q7TYW8_MYCBO 5e-12
YP_001702623.1	Similar to Q73YG4_MYCPA 9e-33
YP_001702624.1	Similar to Q5YZD5_NOCFA 4e-59
YP_001702625.1	Similar to Q418M4_KINRA e-13
YP_001702626.1	Similar to Q2JG65_FRASC e-66
YP_001702627.1	Similar to Q27AQ9_MYCFV 3e-19
YP_001702628.1	Similar to Q25ZM8_MYCVN 5e-18
YP_001702629.1	No similarity found (10-5)
YP_001702630.1	Similar to Q268G6_MYCVN 3e-18
YP_001702631.1	Similar to Q82P61_STRAW 6e-94
YP_001702632.1	Similar to Q5YTJ0_NOCFA 6e-07
YP_001702633.1	No similarity found (10-5)
YP_001702634.1	Similar to Q5Z3C4_NOCFA e-115
YP_001702635.1	Similar to Q5YZB8_NOCFA 8e-65
YP_001702636.1	Similar to Q73YH0_MYCPA 1e-84
YP_001702637.1	Similar to Q25WS0_MYCVN e-59
YP_001702638.1	Similar to Y2232_MYCTU 4e-62
YP_001702639.1	Similar to Q73YH3_MYCPA e-115
YP_001702640.1	Similar to Q73YH4_MYCPA e-125
YP_001702641.1	Similar to Q25WS3_MYCVN 6e-51
YP_001702642.1	Similar to Y2228_MYCTU e-140
YP_001702643.1	Similar to Q271F1_MYCFV 4e-88
YP_001702644.1	Similar to Q73V65_MYCPA e-117
YP_001702645.1	Similar to O53313_MYCTU 5e-93
YP_001702646.1	Similar to O53314_MYCTU e-136
YP_001702647.1	Similar to O53315_MYCTU 2e-29
YP_001702648.1	Similar to Q265J0_MYCVN 6e-33
YP_001702649.1	Similar to Q9L0J1_STRCO 1e-22
YP_001702650.1	Similar to Q5YZ99_NOCFA e-125
YP_001702651.1	Similar to Q25WT6_MYCVN e-143
YP_001702652.1	activates fatty acids by binding to coenzyme A
YP_001702653.1	catalyzes the formation of tetrahydrofolate and 2-dehydropantoate from 5,10-methylenetetrahydrofolate and 3-methyl-2-oxobutanoate
YP_001702654.1	Similar to Q25WU0_MYCVN e-165
YP_001702655.1	Similar to Y2224_MYCTU e-175
YP_001702656.1	Similar to Q73YI9_MYCPA e-179
YP_001702657.1	Similar to Q25WU3_MYCVN 0.0
YP_001702658.1	catalyzes the ATP-dependent addition of AMP to a subunit of glutamine synthetase; also catalyzes the reverse reaction - deadenylation; adenylation/deadenylation of glutamine synthetase subunits is important for the regulation of this enzyme
YP_001702659.1	Similar to Q73YI4_MYCPA 9e-09
YP_001702660.1	Similar to Q9EX60_STRCO 4e-59
YP_001702661.1	Similar to Q9EX59_STRCO 1e-62
YP_001702662.1	Similar to Q265K1_MYCVN 3e-08
YP_001702663.1	Similar to Q273Z4_MYCFV 1e-86
YP_001702664.1	Similar to Q265K4_MYCVN 1e-91
YP_001702665.1	Similar to Q271H2_MYCFV 4e-47
YP_001702666.1	Similar to Q5YR46_NOCFA 1e-53
YP_001702667.1	Similar to Q7TXC1_MYCBO 1e-28
YP_001702668.1	Similar to Q82B81_STRAW 5e-24
YP_001702669.1	Hsp31 stabilizes early unfolding protein intermediates under severe heat stress
YP_001702670.1	Similar to GLNA1_MYCTU 0.0
YP_001702671.1	Similar to Q27C61_MYCFV 8e-23
YP_001702672.1	Similar to Q82M13_STRAW 3e-47
YP_001702673.1	Similar to Q73VF5_MYCPA 2e-64
YP_001702674.1	Similar to Q9RK08_STRCO e-108
YP_001702675.1	Similar to Q25VM9_MYCVN 3e-32
YP_001702676.1	Similar to CP144_MYCTU e-103
YP_001702677.1	Similar to Q25RT1_MYCVN 1e-76
YP_001702678.1	catalyzes the radical-mediated insertion of two sulfur atoms into an acyl carrier protein (ACP) bound to an octanoyl group to produce a lipoyl group
YP_001702679.1	lipoyl/octanoyltransferase; catalyzes the transfer of the lipoyl/octanoyl moiety of lipoyl/octanoyl-ACP onto lipoate-dependent enzymes like pyruvate dehydrogenase and the glycine cleavage system H protein
YP_001702680.1	Similar to Y2216_MYCTU e-102
YP_001702681.1	Similar to O32959_MYCLE 0.0
YP_001702682.1	Similar to Q270V5_MYCFV 8e-18
YP_001702683.1	Similar to Q25RS6_MYCVN 3e-24
YP_001702684.1	Similar to Q25RS2_MYCVN e-177
YP_001702685.1	catalyzes the transfer of a methylene carbon from the methylamine-loaded GcvH protein to tetrahydrofolate, causing the release of ammonia and the generation of reduced GcvH protein
YP_001702686.1	Similar to Q27C50_MYCFV e-161
YP_001702687.1	Similar to Q2J9U0_FRASC e-172
YP_001702688.1	catalyzes the formation of adenosylcobalamin from Ado-cobinamide-GDP and alpha-ribazole
YP_001702689.1	catalyzes the synthesis of alpha-ribazole-5'-phosphate from nicotinate mononucleotide and 5,6-dimethylbenzimidazole
YP_001702690.1	Similar to Q73YK8_MYCPA 3e-44
YP_001702691.1	Similar to Q25RR7_MYCVN 3e-70
YP_001702692.1	Similar to Q25RR6_MYCVN 3e-86
YP_001702693.1	Similar to Q27C44_MYCFV 2e-49
YP_001702694.1	Similar to Y2203_MYCTU 7e-19
YP_001702695.1	Similar to Q73YL3_MYCPA e-139
YP_001702696.1	Similar to Q73YL4_MYCPA 0.0
YP_001702697.1	Similar to COX2_MYCTU e-131
YP_001702698.1	Similar to Q25RR0_MYCVN 4e-42
YP_001702699.1	Similar to Q27C38_MYCFV 6e-30
YP_001702700.1	Similar to Q27C37_MYCFV 5e-13
YP_001702701.1	Similar to Q82MT2_STRAW 3e-37
YP_001702702.1	Similar to QCRB_MYCTU 0.0
YP_001702703.1	Similar to Q25RQ6_MYCVN e-139
YP_001702704.1	Similar to Q25RQ5_MYCVN 2e-92
YP_001702705.1	Similar to Q25RQ4_MYCVN 6e-95
YP_001702706.1	Catalyzes the conversion of N-(5-phospho-D-ribosyl)-anthranilate and diphosphate to anthranilate and 5-phospho-alpha-D-ribose 1-diphosphate
YP_001702707.1	contains 3'-5'exonuclease domain
YP_001702708.1	Similar to Q9L0M2_STRCO 1e-25
YP_001702709.1	Similar to Q73YM6_MYCPA 6e-13
YP_001702710.1	Similar to O69580_MYCLE 1e-86
YP_001702711.1	Similar to Q5YZ26_NOCFA 3e-31
YP_001702712.1	Similar to Q73YM9_MYCPA e-140
YP_001702713.1	Similar to Q24YL9_DESHA 3e-40
YP_001702714.1	Similar to O53521_MYCTU 0.0
YP_001702715.1	Similar to O53521_MYCTU 2e-39
YP_001702716.1	Similar to Y1261_MYCTU 5e-33
YP_001702717.1	Similar to Q27C25_MYCFV 2e-53
YP_001702718.1	Similar to Q25SH4_MYCVN e-139
YP_001702719.1	Similar to Q27C23_MYCFV 1e-22
YP_001702720.1	Similar to Q73YN5_MYCPA 3e-97
YP_001702721.1	Similar to Q53IC1_STRGR 2e-39
YP_001702722.1	Similar to Q25SH9_MYCVN 2e-65
YP_001702723.1	Similar to Q73YN9_MYCPA 0.0
YP_001702724.1	Similar to Q25SI1_MYCVN e-135
YP_001702725.1	No similarity found (10-5)
YP_001702726.1	Similar to Q73YP2_MYCPA 4e-38
YP_001702727.1	Similar to Q27C15_MYCFV e-172
YP_001702728.1	Similar to Q25SI4_MYCVN 2e-93
YP_001702729.1	Similar to Q5YZ05_NOCFA 1e-99
YP_001702730.1	Similar to Q25SI5_MYCVN e-62
YP_001702731.1	Similar to Q25SI6_MYCVN 9e-66
YP_001702732.1	Similar to Q73YP8_MYCPA 1e-42
YP_001702733.1	MraZ; UPF0040; crystal structure shows similarity to AbrB
YP_001702734.1	Similar to Q25SI9_MYCVN e-114
YP_001702735.1	Similar to Q25SJ0_MYCVN 8e-58
YP_001702736.1	Similar to Q25SJ1_MYCVN 0.0
YP_001702737.1	involved in cell wall formation; peptidoglycan synthesis; cytoplasmic enzyme; catalyzes the addition of meso-diaminopimelic acid to the nucleotide precursor UDP-N-aceylmuramoyl-l-alanyl-d-glutamate
YP_001702738.1	Similar to MURF_MYCTU e-131
YP_001702739.1	First step of the lipid cycle reactions in the biosynthesis of the cell wall peptidoglycan
YP_001702740.1	UDP-N-acetylmuramoylalanine--D-glutamate ligase; involved in peptidoglycan biosynthesis; cytoplasmic; catalyzes the addition of glutamate to the nucleotide precursor UDP-N-acetylmuramoyl-L-alanine during cell wall formation
YP_001702741.1	Similar to Q25SJ6_MYCVN e-146
YP_001702742.1	UDP-N-acetylglucosamine--N-acetylmuramyl- (pentapeptide) pyrophosphoryl-undecaprenol N-acetylglucosamine transferase; involved in cell wall formation; inner membrane-associated; last step of peptidoglycan synthesis
YP_001702743.1	Catalyzes the formation of UDP-N-acetylmuramoyl-L-alanine from UDP-N-acetylmuramate and L-alanine in peptidoglycan synthesis
YP_001702744.1	Similar to FTSQ_MYCTU 5e-59
YP_001702745.1	GTPase; similar structure to tubulin; forms ring-shaped polymers at the site of cell division; other proteins such as FtsA, ZipA, and ZapA, interact with and regulate FtsZ function
YP_001702746.1	Similar to Y2149_MYCTU 2e-64
YP_001702747.1	Similar to Q25SK2_MYCVN 1e-70
YP_001702748.1	Similar to Q27BZ6_MYCFV 4e-66
YP_001702749.1	Similar to Q25TG0_MYCVN 2e-85
YP_001702750.1	Similar to Q3W2C6_9ACTO 2e-34
YP_001702751.1	Similar to Q3W2C7_9ACTO 5e-37
YP_001702752.1	Similar to Q25SK4_MYCVN 8e-21
YP_001702753.1	Similar to Q25SK5_MYCVN e-102
YP_001702754.1	No similarity found (10-5)
YP_001702755.1	Similar to Q270G7_MYCFV 2e-38
YP_001702756.1	Similar to O86346_MYCTU 2e-33
YP_001702757.1	Similar to Q3RUA5_RALME 3e-11
YP_001702758.1	Similar to Q3PI35_PARDE 8e-13
YP_001702759.1	Similar to A4FKI6_SACER 2e-44
YP_001702760.1	catalyzes the hydrolysis of a monocarboxylic acid amid to form a monocarboxylate and ammonia
YP_001702761.1	Similar to Q0S8G2_RHOSR e-139
YP_001702762.1	Similar to Q0S8G5_RHOSR e-105
YP_001702763.1	Similar to Q88J72_PSEPK 5e-11
YP_001702764.1	Similar to Q2XLN6_PSEPU 3e-76
YP_001702765.1	Similar to Q88J70_PSEPK 1e-09
YP_001702766.1	Similar to Q88J69_PSEPK e-100
YP_001702767.1	Similar to Q2XLN3_PSEPU 8e-38
YP_001702768.1	Similar to Q331P9_9ACTO 2e-67
YP_001702769.1	Similar to Q846W2_STRCM 4e-47
YP_001702770.1	Similar to O69476_MYCLE 5e-49
YP_001702771.1	required for PDIM synthesis; phthiocerol and phthiodiolone dimycocerosate esters are scaffolds used for virulence-enhancing lipids; proposed to catalyze diesterification of phthiocerol and phthiodolone with mycocerosate; functions in polyketide synthesis
YP_001702772.1	Similar to Q73V84_MYCPA 1e-20
YP_001702773.1	Similar to Q73V83_MYCPA 0.0
YP_001702774.1	Similar to Q8FLU1_COREF 4e-46
YP_001702775.1	Similar to P71667_MYCTU 3e-81
YP_001702776.1	Similar to Q27G34_MYCFV 4e-64
YP_001702777.1	Similar to Q27G33_MYCFV e-141
YP_001702778.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001702779.1	Similar to Q27BW6_MYCFV 8e-64
YP_001702780.1	Similar to Q27G30_MYCFV e-58
YP_001702781.1	Similar to Q27G29_MYCFV e-113
YP_001702782.1	Similar to Q3L9C5_RHOE4 1e-40
YP_001702783.1	Similar to Q27FZ8_MYCFV e-161
YP_001702784.1	Similar to Q27FZ9_MYCFV 0.0
YP_001702785.1	Similar to Q93SX4_9GAMM 1e-32
YP_001702786.1	Similar to Q27G01_MYCFV 6e-96
YP_001702787.1	Similar to Q7VS20_BORPE 2e-55
YP_001702788.1	Similar to Q4AXZ4_9BURK 2e-16
YP_001702789.1	Similar to Q27FZ0_MYCFV e-147
YP_001702790.1	Similar to Q6N4N5_RHOPA 2e-12
YP_001702791.1	Similar to Q2IGU3_ANADE 4e-19
YP_001702792.1	Similar to Q73XG9_MYCPA 3e-22
YP_001702793.1	Similar to Q73XH0_MYCPA 1e-22
YP_001702794.1	Similar to Q27G03_MYCFV e-106
YP_001702795.1	Similar to Q27G04_MYCFV e-114
YP_001702796.1	Similar to Q27G05_MYCFV 0.0
YP_001702797.1	Similar to Q274D0_MYCFV 1e-08
YP_001702798.1	Similar to Q27G23_MYCFV 6e-55
YP_001702799.1	Similar to Q27G23_MYCFV e-142
YP_001702800.1	Similar to Q27G22_MYCFV 0.0
YP_001702801.1	Similar to Q27G21_MYCFV 0.0
YP_001702802.1	Similar to Q8GNL8_MYCAB 0.0
YP_001702803.1	Similar to Q8GNL7_MYCAB 9e-97
YP_001702804.1	Similar to Q8GNL6_MYCAB e-162
YP_001702805.1	Similar to Q8GNL5_MYCAB 1e-89
YP_001702806.1	Identical to Q8GNL4_MYCAB e-143
YP_001702807.1	Similar to Q8GNL3_MYCAB e-166
YP_001702808.1	Identical to Q8GNL2_MYCAB 0.0
YP_001702809.1	Similar to Q27G14_MYCFV 2e-67
YP_001702810.1	Similar to Q8GNL1_MYCAB e-174
YP_001702811.1	Identical to Q8GNL0_MYCAB e-165
YP_001702812.1	Similar to Q8GNK9_MYCAB 0.0
YP_001702813.1	Similar to Q8GNK8_MYCAB 0.0
YP_001702814.1	Similar to Q8GNK7_MYCAB e-125
YP_001702815.1	activates fatty acids by binding to coenzyme A
YP_001702816.1	Identical to Q27G08_MYCFV e-163
YP_001702817.1	Similar to Q8GNK4_MYCAB 0.0
YP_001702818.1	Similar to Q8GNK3_MYCAB 2e-72
YP_001702819.1	Similar to Q8GNK2_MYCAB 0.0
YP_001702820.1	Identical to Q8GNK1_MYCAB 0.0
YP_001702821.1	Similar to Q8GNK0_MYCAB 2e-64
YP_001702822.1	Similar to Q8GNJ9_MYCAB 2e-39
YP_001702823.1	Similar to Q8GNJ8_MYCAB e-135
YP_001702824.1	No similarity found (10-5)
YP_001702825.1	Similar to A3Q1E0_MYCSJ e-115
YP_001702826.1	Similar to A3Q1D9_MYCSJ 0.0
YP_001702827.1	Similar to A3Q1D8_MYCSJ 0.0
YP_001702828.1	Similar to A3Q1D7_MYCSJ 0.0
YP_001702829.1	No similarity found (10-5)
YP_001702830.1	Similar to Q27BW0_MYCFV 3e-76
YP_001702831.1	Similar to Q27BV9_MYCFV 4e-80
YP_001702832.1	Similar to Q27BV8_MYCFV e-105
YP_001702833.1	Similar to Q27BV7_MYCFV 1e-46
YP_001702834.1	Similar to Q27BV6_MYCFV 0.0
YP_001702835.1	Similar to Q27BV5_MYCFV 0.0
YP_001702836.1	Similar to Q27BV4_MYCFV 0.0
YP_001702837.1	Similar to Q27BV3_MYCFV 0.0
YP_001702838.1	Similar to Q73YS0_MYCPA 6e-78
YP_001702839.1	catalyzes the conversion of dihydroorotate to orotate in the pyrimidine biosynthesis pathway; uses a flavin nucleotide as an essential cofactor; class 2 enzymes are monomeric and compared to the class 1 class 2 possess an extended N terminus, which plays a role in the membrane association of the enzyme and provides the binding site for the respiratory quinones that serve as physiological electron acceptors
YP_001702840.1	Similar to Q73YS3_MYCPA 2e-09
YP_001702841.1	Similar to Q25SN4_MYCVN 2e-79
YP_001702842.1	Similar to Q25SN5_MYCVN 2e-22
YP_001702843.1	BacA; phosphatase activity in Escherichia coli not kinase; involved in bacitracin resistance as bacitracin supposedly sequesters undecaprenyl disphosphate which reduces the pool of lipid carrier available to the cell
YP_001702844.1	Similar to Q27BU6_MYCFV 6e-79
YP_001702845.1	Similar to O06241_MYCTU 3e-79
YP_001702846.1	Similar to Q27BU4_MYCFV 9e-96
YP_001702847.1	No similarity found (10-5)
YP_001702848.1	No similarity found (10-5)
YP_001702849.1	Similar to Q3W5L2_ACTO 2e-36
YP_001702850.1	Similar to Q27BU3_MYCFV 6e-62
YP_001702851.1	catalyzes a two-step reaction; charges a cysteine by linking its carboxyl group to the alpha-phosphate of ATP then transfers the aminoacyl-adenylate to its tRNA
YP_001702852.1	Similar to Q272H9_MYCFV 2e-94
YP_001702853.1	No similarity found (10-5)
YP_001702854.1	Similar to Q5Z1T1_NOCFA 0.0
YP_001702855.1	Similar to Q5Z1T2_NOCFA e-140
YP_001702856.1	Similar to Q5Z1T3_NOCFA 1e-74
YP_001702857.1	Similar to Q5Z1T0_NOCFA 0.0
YP_001702858.1	Similar to Q5Z1S9_NOCFA 0.0
YP_001702859.1	Similar to P71717_MYCTU 0.0
YP_001702860.1	Similar to Q5Z1S5_NOCFA e-163
YP_001702861.1	Similar to LA2M_MYCSM 3e-95
YP_001702862.1	Similar to Q82JJ2_STRAW 8e-41
YP_001702863.1	Similar to Q25SP4_MYCVN e-136
YP_001702864.1	one of two methionine synthases in Escherichia coli; MetH catalyzes a methyl transfer reaction from methyltetrahydrofolate to homocysteine to create methionine; requires zinc for activity
YP_001702865.1	Similar to Q25SP6_MYCVN 8e-68
YP_001702866.1	Similar to HIS2_NOCFA 6e-35
YP_001702867.1	long form of enzyme; catalyzes the formation of N'-5'-phosphoribosyl-ATP from phosphoribosyl pyrophosphate; crucial role in histidine biosynthesis; forms active dimers and inactive hexamers which is dependent on concentration of substrates and inhibitors
YP_001702868.1	Similar to Q3GZY7_9ACTO 1e-38
YP_001702869.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702870.1	The point of entry for the majority of electrons that traverse the respiratory chain eventually resulting in the reduction of oxygen
YP_001702871.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702872.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702873.1	Similar to Q5YWD1_NOCFA 5e-80
YP_001702874.1	Similar to Q82DX6_STRAW 0.0
YP_001702875.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702876.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702877.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702878.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702879.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702880.1	Catalyzes the transfer of electrons from NADH to ubiquinone
YP_001702881.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702882.1	Catalyzes the transfer of electrons from NADH to quinone
YP_001702883.1	Similar to Q7D5W1_MYCTU e-176
YP_001702884.1	No similarity found (10-5)
YP_001702885.1	No similarity found (10-5)
YP_001702886.1	Similar to Q70AR5_STRPE 5e-38
YP_001702887.1	Similar to Q9L240_STRCO 2e-24
YP_001702888.1	Similar to Q7D7W1_MYCTU 2e-63
YP_001702889.1	Similar to Q25SQ5_MYCVN 4e-79
YP_001702890.1	Similar to Q25SQ6_MYCVN e-113
YP_001702891.1	Similar to Q5YP51_NOCFA e-127
YP_001702892.1	Similar to Q25WV9_MYCVN e-135
YP_001702893.1	Similar to Q73ZX0_MYCPA e-136
YP_001702894.1	Similar to Q25SQ7_MYCVN e-123
YP_001702895.1	Similar to Q73YW3_MYCPA 3e-22
YP_001702896.1	Similar to Q73XZ1_MYCPA 1e-19
YP_001702897.1	Similar to Q25SR1_MYCVN 0.0
YP_001702898.1	Similar to Q7D9D4_MYCTU 4e-49
YP_001702899.1	Similar to Q263F0_MYCVN 2e-22
YP_001702900.1	Similar to Q73S68_MYCPA e-130
YP_001702901.1	Similar to Q73S67_MYCPA e-106
YP_001702902.1	Similar to Q73S66_MYCPA e-108
YP_001702903.1	Similar to Q73S65_MYCPA 1e-71
YP_001702904.1	Similar to Q25ZG5_MYCVN 4e-99
YP_001702905.1	Similar to Q25SR8_MYCVN 0.0
YP_001702906.1	Similar to Q73YW7_MYCPA 8e-06
YP_001702907.1	Similar to Q73YW8_MYCPA 1e-86
YP_001702908.1	Similar to Q7TZ14_MYCBO 1e-94
YP_001702909.1	No similarity found (10-5)
YP_001702910.1	Similar to Q5YZA8_NOCFA 3e-08
YP_001702911.1	Similar to Q265F0_MYCVN e-103
YP_001702912.1	Similar to Q265F1_MYCVN e-130
YP_001702913.1	Similar to Q265F2_MYCVN e-121
YP_001702914.1	Similar to Q3JLR5_BURP1 e-141
YP_001702915.1	No similarity found (10-5)
YP_001702916.1	Similar to Q277P8_MYCFV e-166
YP_001702917.1	Similar to Q2LYG9_SYNAS 2e-17
YP_001702918.1	Similar to Y2097_MYCTU 0.0
YP_001702919.1	Similar to Q25YY6_MYCVN e-102
YP_001702920.1	Similar to Q25SS5_MYCVN e-120
YP_001702921.1	Similar to Q73YX2_MYCPA e-100
YP_001702922.1	Similar to Q272M2_MYCFV 3e-19
YP_001702923.1	Similar to TATC_MYCTU e-105
YP_001702924.1	Similar to Q7TZ20_MYCBO 0.0
YP_001702925.1	Similar to Q73YX7_MYCPA 3e-31
YP_001702926.1	Similar to Q73YX8_MYCPA 4e-94
YP_001702927.1	Similar to Q272M7_MYCFV e-150
YP_001702928.1	Similar to Q73YY3_MYCPA 4e-59
YP_001702929.1	Similar to Q25ST4_MYCVN 4e-87
YP_001702930.1	Similar to Q272M9_MYCFV e-120
YP_001702931.1	Similar to Q73YY7_MYCPA 3e-94
YP_001702932.1	CobK/CbiJ; there are 2 pathways for cobalamin (vitamin B12) production, one aerobic (ex. P. denitrificans), the other anaerobic (ex. S. typhimurium); the CobK/CbiJ perform similar reactions in both; the anaerobic pathway includes the use of a chelated cobalt ion in order for ring contraction to occur; CobK thus converts precorrin 6 into dihydro-precorrin 6 while CbiJ converts cobalt-precorrin 6 into cobalt-deihydro-precorrin 6
YP_001702933.1	Similar to Q25ST8_MYCVN 0.0
YP_001702934.1	catalyzes the interconversion of precorrin-8X and hydrogenobyrinate
YP_001702935.1	Similar to Q10675_MYCTU 4e-95
YP_001702936.1	with CobST catalyzes the formation of cobyrinic acid a,c-diamide from hydrogenobyrinic acid a,c-diamide in an ATP-dependent manner; involved in porphyrin and chlorophyll metabolism; vitamin B12 metabolism
YP_001702937.1	Similar to Q73YZ9_MYCPA 2e-21
YP_001702938.1	Similar to Q5YV15_NOCFA 4e-28
YP_001702939.1	F exclusion of bacteriophage T7; overproduction of this protein in Escherichia coli inhibits the F plasmid-mediated exclusion of bacteriophage T7; interacts with the F plasmid-encoded PifA protein; inner membrane protein
YP_001702940.1	Similar to Q73Z02_MYCPA e-173
YP_001702941.1	Similar to Q9F409_MYCSM e-164
YP_001702942.1	Similar to Q9F408_MYCSM e-100
YP_001702943.1	Similar to Q272P7_MYCFV 5e-45
YP_001702944.1	Similar to Q8TMB9_METAC 1e-31
YP_001702945.1	Similar to Q7U1Z1_MYCBO e-144
YP_001702946.1	Similar to MMPS4_MYCTU 1e-12
YP_001702947.1	Similar to Q5YVB9_NOCFA 0.0
YP_001702948.1	Similar to Q5IW45_STRVR 1e-07
YP_001702949.1	No similarity found (10-5)
YP_001702950.1	Similar to Q73Z06_MYCPA 2e-31
YP_001702951.1	Similar to Q25Y28_MYCVN 3e-94
YP_001702952.1	Similar to Q25Y27_MYCVN 3e-91
YP_001702953.1	Similar to Q73YZ6_MYCPA e-105
YP_001702954.1	Similar to Q82MU9_STRAW e-122
YP_001702955.1	Similar to Q745D9_MYCPA 9e-84
YP_001702956.1	Similar to Q25WH1_MYCVN 1e-41
YP_001702957.1	Similar to Q3X2C5_9ACTN e-129
YP_001702958.1	Similar to Q265S8_MYCVN 8e-45
YP_001702959.1	Similar to Q25V51_MYCVN 9e-51
YP_001702960.1	Similar to O53695_MYCTU e-109
YP_001702961.1	Similar to O86362_MYCTU e-123
YP_001702962.1	Similar to O53694_MYCTU 2e-90
YP_001702963.1	Similar to Q26XV6_MYCFV 5e-29
YP_001702964.1	Similar to Q26XV6_MYCFV 1e-22
YP_001702965.1	Similar to Q73TD6_MYCPA 4e-47
YP_001702966.1	Similar to Q273L0_MYCFV 2e-17
YP_001702967.1	Similar to Q5Z1L7_NOCFA 0.0
YP_001702968.1	Similar to Q73TD9_MYCPA e-150
YP_001702969.1	Similar to Q73TE0_MYCPA 0.0
YP_001702970.1	Similar to Q25T69_MYCVN 6e-90
YP_001702971.1	Similar to Q3CT97_ALTAT 1e-08
YP_001702972.1	Similar to Q9HWG9_PSEAE 3e-77
YP_001702973.1	Similar to Q270V1_MYCFV 7e-57
YP_001702974.1	Similar to Q741I5_MYCPA 8e-88
YP_001702975.1	Similar to Q5YWZ9_NOCFA 1e-37
YP_001702976.1	Similar to Q5YX00_NOCFA e-159
YP_001702977.1	Similar to Q741I1_MYCPA e-104
YP_001702978.1	Similar to Q741I0_MYCPA 2e-96
YP_001702979.1	Similar to Q741H9_MYCPA 0.0
YP_001702980.1	catalyzes conversion of chorismate to salicylate, in mycobactin siderophore construction; requires Mg(2+) for function
YP_001702981.1	Similar to Q26PD1_XANP2 4e-47
YP_001702982.1	Similar to P71716_MYCTU 0.0
YP_001702983.1	Similar to Q27BQ6_MYCFV 0.0
YP_001702984.1	Similar to Q27BQ4_MYCFV e-165
YP_001702985.1	Similar to Q5Z2E6_NOCFA 9e-25
YP_001702986.1	Similar to A2WFG6_9BURK 1e-12
YP_001702987.1	Similar to A0UD05_9BURK 1e-30
YP_001702988.1	Similar to Q4V2M0_BURMA 4e-87
YP_001702989.1	Similar to A1T263_MYCVP 5e-53
YP_001702990.1	Similar to Q3MCQ2_ANAVT 0.0
YP_001702991.1	Similar to Q3MCQ1_ANAVT 0.0
YP_001702992.1	Similar to Q2Y7Z3_NITMU 0.0
YP_001702993.1	Similar to Q26Q15_XANP2 e-133
YP_001702994.1	Similar to Q1D1Y5_MYXXD 2e-52
YP_001702995.1	Similar to Q9RK07_STRCO 6e-90
YP_001702996.1	Similar to Q73X96_MYCPA e-166
YP_001702997.1	Similar to Q73X95_MYCPA 0.0
YP_001702998.1	Similar to Q5YRL6_NOCFA e-151
YP_001702999.1	Similar to Q27EE5_MYCFV e-100
YP_001703000.1	N-acetyldiaminobutyrate dehydratase; catalyzes the formation of the osmoprotectant ecotoine from gamma-N-acetyl-alpha,gamma-diaminobutyric acid
YP_001703001.1	catalyzes the reversible formation of diaminobutyrate and 2-oxoglutarate from glutamate and L-aspartic beta-semialdehyde
YP_001703002.1	Similar to ECTA_STRCO 5e-34
YP_001703003.1	Similar to Q4JWS0_CORJK 5e-48
YP_001703004.1	Similar to Q47RZ5_THEFY 2e-08
YP_001703005.1	Similar to Q27EM1_MYCFV e-119
YP_001703006.1	Similar to Q260A7_MYCVN 1e-37
YP_001703007.1	Similar to Q5YQX6_NOCFA 5e-52
YP_001703008.1	Similar to Q5YQX7_NOCFA e-122
YP_001703009.1	Similar to Q8VK13_MYCTU 3e-15
YP_001703010.1	Similar to Q25VJ5_MYCVN e-143
YP_001703011.1	Similar to Q2JB48_FRASC 1e-09
YP_001703012.1	Similar to Q3WH93_9ACTO e-141
YP_001703013.1	Similar to Q3WH94_9ACTO 6e-76
YP_001703014.1	Similar to Q93HF6_STRAW e-123
YP_001703015.1	Similar to Q9K3F8_STRCO 1e-22
YP_001703016.1	Similar to Q84F35_STRVF 2e-44
YP_001703017.1	Similar to Q9K3F9_STRCO 6e-23
YP_001703018.1	Similar to Q9K3G0_STRCO 2e-46
YP_001703019.1	Similar to Q9K3G5_STRCO 0.0
YP_001703020.1	Similar to Q939X8_9PSEU 1e-48
YP_001703021.1	Similar to Q9K3F4_STRCO 2e-80
YP_001703022.1	Similar to A0GP63_9BURK 6e-15
YP_001703023.1	No similarity found (10-5)
YP_001703024.1	Similar to Q0SES6_RHOSR 2e-58
YP_001703025.1	Similar to Q9I454_PSEAE 7e-19
YP_001703026.1	Similar to Q5YPI1_NOCFA 1e-10
YP_001703027.1	Similar to Q5YV42_NOCFA 8e-07
YP_001703028.1	Similar to Q5YYE9_NOCFA 1e-30
YP_001703029.1	Similar to Q27FQ8_MYCFV e-148
YP_001703030.1	Similar to Q25XX1_MYCVN e-101
YP_001703031.1	in Escherichia coli this protein is involved in binding to the leader sequence of mRNAs and is itself bound to the 30S subunit; autoregulates expression via a C-terminal domain; in most gram negative organisms this protein is composed of 6 repeats of the S1 domain while in gram positive there are 4 repeats; the S1 nucleic acid-binding domain is found associated with other proteins
YP_001703032.1	Similar to Q10838_MYCTU 1e-47
YP_001703033.1	catalyzes the phosphorylation of the 3'-hydroxyl group of dephosphocoenzyme A to form coenzyme A; involved in coenzyme A biosynthesis; in Mycobacterium tuberculosis the C-terminal UPF0157 domain appears to be necessary for proper folding of the N-terminal domain
YP_001703034.1	Similar to Q73SX8_MYCPA 2e-86
YP_001703035.1	Similar to Q25VT4_MYCVN 4e-45
YP_001703036.1	Similar to Q25VT3_MYCVN 0.0
YP_001703037.1	Similar to Q7TZX0_MYCBO 9e-23
YP_001703038.1	Similar to MMPL4_MYCTU 0.0
YP_001703039.1	Similar to Q277G7_MYCFV 3e-37
YP_001703040.1	Similar to Q25XW6_MYCVN 2e-12
YP_001703041.1	Similar to Q6AB85_PROAC 9e-71
YP_001703042.1	Similar to Q25XW5_MYCVN 2e-62
YP_001703043.1	The UvrABC repair system catalyzes the recognition and processing of DNA lesions. The beta-hairpin of the Uvr-B subunit is inserted between the strands, where it probes for the presence of a lesion
YP_001703044.1	Similar to Q5YUG0_NOCFA 7e-39
YP_001703045.1	Similar to Q25XW3_MYCVN 6e-91
YP_001703046.1	Similar to Q9A3G5_CAUCR e-132
YP_001703047.1	Similar to Q25XV6_MYCVN 1e-42
YP_001703048.1	No similarity found (10-5)
YP_001703049.1	Similar to O06154_MYCTU 1e-80
YP_001703050.1	The UvrABC repair system catalyzes the recognition and processing of DNA lesions. UvrA is an ATPase and a DNA-binding protein. A damage recognition complex composed of 2 uvrA and 2 uvrB subunits scans DNA for abnormalities. When the presence of a lesion has been verified by uvrB, the uvrA molecules dissociate
YP_001703051.1	Similar to Q265R2_MYCVN e-106
YP_001703052.1	Similar to Q25XU6_MYCVN 2e-18
YP_001703053.1	Similar to Q25XU5_MYCVN e-138
YP_001703054.1	catalyzes a two-step reaction, first charging a lysine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA
YP_001703055.1	Similar to Q5YYI3_NOCFA 3e-42
YP_001703056.1	Similar to Q270S8_MYCFV 3e-60
YP_001703057.1	Similar to Q25XU1_MYCVN 4e-26
YP_001703058.1	binds directly to 23S ribosomal RNA prior to in vitro assembly of the 50S ribosomal subunit
YP_001703059.1	Similar to Q270S5_MYCFV 5e-79
YP_001703060.1	Similar to Q8XQU5_RALSO 3e-50
YP_001703061.1	No similarity found (10-5)
YP_001703062.1	No similarity found (10-5)
YP_001703063.1	Similar to Q25ZM9_MYCVN 4e-15
YP_001703064.1	Similar to Q5Z1E5_NOCFA 3e-07
YP_001703065.1	Similar to Q5UFR3_MYCSM 6e-83
YP_001703066.1	Similar to P94983_MYCTU 3e-49
YP_001703067.1	Similar to Q5YQ98_NOCFA 1e-46
YP_001703068.1	Similar to Q5YQ99_NOCFA e-135
YP_001703069.1	catalyzes a two-step reaction, first charging a phenylalanine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA; forms a heterotetramer of alpha(2)beta(2); binds two magnesium ions per tetramer; type 1 subfamily
YP_001703070.1	catalyzes a two-step reaction, first charging a phenylalanine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA; forms a tetramer of alpha(2)beta(2); binds two magnesium ions per tetramer; type 2 subfamily
YP_001703071.1	catalyzes the reduction of N-acetyl-5-glutamyl phosphate to N-acetyl-L-glutamate 5-semialdehyde in arginine biosynthesis and the reduction of N-acetyl-gamma-aminoadipyl-phosphate to N-acetyl-L-aminoadipate-semialdehyde in lysine biosynthesis; involved in both the arginine and lysine biosynthetic pathways; lysine is produced via the AAA pathway, lysine from alpha-aminoadipate
YP_001703072.1	bifunctional arginine biosynthesis protein ArgJ; functions at the 1st and 5th steps in arginine biosynthesis; involved in synthesis of acetylglutamate from glutamate and acetyl-CoA and ornithine by transacetylation between acetylornithine and glutmate
YP_001703073.1	catalyzes the phosphorylation of N-acetyl-L-glutamate to form N-acetyl-L-glutamate 5-phosphate
YP_001703074.1	catalyzes the formation of N-acetyl-l-glutamate 5-semialdehyde from 2-oxoglutarate and N(2)-acetyl-L-ornithine
YP_001703075.1	catalyzes the formation of L-citrulline from carbamoyl phosphate and L-ornithine in arginine biosynthesis and degradation
YP_001703076.1	Similar to ARGR_NOCFA 5e-65
YP_001703077.1	catalyzes the formation of 2-N(omega)-(L-arginino)succinate from L-citrulline and L-aspartate in arginine biosynthesis, AMP-forming
YP_001703078.1	Similar to Q25XS0_MYCVN e-165
YP_001703079.1	Similar to Q270Q8_MYCFV e-23
YP_001703080.1	Similar to Q25XR8_MYCVN 2e-16
YP_001703081.1	Similar to Q25XR7_MYCVN 9e-25
YP_001703082.1	Similar to Q270Q5_MYCFV e-123
YP_001703083.1	activates fatty acids by binding to coenzyme A
YP_001703084.1	Similar to Q270Q2_MYCFV 7e-10
YP_001703085.1	No similarity found (10-5)
YP_001703086.1	Similar to Q7TZS7_MYCBO 6e-60
YP_001703087.1	Similar to Q740F6_MYCPA 1e-71
YP_001703088.1	Similar to Q82M01_STRAW 7e-56
YP_001703089.1	Similar to SYY_MYCTU e-178
YP_001703090.1	Similar to Q4NJZ2_9MICC 0.0
YP_001703091.1	Similar to Q25UF3_MYCVN 2e-77
YP_001703092.1	Similar to Q25UF2_MYCVN 4e-88
YP_001703093.1	Similar to O33195_MYCTU 1e-06
YP_001703094.1	Similar to Q9L3Q7_MYCUL 7e-85
YP_001703095.1	catalyzes the phosphorylation of NAD to NADP
YP_001703096.1	Similar to Q27AM1_MYCFV 0.0
YP_001703097.1	Similar to Q27AM4_MYCFV e-141
YP_001703098.1	Similar to Q25UE4_MYCVN 4e-90
YP_001703099.1	CTP synthase; cytidine triphosphate synthetase; catalyzes the ATP-dependent amination of UTP to CTP with either L-glutamine or ammonia as the source of nitrogen; in Escherichia coli this enzyme forms a homotetramer
YP_001703100.1	Similar to O33199_MYCTU 2e-55
YP_001703101.1	site-specific tyrosine recombinase which cuts and rejoins DNA molecules; binds cooperatively to specific DNA consensus sites; forms a heterotetrameric complex with XerC; XerCD exhibit similar sequences; essential to convert chromosome dimers to monomers during cell division and functions during plasmid segregation; XerD specifically exchanges the bottom strands; cell division protein FtsK may regulate the XerCD complex; enzyme from Streptococcus group has unusual active site motifs
YP_001703102.1	Similar to Q25UD9_MYCVN e-129
YP_001703103.1	Similar to Q740E0_MYCPA 1e-99
YP_001703104.1	Similar to Q740D9_MYCPA 2e-59
YP_001703105.1	Similar to Q25UD6_MYCVN 7e-95
YP_001703106.1	Similar to Q27AN4_MYCFV 4e-69
YP_001703107.1	synchronizes cellular events by interacting with multiple targets with tandem G-domains; overexpression in Escherichia coli suppresses rrmJ mutation; structural analysis of the Thermotoga maritima ortholog shows different nucleotide binding affinities in the two binding domains
YP_001703108.1	Similar to Q5YPQ5_NOCFA 1e-44
YP_001703109.1	Similar to Q73VY1_MYCPA 4e-88
YP_001703110.1	No similarity found (10-5)
YP_001703111.1	Similar to Q9ETP8_COREQ 7e-08
YP_001703112.1	No similarity found
YP_001703113.1	Similar to Q9ETP8_COREQ 1e-09
YP_001703114.1	Similar to Q745Q5_MYCPA 2e-19
YP_001703115.1	Similar to Q9S1P1_STRCO 1e-24
YP_001703116.1	Similar to O88034_STRCO 4e-86
YP_001703117.1	Similar to Q2BE20_9BACI 4e-32
YP_001703118.1	Similar to Q9X9V7_STRCO 5e-82
YP_001703119.1	Similar to Q73ZV7_MYCPA 2e-43
YP_001703120.1	Similar to APHE_STRGR 8e-75
YP_001703121.1	Similar to Q3VEZ4_9SPHN 5e-36
YP_001703122.1	Similar to Q89N39_BRAJA 1e-39
YP_001703123.1	Similar to Q277E1_MYCFV 1e-45
YP_001703124.1	Similar to Q25XC0_MYCVN 0.0
YP_001703125.1	No similarity found (10-5)
YP_001703126.1	Similar to Q73SF5_MYCPA e-118
YP_001703127.1	Similar to Q5Z1B9_NOCFA 8e-40
YP_001703128.1	Similar to Q262T8_MYCVN e-116
YP_001703129.1	Similar to Q5YY01_NOCFA 9e-15
YP_001703130.1	Similar to Q25XT7_MYCVN e-174
YP_001703131.1	Similar to Q2JBW2_FRASC 4e-28
YP_001703132.1	SecA2; functions in protein export; can interact with acidic membrane phospholipids and the SecYEG protein complex; binds to preproteins; binds to ATP and undergoes a conformational change to promote membrane insertion of SecA/bound preprotein; ATP hydrolysis appears to drive release of the preprotein from SecA and deinsertion of SecA from the membrane; additional proteins SecD/F/YajC aid SecA recycling; exists in an equilibrium between monomers and dimers; may possibly form higher order oligomers; proteins in this cluster correspond to SecA2; which is non-essential and seems to play a role in secretion of a subset of proteins
YP_001703133.1	Similar to Q73ZR6_MYCPA 4e-66
YP_001703134.1	Similar to Y1823_MYCTU 4e-78
YP_001703135.1	Similar to Q73ZR4_MYCPA 3e-32
YP_001703136.1	Similar to Q277D3_MYCFV 1e-75
YP_001703137.1	Similar to Q277D2_MYCFV 3e-45
YP_001703138.1	Similar to Y1827_MYCTU 3e-67
YP_001703139.1	Similar to O32918_MYCLE 6e-90
YP_001703140.1	Similar to O32917_MYCLE 2e-76
YP_001703141.1	Similar to Y1830_MYCTU 2e-94
YP_001703142.1	acts in conjunction with GvcH to form H-protein-S-aminomethyldihydrolipoyllysine from glycine
YP_001703143.1	Similar to Y1836_MYCTU e-138
YP_001703144.1	catalyzes the formation of malate from glyoxylate and acetyl-CoA
YP_001703145.1	Similar to Q25XJ0_MYCVN 6e-97
YP_001703146.1	Similar to Q25XJ1_MYCVN e-149
YP_001703147.1	catalyzes the synthesis of xanthosine monophosphate by the NAD+ dependent oxidation of inosine monophosphate
YP_001703148.1	catalyzes the formation of D-ribulose 5-phosphate from 6-phospho-D-gluconate
YP_001703149.1	Similar to Q25XJ7_MYCVN 2e-78
YP_001703150.1	Similar to Q276Y6_MYCFV 4e-48
YP_001703151.1	No similarity found (10-5)
YP_001703152.1	Similar to Q25XJ9_MYCVN 1e-65
YP_001703153.1	Similar to Q276Y4_MYCFV 4e-36
YP_001703154.1	No similarity found (10-5)
YP_001703155.1	Similar to O69673_MYCTU 7e-07
YP_001703156.1	Similar to Q26ZY1_MYCFV 7e-07
YP_001703157.1	No similarity found (10-5)
YP_001703158.1	Similar to Q276Y3_MYCFV 4e-37
YP_001703159.1	Similar to Q25XK2_MYCVN 1e-39
YP_001703160.1	ureases catalyze the hydrolysis of urea into ammonia and carbon dioxide; in Helicobacter pylori the ammonia released plays a key role in bacterial survival by neutralizing acids when colonizing the gastric mucosa; the holoenzyme is composed of 3 ureC (alpha) and 3 ureAB (gamma/beta) subunits
YP_001703161.1	Similar to Q25XK4_MYCVN 8e-45
YP_001703162.1	Similar to Q5YWQ4_NOCFA e-107
YP_001703163.1	Similar to Q25XK6_MYCVN 7e-50
YP_001703164.1	Similar to O52473_MYCSM 0.0
YP_001703165.1	Similar to Q5YPA8_NOCFA 2e-34
YP_001703166.1	Similar to Q73ZN8_MYCPA e-107
YP_001703167.1	Similar to P95158_MYCTU 2e-52
YP_001703168.1	Similar to Q276N1_MYCFV 3e-60
YP_001703169.1	Similar to MODB_MYCTU 3e-66
YP_001703170.1	Similar to Q73ZN3_MYCPA 2e-79
YP_001703171.1	Similar to APA_MYCBO 2e-44
YP_001703172.1	No similarity found (10-5)
YP_001703173.1	Similar to Q27BX4_MYCFV 0.0
YP_001703174.1	Similar to Q40VK0_KINRA 5e-15
YP_001703175.1	Similar to CRCB2_MYCTU 2e-16
YP_001703176.1	No similarity found (10-5)
YP_001703177.1	Similar to Q9RRK8_DEIRA 1e-11
YP_001703178.1	Similar to CINA_MYCTU e-120
YP_001703179.1	Similar to Q9RJG7_STRCO 8e-18
YP_001703180.1	Similar to Q3W7N4_9ACTO 1e-58
YP_001703181.1	Similar to Q265D5_MYCVN e-153
YP_001703182.1	Similar to Q26Z48_MYCFV 4e-32
YP_001703183.1	No similarity found (10-5)
YP_001703184.1	Similar to Y940_MYCTU e-123
YP_001703185.1	BacA; phosphatase activity in Escherichia coli not kinase; involved in bacitracin resistance as bacitracin supposedly sequesters undecaprenyl disphosphate which reduces the pool of lipid carrier available to the cell
YP_001703186.1	Similar to P94973_MYCTU e-130
YP_001703187.1	Similar to Q73TJ8_MYCPA 5e-47
YP_001703188.1	Similar to Q743L9_MYCPA 1e-43
YP_001703189.1	Similar to Q27CL3_MYCFV 7e-66
YP_001703190.1	Similar to Q26Z01_MYCFV 8e-83
YP_001703191.1	Similar to Q2JH05_FRASC 2e-76
YP_001703192.1	Similar to Q26Z53_MYCFV 7e-17
YP_001703193.1	Similar to Q5YXW7_NOCFA 7e-58
YP_001703194.1	Similar to Q5YXW9_NOCFA 4e-55
YP_001703195.1	Similar to Q5YXX0_NOCFA 1e-72
YP_001703196.1	Similar to Q5YXX1_NOCFA 1e-60
YP_001703197.1	Similar to Q5YXX2_NOCFA e-135
YP_001703198.1	Similar to Q5YXX3_NOCFA 3e-80
YP_001703199.1	No similarity found (10-5)
YP_001703200.1	Similar to Q5YVK1_NOCFA 2e-59
YP_001703201.1	Similar to Q5YVK0_NOCFA 5e-37
YP_001703202.1	Similar to QCRB_MYCTU 0.0
YP_001703203.1	Similar to Q5P281_AZOSE 4e-26
YP_001703204.1	Similar to Q99QK6_STRCO 6e-13
YP_001703205.1	Similar to Q4TUW8_MYCTU 0.0
YP_001703206.1	Similar to FUR_MYCTU 2e-62
YP_001703207.1	Similar to Y2887_MYCTU 5e-17
YP_001703208.1	Similar to Q73S80_MYCPA 4e-83
YP_001703209.1	Similar to Q25RA9_MYCVN 4e-38
YP_001703210.1	Similar to Q0BX13_HYPNA 1e-08
YP_001703211.1	Similar to Q6A5C4_PROAC 4e-21
YP_001703212.1	Similar to Q73YD8_MYCPA 0.0
YP_001703213.1	Similar to A0FU76_9BURK 2e-23
YP_001703214.1	Similar to Q9RJL8_STRCO 1e-63
YP_001703215.1	Similar to Q272V3_MYCFV 2e-12
YP_001703216.1	Similar to Q73UY9_MYCPA e-143
YP_001703217.1	Similar to Q73UZ0_MYCPA 0.0
YP_001703218.1	No similarity found (10-5)
YP_001703219.1	No similarity found (10-5)
YP_001703220.1	Similar to Q8UIZ5_AGRT5 0.0
YP_001703221.1	Similar to Q8UIZ6_AGRT5 0.0
YP_001703222.1	No similarity found (10-5)
YP_001703223.1	Similar to Q73WQ1_MYCPA 8e-21
YP_001703224.1	Similar to Q269C9_MYCVN 2e-33
YP_001703225.1	Similar to Q8VJC4_MYCTU 8e-58
YP_001703226.1	Similar to Q9S2R0_STRCO 1e-37
YP_001703227.1	Similar to Q273N1_MYCFV e-158
YP_001703228.1	Similar to Q7N6T3_PHOLL 5e-18
YP_001703229.1	Similar to Q7DA42_MYCTU 3e-37
YP_001703230.1	Similar to Q269C7_MYCVN e-166
YP_001703231.1	Similar to Q5YNG8_NOCFA e-103
YP_001703232.1	Similar to Q6AFI2_LEIXX 2e-28
YP_001703233.1	Similar to Q25TN0_MYCVN 3e-89
YP_001703234.1	Similar to Q26AF1_MYCVN e-127
YP_001703235.1	No similarity found
YP_001703236.1	Similar to Q745E0_MYCPA 8e-23
YP_001703237.1	Similar to Q73UX2_MYCPA e-100
YP_001703238.1	Similar to Q26AV4_MYCVN e-125
YP_001703239.1	Similar to Q267W0_MYCVN 6e-18
YP_001703240.1	Similar to PHK_MYCPA 0.0
YP_001703241.1	Similar to Q9CB91_MYCLE 2e-52
YP_001703242.1	Similar to Q740C5_MYCPA 1e-43
YP_001703243.1	Similar to Q25X94_MYCVN e-105
YP_001703244.1	Similar to Q277M3_MYCFV 3e-17
YP_001703245.1	Similar to Q25X93_MYCVN 9e-45
YP_001703246.1	Sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released; this sigma factor is a general stress response regulator; expressed in stationary phase and under nitrogen depletion and cold shock
YP_001703247.1	Similar to Q27EJ3_MYCFV 3e-14
YP_001703248.1	Similar to Q73UG1_MYCPA 5e-16
YP_001703249.1	Similar to Q5YW93_NOCFA 2e-68
YP_001703250.1	Similar to Q5YW91_NOCFA 1e-45
YP_001703251.1	Similar to Q606U0_METCA 3e-07
YP_001703252.1	Similar to Q5YVE6_NOCFA 2e-27
YP_001703253.1	Similar to Q25VB3_MYCVN 1e-11
YP_001703254.1	Similar to Q27EI7_MYCFV 5e-09
YP_001703255.1	Similar to Q275I7_MYCFV 2e-52
YP_001703256.1	No similarity found (10-5)
YP_001703257.1	Similar to Q5YW66_NOCFA 1e-22
YP_001703258.1	Similar to Q25ZI9_MYCVN 3e-72
YP_001703259.1	Similar to Q73Y14_MYCPA 0.0
YP_001703260.1	Similar to Q269G2_MYCVN 3e-39
YP_001703261.1	Similar to Q743F1_MYCPA 1e-22
YP_001703262.1	Similar to Q418V8_KINRA 2e-10
YP_001703263.1	Similar to Q279I9_MYCFV 4e-52
YP_001703264.1	Similar to Q73U25_MYCPA 2e-16
YP_001703265.1	Similar to Q73UY0_MYCPA 0.0
YP_001703266.1	Similar to Q744G0_MYCPA 2e-37
YP_001703267.1	No similarity found (10-5)
YP_001703268.1	Similar to Q73UX3_MYCPA 3e-13
YP_001703269.1	Similar to Q4NDN8_9MICC 2e-47
YP_001703270.1	Similar to Q5Z0G7_NOCFA e-146
YP_001703271.1	No similarity found (10-5)
YP_001703272.1	Similar to Q73UW1_MYCPA 0.0
YP_001703273.1	Similar to Q9ALN4_9PSEU 1e-40
YP_001703274.1	Similar to Q3H0W4_9ACTO 3e-79
YP_001703275.1	Similar to Q73U72_MYCPA 3e-57
YP_001703276.1	Similar to Q827K7_STRAW 6e-18
YP_001703277.1	Similar to O07754_MYCTU 1e-41
YP_001703278.1	Similar to Q9X7X0_STRCO 8e-08
YP_001703279.1	Similar to Q0S8G5_RHOSR e-135
YP_001703280.1	Similar to Q0S8G4_RHOSR e-136
YP_001703281.1	Similar to A3Q1T0_MYCSJ 0.0
YP_001703282.1	Similar to Q89N31_BRAJA 2e-30
YP_001703283.1	Similar to Q25ZP5_MYCVN 6e-79
YP_001703284.1	No similarity found (10-5)
YP_001703285.1	Similar to Q25WF1_MYCVN e-128
YP_001703286.1	No similarity found
YP_001703287.1	Similar to Q9APZ4_MYCSM e-130
YP_001703288.1	Similar to O86668_STRCO 5e-16
YP_001703289.1	No similarity found (10-5)
YP_001703290.1	Similar to Y1987_MYCTU 2e-45
YP_001703291.1	Similar to Q73Z85_MYCPA 2e-52
YP_001703292.1	Similar to Q261U9_MYCVN 7e-65
YP_001703293.1	ATP-dependent carboxylate-amine ligase
YP_001703294.1	Similar to Q25RC8_MYCVN 3e-69
YP_001703295.1	Similar to Q73Z86_MYCPA 9e-69
YP_001703296.1	catalyzes the phosphorylation and decarboxylation of oxaloacetate to form phosphoenolpyruvate using GTP
YP_001703297.1	Similar to Q9X904_STRCO 1e-33
YP_001703298.1	Similar to Q5Z3P3_NOCFA 1e-18
YP_001703299.1	Similar to Q418W3_KINRA 2e-36
YP_001703300.1	Similar to Q268D6_MYCVN 1e-39
YP_001703301.1	Similar to Q277K0_MYCFV 4e-57
YP_001703302.1	Similar to Q269E4_MYCVN e-144
YP_001703303.1	Similar to Q269E5_MYCVN 1e-52
YP_001703304.1	Similar to Q6A957_PROAC 7e-13
YP_001703305.1	Similar to MMPL1_MYCTU e-141
YP_001703306.1	Similar to Q73V83_MYCPA 7e-52
YP_001703307.1	Similar to MMPS4_MYCTU 3e-15
YP_001703308.1	catalyzes the formation of 3-(2,3-dihydroxyphenyl)propionate from 3-(3-hydroxyphenyl)propionate
YP_001703309.1	Similar to Q3WD70_9ACTO 0.0
YP_001703310.1	Similar to Q26A45_MYCVN e-124
YP_001703311.1	Similar to Q26A44_MYCVN e-148
YP_001703312.1	Similar to Q82QE3_STRAW 6e-34
YP_001703313.1	Similar to Q25YV6_MYCVN 7e-91
YP_001703314.1	Similar to Q262E2_MYCVN 3e-38
YP_001703315.1	No similarity found (10-5)
YP_001703316.1	Similar to Q27AF9_MYCFV 2e-93
YP_001703317.1	Similar to Q25T29_MYCVN e-118
YP_001703318.1	Similar to Q2MFL4_STRSD 3e-39
YP_001703319.1	Similar to Q3WFK2_9ACTO 6e-32
YP_001703320.1	N-acetyldiaminobutyrate dehydratase; catalyzes the formation of the osmoprotectant ecotoine from gamma-N-acetyl-alpha,gamma-diaminobutyric acid
YP_001703321.1	Similar to Q740H6_MYCPA 2e-49
YP_001703322.1	Similar to Q261M0_MYCVN 3e-23
YP_001703323.1	No similarity found (10-5)
YP_001703324.1	Similar to Q2J6K6_FRASC 2e-51
YP_001703325.1	Similar to Q73RZ2_MYCPA 2e-70
YP_001703326.1	Similar to Q5YTZ1_NOCFA 2e-65
YP_001703327.1	Similar to Q5YTZ1_NOCFA 5e-25
YP_001703328.1	Similar to Q5YTZ2_NOCFA 4e-24
YP_001703329.1	No similarity found (10-5)
YP_001703330.1	Similar to Q3WBA6_9ACTO 1e-57
YP_001703331.1	Similar to Q276U4_MYCFV 4e-51
YP_001703332.1	Similar to Y2639_MYCTU 5e-48
YP_001703333.1	Similar to Y1999_MYCTU e-118
YP_001703334.1	No similarity found (10-5)
YP_001703335.1	No similarity found (10-5)
YP_001703336.1	No similarity found (10-5)
YP_001703337.1	Similar to Q743C4_MYCPA 1e-44
YP_001703338.1	Similar to Q5YWG3_NOCFA 4e-73
YP_001703339.1	Similar to Q6XN55_RHOER 8e-31
YP_001703340.1	Similar to Q25XQ1_MYCVN 0.0
YP_001703341.1	Similar to Q5YX23_NOCFA 8e-68
YP_001703342.1	Similar to Q5YX24_NOCFA 0.0
YP_001703343.1	Similar to Q5YX25_NOCFA 4e-78
YP_001703344.1	activates fatty acids by binding to coenzyme A
YP_001703345.1	Similar to Q65DV4_BACLD e-100
YP_001703346.1	Similar to Q65DV5_BACLD 3e-44
YP_001703347.1	Similar to Q65DV6_BACLD 8e-59
YP_001703348.1	Similar to Q65DV7_BACLD 1e-20
YP_001703349.1	Similar to Q73S07_MYCPA e-166
YP_001703350.1	has 3'-5' exonuclease, 5'-3' exonuclease and 5'-3'polymerase activities, primarily functions to fill gaps during DNA replication and repair
YP_001703351.1	Similar to Q25SZ1_MYCVN 9e-41
YP_001703352.1	Similar to Q260I3_MYCVN 0.0
YP_001703353.1	Similar to Q740M9_MYCPA 1e-44
YP_001703354.1	Similar to O06144_MYCTU 0.0
YP_001703355.1	Similar to Q25Z04_MYCVN 1e-80
YP_001703356.1	Similar to Q25YM6_MYCVN 2e-97
YP_001703357.1	Similar to Q25YM5_MYCVN e-105
YP_001703358.1	Similar to Q25YM4_MYCVN e-158
YP_001703359.1	Similar to Q270V9_MYCFV e-112
YP_001703360.1	Similar to Q270W0_MYCFV e-159
YP_001703361.1	Similar to Q9CC47_MYCLE 5e-87
YP_001703362.1	No similarity found (10-5)
YP_001703363.1	Similar to Q5YWX4_NOCFA 3e-41
YP_001703364.1	Similar to Q5Z2B1_NOCFA 0.0
YP_001703365.1	Similar to O06139_MYCTU 7e-92
YP_001703366.1	Similar to Q740N6_MYCPA e-137
YP_001703367.1	Similar to Q740N7_MYCPA e-104
YP_001703368.1	Similar to Q270X5_MYCFV 2e-11
YP_001703369.1	Similar to Q8VJ05_MYCTU 0.0
YP_001703370.1	Similar to O06136_MYCTU e-131
YP_001703371.1	No similarity found (10-5)
YP_001703372.1	Similar to Q25YK6_MYCVN 3e-95
YP_001703373.1	catalyzes the formation of phosphoenolpyruvate from pyruvate
YP_001703374.1	Similar to Q2LW97_SYNAS 3e-33
YP_001703375.1	No similarity found (10-5)
YP_001703376.1	transfers the N-acyl diglyceride moiety to the prospective N-terminal cysteine in prolipoprotein
YP_001703377.1	catalyzes the formation of indole and glyceraldehyde 3-phosphate from indoleglycerol phosphate in tryptophan biosynthesis
YP_001703378.1	catalyzes the formation of L-tryptophan from L-serine and 1-(indol-3-yl)glycerol 3-phosphate
YP_001703379.1	involved in tryptophan biosynthesis; amino acid biosynthesis; converts 1-(2-carboxyphenylamino)-1-deoxy-D-ribulose 5-phosphate to C(1)-(3-indolyl)-glycerol 3-phosphate and carbon dioxide and water
YP_001703380.1	Similar to Q25YJ6_MYCVN 5e-14
YP_001703381.1	with component II, the glutamine amidotransferase, catalyzes the formation of anthranilate from chorismate and glutamine
YP_001703382.1	Similar to Q82N06_STRAW 2e-16
YP_001703383.1	Similar to Q73XS1_MYCPA 1e-22
YP_001703384.1	Similar to MMPL4_MYCTU 0.0
YP_001703385.1	Similar to Q5Z0C6_NOCFA 2e-81
YP_001703386.1	Similar to Q5P215_AZOSE 6e-08
YP_001703387.1	Similar to Q82QW9_STRAW 3e-27
YP_001703388.1	Similar to Q5Z0B8_NOCFA 0.0
YP_001703389.1	Similar to Q5Z0B7_NOCFA e-101
YP_001703390.1	Similar to Q418W3_KINRA 1e-41
YP_001703391.1	Similar to Q5Z0C5_NOCFA e-138
YP_001703392.1	Similar to Q5Z0B6_NOCFA 3e-36
YP_001703393.1	Similar to Q415U3_KINRA e-115
YP_001703394.1	Similar to Q3N668_9DELT 8e-23
YP_001703395.1	Similar to Q9S1U8_STRCO 6e-65
YP_001703396.1	Similar to Q740P7_MYCPA 8e-61
YP_001703397.1	Similar to HIS3_MYCTU 1e-39
YP_001703398.1	Similar to Q27F34_MYCFV e-111
YP_001703399.1	Similar to Q7D8A3_MYCTU e-100
YP_001703400.1	catalyzes the formation of 5-(5-phospho-1-deoxyribulos-1-ylamino)methylideneamino-l- (5-phosphoribosyl)imidazole-4-carboxamide from 1-(5-phosphoribosyl)-5-[(5- phosphoribosylamino)methylideneamino] imidazole-4-carboxamide and the formation of 1-(2-carboxyphenylamino)-1-deoxy-D-ribulose 5-phosphate from N-(5-phospho-beta-D-ribosyl)anthranilate; involved in histidine and tryptophan biosynthesis
YP_001703401.1	with HisF IGPS catalyzes the conversion of phosphoribulosyl-formimino-5-aminoimidazole-4-carboxamide ribonucleotide phosphate and glutamine to imidazole-glycerol phosphate, 5-aminoimidazol-4-carboxamide ribonucleotide, and glutamate in histidine biosynthesis; the HisH subunit provides the glutamine amidotransferase activity that produces the ammonia necessary to HisF for the synthesis of imidazole-glycerol phosphate and 5-aminoimidazol-4-carboxamide ribonucleotide
YP_001703402.1	catalyzes the dehydration of D-erythro-1-(imidazol-4-yl)glycerol 3-phosphate to 3-(imidazol-4-yl)-2-oxopropyl phosphate in histidine biosynthesis
YP_001703403.1	catalyzes the formation of L-histidinol phosphate from imidazole-acetol phosphate and glutamate in histidine biosynthesis
YP_001703404.1	catalyzes the oxidation of L-histidinol to L-histidinaldehyde and then to L-histidine in histidine biosynthesis; functions as a dimer
YP_001703405.1	Similar to O06592_MYCTU 7e-30
YP_001703406.1	catalyzes the formation of pyridine-2,3-dicarboxylate and 5-phospho-alpha-D-ribose 1-diphosphate from nictinate D-ribonucleotide
YP_001703407.1	catalyzes the formation of oxaloacetate from L-aspartate
YP_001703408.1	3 different subfamilies; catalyzes the formation of quinolinate from iminoaspartate and dihydroxyacetone phosphate
YP_001703409.1	Similar to Q25YH9_MYCVN 7e-88
YP_001703410.1	Similar to Q25YH8_MYCVN e-163
YP_001703411.1	Similar to Q742P1_MYCPA 4e-36
YP_001703412.1	Similar to Q742P2_MYCPA 2e-97
YP_001703413.1	Similar to Q27BL4_MYCFV 4e-11
YP_001703414.1	Similar to Q82HZ8_STRAW 7e-48
YP_001703415.1	malate dehydrogenase; catalyzes the oxidation of malate to oxaloacetate
YP_001703416.1	Similar to Q27F19_MYCFV 4e-34
YP_001703417.1	Similar to Y1221_MYCLE 1e-17
YP_001703418.1	catalyzes the formation of biotin from dethiobiotin and sulfur 2 S-adenosyl-L-methionine
YP_001703419.1	Similar to Q25YH5_MYCVN 2e-50
YP_001703420.1	DTB synthetase; dethiobiotin synthase; involved in production of dethiobiotin from ATP and 7,8-diaminononanoate and carbon dioxide; contains magnesium
YP_001703421.1	catalyzes the formation of 8-amino-7-oxononanoate from 6-carboxyhexanoyl-CoA and L-alanine
YP_001703422.1	catalyzes the formation of S-adenosyl-4-methylthionine-2-oxobutanoate and 7,8-diaminononanoate from S-adenosyl-L-methionine and 8-amino-7-oxononanoate
YP_001703423.1	Similar to Q26YH0_MYCVN 0.0
YP_001703424.1	Similar to GLGX_MYCBO 0.0
YP_001703425.1	catalyzes the formation of 2-oxobutanoate from L-threonine; biosynthetic
YP_001703426.1	Similar to Q740S9_MYCPA 9e-57
YP_001703427.1	No similarity found (10-5)
YP_001703428.1	Similar to Q98JV3_RHILO 7e-32
YP_001703429.1	Similar to Q26Z46_MYCFV 6e-82
YP_001703430.1	catalyzes DNA-template-directed extension of the 3'- end of a DNA strand by one nucleotide at a time; main replicative polymerase
YP_001703431.1	No similarity found (10-5)
YP_001703432.1	Similar to Q27F03_MYCFV 9e-89
YP_001703433.1	Similar to Q27F02_MYCFV e-131
YP_001703434.1	Similar to Q740U2_MYCPA 2e-54
YP_001703435.1	Similar to Q27F00_MYCFV 8e-61
YP_001703436.1	involved in translesion DNA polymerization with beta clamp of polymerase III; belongs to Y family of polymerases; does not contain proofreading function
YP_001703437.1	Similar to Q745I6_MYCPA 2e-58
YP_001703438.1	IleRS; catalyzes the formation of isoleucyl-tRNA(Ile) from isoleucine and tRNA(Ile); since isoleucine and other amino acids such as valine are similar, there are additional editing function in this enzyme; one is involved in hydrolysis of activated valine-AMP and the other is involved in deacylation of mischarged Val-tRNA(Ile); there are two active sites, one for aminoacylation and one for editing; class-I aminoacyl-tRNA synthetase family type 2 subfamily; some organisms carry two different copies of this enzyme; in some organisms, the type 2 subfamily is associated with resistance to the antibiotic pseudomonic acid (mupirocin)
YP_001703439.1	Similar to Q73X68_MYCPA e-112
YP_001703440.1	Similar to Q73X67_MYCPA e-107
YP_001703441.1	Similar to Q272L5_MYCFV 6e-30
YP_001703442.1	Similar to Q413Q6_KINRA e-13
YP_001703443.1	Similar to Q25YE8_MYCVN e-145
YP_001703444.1	MDM; functions in conversion of succinate to propionate
YP_001703445.1	Similar to Q740W7_MYCPA e-162
YP_001703446.1	Similar to Q25YE5_MYCVN 5e-66
YP_001703447.1	Similar to Q8VK13_MYCTU 4e-19
YP_001703448.1	Similar to Q25YE4_MYCVN 4e-23
YP_001703449.1	Similar to Q73Y90_MYCPA 0.0
YP_001703450.1	Similar to Q73Y91_MYCPA e-155
YP_001703451.1	Similar to Q25YE3_MYCVN e-164
YP_001703452.1	Similar to Q27EY7_MYCFV 1e-38
YP_001703453.1	Similar to Q27EY6_MYCFV 5e-65
YP_001703454.1	protoheme ferro-lyase; catalyzes the insertion of a ferrous ion into protoporphyrin IX to form protoheme; involved in protoheme biosynthesis; in some organisms this protein is membrane-associated while in others it is cytosolic
YP_001703455.1	Catalyzes a key regulatory step in fatty acid biosynthesis
YP_001703456.1	Similar to Q9CBM0_MYCLE 3e-97
YP_001703457.1	Similar to Q25YD5_MYCVN e-117
YP_001703458.1	Similar to Q27EY1_MYCFV e-134
YP_001703459.1	Similar to Q7D8D4_MYCTU e-159
YP_001703460.1	Similar to O53169_MYCTU 4e-45
YP_001703461.1	Similar to O53168_MYCTU e-104
YP_001703462.1	Similar to Q25YD0_MYCVN 5e-38
YP_001703463.1	Similar to O53166_MYCTU 0.0
YP_001703464.1	Similar to Q25YC8_MYCVN 5e-73
YP_001703465.1	Similar to Q3H4A0_9ACTO 2e-43
YP_001703466.1	No similarity found (10-5)
YP_001703467.1	No similarity found (10-5)
YP_001703468.1	Similar to Q5YU06_NOCFA 7e-07
YP_001703469.1	Similar to O53164_MYCTU 0.0
YP_001703470.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001703471.1	No similarity found (10-5)
YP_001703472.1	Similar to Q25YC4_MYCVN 2e-46
YP_001703473.1	Similar to Q2HR13_9ACTO 5e-91
YP_001703474.1	Similar to Q740Z8_MYCPA 3e-29
YP_001703475.1	Similar to Q5KZ85_GEOKA 2e-38
YP_001703476.1	Similar to Q740Z8_MYCPA 4e-40
YP_001703477.1	Similar to Q741A0_MYCPA 8e-48
YP_001703478.1	Similar to Q27EW8_MYCFV 2e-55
YP_001703479.1	Similar to Q5YTT6_NOCFA 0.0
YP_001703480.1	Similar to Q5YTT5_NOCFA e-124
YP_001703481.1	Similar to Q741A4_MYCPA e-160
YP_001703482.1	Similar to Q27EW4_MYCFV 0.0
YP_001703483.1	Similar to Q7D8E8_MYCTU 5e-81
YP_001703484.1	Similar to Q27EW2_MYCFV 0.0
YP_001703485.1	Similar to Q741A8_MYCPA e-133
YP_001703486.1	Similar to Q25YB3_MYCVN 1e-78
YP_001703487.1	Similar to O33142_MYCLE 2e-78
YP_001703488.1	Similar to Q27EV6_MYCFV 5e-97
YP_001703489.1	Similar to Q5YTS3_NOCFA 2e-15
YP_001703490.1	Similar to O53146_MYCTU e-100
YP_001703491.1	converts protoheme IX and farnesyl diphosphate to heme O
YP_001703492.1	catalyzes the formation of ribose 5-phosphate and xylulose 5-phosphate from sedoheptulose 7-phosphate and glyceraldehyde 3-phosphate; can transfer ketol groups between several groups; in Escherichia coli there are two tkt genes, tktA expressed during exponential growth and the tktB during stationary phase
YP_001703493.1	catalyzes the reversible formation of D-erythrose 4-phosphate and D-fructose 6-phosphate from sedoheptulose 7-phosphate and D-glyceraldehyde 3-phosphate
YP_001703494.1	catalyzes the formation of D-glucono-1,5-lactone 6-phosphate from D-glucose 6-phosphate
YP_001703495.1	Similar to Q7D8F7_MYCTU e-113
YP_001703496.1	Similar to Q27B22_MYCFV 1e-65
YP_001703497.1	Similar to Q82NF1_STRAW 3e-16
YP_001703498.1	Similar to Q2W9E9_MAGMM 9e-48
YP_001703499.1	Similar to Q8Z476_SALTI 2e-64
YP_001703500.1	Similar to Q9I6N5_PSEAE 2e-67
YP_001703501.1	Similar to Q3JGB6_BURP1 1e-81
YP_001703502.1	Similar to Q63MI4_BURPS 2e-35
YP_001703503.1	Similar to Q63MI3_BURPS 4e-11
YP_001703504.1	No similarity found (10-5)
YP_001703505.1	No similarity found (10-5)
YP_001703506.1	No similarity found (10-5)
YP_001703507.1	Similar to SECG_MYCTU 2e-11
YP_001703508.1	Similar to Q5Z366_NOCFA 2e-42
YP_001703509.1	Similar to Q5Z367_NOCFA 5e-56
YP_001703510.1	Similar to TPIS_MYCTU e-116
YP_001703511.1	Similar to Q25Y88_MYCVN e-175
YP_001703512.1	Similar to Q25Y87_MYCVN 0.0
YP_001703513.1	Similar to O31137_MYCSM 3e-77
YP_001703514.1	Similar to Q275Y7_MYCFV e-135
YP_001703515.1	Similar to Q741E3_MYCPA e-130
YP_001703516.1	Similar to Q275Y9_MYCFV e-126
YP_001703517.1	Similar to UVRC_MYCPA 0.0
YP_001703518.1	No similarity found (10-5)
YP_001703519.1	No similarity found (10-5)
YP_001703520.1	Similar to Q276N1_MYCFV 1e-33
YP_001703521.1	Similar to P71750_MYCTU 0.0
YP_001703522.1	catalyzes the formation of acetaldehyde from ethanolamine
YP_001703523.1	Similar to Q59781_RHOER 0.0
YP_001703524.1	Similar to Q5YXQ8_NOCFA 0.0
YP_001703525.1	Similar to Q27E28_MYCFV 0.0
YP_001703526.1	Similar to Q263P9_MYCVN e-127
YP_001703527.1	Similar to Q741E9_MYCPA 1e-44
YP_001703528.1	Similar to Q275Z3_MYCFV 2e-54
YP_001703529.1	bifunctional enzyme DHBP synthase/GTP cyclohydrolase II; functions in riboflavin synthesis; converts GTP to 2,5-diamino-6-hydroxy-4-(5-phosphoribosylamino)pyrimidine; converts ribulose 5-phopshate to 3,4-dihydroxy-2-butanone 4-phosphate
YP_001703530.1	catalyzes the formation of riboflavin from 6,7-dimethyl-8-(1-D-ribityl)lumazine
YP_001703531.1	Similar to Q27F47_MYCFV 3e-22
YP_001703532.1	Similar to Q269T6_MYCVN 6e-46
YP_001703533.1	Similar to Q269T7_MYCVN 1e-47
YP_001703534.1	Similar to Q27F44_MYCFV 7e-26
YP_001703535.1	Similar to Q5YRD0_NOCFA 3e-66
YP_001703536.1	Similar to METN2_RHOSR e-127
YP_001703537.1	Similar to Q6NJ05_CORDI 1e-65
YP_001703538.1	Similar to Q277E5_MYCFV 3e-41
YP_001703539.1	Similar to Q275Z9_MYCFV 2e-36
YP_001703540.1	Similar to Q25Y75_MYCVN e-140
YP_001703541.1	Similar to Q741F5_MYCPA e-125
YP_001703542.1	catalyzes the interconversion of D-ribulose 5-phosphate to xylulose 5-phosphate
YP_001703543.1	Similar to Q741F7_MYCPA e-161
YP_001703544.1	Similar to Q276A5_MYCFV e-113
YP_001703545.1	Similar to Q25XX4_MYCVN 5e-27
YP_001703546.1	binding of PriA to forked DNA starts the assembly of the primosome, also possesses 3'-5' helicase activity
YP_001703547.1	Similar to Q741G3 1.71076e-84
YP_001703548.1	Similar to Q40YU4_KINRA e-141
YP_001703549.1	Similar to Q3W889_9ACTO e-127
YP_001703550.1	catalyzes the hydrolytic cleavage of hydantoin with aromatic side chains at the 5'position
YP_001703551.1	Similar to Q40YU5_KINRA e-119
YP_001703552.1	Similar to Q5YR21_NOCFA e-111
YP_001703553.1	Similar to METK_MYCTU 0.0
YP_001703554.1	catalyzes the conjugation of cysteine to 4'-phosphopantothenate to form 4-phosphopantothenoylcysteine, which is then decarboxylated to form 4'-phosphopantotheine
YP_001703555.1	Similar to Q741G7_MYCPA 3e-40
YP_001703556.1	Similar to Q276B4_MYCFV 1e-63
YP_001703557.1	Similar to Q276B5_MYCFV 2e-35
YP_001703558.1	Similar to Q73UU0_MYCPA 7e-53
YP_001703559.1	type 2 subfamily; involved in last step of pyrimidine biosynthesis; converts orotidine 5'-phosphate to UMP and carbon dioxide; OMP decarboxylase; OMPDCase; OMPdecase
YP_001703560.1	four CarB-CarA dimers form the carbamoyl phosphate synthetase holoenzyme that catalyzes the production of carbamoyl phosphate; CarB is responsible for the amidotransferase activity
YP_001703561.1	Similar to Q25Y47_MYCVN e-171
YP_001703562.1	Similar to Q25Y46_MYCVN 4e-48
YP_001703563.1	catalyzes the formation of N-carbamoyl-L-aspartate from (S)-dihydroorotate in pyrimidine biosynthesis
YP_001703564.1	catalyzes the transfer of the carbamoyl moiety from carbamoyl phosphate to L- aspartate in pyrimidine biosynthesis
YP_001703565.1	Similar to Q5YTL9_NOCFA 2e-64
YP_001703566.1	Similar to Q25Y42_MYCVN 2e-92
YP_001703567.1	Similar to Q745D0_MYCPA 2e-77
YP_001703568.1	Similar to Q262N5_MYCVN 4e-48
YP_001703569.1	Regulates rRNA biosynthesis by transcriptional antitermination
YP_001703570.1	Involved in peptide bond synthesis; alters the affinity of the ribosome for aminoacyl-tRNA
YP_001703571.1	Similar to Q276C7_MYCFV e-110
YP_001703572.1	Similar to Q276C8_MYCFV 4e-24
YP_001703573.1	catalyzes the formation of 3-dehydroshikimate from 3-dehydroquinate in chorismate biosynthesis
YP_001703574.1	catalyzes the formation of 3-dehydroquinate from 3-deoxy-arabino-heptulonate 7-phosphate; functions in aromatic amino acid biosynthesis
YP_001703575.1	catalyzes the formation of shikimate 3-phosphate from shikimate in aromatic amino acid biosynthesis
YP_001703576.1	catalyzes the formation of chorismate from 5-O-(1-carboxyvinyl)-3-phosphoshikimate in aromatic amino acid biosynthesis
YP_001703577.1	Similar to P95002_MYCTU 4e-22
YP_001703578.1	Similar to TAM_STRCO 5e-62
YP_001703579.1	Similar to Q5YWH7_NOCFA 2e-47
YP_001703580.1	Similar to Q5YWH8_NOCFA e-135
YP_001703581.1	AroE; catalyzes the conversion of shikimate to 3-dehydroshikimate
YP_001703582.1	Similar to Q25TW0_MYCVN e-113
YP_001703583.1	Similar to Q25TW1_MYCVN 6e-34
YP_001703584.1	Catalyzes a two-step reaction, first charging an alanyl molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA
YP_001703585.1	No similarity found (10-5)
YP_001703586.1	Similar to Q7TYB0_MYCBO e-179
YP_001703587.1	Similar to Q25TW8_MYCVN e-113
YP_001703588.1	Similar to Q5YTJ6_NOCFA 5e-73
YP_001703589.1	Similar to Q276E3_MYCFV e-135
YP_001703590.1	Similar to Q276E4_MYCFV 3e-98
YP_001703591.1	Similar to Q741M0_MYCPA 0.0
YP_001703592.1	Similar to Q276E6_MYCFV 0.0
YP_001703593.1	Similar to Q276F8_MYCFV 4e-43
YP_001703594.1	Similar to Q73TF2_MYCPA 1e-97
YP_001703595.1	Similar to Q25S76_MYCVN 6e-48
YP_001703596.1	Similar to Q73Z75_MYCPA 5e-46
YP_001703597.1	Similar to Q4NHR5_9MICC 5e-43
YP_001703598.1	catalyzes a two-step reaction, first charging an aspartate molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA; contains discriminating and non-discriminating subtypes
YP_001703599.1	Similar to Q25TZ3_MYCVN e-179
YP_001703600.1	Similar to Q741N0_MYCPA e-100
YP_001703601.1	Similar to Q741N6_MYCPA e-130
YP_001703602.1	Similar to Q268U3_MYCVN 6e-18
YP_001703603.1	Similar to Q4K663_PSEF5 2e-31
YP_001703604.1	Similar to Y2606_MYCBO 1e-14
YP_001703605.1	catalyzes a two-step reaction, first charging a histidine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA; class II aminoacyl-tRNA synthetase; forms homodimers; some organisms have a paralogous gene, hisZ, that is similar to hisS and produces a protein that performs the first step in histidine biosynthesis along with HisG
YP_001703606.1	Similar to Y2581_MYCTU 5e-74
YP_001703607.1	Similar to Q276I4_MYCFV 6e-91
YP_001703608.1	Similar to Q670S6_PSELU 2e-65
YP_001703609.1	Similar to RELA_MYCBO 0.0
YP_001703610.1	Similar to APT_MYCPA 1e-51
YP_001703611.1	Similar to Q276I7_MYCFV 0.0
YP_001703612.1	forms a complex with SecD and YajC; SecDFyajC stimulates the proton motive force-driven protein translocation; seems to modulate the cycling of SecA by stabilizing its membrane-inserted state and appears to be required for the release of mature proteins from the extracytoplasmic side of the membrane; in some organisms, such as Bacillus subtilis, SecD is fused to SecF
YP_001703613.1	part of the preprotein secretory system; when complexed with proteins SecF and YajC, SecDFyajC stimulates the proton motive force-driven protein translocation, and appears to be required for the release of mature proteins from the extracytoplasmic side of the membrane
YP_001703614.1	member of preprotein translocase; forms a heterotrimer with SecD and SecF; links the SecD/SecF/YajC/YidC complex with the SecY/SecE/SecG complex
YP_001703615.1	promotes strand exchange during homologous recombination; RuvAB complex promotes branch migration; RuvABC complex scans the DNA during branch migration and resolves Holliday junctions at consensus sequences; forms hexameric rings around opposite DNA arms; requires ATP for branch migration and orientation of RuvAB complex determines direction of migration
YP_001703616.1	Similar to RUVA_MYCTU 7e-72
YP_001703617.1	Similar to RUVC_MYCPA 6e-56
YP_001703618.1	Similar to Q82PI9_STRAW 1e-36
YP_001703619.1	No similarity found
YP_001703620.1	Similar to Q27CS4_MYCFV 4e-21
YP_001703621.1	Similar to Y2603_MYCTU e-114
YP_001703622.1	Similar to Q4KB48_PSEF5 9e-23
YP_001703623.1	with PdxST is involved in the biosynthesis of pyridoxal 5'-phosphate; PdxT catalyzes the hydrolysis of glutamine to glutamate and ammonia; PdxS utilizes the ammonia to synthesize pyridoxal 5'-phosphate
YP_001703624.1	Similar to Q5YTD9_NOCFA e-100
YP_001703625.1	with PdxT forms pyridoxal 5'-phosphate from glutamine, either ribose 5-phosphate or ribulose 5-phosphate, and either glyceraldehyde 3-phosphate or dihydroxyacetone phosphate
YP_001703626.1	Similar to Q73WE9_MYCPA 3e-76
YP_001703627.1	Similar to Q73WE8_MYCPA e-164
YP_001703628.1	Acylates the intermediate (KDO)2-lipid IVA to form (KDO)2-(lauroyl)-lipid IVA
YP_001703629.1	Similar to Q9F7Y9_MYCSM 4e-67
YP_001703630.1	Similar to Q25U44_MYCVN 4e-67
YP_001703631.1	catalyzes a two-step reaction, first charging a threonine molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA; catalyzes the formation of threonyl-tRNA(Thr) from threonine and tRNA(Thr)
YP_001703632.1	Similar to Q938B5_MYCSM e-109
YP_001703633.1	Similar to Q266W9_MYCVN 6e-73
YP_001703634.1	Similar to Q73WE1_MYCPA 9e-70
YP_001703635.1	Similar to Q25U49_MYCVN 4e-45
YP_001703636.1	No similarity found (10-5)
YP_001703637.1	Similar to Q25UG0_MYCVN 6e-40
YP_001703638.1	Similar to Q73U74_MYCPA e-149
YP_001703639.1	Similar to Q73U75_MYCPA e-145
YP_001703640.1	Similar to Q27D96_MYCFV 4e-07
YP_001703641.1	Similar to Q8XQI1_RALSO 1e-64
YP_001703642.1	Similar to Q9AJZ0_STRCO 4e-23
YP_001703643.1	Similar to Q8ZZZ4_PYRAE 7e-20
YP_001703644.1	Similar to Q3MGF0_ANAVT 1e-81
YP_001703645.1	Similar to Q5Z0Q0_NOCFA 1e-27
YP_001703646.1	Similar to ANSP1_MYCTU e-174
YP_001703647.1	Similar to Q40UA8_KINRA 3e-10
YP_001703648.1	Similar to Q0LKF3_HERAU 4e-58
YP_001703649.1	Similar to Q5YQW8_NOCFA 6e-77
YP_001703650.1	Similar to Q9RSF1_DEIRA 5e-16
YP_001703651.1	Similar to Q2FN35_METHJ e-116
YP_001703652.1	Similar to Q3M1F6_ANAVT 2e-27
YP_001703653.1	Similar to Q856F1_9CAUD 9e-12
YP_001703654.1	Similar to Q418T4_KINRA 3e-61
YP_001703655.1	Similar to Q26A06_MYCVN 2e-52
YP_001703656.1	Similar to Q5YQF4_NOCFA 1e-99
YP_001703657.1	Similar to Q25SC6_MYCVN 0.0
YP_001703658.1	Similar to Q25SC7_MYCVN e-62
YP_001703659.1	catalyzes the transformation of hydroxyatrazine to N-isopropylammelide and ethylamine in the atrazine degradation pathway.
YP_001703660.1	Similar to Q25SC8_MYCVN e-142
YP_001703661.1	Similar to Q5YNZ7_NOCFA e-105
YP_001703662.1	Similar to Q25SD0_MYCVN 3e-25
YP_001703663.1	Similar to Q25SD1_MYCVN 3e-42
YP_001703664.1	Similar to Q25SD2_MYCVN 0.0
YP_001703665.1	Similar to Q267B1_MYCVN 1e-51
YP_001703666.1	Similar to Q267A9_MYCVN 6e-78
YP_001703667.1	Similar to Q267A8_MYCVN e-140
YP_001703668.1	Similar to Q267B0_MYCVN e-134
YP_001703669.1	Similar to Q27EJ4_MYCFV 2e-34
YP_001703670.1	Similar to Q4NM85_9MICC e-136
YP_001703671.1	Similar to Q5YP01_NOCFA e-116
YP_001703672.1	catalyzes the formation of S-ureidoglycolate and urea from allantoate
YP_001703673.1	Similar to Q82M11_STRAW 3e-74
YP_001703674.1	Similar to Q5LMB9_SILPO 3e-24
YP_001703675.1	Similar to Y1543_MYCTU 1e-35
YP_001703676.1	No similarity found (10-5)
YP_001703677.1	Similar to Q73YV1_MYCPA e-128
YP_001703678.1	Similar to Q25UV9_MYCVN 3e-65
YP_001703679.1	Similar to Q25UW0_MYCVN 0.0
YP_001703680.1	Similar to Q25UW1_MYCVN e-117
YP_001703681.1	Similar to Q25UW2_MYCVN e-119
YP_001703682.1	Similar to Q73ZV6 1.57797e-14
YP_001703683.1	Similar to Q25UW4_MYCVN 0.0
YP_001703684.1	Similar to Q25UW5_MYCVN 4e-59
YP_001703685.1	No similarity found (10-5)
YP_001703686.1	Similar to O53978_MYCTU 2e-09
YP_001703687.1	Similar to O53978_MYCTU 5e-96
YP_001703688.1	Similar to Q5Z311_NOCFA 4e-06
YP_001703689.1	Similar to Q5YWR1_NOCFA 6e-43
YP_001703690.1	Similar to Q5YWR0_NOCFA e-100
YP_001703691.1	Similar to P96810_MYCTU 3e-21
YP_001703692.1	Similar to Q26591_SCHMA 1e-10
YP_001703693.1	Similar to Q3C9M9_9CLOT 3e-23
YP_001703694.1	Similar to Q6RKB1_9NOCA 0.0
YP_001703695.1	Similar to Q6RKB1_9NOCA 0.0
YP_001703696.1	Similar to Q271H2_MYCFV 1e-32
YP_001703697.1	Similar to Q73VN2_MYCPA e-165
YP_001703698.1	Similar to P96853_MYCTU 4e-19
YP_001703699.1	Similar to Q26AG3_MYCVN 4e-53
YP_001703700.1	Similar to Q268T9_MYCVN 4e-44
YP_001703701.1	Similar to Q5YT28_NOCFA e-167
YP_001703702.1	Similar to Q82LE7_STRAW 4e-37
YP_001703703.1	Similar to Q7TVU4_MYCBO e-124
YP_001703704.1	Similar to Q73W72_MYCPA 7e-27
YP_001703705.1	Similar to Q2RMY2_RHORT 2e-15
YP_001703706.1	No similarity found (10-5)
YP_001703707.1	Similar to Q25UG3_MYCVN e-138
YP_001703708.1	Similar to O05684_MYCLE 2e-51
YP_001703709.1	Similar to Q73W68_MYCPA e-167
YP_001703710.1	Similar to Q25UG6_MYCVN e-122
YP_001703711.1	Similar to Q276T9_MYCFV 7e-68
YP_001703712.1	No similarity found (10-5)
YP_001703713.1	Similar to Q5YMV3_NOCFA 2e-14
YP_001703714.1	No similarity found (10-5)
YP_001703715.1	Similar to Q76K66_RHOER e-97
YP_001703716.1	Similar to Q276U0_MYCFV e-104
YP_001703717.1	catalyzes the formation of protoporphyrin IX from protoporphyrinogen IX
YP_001703718.1	Similar to Q25UH3_MYCVN e-137
YP_001703719.1	Similar to Q25UH4_MYCVN 3e-73
YP_001703720.1	Similar to Q73W58_MYCPA e-127
YP_001703721.1	Similar to CAT_STRAC 2e-72
YP_001703722.1	catalyzes the formation of 1-deoxy-D-xylulose 5-phosphate from pyruvate and D-glyceraldehyde 3-phosphate
YP_001703723.1	Similar to Q3GYP0_9ACTO e-112
YP_001703724.1	Similar to O07191_MYCTU e-123
YP_001703725.1	Similar to Q25UI0_MYCVN 0.0
YP_001703726.1	Similar to Q25UI1_MYCVN 9e-77
YP_001703727.1	Similar to Q25UI2_MYCVN 4e-96
YP_001703728.1	Similar to Q25UI3_MYCVN 3e-51
YP_001703729.1	Similar to Q25UI4_MYCVN 3e-41
YP_001703730.1	Similar to Q73W48_MYCPA 7e-79
YP_001703731.1	member of the extracytoplasmic function sigma factors which are active under specific conditions; binds with the catalytic core of RNA polymerase to produce the holoenzyme and directs bacterial core RNA polymerase to specific promoter elements to initiate transcription
YP_001703732.1	Similar to Q745H3_MYCPA 1e-89
YP_001703733.1	Similar to Q745H4_MYCPA 3e-49
YP_001703734.1	Similar to O07198_MYCTU 7e-65
YP_001703735.1	catalyzes the formation of dUMP from dUTP
YP_001703736.1	Similar to O07200_MYCTU 4e-45
YP_001703737.1	Similar to Q271L1_MYCFV 1e-47
YP_001703738.1	Similar to Q73W43_MYCPA 3e-51
YP_001703739.1	Similar to Q5YT86_NOCFA 5e-49
YP_001703740.1	Similar to Q7TY27_MYCBO e-100
YP_001703741.1	sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released
YP_001703742.1	No similarity found (10-5)
YP_001703743.1	No similarity found (10-5)
YP_001703744.1	Similar to Q5YNM1_NOCFA 2e-49
YP_001703745.1	Similar to Q98HQ0_RHILO 3e-25
YP_001703746.1	Enables the enzymatic reduction of mercuric ions to elemental mercury
YP_001703747.1	Similar to Q3BYV9_XANC5 7e-24
YP_001703748.1	Similar to Q25RE2_MYCVN 7e-83
YP_001703749.1	Similar to Q418Y9_KINRA 6e-43
YP_001703750.1	Similar to Q25RD6_MYCVN 6e-50
YP_001703751.1	Similar to Q25RD5_MYCVN 4e-70
YP_001703752.1	No similarity found (10-5)
YP_001703753.1	No similarity found (10-5)
YP_001703754.1	Similar to Y6045_STRCO 6e-55
YP_001703755.1	Similar to Q5YT80_NOCFA 5e-37
YP_001703756.1	Similar to Q8VJE3_MYCTU 2e-12
YP_001703757.1	Similar to Q25UJ9_MYCVN 5e-90
YP_001703758.1	Similar to Q271M2_MYCFV 4e-25
YP_001703759.1	Similar to Q271M3_MYCFV 1e-39
YP_001703760.1	sigma factors are initiation factors that promote the attachment of RNA polymerase to specific initiation sites and are then released; sigma factors in this cluster are active during stationary phase
YP_001703761.1	Similar to Q271M5_MYCFV e-103
YP_001703762.1	Similar to Q73W32_MYCPA 1e-72
YP_001703763.1	Similar to Q5YT61_NOCFA 1e-20
YP_001703764.1	catalyzes the conversion of NADPH to NADH
YP_001703765.1	Similar to Q271M7_MYCFV e-134
YP_001703766.1	Similar to Q73W28_MYCPA e-130
YP_001703767.1	Similar to Y2716_MYCTU 8e-81
YP_001703768.1	Similar to Q271N0_MYCFV 5e-66
YP_001703769.1	Similar to Q271N1_MYCFV 4e-25
YP_001703770.1	Represses a number of genes involved in the response to DNA damage
YP_001703771.1	Similar to Q40WE0_KINRA 5e-40
YP_001703772.1	Similar to Q25UL4_MYCVN e-180
YP_001703773.1	Similar to O06817_MYCTU 0.0
YP_001703774.1	Similar to Q73W22_MYCPA e-169
YP_001703775.1	involved in lysine biosynthesis; DAP epimerase; produces DL-diaminopimelate from LL-diaminopimelate
YP_001703776.1	Similar to MIAA_MYCTU e-100
YP_001703777.1	Similar to Q271N9_MYCFV 2e-47
YP_001703778.1	Similar to Q271P1_MYCFV e-131
YP_001703779.1	Similar to Q7TY06_MYCBO 1e-48
YP_001703780.1	Similar to Q25UM4_MYCVN 0.0
YP_001703781.1	No similarity found (10-5)
YP_001703782.1	Similar to Q5YT07_NOCFA e-111
YP_001703783.1	Similar to GLUB_COREF 6e-78
YP_001703784.1	Similar to GLUC_CORGL 1e-70
YP_001703785.1	Similar to Q4JWI8_CORJK 3e-82
YP_001703786.1	Similar to Q5YSZ9_NOCFA 1e-58
YP_001703787.1	Similar to Q5YSZ8_NOCFA e-102
YP_001703788.1	Similar to Q5YSZ7_NOCFA 9e-52
YP_001703789.1	Similar to Q5YSZ6_NOCFA 2e-58
YP_001703790.1	No similarity found (10-5)
YP_001703791.1	binds RecA and inhibits RecA-mediated DNA strand exchange and ATP hydrolysis and coprotease activities
YP_001703792.1	Similar to Q5QGG1_9MYCO e-179
YP_001703793.1	Similar to Q73W11_MYCPA 2e-25
YP_001703794.1	Similar to Q25UQ2_MYCVN e-118
YP_001703795.1	Similar to Q73W09_MYCPA 2e-37
YP_001703796.1	Similar to Q73W09_MYCPA 2e-25
YP_001703797.1	Similar to Q5YSZ0_NOCFA 4e-08
YP_001703798.1	Similar to Q25UQ4_MYCVN 9e-51
YP_001703799.1	Similar to Q271R3_MYCFV 4e-96
YP_001703800.1	Similar to Q25UQ6_MYCVN 8e-29
YP_001703801.1	Similar to Q9S1Q8_STRCO e-105
YP_001703802.1	Similar to Q9S1Q6_STRCO e-115
YP_001703803.1	Similar to Q5YSY5_NOCFA 1e-52
YP_001703804.1	catalyzes the conversion of l-glutamate to a-N-acetyl-l-glutamate in arginine biosynthesis
YP_001703805.1	Similar to Q9A3V6_CAUCR 9e-70
YP_001703806.1	Similar to Q73W02_MYCPA 0.0
YP_001703807.1	No similarity found
YP_001703808.1	Similar to Q279Z2_MYCFV 2e-48
YP_001703809.1	Similar to Q27D80_MYCFV 6e-07
YP_001703810.1	Similar to Q5YVJ9_NOCFA 1e-20
YP_001703811.1	No similarity found (10-5)
YP_001703812.1	Similar to Q25UR1_MYCVN 7e-22
YP_001703813.1	Similar to O33292_MYCTU 9e-89
YP_001703814.1	Similar to Q73VZ9_MYCPA 6e-73
YP_001703815.1	Similar to Q73VZ8_MYCPA 0.0
YP_001703816.1	catalyzes the formation of dihydrodipicolinate from L-aspartate 4-semialdehyde and pyruvate in lysine and diaminopimelate biosynthesis
YP_001703817.1	flavin dependent thymidylate synthase; ThyX; thymidylate synthase complementing protein; catalyzes the formation of dTMP and tetrahydrofolate from dUMP and methylenetetrahydrofolate; the enzyme from Mycobacterium tuberculosis forms homotetramers; uses FAD as a cofactor
YP_001703818.1	Similar to Q27DG4_MYCFV 1e-34
YP_001703819.1	Similar to Q25US0_MYCVN e-157
YP_001703820.1	Similar to Q3H0E0_9ACTO 3e-12
YP_001703821.1	Similar to Q73VZ3_MYCPA 2e-44
YP_001703822.1	Similar to Q271T3_MYCFV e-138
YP_001703823.1	required for PDIM synthesis; phthiocerol and phthiodiolone dimycocerosate esters are scaffolds used for virulence-enhancing lipids; proposed to catalyze diesterification of phthiocerol and phthiodolone with mycocerosate; functions in polyketide synthesis
YP_001703824.1	Similar to Q271T6_MYCFV 8e-34
YP_001703825.1	Similar to Q9CBV8_MYCLE 2e-64
YP_001703826.1	Similar to Q73VY4_MYCPA 8e-45
YP_001703827.1	Similar to Q25US9_MYCVN 5e-97
YP_001703828.1	No similarity found (10-5)
YP_001703829.1	Similar to P96878_MYCTU 0.0
YP_001703830.1	Similar to Q25UU6_MYCVN 9e-55
YP_001703831.1	Similar to Q8KY18_MYCSM e-154
YP_001703832.1	Similar to Q73XV9_MYCPA 2e-62
YP_001703833.1	Similar to Q5YVT2_NOCFA 2e-85
YP_001703834.1	Similar to Q27EI0_MYCFV 5e-76
YP_001703835.1	Similar to Q5LTK8_SILPO 4e-18
YP_001703836.1	Similar to Q271U8_MYCFV e-154
YP_001703837.1	Similar to Q25UV1_MYCVN 0.0
YP_001703838.1	Similar to Q7TXV9_MYCBO 9e-30
YP_001703839.1	primary rRNA binding protein; helps nucleate assembly of 30S; binds directly to the 16S rRNA and an intersubunit bridge to the 23S rRNA; autoregulates translation through interactions with the mRNA leader sequence
YP_001703840.1	catalyzes the formation of FMN from riboflavin and the formation of FAD from FMN; in Bacillus the ribC gene has both flavokinase and FAD synthetase activities
YP_001703841.1	Similar to Q271V2_MYCFV 6e-88
YP_001703842.1	No similarity found (10-5)
YP_001703843.1	Similar to Q5YN04_NOCFA 5e-22
YP_001703844.1	Similar to Q5YN03_NOCFA 2e-28
YP_001703845.1	Similar to Q5YN02_NOCFA e-109
YP_001703846.1	Similar to Q5YN01_NOCFA 2e-20
YP_001703847.1	catalyzes isomerization of specific uridines in RNA to pseudouridine; responsible for residues in T loops of many tRNAs
YP_001703848.1	Similar to Q271V5_MYCFV e-71
YP_001703849.1	Similar to Q73VW1_MYCPA e-150
YP_001703850.1	Similar to Q25XP4_MYCVN 7e-52
YP_001703851.1	Similar to Q25UX6_MYCVN 1e-55
YP_001703852.1	Similar to Q8VJC2_MYCTU 6e-29
YP_001703853.1	Similar to Q26A83_MYCVN e-137
YP_001703854.1	Similar to Q26A84_MYCVN 6e-70
YP_001703855.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001703856.1	Similar to Q5Z1T4_NOCFA 8e-54
YP_001703857.1	No similarity found (10-5)
YP_001703858.1	Similar to O06254_MYCTU 1e-17
YP_001703859.1	Similar to P71616_MYCTU e-113
YP_001703860.1	Similar to Q73VV6_MYCPA 2e-93
YP_001703861.1	Similar to RBFA_MYCTU 6e-40
YP_001703862.1	Similar to IF2_MYCPA 0.0
YP_001703863.1	Similar to Q262D2_MYCVN 3e-16
YP_001703864.1	Similar to Q9L131_STRCO e-108
YP_001703865.1	Similar to Q47SV7_THEFY 3e-25
YP_001703866.1	modifies transcription through interactions with RNA polymerase affecting elongation, readthrough, termination, and antitermination
YP_001703867.1	in Streptococcus pneumoniae this gene was found to be essential; structure determination of the Streptococcus protein shows that it is similar to a number of other proteins
YP_001703868.1	No similarity found (10-5)
YP_001703869.1	Similar to Q25UZ2_MYCVN 3e-30
YP_001703870.1	Similar to Q25ZR3_MYCVN 3e-15
YP_001703871.1	catalyzes the formation of prolyl-tRNA(Pro) from proline and tRNA(Pro)
YP_001703872.1	No similarity found (10-5)
YP_001703873.1	Similar to Q25UZ5_MYCVN e-158
YP_001703874.1	Similar to Q73VU5_MYCPA e-170
YP_001703875.1	Similar to Q27BM2_MYCFV e-161
YP_001703876.1	Similar to Q27BM1_MYCFV 1e-50
YP_001703877.1	Similar to Q265T7_MYCVN 8e-38
YP_001703878.1	Similar to O50438_MYCTU e-144
YP_001703879.1	Similar to O53901_MYCTU 0.0
YP_001703880.1	Similar to MMPS4_MYCTU 5e-34
YP_001703881.1	Similar to Q73T29_MYCPA 0.0
YP_001703882.1	Similar to Q73T28_MYCPA 2e-39
YP_001703883.1	No similarity found (10-5)
YP_001703884.1	No similarity found (10-5)
YP_001703885.1	Similar to Q25ZM8_MYCVN 1e-55
YP_001703886.1	Similar to Q273J9_MYCFV e-132
YP_001703887.1	catalyzes the formation of adenosylcob(III)yrinic acid a,c-diamide from cob(I)yrinic acid a,c-diamide
YP_001703888.1	Similar to Q273J7_MYCFV 0.0
YP_001703889.1	Similar to Q73VU1_MYCPA 3e-32
YP_001703890.1	malate dehydrogenase; catalyzes the oxidation of malate to oxaloacetate
YP_001703891.1	Similar to Q25V02_MYCVN e-103
YP_001703892.1	Similar to Q273H9_MYCFV 2e-63
YP_001703893.1	Similar to Q273H8_MYCFV 2e-36
YP_001703894.1	Similar to COBQ_MYCPA 0.0
YP_001703895.1	Similar to Q273H7_MYCFV e-117
YP_001703896.1	Similar to Q25RP0_MYCVN 1e-71
YP_001703897.1	Similar to Q264G4_MYCVN 2e-25
YP_001703898.1	Similar to Q7D6F7_MYCTU 0.0
YP_001703899.1	Similar to O33349_MYCTU 7e-80
YP_001703900.1	catalyzes the conversion of 2C-methyl-D-erythritol 2,4-cyclodiphosphate into 4-hydroxy-3-methyl-2-en-1-yl diphosphate; involved in isoprenoid synthesis
YP_001703901.1	Similar to Y1582_MYCLE e-126
YP_001703902.1	catalyzes the NADP-dependent rearrangement and reduction of 1-deoxy-D-xylulose-5-phosphate (DXP) to 2-C-methyl-D-erythritol 4-phosphate
YP_001703903.1	Similar to Q42Z81_9ACTO 2e-31
YP_001703904.1	Similar to Q42Z82_9ACTO 2e-27
YP_001703905.1	Similar to Q7TXN4_MYCBO 3e-15
YP_001703906.1	23S rRNA m2A2503 methyltransferase; methylates the C2 position of the A2530 nucleotide in 23S rRNA; may be involved in antibiotic resistance
YP_001703907.1	Similar to Q5YR27_NOCFA 3e-52
YP_001703908.1	Similar to Q419G8_KINRA 3e-69
YP_001703909.1	Similar to Q4NLA1_9MICC 9e-47
YP_001703910.1	Similar to Q744Y2_MYCPA 2e-79
YP_001703911.1	Similar to Q744Y1_MYCPA 5e-72
YP_001703912.1	Similar to O53489_MYCTU 1e-44
YP_001703913.1	Similar to Q987T9_RHILO 1e-09
YP_001703914.1	Similar to Q271T4_MYCFV 2e-68
YP_001703915.1	Similar to Q5Z104_NOCFA 2e-27
YP_001703916.1	No similarity found (10-5)
YP_001703917.1	Similar to Q25ZU2_MYCVN e-105
YP_001703918.1	Rrf; Frr; ribosome-recycling factor; release factor 4; RF4; recycles ribosomes upon translation termination along with release factor RF-3 and elongation factor EF-G; A GTPase-dependent process results in release of 50S from 70S; inhibited by release factor RF-1; essential for viability; structurally similar to tRNAs
YP_001703919.1	Similar to Q273C3_MYCFV e-114
YP_001703920.1	Similar to Q276H1_MYCFV 0.0
YP_001703921.1	Similar to Q5LHR2_BACFN 1e-32
YP_001703922.1	Similar to Q827L2_STRAW 2e-34
YP_001703923.1	Similar to Q5YWH5_NOCFA e-109
YP_001703924.1	Similar to Q3W3V4_9ACTO 6e-19
YP_001703925.1	No similarity found (10-5)
YP_001703926.1	EF-Ts; functions during elongation stage of protein translation; forms a dimer; associates with EF-Tu-GDP complex and promotes exchange of GDP to GTP resulting in regeneration of the active form of EF-Tu
YP_001703927.1	Similar to RS2_NOCFA e-132
YP_001703928.1	Similar to Q25ZV6_MYCVN 2e-40
YP_001703929.1	No similarity found (10-5)
YP_001703930.1	Similar to Q3G6R6_9DELT 5e-18
YP_001703931.1	Similar to MMPS2_MYCTU 1e-08
YP_001703932.1	Similar to Q25VT3_MYCVN 0.0
YP_001703933.1	No similarity found (10-5)
YP_001703934.1	site-specific tyrosine recombinase which cuts and rejoins DNA molecules; binds cooperatively to specific DNA consensus sites; forms a heterotetrameric complex with XerC; XerCD exhibit similar sequences; essential to convert chromosome dimers to monomers during cell division and functions during plasmid segregation; cell division protein FtsK may regulate the XerCD complex; enzyme from Streptococcus group has unusual active site motifs
YP_001703935.1	Similar to Q25ZV9_MYCVN 4e-96
YP_001703936.1	Similar to Q5YZ87_NOCFA 3e-30
YP_001703937.1	Similar to Q419A6_KINRA 2e-09
YP_001703938.1	Similar to Q270V1_MYCFV 1e-38
YP_001703939.1	No similarity found (10-5)
YP_001703940.1	Similar to P96805_MYCTU 2e-53
YP_001703941.1	Similar to Q25S62_MYCVN 6e-76
YP_001703942.1	Similar to Q25ZW0_MYCVN e-101
YP_001703943.1	Similar to Q73VQ1_MYCPA e-167
YP_001703944.1	Similar to Q25ZW2_MYCVN 4e-33
YP_001703945.1	No similarity found (10-5)
YP_001703946.1	Similar to Q413C7_KINRA 2e-46
YP_001703947.1	No similarity found (10-5)
YP_001703948.1	No similarity found (10-5)
YP_001703949.1	Similar to Q745D4_MYCPA 5e-17
YP_001703950.1	No similarity found (10-5)
YP_001703951.1	Similar to Y2901_MYCTU 7e-49
YP_001703952.1	RNH2; RNase HII; binds manganese; endonuclease which specifically degrades the RNA of RNA-DNA hybrids
YP_001703953.1	Similar to Q25ZX1_MYCVN 1e-95
YP_001703954.1	Similar to Q272X6_MYCFV 4e-45
YP_001703955.1	Similar to LPPW_MYCTU 4e-94
YP_001703956.1	Similar to TRMD_MYCLE 3e-99
YP_001703957.1	Essential for efficient processing of 16S rRNA
YP_001703958.1	Similar to Q272X2_MYCFV 6e-26
YP_001703959.1	binds to lower part of 30S body where it stabilizes two domains; required for efficient assembly of 30S; in Escherichia coli this protein has nuclease activity
YP_001703960.1	Similar to Q73VN5_MYCPA 5e-44
YP_001703961.1	Similar to Q73X24_MYCPA 4e-18
YP_001703962.1	Similar to Q3V8L9_KINRA e-110
YP_001703963.1	Similar to Q8L622_ARATH 4e-10
YP_001703964.1	Similar to Q73VN4_MYCPA 4e-93
YP_001703965.1	No similarity found (10-5)
YP_001703966.1	Similar to Q272W5_MYCFV e-143
YP_001703967.1	Similar to Q73VN0_MYCPA 0.0
YP_001703968.1	catalyzes the uridylylation or deuridylylation of the PII nitrogen regulatory protein; also involved in adenylylating and deadelnylyating GlnK
YP_001703969.1	Similar to Q272W2_MYCFV 6e-30
YP_001703970.1	Similar to Q5YS28_NOCFA e-167
YP_001703971.1	Similar to Q73VM4_MYCPA e-116
YP_001703972.1	catalyzes the isomerization of isopentenyl pyrophosphate to dimethylallyl diphosphate
YP_001703973.1	Similar to MPT53_MYCTU 2e-49
YP_001703974.1	Similar to Q7TXN3_MYCBO 4e-55
YP_001703975.1	Similar to Q263G7_MYCVN 3e-63
YP_001703976.1	Similar to SMC_MYCTU 0.0
YP_001703977.1	No similarity found (10-5)
YP_001703978.1	Similar to Q25ZZ2_MYCVN 2e-42
YP_001703979.1	No similarity found (10-5)
YP_001703980.1	Similar to Q741U2_MYCPA 9e-93
YP_001703981.1	Similar to KDPD_MYCTU 0.0
YP_001703982.1	Similar to Q5YZH7_NOCFA 3e-44
YP_001703983.1	Similar to Q5YZH8_NOCFA 0.0
YP_001703984.1	catalyzes the hydrolysis of ATP coupled with the exchange of hydrogen and potassium ions
YP_001703985.1	Similar to Q26XY8_MYCFV 1e-98
YP_001703986.1	cytoplasmic enzyme involved in processing rRNA and some mRNAs; substrates typically have dsRNA regions; forms a homodimer; have N-terminal nuclease and C-terminal RNA-binding domains; requires magnesium as preferred ion for activity
YP_001703987.1	Similar to Q26XZ0_MYCFV 2e-52
YP_001703988.1	Similar to Q26XZ1_MYCFV e-109
YP_001703989.1	Catalyzes the conversion of ATP and pantetheine 4'-phosphate to diphosphate and 3'-dephospho-coA
YP_001703990.1	Similar to Q270X0_MYCFV 3e-46
YP_001703991.1	Similar to Q745Q5_MYCPA 2e-15
YP_001703992.1	Similar to Q82E69_STRAW 5e-20
YP_001703993.1	Similar to Q73ZN5_MYCPA e-168
YP_001703994.1	No similarity found (10-5)
YP_001703995.1	Similar to Q26XW5_MYCFV 1e-95
YP_001703996.1	Similar to Q25ZZ9_MYCVN 4e-36
YP_001703997.1	biotin-containing enzyme that catalyzes a two step carboxylation of pyruvate to oxaloacetate
YP_001703998.1	Similar to Q260A1_MYCVN 2e-63
YP_001703999.1	Similar to Q27F40_MYCFV 5e-53
YP_001704000.1	Similar to Q73VK7_MYCPA 7e-92
YP_001704001.1	Similar to Q73X29_MYCPA 8e-41
YP_001704002.1	Similar to Q25X80_MYCVN 5e-66
YP_001704003.1	Similar to Q9L240_STRCO 1e-18
YP_001704004.1	No similarity found (10-5)
YP_001704005.1	Similar to Q3E385_CHLAU e-39
YP_001704006.1	No similarity found (10-5)
YP_001704007.1	Similar to Q27EM3_MYCFV 2e-75
YP_001704008.1	Similar to Q27EM4_MYCFV 0.0
YP_001704009.1	Similar to Q27EM5_MYCFV e-122
YP_001704010.1	required for 70S ribosome assembly
YP_001704011.1	Similar to Q5YRZ5_NOCFA 5e-58
YP_001704012.1	Similar to Q6REP1_9NOCA 1e-31
YP_001704013.1	Similar to UNG_MYCTU e-100
YP_001704014.1	catalyzes the formation of thiamine diphosphate from thiamine phosphate ant ATP
YP_001704015.1	Similar to Q7D6B4_MYCTU 5e-29
YP_001704016.1	D-alanine--D-alanine ligase; DdlA; DdlB; cytoplasmic; catalyzes the formation of D-alanyl-D-alanine from two D-alanines in peptidoglycan synthesis; there are two forms of this enzyme in Escherichia coli
YP_001704017.1	catalyzes the formation of cysteine and 2-oxobutanoate from cystathionine
YP_001704018.1	Similar to Q260C4_MYCVN e-130
YP_001704019.1	Similar to Q73VJ2_MYCPA 7e-45
YP_001704020.1	catalyzes the reversible transfer of the terminal phosphate of ATP to form a long chain polyphosphate
YP_001704021.1	Similar to Q260C7_MYCVN 1e-98
YP_001704022.1	Similar to Q260C8_MYCVN 3e-44
YP_001704023.1	catalyzes the isomerization between 2-isopropylmalate and 3-isopropylmalate in leucine biosynthesis; forms a heterodimer of LeuC/D
YP_001704024.1	Similar to LEU2_MYCTU 0.0
YP_001704025.1	Similar to Q260D1_MYCVN e-104
YP_001704026.1	Similar to Q73VI5_MYCPA 9e-67
YP_001704027.1	No similarity found (10-5)
YP_001704028.1	Charges one glutamine molecule and pairs it to its corresponding RNA trinucleotide during protein translation
YP_001704029.1	Similar to Q260D3_MYCVN e-109
YP_001704030.1	Similar to Q25YT3_MYCVN 4e-23
YP_001704031.1	Similar to Q6FFH2_ACIAD 4e-35
YP_001704032.1	Similar to Q27EP3_MYCFV 3e-79
YP_001704033.1	catalyzes the oxidation of 3-isopropylmalate to 3-carboxy-4-methyl-2-oxopentanoate in leucine biosynthesis
YP_001704034.1	catalyzes the formation of 3-phosphonooxypyruvate from 3-phospho-D-glycerate in serine biosynthesis; can also reduce alpha ketoglutarate to form 2-hydroxyglutarate
YP_001704035.1	Similar to Q9L1H2_STRCO 2e-20
YP_001704036.1	Similar to A0R0K8_MYCS2 4e-30
YP_001704037.1	Similar to Q8CJJ2_STRCO e-108
YP_001704038.1	Similar to Q938C4_MYCSM 2e-93
YP_001704039.1	Similar to Q267Q8_MYCVN 9e-42
YP_001704040.1	Similar to Q88K59_PSEPK 8e-41
YP_001704041.1	Similar to Q7NX57_CHRVO 2e-34
YP_001704042.1	Similar to Q9RJ10_STRCO 2e-36
YP_001704043.1	Similar to Q5YRY9_NOCFA 4e-14
YP_001704044.1	Similar to Q5YP27_NOCFA 3e-49
YP_001704045.1	Similar to Q5YP27_NOCFA 7e-51
YP_001704046.1	Similar to Q26AG0_MYCVN 3e-34
YP_001704047.1	Similar to Q740V0_MYCPA 0.0
YP_001704048.1	Similar to Q9AK34_STRCO 9e-25
YP_001704049.1	Similar to Q9K4I6_STRCO 9e-13
YP_001704050.1	Similar to Q73T15_MYCPA 4e-20
YP_001704051.1	catalyzes the formation of (R)-2,3-dihydroxy-3-methylbutanoate from (S)-2-hydroxy-2-methyl-3-oxobutanoate in valine and isoleucine biosynthesis
YP_001704052.1	with IlvI catalyzes the formation of 2-acetolactate from pyruvate, the small subunit is required for full activity and valine sensitivity; E.coli produces 3 isoenzymes of acetolactate synthase which differ in specificity to substrates, valine sensitivity and affinity for cofactors; also known as acetolactate synthase 3 small subunit
YP_001704053.1	acetolactate synthase large subunit; catalyzes the formation of 2-acetolactate from pyruvate
YP_001704054.1	Similar to Q27EQ2_MYCFV 1e-25
YP_001704055.1	Similar to Q3GX72_9ACTO e-142
YP_001704056.1	Similar to Q27EB8_MYCFV 0.0
YP_001704057.1	Similar to Q27EB9_MYCFV 3e-61
YP_001704058.1	catalyzes the formation of 4-aminobutanoate from 4-aminobutanal; involved in putrescine degradation
YP_001704059.1	Similar to YDGJ_BACSU 8e-10
YP_001704060.1	Similar to Q9Z4Y6_STRCO 5e-60
YP_001704061.1	Similar to Q40V28_KINRA 2e-96
YP_001704062.1	Similar to Q260E5_MYCVN 8e-39
YP_001704063.1	Similar to Q73VH2_MYCPA e-125
YP_001704064.1	Similar to GATB_MYCTU 0.0
YP_001704065.1	catalyzes the formation of D-fructose 1,6-bisphosphate from D-fructose 6-phosphate in glycolysis
YP_001704066.1	Similar to Q272Q3_MYCFV e-114
YP_001704067.1	Similar to Q267Q8_MYCVN 1e-06
YP_001704068.1	No similarity found (10-5)
YP_001704069.1	Similar to Q25WL9_MYCVN 2e-86
YP_001704070.1	Similar to Q27GE2_MYCFV 1e-72
YP_001704071.1	allows the formation of correctly charged Asn-tRNA(Asn) or Gln-tRNA(Gln) through the transamidation of misacylated Asp-tRNA(Asn) or Glu-tRNA(Gln) in organisms which lack either or both of asparaginyl-tRNA or glutaminyl-tRNA synthetases; reaction takes place in the presence of glutamine and ATP through an activated phospho-Asp-tRNA(Asn) or phospho-Glu-tRNA
YP_001704072.1	Similar to Q260F1_MYCVN 4e-19
YP_001704073.1	Similar to Q260F2_MYCVN 7e-87
YP_001704074.1	Similar to Q27AG2_MYCFV 5e-88
YP_001704075.1	this protein catalyzes the formation of phosphodiester linkages between 5'-phosphoryl and 3'-hydroxyl groups in double-stranded DNA using NAD as a coenzyme and as the energy source for the reaction; essential for DNA replication and repair of damaged DNA; similar to ligase LigB
YP_001704076.1	Similar to Q260F4_MYCVN 5e-39
YP_001704077.1	Similar to Q25XB6_MYCVN 3e-30
YP_001704078.1	Similar to Q73ZS5_MYCPA 2e-34
YP_001704079.1	Similar to Q25XB6_MYCVN 7e-35
YP_001704080.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001704081.1	Similar to Q5YQT5_NOCFA 1e-79
YP_001704082.1	Similar to Q27ER5_MYCFV e-101
YP_001704083.1	Similar to Q6M6W0_CORGL e-139
YP_001704084.1	Similar to A0PTV9_MYCUA e-125
YP_001704085.1	Similar to Q3WFR5_9ACTO 2e-17
YP_001704086.1	catalyzes a sulfuration reaction to synthesize 2-thiouridine at the U34 position of tRNAs
YP_001704087.1	Similar to A1T6X0_MYCVP e-141
YP_001704088.1	Similar to Q260G1_MYCVN 6e-85
YP_001704089.1	Similar to Q260G2_MYCVN e-103
YP_001704090.1	Similar to Q260G4_MYCVN 4e-85
YP_001704091.1	Similar to Q269V1_MYCVN 0.0
YP_001704092.1	Similar to ETFA_MYCTU e-115
YP_001704093.1	Similar to Q27ES2_MYCFV e-123
YP_001704094.1	Similar to Q260G7_MYCVN e-107
YP_001704095.1	Similar to Q27ES4_MYCFV 0.0
YP_001704096.1	Similar to O53279_MYCTU e-175
YP_001704097.1	Similar to Q741P9_MYCPA 0.0
YP_001704098.1	Similar to Q3GVJ6_9ACTO 2e-38
YP_001704099.1	Similar to Q6NEB0_CORDI 1e-28
YP_001704100.1	Similar to Q4JSE0_CORJK 4e-11
YP_001704101.1	Similar to Q73WB0_MYCPA 9e-15
YP_001704102.1	Similar to Q7NQ30_CHRVO 4e-21
YP_001704103.1	Similar to Q8GNL6_MYCAB 9e-68
YP_001704104.1	Similar to Q26AG3_MYCVN 6e-74
YP_001704105.1	Similar to Q5YXR3_NOCFA 5e-25
YP_001704106.1	Similar to Q43TD4_SOLUS 3e-29
YP_001704107.1	Similar to Q5YYT7_NOCFA 9e-34
YP_001704108.1	Similar to Q9CBR1_MYCLE e-121
YP_001704109.1	Similar to Q27ES8_MYCFV e-131
YP_001704110.1	Similar to Q260H4_MYCVN e-112
YP_001704111.1	Similar to Q260H5_MYCVN e-144
YP_001704112.1	Similar to O53286_MYCTU 5e-69
YP_001704113.1	Similar to Q73VC6_MYCPA 3e-74
YP_001704114.1	Similar to Q73VC5_MYCPA e-111
YP_001704115.1	Similar to Q274W9_MYCFV 1e-13
YP_001704116.1	Similar to Q260I0_MYCVN 6e-63
YP_001704117.1	Similar to Q27ET8_MYCFV e-122
YP_001704118.1	Similar to Q260I2_MYCVN e-163
YP_001704119.1	Similar to COX1_MYCTU 0.0
YP_001704120.1	Similar to Q7TXD7_MYCBO 7e-95
YP_001704121.1	Similar to Q9X7N1_STRCO 1e-09
YP_001704122.1	Similar to Q3GTP9_9ACTO 9e-22
YP_001704123.1	Similar to Q26YT9_MYCFV 7e-15
YP_001704124.1	Similar to Q82F21_STRAW 6e-18
YP_001704125.1	Similar to Q73SZ5_MYCPA 6e-35
YP_001704126.1	Similar to Q8NNP3_CORGL 4e-46
YP_001704127.1	No similarity found (10-5)
YP_001704128.1	Similar to Q9K447_STRCO 1e-31
YP_001704129.1	Similar to Q5Z1S3_NOCFA e-171
YP_001704130.1	Similar to Q9AE96_MYCSM e-145
YP_001704131.1	Similar to Q5Z0J4_NOCFA 0.0
YP_001704132.1	No similarity found (10-5)
YP_001704133.1	Similar to Q27EU3_MYCFV 4e-21
YP_001704134.1	B2 or R2 protein; type 1b enzyme; catalyzes the rate-limiting step in dNTP synthesis; converts nucleotides to deoxynucleotides; forms a homodimer and then a multimeric complex with NrdE
YP_001704135.1	Similar to Q25TG2_MYCVN 3e-88
YP_001704136.1	Similar to Q268U0_MYCVN e-150
YP_001704137.1	Similar to Q4JUB5_CORJK 6e-33
YP_001704138.1	Similar to Q4NBC2_9MICC 8e-21
YP_001704139.1	Similar to Q268V0_MYCVN 5e-98
YP_001704140.1	Similar to Q9EX03_STRCO 2e-40
YP_001704141.1	Similar to Q5YRD3_NOCFA 7e-41
YP_001704142.1	Similar to Q8PKH8_XANAC 7e-20
YP_001704143.1	Catalyzes the rate-limiting step in dNTP synthesis
YP_001704144.1	Similar to Q27AZ2_MYCFV 9e-46
YP_001704145.1	Similar to Q5YRN3_NOCFA 5e-33
YP_001704146.1	Similar to O05301_MYCTU 1e-72
YP_001704147.1	Similar to Q40ZB7_KINRA 7e-40
YP_001704148.1	Similar to Q7D675_MYCTU 3e-37
YP_001704149.1	catalyzes the formation of nicotinamide adenine dinucleotide (NAD) from nicotinic acid adenine dinucleotide (NAAD) using either ammonia or glutamine as the amide donor and ATP; ammonia-utilizing enzymes include the ones from Bacillus and Escherichia coli while glutamine-utilizing enzymes include the Mycobacterial one; forms homodimers
YP_001704150.1	Similar to Q73VA7_MYCPA e-113
YP_001704151.1	Similar to Q5Z1C9_NOCFA 7e-29
YP_001704152.1	Similar to Q27AY4_MYCFV 8e-60
YP_001704153.1	Similar to Q73VA5_MYCPA 0.0
YP_001704154.1	Similar to Q73VA4_MYCPA 4e-37
YP_001704155.1	Similar to Q5YRM2_NOCFA 3e-67
YP_001704156.1	Similar to Q7NUJ0_CHRVO 3e-66
YP_001704157.1	Similar to Q5YWJ0_NOCFA 1e-41
YP_001704158.1	Similar to Q73YY9_MYCPA 3e-58
YP_001704159.1	Similar to Q9RCU8_STRCO e-109
YP_001704160.1	Similar to Q73YY9_MYCPA 2e-32
YP_001704161.1	Similar to Q2JTD3_SYNJA 2e-96
YP_001704162.1	Similar to Q9I679_PSEAE 1e-30
YP_001704163.1	Similar to Y2119_MYCPA e-145
YP_001704164.1	No similarity found (10-5)
YP_001704165.1	activates fatty acids by binding to coenzyme A
YP_001704166.1	No similarity found (10-5)
YP_001704167.1	Similar to Q5YXP2_NOCFA 2e-19
YP_001704168.1	Similar to Q3E046_CHLAU 3e-44
YP_001704169.1	Similar to Q3SJJ9_THIDA 3e-29
YP_001704170.1	Similar to Q27FB0_MYCFV 3e-50
YP_001704171.1	Similar to NPD_MYCPA 4e-62
YP_001704172.1	Similar to Q73Z58_MYCPA 2e-45
YP_001704173.1	No similarity found (10-5)
YP_001704174.1	Similar to Q5Z1D4_NOCFA 8e-67
YP_001704175.1	No similarity found (10-5)
YP_001704176.1	Similar to Q4JTF3_CORJK 4e-15
YP_001704177.1	Similar to Q4NKC7_9MICC 2e-26
YP_001704178.1	Similar to Q9RMP2_MYCSM e-126
YP_001704179.1	Similar to Q27FG3_MYCFV e-102
YP_001704180.1	catalyzes the interconversion of alpha-D-glucose 1-phosphate to alpha-D-glucose 6-phosphate
YP_001704181.1	Similar to Y3412_STRCO 3e-22
YP_001704182.1	Similar to Q272Q3_MYCFV e-149
YP_001704183.1	Similar to O53488_MYCTU e-153
YP_001704184.1	Similar to O06790_MYCTU e-141
YP_001704185.1	Similar to Q9EY86_9PSEU e-155
YP_001704186.1	Similar to Q3W4Q7_9ACTO 3e-41
YP_001704187.1	Similar to Q82P49_STRAW 2e-48
YP_001704188.1	Similar to Q5YRF2_NOCFA 4e-86
YP_001704189.1	Similar to Q47P61_THEFY 5e-61
YP_001704190.1	Similar to Q73U03_MYCPA e-156
YP_001704191.1	Similar to Q266T5_MYCVN 1e-19
YP_001704192.1	Similar to Q2WI21_CLOBE 2e-25
YP_001704193.1	Similar to Q73U53_MYCPA 9e-52
YP_001704194.1	No similarity found (10-5)
YP_001704195.1	Similar to Q25VA9_MYCVN 2e-14
YP_001704196.1	No similarity found (10-5)
YP_001704197.1	Similar to 18KD_MYCLE 4e-53
YP_001704198.1	Similar to Q73UU9_MYCPA 3e-25
YP_001704199.1	Similar to Q4NGF1_9MICC 1e-29
YP_001704200.1	catalyzes the condensation of two pyruvates to form acetolactate, implicated in pH homeostasis via the acetoin-2,3-butanediol pathway or in valine biosynthesis
YP_001704201.1	NADP-dependent semialdehyde dehydrogenase; part of alternative pathway from alpha-ketoglutarate to succinate
YP_001704202.1	No similarity found (10-5)
YP_001704203.1	Similar to Q262A6_MYCVN 5e-69
YP_001704204.1	Similar to Q73V45_MYCPA 1e-91
YP_001704205.1	Similar to O05779_MYCTU e-108
YP_001704206.1	No similarity found (10-5)
YP_001704207.1	Similar to Q262A3_MYCVN 6e-78
YP_001704208.1	recognizes the termination signals UGA and UAA during protein translation a specificity which is dependent on amino acid residues residing in loops of the L-shaped tRNA-like molecule of RF2; in some organisms control of PrfB protein levels is maintained through a +1 ribosomal frameshifting mechanism; this protein is similar to release factor 1
YP_001704209.1	Similar to Q3WCZ5_9ACTO 7e-34
YP_001704210.1	Similar to Q27FV3_MYCFV 2e-09
YP_001704211.1	Similar to Q273T1_MYCFV e-177
YP_001704212.1	Similar to Q73V40_MYCPA e-141
YP_001704213.1	Similar to Q2K8M9_RHIEC e-163
YP_001704214.1	Similar to Q262A0_MYCVN 1e-22
YP_001704215.1	Similar to Q5YR49_NOCFA 1e-86
YP_001704216.1	Similar to P95187_MYCTU e-179
YP_001704217.1	Similar to Q261Z7_MYCVN e-172
YP_001704218.1	No similarity found (10-5)
YP_001704219.1	activates fatty acids by binding to coenzyme A
YP_001704220.1	Similar to Q745D4_MYCPA 9e-20
YP_001704221.1	Similar to Q3KZ20_BIFAN 1e-14
YP_001704222.1	Similar to Q25V69_MYCVN 3e-58
YP_001704223.1	No similarity found (10-5)
YP_001704224.1	Similar to Q269F2_MYCVN 1e-35
YP_001704225.1	Similar to Q25VD2_MYCVN 2e-23
YP_001704226.1	No similarity found (10-5)
YP_001704227.1	No similarity found (10-5)
YP_001704228.1	Similar to Y3215_MYCBO 0.0
YP_001704229.1	Similar to Q73US4_MYCPA e-134
YP_001704230.1	Similar to Q274A6_MYCFV e-41
YP_001704231.1	Similar to Q271W9_MYCFV e-164
YP_001704232.1	Similar to Q73US2_MYCPA 1e-49
YP_001704233.1	Similar to Q73US1_MYCPA e-146
YP_001704234.1	Similar to Q73US1_MYCPA e-136
YP_001704235.1	Similar to Q44Y66_9BURK 2e-29
YP_001704236.1	Similar to Q4LSZ7_9BURK e-125
YP_001704237.1	Similar to Q73US1_MYCPA e-143
YP_001704238.1	Similar to Q73US0_MYCPA 7e-25
YP_001704239.1	No similarity found (10-5)
YP_001704240.1	Similar to Q58J54_9ACTO 2e-93
YP_001704241.1	Similar to Q73UR9_MYCPA 0.0
YP_001704242.1	Similar to Q9FCK1_STRCO 2e-25
YP_001704243.1	can catalyze hydrolysis of broad range of dinucleotide pyrophosphates but prefers reduced form of NADH; requires divalent metal ions such as magnesium and manganese and produces two mononucleoside 5'-phosphates
YP_001704244.1	Similar to Q7TX13_MYCBO e-134
YP_001704245.1	Similar to Q7TX13_MYCBO 0.0
YP_001704246.1	Similar to Q25RJ7_MYCVN 0.0
YP_001704247.1	Similar to Q271Y0_MYCFV 8e-84
YP_001704248.1	Similar to Q25RJ5_MYCVN 5e-39
YP_001704249.1	Similar to Q5YQY2_NOCFA 1e-61
YP_001704250.1	catalyzes the formation of uroporphyrinogen-III from hydroxymethylbilane
YP_001704251.1	Similar to Q5YQY0_NOCFA 1e-25
YP_001704252.1	Similar to Q5YQX9_NOCFA 0.0
YP_001704253.1	Similar to Q27BX5_MYCFV e-131
YP_001704254.1	Similar to Q25RJ4_MYCVN e-137
YP_001704255.1	Similar to Q7TX07_MYCBO 0.0
YP_001704256.1	Similar to Q25RJ2_MYCVN e-126
YP_001704257.1	Similar to Q271Y5_MYCFV 2e-81
YP_001704258.1	Similar to Q25RJ0_MYCVN 1e-21
YP_001704259.1	Similar to Q271Y7_MYCFV 4e-17
YP_001704260.1	Similar to Q73UQ5_MYCPA 7e-72
YP_001704261.1	Similar to Q73UQ4_MYCPA e-163
YP_001704262.1	Similar to Q25RI6_MYCVN 2e-88
YP_001704263.1	Similar to Q25RI5_MYCVN e-116
YP_001704264.1	forms a homodimer in Mycobacterium tuberculosis; belongs to the dPGM superfamily
YP_001704265.1	Similar to O05851_MYCTU 2e-91
YP_001704266.1	Similar to Q5YQW4_NOCFA 9e-51
YP_001704267.1	Similar to Q73UP8_MYCPA 2e-25
YP_001704268.1	Similar to Q25RH9_MYCVN 6e-93
YP_001704269.1	Similar to Q25RH8_MYCVN 8e-34
YP_001704270.1	Similar to Q271Z9_MYCFV 0.0
YP_001704271.1	Similar to Q25RH6_MYCVN 4e-24
YP_001704272.1	Similar to Q8VJ46_MYCTU 3e-28
YP_001704273.1	Similar to Q272A2_MYCFV 6e-92
YP_001704274.1	Similar to Q272A3_MYCFV 6e-39
YP_001704275.1	Similar to Q25RG8_MYCVN 2e-75
YP_001704276.1	catalyzes the formation of 5-O-(1-carboxyvinyl)-3-phosphoshikimate from phosphoenolpyruvate and 3-phosphoshikimate in tryptophan biosynthesis
YP_001704277.1	Similar to Q25RG6_MYCVN e-125
YP_001704278.1	Similar to Q73UM3_MYCPA e-167
YP_001704279.1	Similar to Q73UM2_MYCPA e-158
YP_001704280.1	Similar to O05876_MYCTU 7e-48
YP_001704281.1	Similar to Q272B6_MYCFV e-169
YP_001704282.1	Similar to Q272B7_MYCFV 2e-26
YP_001704283.1	Similar to Q6KZ01_PICTO 2e-13
YP_001704284.1	Similar to Q3E4J8_CHLAU 1e-51
YP_001704285.1	Similar to Q4BGL0_BURVI 2e-42
YP_001704286.1	Similar to Q4ISK8_AZOVI 8e-51
YP_001704287.1	Similar to Q53U23_STRFR 8e-08
YP_001704288.1	No similarity found (10-5)
YP_001704289.1	Similar to Q5Z2I0_NOCFA 1e-09
YP_001704290.1	Similar to Q73V85_MYCPA 3e-32
YP_001704291.1	Similar to Q73V83_MYCPA 0.0
YP_001704292.1	Similar to Q73V84_MYCPA 2e-45
YP_001704293.1	Similar to Q54287_STRHY 1e-85
YP_001704294.1	Similar to Q5YWV3_NOCFA 2e-31
YP_001704295.1	Similar to Q28N43_JANSC 3e-65
YP_001704296.1	Similar to A1WE47_VEREI 1e-12
YP_001704297.1	Similar to Q2AZG1_9BACI 4e-20
YP_001704298.1	Similar to Q9KBT5_BACHD 5e-28
YP_001704299.1	Similar to Q6VMI1_STRAM 4e-08
YP_001704300.1	Similar to Q1MX82_9ACTO 2e-43
YP_001704301.1	Similar to Q3W1D9_9ACTO 5e-09
YP_001704302.1	Similar to Q438N6_9ACTO 6e-73
YP_001704303.1	Similar to Q3W1E1_9ACTO 3e-71
YP_001704304.1	Similar to A4FHQ0_SACER e-177
YP_001704305.1	Similar to Q93HB6_STRAW e-17
YP_001704306.1	Similar to Q63KU2_BURPS 5e-72
YP_001704307.1	Similar to Q3JLW8_BURP1 5e-94
YP_001704308.1	Similar to Q2JCL4_FRASC 7e-96
YP_001704309.1	functions in protein export; can interact with acidic membrane phospholipids and the SecYEG protein complex; binds to preproteins; binds to ATP and undergoes a conformational change to promote membrane insertion of SecA/bound preprotein; ATP hydrolysis appears to drive release of the preprotein from SecA and deinsertion of SecA from the membrane; additional proteins SecD/F/YajC aid SecA recycling; exists in an equilibrium between monomers and dimers; may possibly form higher order oligomers; proteins in this cluster correspond SecA1; SecA2 is not essential and seems to play a role in secretion of a subset of proteins
YP_001704310.1	Similar to Q5YY68_NOCFA 1e-47
YP_001704311.1	Similar to Q4K974_PSEF5 1e-95
YP_001704312.1	Similar to Q7D5V2_MYCTU 2e-51
YP_001704313.1	No similarity found (10-5)
YP_001704314.1	Similar to Q7TWX1_MYCBO 2e-55
YP_001704315.1	Similar to Q268R7_MYCVN 5e-75
YP_001704316.1	Similar to Q268R8_MYCVN 1e-38
YP_001704317.1	Similar to Q73Y56_MYCPA 0.0
YP_001704318.1	Similar to Q272C3_MYCFV e-176
YP_001704319.1	Similar to MTRB_MYCTU 0.0
YP_001704320.1	Similar to MTRA_MYCPA e-105
YP_001704321.1	Similar to Q2JB07_FRASC e-176
YP_001704322.1	Similar to Q6ACS9_LEIXX 6e-45
YP_001704323.1	catalyzes the reversible phosphoryl transfer from adenosine triphosphate (ATP) to thymidine monophosphate (dTMP) to form thymidine diphosphate (dTDP)
YP_001704324.1	catalyzes the formation of L-homocysteine from S-adenosyl-L-homocysteine
YP_001704325.1	Similar to Q266F1_MYCVN 8e-69
YP_001704326.1	Similar to RUBR4_RHOSQ 7e-27
YP_001704327.1	Similar to Q272D3_MYCFV e-171
YP_001704328.1	Similar to Q272D4_MYCFV 0.0
YP_001704329.1	Similar to Q5YQR2_NOCFA 2e-92
YP_001704330.1	Similar to O05898_MYCTU e-143
YP_001704331.1	Similar to Q73UK0_MYCPA 6e-60
YP_001704332.1	converts mannose-6-phosphate to mannose-1-phosphate; the resulting product is then converted to GDP-mannose by ManC which is then used in the synthesis of mannose-containing glycoconjugates that are important for mediating entry into host cells
YP_001704333.1	Similar to Q9CCJ8_MYCLE 1e-31
YP_001704334.1	Similar to Q272E0_MYCFV 2e-57
YP_001704335.1	Similar to Q9S426_MYCSM 1e-39
YP_001704336.1	catalyzes the formation of the L-lactyl phosphodiester of 7,8-didemethyl-8-hydroxy-5-deazariboflavin (F420-0) and GMP from actyl (2) diphospho-(5')guanosine (LPPG) to 7,8-didemethyl-8-hydroxy-5-deazariboflavin (FO)
YP_001704337.1	catalyzes the addition of gamma linked glutamate to 7,8-didemethyl-8-hydroxy-5-deazariboflavin coenzyme F420-0)
YP_001704338.1	Similar to Q272E4_MYCFV 1e-61
YP_001704339.1	No similarity found (10-5)
YP_001704340.1	Similar to Q266G7_MYCVN e-159
YP_001704341.1	Similar to Q5YQQ3_NOCFA 4e-99
YP_001704342.1	Similar to Q7TWV0_MYCBO e-88
YP_001704343.1	Similar to Q73UI7_MYCPA e-145
YP_001704344.1	Similar to Q272F0_MYCFV 3e-67
YP_001704345.1	Similar to Y2248_MYCTU 3e-71
YP_001704346.1	Similar to ACDP_MYCTU 0.0
YP_001704347.1	Similar to Q266I1_MYCVN 2e-52
YP_001704348.1	With PurE catalyzes the conversion of aminoimidazole ribonucleotide to carboxyaminoimidazole ribonucleotide in the de novo purine nucleotide biosynthetic pathway
YP_001704349.1	Similar to Q0SA51_RHOSR e-135
YP_001704350.1	Similar to Q629S7_BURMA e-121
YP_001704351.1	Similar to Q471G1_RALEJ 9e-57
YP_001704352.1	No similarity found (10-5)
YP_001704353.1	Similar to Q266I8_MYCVN 4e-65
YP_001704354.1	Similar to Q272F3_MYCFV 2e-69
YP_001704355.1	Similar to Q278G8_MYCFV 0.0
YP_001704356.1	activates fatty acids by binding to coenzyme A
YP_001704357.1	Similar to Q5YUJ4_NOCFA 1e-30
YP_001704358.1	Similar to Q5YXX5_NOCFA 2e-23
YP_001704359.1	Similar to Q73UG9_MYCPA 0.0
YP_001704360.1	Similar to A0QTE6_MYCS2 4e-07
YP_001704361.1	Similar to Y3282_MYCTU 1e-52
YP_001704362.1	Similar to Q8CK22_STRCO 9e-96
YP_001704363.1	Similar to Q9AD88_STRCO 2e-44
YP_001704364.1	Similar to Q5YRJ0_NOCFA 0.0
YP_001704365.1	Similar to Q5YRI9_NOCFA e-106
YP_001704366.1	Similar to Q5YRI8_NOCFA 3e-10
YP_001704367.1	Similar to A0K1V2_ARTS2 e-114
YP_001704368.1	Similar to Q2BA70_9BACI 3e-27
YP_001704369.1	Similar to Q27EK1_MYCFV e-141
YP_001704370.1	Similar to Q27EK0_MYCFV 1e-44
YP_001704371.1	Similar to Q73UG4_MYCPA 0.0
YP_001704372.1	Similar to Q27EJ6_MYCFV 6e-31
YP_001704373.1	Similar to Q9RP96_STRFR 1e-60
YP_001704374.1	catalyzes the formation of 2-aminoadipate 6-semiladehyde and glutamate from lysine and 2-oxoglutarate
YP_001704375.1	Similar to P96896_MYCTU 4e-61
YP_001704376.1	Similar to Y3292_MYCTU e-147
YP_001704377.1	Similar to Q25VC7_MYCFV 0.0
YP_001704378.1	Similar to Q9CCL4_MYCLE 6e-47
YP_001704379.1	Similar to P96901_MYCTU 0.0
YP_001704380.1	Similar to Q3S052_RALME 1e-36
YP_001704381.1	Similar to Q6ZZX1_STRAT 1e-27
YP_001704382.1	Similar to Q7TWS5_MYCBO 7e-84
YP_001704383.1	Similar to GLPD2_MYCTU 0.0
YP_001704384.1	catalyzes the reduction of nonspecific electron acceptors such as 2,6-dimethyl-1,4-benzoquinone and 5-hydroxy-1,4-naphthaquinone; does not have lipoamide dehydrogenase activity
YP_001704385.1	Similar to Q7TWS3_MYCBO 5e-80
YP_001704386.1	Similar to Q27EF4_MYCFV e-172
YP_001704387.1	Similar to Q25VF9_MYCVN e-137
YP_001704388.1	Similar to Q27EF2_MYCFV e-110
YP_001704389.1	Similar to O53360_MYCTU e-149
YP_001704390.1	Similar to UPP_MYCTU 4e-74
YP_001704391.1	No similarity found (10-5)
YP_001704392.1	Similar to Q27EE2_MYCFV 1e-53
YP_001704393.1	No similarity found (10-5)
YP_001704394.1	No similarity found (10-5)
YP_001704395.1	Similar to Q744C0_MYCPA 6e-44
YP_001704396.1	Similar to Q744C0_MYCPA 7e-49
YP_001704397.1	Similar to Q8VJ35_MYCTU 4e-67
YP_001704398.1	catalyzes the formation of inosine from adenosine
YP_001704399.1	Catalyzes the reversible phosphorolysis of thymidine, deoxyuridine and their analogues to their respective bases and 2-deoxyribose 1-phosphate
YP_001704400.1	Similar to Q73UC8_MYCPA 7e-54
YP_001704401.1	Similar to Q25VI2_MYCVN 1e-53
YP_001704402.1	Similar to Q27ED5_MYCFV 3e-70
YP_001704403.1	part of four member succinate dehydrogenase enzyme complex that forms a trimeric complex (trimer of tetramers); SdhA/B are the catalytic subcomplex and can exhibit succinate dehydrogenase activity in the absence of SdhC/D which are the membrane components and form cytochrome b556; SdhC binds ubiquinone; oxidizes succinate to fumarate while reducing ubiquinone to ubiquinol
YP_001704404.1	part of four member succinate dehydrogenase enzyme complex that forms a trimeric complex (trimer of tetramers); SdhA/B are the catalytic subcomplex and can exhibit succinate dehydrogenase activity in the absence of SdhC/D which are the membrane components and form cytochrome b556; SdhC binds ubiquinone; oxidizes succinate to fumarate while reducing ubiquinone to ubiquinol; the catalytic subunits are similar to fumarate reductase
YP_001704405.1	Similar to Q73UC3_MYCPA 1e-80
YP_001704406.1	Member of the extracytoplasmic function sigma factors which are active under specific conditions; binds with the catalytic core of RNA polymerase to produce the holoenzyme and directs bacterial core RNA polymerase to specific promoter elements to initiate transcription
YP_001704407.1	No similarity found (10-5)
YP_001704408.1	Similar to Q27EB7_MYCFV 2e-90
YP_001704409.1	Similar to O53380_MYCTU e-129
YP_001704410.1	Similar to Q25VL1_MYCVN 2e-79
YP_001704411.1	catalyzes a two-step reaction, first charging a tryptophan molecule by linking its carboxyl group to the alpha-phosphate of ATP, followed by transfer of the aminoacyl-adenylate to its tRNA
YP_001704412.1	Similar to Q27EA7_MYCFV 2e-92
YP_001704413.1	Similar to Q7TWP2_MYCBO 7e-74
YP_001704414.1	Similar to Q73UB2_MYCPA 0.0
YP_001704415.1	catalyzes the formation of L-methionine and acetate from O-acetyl-L-homoserine and methanethiol
YP_001704416.1	Catalyzes the conversion of acetyl-CoA and L-homoserine to CoA and O-acetyl-L-homoserine
YP_001704417.1	Similar to Q25VL9_MYCVN e-104
YP_001704418.1	No similarity found (10-5)
YP_001704419.1	Similar to Q3YBP6_9MYCO 2e-09
YP_001704420.1	Similar to Q73UA5_MYCPA e-116
YP_001704421.1	Similar to Q73U93_MYCPA 2e-77
YP_001704422.1	Similar to Q73UA4_MYCPA e-145
YP_001704423.1	No similarity found (10-5)
YP_001704424.1	Similar to Q4NJZ9_9MICC 9e-31
YP_001704425.1	Similar to A1RC93_ARTAT 6e-56
YP_001704426.1	Similar to O65934_MYCTU 0.0
YP_001704427.1	Similar to Q27E95_MYCFV 3e-66
YP_001704428.1	Similar to Q28RI1_JANSC 4e-06
YP_001704429.1	Similar to Q3W8E8_9ACTO 6e-36
YP_001704430.1	Similar to Q5Z1C6_NOCFA 3e-62
YP_001704431.1	DNA polymerase involved in damage-induced mutagenesis and translesion synthesis. It is not the major replicative DNA polymerase.
YP_001704432.1	Similar to Q6BR22_DEBHA e-111
YP_001704433.1	Similar to Q417D1_KINRA 5e-28
YP_001704434.1	Similar to Q93JH6_STRCO 3e-72
YP_001704435.1	No similarity found (10-5)
YP_001704436.1	Similar to Q267T7_MYCVN 1e-10
YP_001704437.1	No similarity found (10-5)
YP_001704438.1	Similar to Q73U86_MYCPA 0.0
YP_001704439.1	Similar to Q263V3_MYCVN e-131
YP_001704440.1	Similar to Q73U81_MYCPA 0.0
YP_001704441.1	Similar to Q73U80_MYCPA 5e-39
YP_001704442.1	Similar to Q5Z1E3_NOCFA 2e-85
YP_001704443.1	Similar to Q5Z1E4_NOCFA 6e-95
YP_001704444.1	Similar to Q5Z1E6_NOCFA 2e-26
YP_001704445.1	No similarity found (10-5)
YP_001704446.1	Similar to GUAA_MYCPA 0.0
YP_001704447.1	Similar to Q57307_MYCTU 0.0
YP_001704448.1	catalyzes the synthesis of xanthosine monophosphate by the NAD+ dependent oxidation of inosine monophosphate
YP_001704449.1	catalyzes the synthesis of xanthosine monophosphate by the NAD+ dependent oxidation of inosine monophosphate
YP_001704450.1	Similar to Q73S01_MYCPA 7e-60
YP_001704451.1	Similar to Q27E69_MYCFV 5e-38
YP_001704452.1	Member of the extracytoplasmic function sigma factors which are active under specific conditions; binds with the catalytic core of RNA polymerase to produce the holoenzyme and directs bacterial core RNA polymerase to specific promoter elements to initiate transcription; this protein is involved in expression of ribosome-associated gene products in stationary phase
YP_001704453.1	Similar to Q50711_MYCTU 3e-46
YP_001704454.1	Similar to Q27E66_MYCFV 6e-48
YP_001704455.1	No similarity found (10-5)
YP_001704456.1	No similarity found (10-5)
YP_001704457.1	Similar to Q47MK0_THEFU 2e-10
YP_001704458.1	No similarity found (10-5)
YP_001704459.1	Similar toQ27E56_MYCFV 0.0
YP_001704460.1	10 kDa chaperonin; Cpn10; GroES; forms homoheptameric ring; binds to one or both ends of the GroEL double barrel in the presence of adenine nucleotides capping it; folding of unfolded substrates initiates in a GroEL-substrate bound and capped by GroES; release of the folded substrate is dependent on ATP binding and hydrolysis in the trans ring
YP_001704461.1	Similar to Q27E52_MYCFV 6e-43
YP_001704462.1	in most organisms, only the N-terminal domain is present in a single polypeptide; in some archaea this domain is fused to a kinase domain; this gene is essential for growth in Escherichia coli and Bacillus subtilis; the secreted glycoprotease from Pasteurella haemolytica showed specificity for O-sialoglycosylated proteins; the Pyrococcus structure shows DNA-binding properties, iron-binding, ATP-binding, and AP endonuclease activity
YP_001704463.1	Similar to Q263S1_MYCVN 3e-42
YP_001704464.1	Similar to Y3455_MYCBO 9e-43
YP_001704465.1	Similar to Y3422_MYCTU 2e-45
YP_001704466.1	Similar to Q27E47_MYCFV e-108
YP_001704467.1	converts L-alanine to D-alanine which is used in cell wall biosynthesis; binds one pyridoxal phosphate per monomer; forms a homodimer
YP_001704468.1	Similar to O06249_MYCTU 0.0
YP_001704469.1	Similar to Y3433_MYCTU e-148
YP_001704470.1	Similar to Q4MW40_BACCE 4e-58
YP_001704471.1	Catalyzes the first step in hexosamine metabolism, converting fructose-6P into glucosamine-6P using glutamine as a nitrogen source
YP_001704472.1	Similar to Q73S25_MYCPA 1e-86
YP_001704473.1	No similarity found (10-5)
YP_001704474.1	Similar to Q263Q7_MYCVN 3e-18
YP_001704475.1	Similar to Q73S28_MYCPA 3e-12
YP_001704476.1	Similar to Q5YU69_NOCFA e-149
YP_001704477.1	Similar to Q4JUQ1_CORJK e-157
YP_001704478.1	Similar to GLMM_MYCPA e-139
YP_001704479.1	Similar to Q27E31_MYCFV 3e-57
YP_001704480.1	Similar to RL13_MYCTU 2e-64
YP_001704481.1	Similar to Q73S32 6e-11
YP_001704482.1	No similarity found (10-5)
YP_001704483.1	Similar to Q7TWH6_MYCBO 3e-39
YP_001704484.1	Similar to Q5Z1J5_NOCFA 0.0
YP_001704485.1	Similar to Q5Z1L9_NOCFA 3e-56
YP_001704486.1	Similar to Q7TWH3_MYCB0 e-101
YP_001704487.1	Similar to Q5Z1M1_NOCFA e-110
YP_001704488.1	Similar to Q5Z1K0_NOCFA 3e-69
YP_001704489.1	Similar to Q27E17_MYCFV 8e-56
YP_001704490.1	Similar to Q263N0_MYCVN 1e-74
YP_001704491.1	Similar to CUT2_MYCTU 5e-46
YP_001704492.1	Similar to Q5YTR2_NOCFA 6e-67
YP_001704493.1	Similar to Q73UE0_MYCPA 1e-33
YP_001704494.1	Similar to CUT3_MYCTU 5e-46
YP_001704495.1	No similarity found (10-5)
YP_001704496.1	Similar to TRUA_MYCTU e-103
YP_001704497.1	Similar to Q73S42_MYCPA 1e-62
YP_001704498.1	catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates. Dimerization of the alpha subunit is the first step in the sequential assembly of subunits to form the holoenzyme
YP_001704499.1	primary rRNA binding protein; nucleates 30S assembly; involved in translational accuracy with proteins S5 and S12; interacts with protein S5; involved in autogeneously regulating ribosomal proteins by binding to pseudoknot structures in the polycistronic mRNA; interacts with transcription complex and functions similar to protein NusA in antitermination
YP_001704500.1	Similar to Q27E08_MYCFV 2e-65
YP_001704501.1	Similar to Q27E07_MYCFV 6e-58
YP_001704502.1	smallest protein in the large subunit; similar to what is found with protein L31 and L33 several bacterial genomes contain paralogs which may be regulated by zinc; the protein from Thermus thermophilus has a zinc-binding motif and contains a bound zinc ion; the proteins in this group have the motif
YP_001704503.1	stimulates the activities of the other two initiation factors, IF-2 and IF-3
YP_001704504.1	Similar to Q25T10_MYCVN 2e-35
YP_001704505.1	No similarity found
YP_001704506.1	Similar to Q263L8_MYCVN e-165
YP_001704507.1	Similar to Q27DX3_MYCFV e-100
YP_001704508.1	Similar to Q73S51_MYCPA e-148
YP_001704509.1	Similar to Q263G3_MYCVN 8e-65
YP_001704510.1	Similar to Q27CM4_MYCFV 1e-24
YP_001704511.1	catalyzes the removal of N-terminal amino acids from peptides and arylamides; generally Co(II) however activity has been shown for some methionine aminopeptidases with Zn, Fe, or Mn
YP_001704512.1	Similar to Q263E7_MYCVN 7e-70
YP_001704513.1	forms heterotrimeric complex in the membrane; in bacteria the complex consists of SecY which forms the channel pore and SecE and SecG; the SecG subunit is not essential; in bacteria translocation is driven via the SecA ATPase
YP_001704514.1	Similar to O53963_MYCTU e-123
YP_001704515.1	No similarity found (10-5)
YP_001704516.1	Similar to Q73S87_MYCPA 1e-86
YP_001704517.1	Similar to Y1101_MYCTU e-123
YP_001704518.1	Similar to Q7U1E8_MYCBO e-176
YP_001704519.1	No similarity found (10-5)
YP_001704520.1	No similarity found (10-5)
YP_001704521.1	Similar to Q73S89_MYCPA e-118
YP_001704522.1	Similar to RL15_MYCPA 1e-52
YP_001704523.1	L30 binds domain II of the 23S rRNA and the 5S rRNA; similar to eukaryotic protein L7
YP_001704524.1	Similar to RS5_MYCTU 4e-70
YP_001704525.1	Similar to Q27DU7_MYCFV 6e-45
YP_001704526.1	ribosomal protein L6 appears to have arisen as a result of an ancient gene duplication as based on structural comparison of the Bacillus stearothermophilus protein; RNA-binding appears to be in the C-terminal domain; mutations in the L6 gene confer resistance to aminoglycoside antibiotics such as gentamicin and these occur in truncations of the C-terminal domain; it has been localized to a region between the base of the L7/L12 stalk and the central protuberance
YP_001704527.1	binds directly to 16S rRNA central domain where it helps coordinate assembly of the platform of the 30S subunit
YP_001704528.1	Similar to Q25V77_MYCVN 2e-40
YP_001704529.1	converts 2-oxoglutarate to glutamate; in Escherichia coli this enzyme plays a role in glutamate synthesis when the cell is under energy restriction; uses NADPH; forms a homohexamer
YP_001704530.1	No similarity found (10-5)
YP_001704531.1	No similarity found (10-5)
YP_001704532.1	Similar to Q263A1_MYCVN e-108
YP_001704533.1	Similar to Q27DU4_MYCFV 7e-20
YP_001704534.1	Similar to Q5Z1S0_NOCFA 3e-82
YP_001704535.1	assembly initiator protein; binds to 5' end of 23S rRNA and nucleates assembly of the 50S; surrounds polypeptide exit tunnel
YP_001704536.1	binds to the 23S rRNA between the centers for peptidyl transferase and GTPase
YP_001704537.1	Similar to O06339_MYCTU 0.0
YP_001704538.1	Similar to Q263M9_MYCVN 4e-41
YP_001704539.1	Similar to Q27FT4_MYCFV e-107
YP_001704540.1	Similar to Q27DT8_MYCFV 2e-39
YP_001704541.1	Similar to RL29_MYCTU 1e-27
YP_001704542.1	located in the peptidyl transferase center and may be involved in peptidyl transferase activity; similar to archaeal L10e
YP_001704543.1	forms a complex with S10 and S14; binds the lower part of the 30S subunit head and the mRNA in the complete ribosome to position it for translation
YP_001704544.1	binds specifically to 23S rRNA during the early stages of 50S assembly; makes contact with all 6 domains of the 23S rRNA in the assembled 50S subunit and ribosome; mutations in this gene result in erythromycin resistance; located near peptidyl-transferase center
YP_001704545.1	protein S19 forms a complex with S13 that binds strongly to the 16S ribosomal RNA
YP_001704546.1	one of the primary rRNA-binding proteins; required for association of the 30S and 50S subunits to form the 70S ribosome, for tRNA binding and peptide bond formation
YP_001704547.1	binds third domain of 23S rRNA and protein L29; part of exit tunnel
YP_001704548.1	L4 is important during the early stages of 50S assembly; it initially binds near the 5' end of the 23S rRNA
YP_001704549.1	binds directly near the 3' end of the 23S rRNA, where it nucleates assembly of the 50S subunit; essential for peptidyltransferase activity; mutations in this gene confer resistance to tiamulin
YP_001704550.1	NusE; involved in assembly of the 30S subunit; in the ribosome, this protein is involved in the binding of tRNA; in Escherichia coli this protein was also found to be involved in transcription antitermination; NusB/S10 heterodimers bind boxA sequences in the leader RNA of rrn operons which is required for antitermination; binding of NusB/S10 to boxA nucleates assembly of the antitermination complex
YP_001704551.1	No similarity found (10-5)
YP_001704552.1	Similar to Q3PGD4_PARDE 2e-41
YP_001704553.1	Similar to Q5Z1W6_NOCFA 8e-53
YP_001704554.1	Similar to Q27AX4_MYCFV e-167
YP_001704555.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001704556.1	catalyzes the formation of acetaldehyde from ethanolamine
YP_001704557.1	Similar to Q5YXQ7_NOCFA e-169
YP_001704558.1	Similar to Q53148_RHOER 0.0
YP_001704559.1	Similar to Q27DS2_MYCFV e-111
YP_001704560.1	Similar to Q262Z7_MYCVN e-148
YP_001704561.1	Similar to Q73SB9_MYCPA 7e-66
YP_001704562.1	Similar to Q73SC0_MYCPA e-179
YP_001704563.1	Similar to P95039_MYCTU 0.0
YP_001704564.1	Similar to Q73SC2_MYCPA 1e-24
YP_001704565.1	Similar to P95037_MYCTU 2e-53
YP_001704566.1	Similar to P95034_MYCTU e-131
YP_001704567.1	Similar to Q262Y7_MYCVN 9e-57
YP_001704568.1	Similar to Q73Y62_MYCPA e-100
YP_001704569.1	Similar to Q73Y63_MYCPA e-157
YP_001704570.1	Similar to Q7TYU0_MYCBO e-165
YP_001704571.1	Similar to Y2319_MYCTU 3e-78
YP_001704572.1	Similar to Q73SC8_MYCPA 2e-90
YP_001704573.1	Similar to P95032_MYCTU 4e-57
YP_001704574.1	Similar to Q265H9_MYCVN 1e-63
YP_001704575.1	Similar to Q279Z2_MYCFV 6e-62
YP_001704576.1	EF-Tu; promotes GTP-dependent binding of aminoacyl-tRNA to the A-site of ribosomes during protein biosynthesis; when the tRNA anticodon matches the mRNA codon, GTP hydrolysis results; the inactive EF-Tu-GDP leaves the ribosome and release of GDP is promoted by elongation factor Ts; many prokaryotes have two copies of the gene encoding EF-Tu
YP_001704577.1	Similar to EFG_MYCBO 0.0
YP_001704578.1	binds directly to 16S rRNA where it nucleates assembly of the head domain of the 30S subunit
YP_001704579.1	interacts with and stabilizes bases of the 16S rRNA that are involved in tRNA selection in the A site and with the mRNA backbone; located at the interface of the 30S and 50S subunits, it traverses the body of the 30S subunit contacting proteins on the other side; mutations in the S12 gene confer streptomycin resistance
YP_001704580.1	Similar to Q27DQ0_MYCFV 5e-55
YP_001704581.1	Similar to Q27DP6_MYCFV 3e-31
YP_001704582.1	Similar to Q73SD7_MYCPA 2e-21
YP_001704583.1	Similar to Q262X5_MYCVN 1e-19
YP_001704584.1	Similar to Q27DP8_MYCFV 5e-12
YP_001704585.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001704586.1	Similar to Q27DP3_MYCFV 8e-67
YP_001704587.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001704588.1	Similar to O86368_MYCTU 0.0
YP_001704589.1	Similar to Q73ZL1_MYCPA 1e-52
YP_001704590.1	Similar to Q25XP7_MYCVN 2e-44
YP_001704591.1	Similar to Q25XP8_MYCVN 2e-57
YP_001704592.1	No similarity found (10-5)
YP_001704593.1	Similar to Q7MXL1_PORGI 2e-07
YP_001704594.1	Similar to Q82D26_STRAW e-131
YP_001704595.1	No similarity found (10-5)
YP_001704596.1	DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates. Subunit beta' binds to sigma factor allowing it to bind to the -10 region of the promoter
YP_001704597.1	DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates; beta subunit is part of the catalytic core which binds with a sigma factor to produce the holoenzyme
YP_001704598.1	Similar to Q27AV7_MYCFV 0.0
YP_001704599.1	Similar to Q262V1_MYCVN e-166
YP_001704600.1	Similar to Q4JUM7_CORJK 9e-09
YP_001704601.1	Similar to Q9RRW4_DEIRA 9e-24
YP_001704602.1	Similar to O06785_MYCTU e-170
YP_001704603.1	Similar to Q73SE7_MYCPA 1e-58
YP_001704604.1	Similar to RL7_MYCTU 2e-26
YP_001704605.1	Similar to RL10_MYCPA 5e-74
YP_001704606.1	Similar to Q27DL5_MYCFV 3e-65
YP_001704607.1	Similar to Y647_MYCTU 0.0
YP_001704608.1	Similar to Q27DL5_MYCFV 1e-97
YP_001704609.1	Similar to CFA1_MYCTU e-100
YP_001704610.1	Similar to Q73YF4_MYCPA e-140
YP_001704611.1	Similar to Q5Z052_NOCFA 1e-46
YP_001704612.1	Similar to Q5Z051_NOCFA 0.0
YP_001704613.1	Similar to Q27BI0_MYCFV 6e-65
YP_001704614.1	Similar to Q73SJ5_MYCPA 4e-89
YP_001704615.1	Similar to Q73SF9_MYCPA 1e-60
YP_001704616.1	Similar to Q73SG0_MYCPA e-172
YP_001704617.1	Similar to Q4JX58_CORJK 5e-18
YP_001704618.1	Similar to O53473_MYCTU e-135
YP_001704619.1	Similar to Q25U55_MYCVN 9e-73
YP_001704620.1	in Escherichia coli and Methanococcus, this protein autoregulates expression; the binding site in the mRNA mimics the binding site in the 23S rRNA
YP_001704621.1	binds directly to 23S ribosomal RNA
YP_001704622.1	Similar to Q262T1_MYCVN 2e-90
YP_001704623.1	forms a complex with SecY and SecG; SecYEG forms a putative protein-conducting channel to which secA binds and translocates targeted polypeptides across the cytoplasmic membrane, a process driven by ATP and a proton-motive force
YP_001704624.1	Similar to Q27DK8_MYCFV 2e-41
YP_001704625.1	functions as a heterodimer along with HadA or HadC in fatty acid biosynthesis; fatty acid synthase type II; FAS-II
YP_001704626.1	functions as a heterodimer along with HadB in fatty acid biosynthesis; fatty acid synthase type II; FAS-II
YP_001704627.1	in Escherichia coli BM108, a mutation that results in lack of L33 synthesis had no effect on ribosome synthesis or function; there are paralogous genes in several bacterial genomes, and a CXXC motif for zinc binding and an upstream regulation region of the paralog lacking this motif that are regulated by zinc similar to other ribosomal proteins like L31; the proteins in this group have the CXXC motif
YP_001704628.1	Similar to Q25ZG1_MYCVN 2e-82
YP_001704629.1	Similar to Q744G9_MYCPA 5e-66
YP_001704630.1	Similar to Y2004_MYCTU e-139
YP_001704631.1	Similar to Q7D7L2_MYCTU 7e-94
YP_001704632.1	Similar to Q276L8_MYCFV 2e-38
YP_001704633.1	No similarity found (10-5)
YP_001704634.1	No similarity found (10-5)
YP_001704635.1	Similar to Q261M9_MYCVN 0.0
YP_001704636.1	Similar to Q261N0_MYCVN 7e-88
YP_001704637.1	Similar to Q3WIM4_9ACTO e-164
YP_001704638.1	Similar to Q2YBM9_NITMU 2e-93
YP_001704639.1	Similar to Q828Q3_STRAW 1e-55
YP_001704640.1	putative nucleotide binding property based on structural studies of Haemophilus influenzae crystallized protein in PDB Accession Number 1IN0 and NMR studies of Escherichia coli YajQ; the YajQ protein from Pseudomonas synringae appears to play a role in activation of bateriophage phi6 segment L transcription
YP_001704641.1	Similar to Q5Z265_NOCFA 5e-49
YP_001704642.1	Similar to Q3W383_9ACTO 3e-83
YP_001704643.1	catalyzes the NAD(P)H-dependent reduction of glycerol 3-phosphate to glycerone phosphate
YP_001704644.1	Similar to O53283_MYCTU 4e-12
YP_001704645.1	Similar to Q27D79_MYCFV 2e-24
YP_001704646.1	Similar to P96853_MYCTU e-101
YP_001704647.1	Similar to Q36P69_MARHY 5e-74
YP_001704648.1	Similar to O53294_MYCTU 0.0
YP_001704649.1	Similar to Q47MF5_THEFY 1e-51
YP_001704650.1	Similar to Q47MF5_THEFY 7e-30
YP_001704651.1	Similar to Q742E9_MYCPA 9e-07
YP_001704652.1	Similar to Q5YQ75_NOCFA 4e-33
YP_001704653.1	Similar to Q5YQ74_NOCFA 4e-48
YP_001704654.1	Similar to Q2DYB0_ACICE 4e-23
YP_001704655.1	Similar to Q73SL4_MYCPA e-112
YP_001704656.1	Similar to Q266V0_MYCVN e-119
YP_001704657.1	Similar to Q27D76_MYCFV e-142
YP_001704658.1	Similar to Q266V9_MYCVN e-103
YP_001704659.1	Similar to Q27D70_MYCFV e-142
YP_001704660.1	Similar to Q27D68_MYCFV 1e-44
YP_001704661.1	SEPHCHC synthase; forms 5-enolpyruvoyl-6-hydroxy-2-succinyl-cyclohex-3-ene-1- carboxylate from 2-oxoglutarate and isochorismate in menaquinone biosynthesis
YP_001704662.1	Similar to Q27D66_MYCFV 3e-85
YP_001704663.1	catalyzes the dehydration of 2-succinyl-6-hydroxy-2,4-cyclohexadiene-1-carboxylic acid to form O-succinylbenzoate
YP_001704664.1	Similar to Q2SHM9_HAHCH 5e-36
YP_001704665.1	No similarity found (10-5)
YP_001704666.1	Similar to Q3W8I9_9ACTO 5e-43
YP_001704667.1	Similar to Q745H4_MYCPA 9e-41
YP_001704668.1	Similar to Q27CU5_MYCFV 2e-46
YP_001704669.1	Similar to Q70I10_9ACTO e-112
YP_001704670.1	Similar to Q9AJZ8_STRCO 6e-21
YP_001704671.1	Similar to Q3H5T7_9ACTO 3e-44
YP_001704672.1	Similar to Q27AG7_MYCFV 6e-17
YP_001704673.1	Similar to Q5YPA1_NOCFA e-156
YP_001704674.1	Similar to Q21DD7_RHOPA 4e-84
YP_001704675.1	Similar to Q73SN0_MYCPA 7e-77
YP_001704676.1	Similar to O06412_MYCTU 1e-47
YP_001704677.1	Similar to Q267A2_MYCVN 2e-10
YP_001704678.1	Similar to Q267A3_MYCVN e-152
YP_001704679.1	Similar to Q73SN4_MYCPA 2e-33
YP_001704680.1	Similar to Q27D24_MYCFV e-109
YP_001704681.1	Similar to Q82BH9_STRAW 2e-30
YP_001704682.1	Similar to Q8VJV0_MYCTU 3e-48
YP_001704683.1	Similar to Q5YPZ7_NOCFA 3e-28
YP_001704684.1	Catalyzes the reversible phosphorolysis of 5'-deoxy-5'- methylthioadenosine (MTA) to adenine and 5-methylthio-D-ribose-1- phosphate
YP_001704685.1	Similar to Q5Z3M8_NOCFA 7e-90
YP_001704686.1	catalyzes the formation of dimethylmenaquinone from 1,4-dihydroxy-2-naphthoate and octaprenyl diphosphate
YP_001704687.1	Similar to A0QYR7_MYCS2 7e-40
YP_001704688.1	Similar to Q5YP89_NOCFA 5e-20
YP_001704689.1	Similar to Q2I770_9ACTO 6e-82
YP_001704690.1	Similar to Q9RTN4_DEIRA 8e-45
YP_001704691.1	Similar to Q82GS7_STRAW 7e-10
YP_001704692.1	Similar to Q73YI7_MYCPA 3e-87
YP_001704693.1	Similar to A1YBQ7_POLCB 1e-32
YP_001704694.1	Similar to A4FA51_SACER 3e-14
YP_001704695.1	Similar to P96223_MYCTU e-133
YP_001704696.1	Similar to A0LP43_SYNFM 1e-67
YP_001704697.1	Similar to P71870_MYCTU e-137
YP_001704698.1	Similar to Q267G9_MYCVN 3e-08
YP_001704699.1	Similar to Q8VKJ8_MYCTU 5e-09
YP_001704700.1	Similar to Q73SP7_MYCPA e-117
YP_001704701.1	Similar to Q267H2_MYCVN 2e-90
YP_001704702.1	Similar to Q27D07_MYCFV 0.0
YP_001704703.1	Similar to Q27D06_MYCFV e-102
YP_001704704.1	Similar to Q7U1U8_MYCBO 5e-70
YP_001704705.1	Similar to Q5YP80_NOCFA 2e-77
YP_001704706.1	Similar to Q267H7_MYCVN e-169
YP_001704707.1	Similar to Q42Y39_9ACTO 2e-15
YP_001704708.1	Similar to Q267I2_MYCVN 8e-37
YP_001704709.1	Similar to Q8PIZ9_XANAC e-172
YP_001704710.1	Similar to Q27AN6_MYCFV 8e-78
YP_001704711.1	No similarity found (10-5)
YP_001704712.1	Similar to Q6SK42_ARTAU 0.0
YP_001704713.1	Similar to Q266A6_MYCVN 2e-57
YP_001704714.1	No similarity found (10-5)
YP_001704715.1	Similar to Q73SR7_MYCPA 3e-22
YP_001704716.1	Similar to Q267J2_MYCVN 5e-07
YP_001704717.1	Similar to Q267J3_MYCVN 6e-19
YP_001704718.1	catalyzes the formation of porphobilinogen from 5-aminolevulinate
YP_001704719.1	Similar to Q27CZ2_MYCFV 0.0
YP_001704720.1	transformation of porphobilinogen to hydroxymethylbilane in porphyrin biosynthesis
YP_001704721.1	catalyzes the formation of glutamate-1-semialdehyde from glutamyl-tRNA(Glu) and NADPH; the second step of the pathway is catalyzed by glutamate-1-semialdehyde aminomutase which results in the formation of 5-aminolevulinic acid; functions in porphyrin (tetrapyrroles) biosynthesis; the crystal structure showed a C-terminal dimerization domain that appears to be absent in Chlamydial proteins
YP_001704722.1	Similar to Q73SS2_MYCPA 2e-21
YP_001704723.1	Similar to Q27CY8_MYCFV e-113
YP_001704724.1	Similar to Y3996_MYCPA 2e-49
YP_001704725.1	Similar to O69703 3.27469e-76
YP_001704726.1	Similar to Q26MW5_XANP2 e-161
YP_001704727.1	Similar to Q73YI4_MYCPA 3e-14
YP_001704728.1	No similarity found
YP_001704729.1	Similar to Q3CQI8_ALTAT 1e-90
YP_001704730.1	Similar to Q267K0_MYCVN e-124
YP_001704731.1	Similar to Q267K1_MYCVN e-152
YP_001704732.1	Similar to Q267K3_MYCVN e-29
YP_001704733.1	catalyzes the formation of L-proline from pyrroline-5-carboxylate
YP_001704734.1	Similar to Q25YE9_MYCVN e-85
YP_001704735.1	Catalyzes the rate-limiting step in dNTP synthesis
YP_001704736.1	Similar to Q5YQ40_NOCFA 3e-27
YP_001704737.1	Similar to Q5YQ40_NOCFA 3e-27
YP_001704738.1	Similar to Q27CY1_MYCFV 4e-71
YP_001704739.1	Similar to Q267K6_MYCVN e-128
YP_001704740.1	Similar to Q267K7_MYCVN 5e-10
YP_001704741.1	Similar to Q27CX8_MYCFV e-149
YP_001704742.1	Similar to Q73ST7_MYCPA e-126
YP_001704743.1	Similar to Q5YQ65_NOCFA 3e-77
YP_001704744.1	No similarity found (10-5)
YP_001704745.1	Similar to Q27G14_MYCFV 3e-91
YP_001704746.1	Similar to Q3WZ95_9ACTN 2e-22
YP_001704747.1	Similar to EPHD_MYCTU e-132
YP_001704748.1	Similar to Q5YVD5_NOCFA e-100
YP_001704749.1	Similar to Q5YVD4_NOCFA 3e-57
YP_001704750.1	Similar to Q9ZBX8_STRCO 4e-60
YP_001704751.1	Similar to Q9ZBX8_STRCO 2e-59
YP_001704752.1	Similar to P71662_MYCTU e-135
YP_001704753.1	Similar to Q26AG3_MYCVN 2e-41
YP_001704754.1	Similar to O53295_MYCTU 9e-29
YP_001704755.1	Similar to Q9KFA5_BACHD 2e-07
YP_001704756.1	Similar to Q5Z0T3_NOCFA 8e-53
YP_001704757.1	Similar to Q5Z0T2_NOCFA 2e-54
YP_001704758.1	Similar to Q5YVG8_NOCFA 1e-15
YP_001704759.1	Similar to Q5Z0T0_NOCFA 1e-46
YP_001704760.1	Similar to Q5YVH0_NOCFA 1e-30
YP_001704761.1	Similar to Q5Z0S8_NOCFA 2e-23
YP_001704762.1	Similar to Q5Z0S7_NOCFA 4e-33
YP_001704763.1	Similar to Q5Z0S6_NOCFA 2e-24
YP_001704764.1	Similar to Q5Z289_NOCFA 2e-08
YP_001704765.1	No similarity found (10-5)
YP_001704766.1	Similar to Q25ZR3_MYCVN 3e-07
YP_001704767.1	Similar to P71662_MYCTU 2e-90
YP_001704768.1	Similar to Q5YYC8_NOCFA 1e-06
YP_001704769.1	No similarity found (10-5)
YP_001704770.1	Similar to Q5Z112_NOCFA e-108
YP_001704771.1	Similar to Q5YXP5_NOCFA 2e-37
YP_001704772.1	Similar to Q9ZBM4_MYCLE 3e-45
YP_001704773.1	Similar to Q5YT28_NOCFA 2e-82
YP_001704774.1	Similar to Q277X7_MYCFV 4e-11
YP_001704775.1	Similar to Q267L0_MYCVN e-116
YP_001704776.1	Similar to Q267L1_MYCVN e-135
YP_001704777.1	Similar to GPMA_MYCPA e-110
YP_001704778.1	Similar to P71662_MYCTU e-103
YP_001704779.1	Similar to Q263U7_MYCVN e-108
YP_001704780.1	Similar to Q73XW1_MYCPA 2e-65
YP_001704781.1	Similar to Q5YVT0_NOCFA 5e-64
YP_001704782.1	Similar to Q3W9Q7_9ACTO e-39
YP_001704783.1	Similar to Q260F5_MYCVN e-155
YP_001704784.1	Similar to Q27CX2_MYCFV 1e-52
YP_001704785.1	Similar to Q27CX1_MYCFV e-158
YP_001704786.1	Similar to Q5Z3P2_NOCFA 4e-12
YP_001704787.1	Similar to Q27CX0_MYCFV e-153
YP_001704788.1	Similar to Q73SU6_MYCPA 7e-97
YP_001704789.1	Similar to Y483_MYCTU e-155
YP_001704790.1	No similarity found (10-5)
YP_001704791.1	Similar to Q1BMT4_BURCA 5e-49
YP_001704792.1	Similar to Q4K9N9_PSEF5 3e-59
YP_001704793.1	Similar to Q27CW7_MYCFV e-112
YP_001704794.1	Similar to Q267L9_MYCVN 1e-46
YP_001704795.1	Similar to Q5YP40_NOCFA 1e-28
YP_001704796.1	Similar to Q744L0_MYCPA 1e-75
YP_001704797.1	Similar to Q744L1_MYCPA e-163
YP_001704798.1	No similarity found
YP_001704799.1	Similar to Q744L3_MYCPA e-120
YP_001704800.1	Similar to Q25XV0_MYCVN e-150
YP_001704801.1	Similar to Q25XV1_MYCVN 9e-52
YP_001704802.1	Similar to Q5YP39_NOCFA 3e-92
YP_001704803.1	Similar to Q73SV0_MYCPA 1e-83
YP_001704804.1	Similar to Q27CW1_MYCFV 3e-39
YP_001704805.1	Similar to DEOC_MYCTU 2e-57
YP_001704806.1	Similar to Q88MR0_PSEPK 2e-70
YP_001704807.1	Similar to Q25RX8_MYCVN 1e-25
YP_001704808.1	Similar to Q73SV3_MYCPA 1e-18
YP_001704809.1	Similar to Q73SV4_MYCPA 2e-11
YP_001704810.1	Similar to HBHA_MYCTU 3e-32
YP_001704811.1	Similar to Q27CV6_MYCFV 8e-47
YP_001704812.1	Similar to Q73SV7_MYCPA e-163
YP_001704813.1	Similar to Q9CB41_MYCLE 5e-87
YP_001704814.1	Similar to Q27CV3_MYCFV e-111
YP_001704815.1	Similar to Q267N8_MYCVN e-127
YP_001704816.1	Similar to Q5YXM1_NOCFA 1e-43
YP_001704817.1	Similar to Q8FRP8_COREF e-149
YP_001704818.1	Similar to Q40VC9_KINRA 5e-85
YP_001704819.1	Similar to Q5YXM4_NOCFA 6e-86
YP_001704820.1	Similar to Q5YXM5_NOCFA 0.0
YP_001704821.1	converts (S)-3-hydroxybutanoyl-CoA to 3-acetoacetyl-CoA
YP_001704822.1	Similar to Q6F5A3_CORGL 0.0
YP_001704823.1	Similar to Q73SW3_MYCPA 2e-98
YP_001704824.1	Similar to Q3L890_MYCSM 6e-85
YP_001704825.1	Similar to Q9RLP6_MYCSM 0.0
YP_001704826.1	Similar to Q3L892_MYCSM 0.0
YP_001704827.1	Similar to Q3L893_MYCSM 5e-34
YP_001704828.1	No similarity found (10-5)
YP_001704829.1	No similarity found
YP_001704830.1	Similar to Q9RMN9_MYCSM e-100
YP_001704831.1	Similar to Q9RMP0_MYCSM e-160
YP_001704832.1	Similar to Q9RFV1_MYCSM e-126
YP_001704833.1	Similar to Q9RMP2_MYCSM e-133
YP_001704834.1	Similar to O68999_MYCAV 0.0
YP_001704835.1	Similar to Q2YHI1_MYCSM e-133
YP_001704836.1	Similar to Q8GJ78_MYCSM 1e-97
YP_001704837.1	Similar to Q73S53_MYCPA e-112
YP_001704838.1	Similar to Q9XCG2_MYCAV e-155
YP_001704839.1	Similar to Q8GJ80_MYCSM e-172
YP_001704840.1	Similar to Q8GJ81_MYCSM e-141
YP_001704841.1	Similar to Q741E8_MYCPA 3e-24
YP_001704842.1	Similar to Q9KH53_MYCSM 0.0
YP_001704843.1	Similar to Q8GJ83_MYCSM 0.0
YP_001704844.1	Similar to Q2YHI9_MYCSM 2e-58
YP_001704845.1	Similar to Q73SW4_MYCPA 0.0
YP_001704846.1	Similar to Q73SW5_MYCPA 4e-53
YP_001704847.1	Similar to Q73Z51_MYCPA e-107
YP_001704848.1	Similar to Q5YXE0_NOCFA 7e-22
YP_001704849.1	Similar to A0R0Y2_MYCS2 e-159
YP_001704850.1	Similar to Q47PT7_THEFY 3e-69
YP_001704851.1	Similar to A0R0X4_MYCS2 6e-82
YP_001704852.1	Similar to A0R0Y5_MYCS2 e-149
YP_001704853.1	Similar to Q25T25_MYCVN 4e-63
YP_001704854.1	E3 component of alpha keto acid dehydrogenase complexes LpdC; forms a homodimer; binds one molecule of FAD monomer; catalyzes NAD+-dependent oxidation of dihydrolipoyl cofactors that are covalently linked to the E2 component
YP_001704855.1	Similar to Q7D9S1_MYCTU 7e-08
YP_001704856.1	Similar to Q267P9_MYCVN 9e-23
YP_001704857.1	Similar to Q27CT0_MYCFV 0.0
YP_001704858.1	No similarity found (10-5)
YP_001704859.1	No similarity found (10-5)
YP_001704860.1	Similar to Q267R8_MYCVN 3e-32
YP_001704861.1	Similar to Q5YNA6_NOCFA e-126
YP_001704862.1	Similar to Q267R9_MYCVN e-128
YP_001704863.1	Similar to Q27CS5_MYCFV e-171
YP_001704864.1	Similar to Q73SY1_MYCPA 8e-62
YP_001704865.1	Similar to Q47NT3_THEFY 6e-40
YP_001704866.1	Similar to Q3W6Y5_9ACTO 2e-14
YP_001704867.1	Similar to Q4NNN2_9DELT 4e-26
YP_001704868.1	Similar to Q7D8G5_MYCTU 6e-27
YP_001704869.1	Similar to A1ZCU6_9SPHI 4e-15
YP_001704870.1	Similar to A0QT89_MYCS2 3e-51
YP_001704871.1	Similar to Q25W45_MYCVN 6e-14
YP_001704872.1	Similar to O06353_MYCTU 0.0
YP_001704873.1	Similar to Q743M0_MYCPA 3e-38
YP_001704874.1	Similar to O06356_MYCTU 1e-37
YP_001704875.1	Similar to Q743M2_MYCPA e-161
YP_001704876.1	Similar to Q25W38_MYCVN e-128
YP_001704877.1	Similar to Q25W37_MYCVN e-148
YP_001704878.1	Similar to Q25W36_MYCVN e-130
YP_001704879.1	Similar to Q743M6_MYCPA e-113
YP_001704880.1	Similar to Q25W34_MYCVN e-125
YP_001704881.1	Similar to Q743M8_MYCPA e-105
YP_001704882.1	Similar to Q25W32_MYCVN e-108
YP_001704883.1	Similar to Q278G1_MYCFV e-123
YP_001704884.1	Similar to Q743N1_MYCPA 4e-12
YP_001704885.1	Similar to Q743N2_MYCPA 0.0
YP_001704886.1	Similar to Q25W29_MYCVN e-118
YP_001704887.1	activates fatty acids by binding to coenzyme A
YP_001704888.1	Similar to Q7TW79_MYCBO 3e-77
YP_001704889.1	Similar to Q278H0_MYCFV e-160
YP_001704890.1	activates fatty acids by binding to coenzyme A; in Mycobacterium may be involved in virulence
YP_001704891.1	Catalyzes the reversible hydration of unsaturated fatty acyl-CoA to beta-hydroxyacyl-CoA
YP_001704892.1	Similar to Q25TB6_MYCVN 2e-54
YP_001704893.1	Similar to Q743P6_MYCPA e-151
YP_001704894.1	Similar to Q8VIY6_MYCTU e-122
YP_001704895.1	Similar to Q25W15_MYCVN e-157
YP_001704896.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001704897.1	Similar to Q743Q0_MYCPA 1e-45
YP_001704898.1	Similar to Q5YNM7_NOCFA e-157
YP_001704899.1	Similar to P71876_MYCTU 2e-62
YP_001704900.1	Similar to Q7TWA5_MYCBO 0.0
YP_001704901.1	Similar to Q25W09_MYCVN 1e-42
YP_001704902.1	hydrolyzes D-tyrosyl-tRNA(Tyr) into D-tyrosine and free tRNA(Tyr); possible defense mechanism against a harmful effect of D-tyrosine
YP_001704903.1	Similar to Q82M98_STRAW 3e-61
YP_001704904.1	Similar to P71872_MYCTU e-161
YP_001704905.1	Similar to P71871_MYCTU 1e-88
YP_001704906.1	Similar to Q743Q6_MYCPA e-152
YP_001704907.1	Similar to Q25W05_MYCVN 8e-99
YP_001704908.1	with CysN catalyzes the formation of adenylylsulfate from sulfate and ATP
YP_001704909.1	in Rhizobium meliloti this protein is involved in the synthesis of nodulation factors that are active on the roots of alfalfa; catalyzes formation of activated sulfate intermediate; converts ATP and sulfate to diphosphate and adenylylsulfate and then ATP and adenylyl sulfate to ADP and 3'-phosphoadenylyl sulfate; the activated intermediate is transferred to the nodulation factors by NodH; may interact with NodP and NodQ; similar to the CysD and CysN proteins from EScherichia coli involved in cysteine biosynthesis
YP_001704910.1	ATP-dependent carboxylate-amine ligase
YP_001704911.1	Similar to SODC_MYCPA 4e-66
YP_001704912.1	Similar to Q25TB9_MYCVN 1e-19
YP_001704913.1	Similar to Q27CN3_MYCFV 2e-30
YP_001704914.1	cleaves off formyl group from N-terminal methionine residues of newly synthesized proteins; binds iron(2+)
YP_001704915.1	Similar to Q25TC2_MYCVN 2e-60
YP_001704916.1	Similar to P96273_MYCTU e-110
YP_001704917.1	Similar to Q5Z1I5_NOCFA 6e-14
YP_001704918.1	No similarity found (10-5)
YP_001704919.1	Similar to Q25XR8_MYCVN 1e-07
YP_001704920.1	No similarity found (10-5)
YP_001704921.1	Similar to Q270Q5_MYCFV 6e-49
YP_001704922.1	Similar to Q25TC7_MYCVN 0.0
YP_001704923.1	required for the synthesis of the hydromethylpyrimidine moiety of thiamine
YP_001704924.1	catalyzes the formation of 4-amino-2-methyl-5-diphosphomethylpyrimidine
YP_001704925.1	Similar to Q73T09_MYCPA 2e-73
YP_001704926.1	Similar to Q25S59_MYCVN e-106
YP_001704927.1	Similar to Q25S60_MYCVN 8e-91
YP_001704928.1	Similar to Q9RA03_RHOER 1e-36
YP_001704929.1	Similar to Q47S38_THEFY 9e-44
YP_001704930.1	Similar to Q4NDG2_9MICC e-169
YP_001704931.1	catalyzes the formation of phenylacetaldehyde from 2-phenylethylamine
YP_001704932.1	Similar to Q4NDG0_9MICC 3e-38
YP_001704933.1	Similar to Q4NK65_9MICC e-121
YP_001704934.1	catalyzes the formation of succinate semialdehyde and glutamate from 4-aminobutanoate and 2-oxoglutarate
YP_001704935.1	Similar to Q270Z6_MYCFV e-161
YP_001704936.1	Similar to Q272N5_MYCFV 2e-92
YP_001704937.1	Similar to Q277M0_MYCFV 1e-94
YP_001704938.1	No similarity found (10-5)
YP_001704939.1	Similar to Q73T13_MYCPA e-132
YP_001704940.1	Similar to Q73T14_MYCPA e-151
YP_001704941.1	Similar to Q25TD9_MYCVN 1e-20
YP_001704942.1	Similar to Q25TE0_MYCVN e-106
YP_001704943.1	functions in thiamine (vitamin B1) biosynthesis; in Bacillus subtilis this enzyme catalyzes the formation of thiazole from dehydroxyglycine and 1-deoxy-D-xylulose-5-phosphate and ThiS-thiocarboxylate
YP_001704944.1	Similar to Q25TE3_MYCVN 6e-06
YP_001704945.1	Similar to Q73T22_MYCPA e-102
YP_001704946.1	Condenses 4-methyl-5-(beta-hydroxyethyl)-thiazole monophosphate and 4-amino-5-hydroxymethyl pyrimidine pyrophosphate to form thiamine monophosphate
YP_001704947.1	No similarity found (10-5)
YP_001704948.1	Similar to P96259_MYCBO 4e-38
YP_001704949.1	Similar to Q25TE7_MYCVN e-137
YP_001704950.1	Similar to Q25TE8_MYCVN e-119
YP_001704951.1	Similar to PKNG_MYCTU 0.0
YP_001704952.1	Similar to Q25TF1_MYCVN e-116
YP_001704953.1	catalyzes the synthesis of acetylphosphate or propionylphosphate from acetyl-CoA or propionyl-CoA and inorganic phosphate; when using propionyl-CoA the enzyme is functioning in the anaerobic pathway catabolizing threonine to propionate
YP_001704954.1	Similar to Q4NGE6_9MICC 0.0
YP_001704955.1	No similarity found (10-5)
YP_001704956.1	Similar to Q7BQB2_MYCCH 5e-60
YP_001704957.1	Similar to Q9XC13_MYCCH e-177
YP_001704958.1	Similar to Q9XC14_MYCCH e-131
YP_001704959.1	Similar to Q73Y31_MYCPA 0.0
YP_001704960.1	Similar to Q73Y32_MYCPA e-115
YP_001704961.1	Similar to Q73Y33_MYCPA e-105
YP_001704962.1	Similar to Q0SEK1_RHOSR 6e-34
YP_001704963.1	Similar to Q40UN8_KINRA 5e-77
YP_001704964.1	Similar to Q828W3_STRAW 3e-85
YP_001704965.1	Similar to Q40UP0_KINRA 1e-84
YP_001704966.1	Similar to A0QXP8_MYCS2 1e-34
YP_001704967.1	Similar to Q25YT2_MYCVN e-162
YP_001704968.1	No similarity found (10-5)
YP_001704969.1	Similar to Q25TG4_MYCVN 0.0
YP_001704970.1	Similar to Q27CI7_MYCFV 6e-55
YP_001704971.1	Similar to Q25TG6_MYCVN 3e-18
YP_001704972.1	Similar to Q275Q7_MYCFV 2e-89
YP_001704973.1	Similar to Q9F3L8_STRCO 1e-87
YP_001704974.1	Similar to Q9L0A3_STRCO 4e-17
YP_001704975.1	Similar to Q27CI0_MYCFV 3e-67
YP_001704976.1	catalyzes the formation of N6-(1,2,-dicarboxyethyl)-AMP from L-aspartate, inosine monophosphate and GTP in AMP biosynthesis
YP_001704977.1	Similar to Q73T52_MYCPA 2e-31
YP_001704978.1	Similar to Q25TH8_MYCVN 3e-77
YP_001704979.1	Similar to Q73T55_MYCPA 4e-31
YP_001704980.1	Similar to O06311_MYCTU 2e-53
YP_001704981.1	catalyzes the formation of glycerone phosphate and glyceraldehyde 3-phosphate from fructose 1,6, bisphosphate
YP_001704982.1	Similar to Q25TI4_MYCVN 1e-88
YP_001704983.1	Similar to Q471Z2_RALEJ e-32
YP_001704984.1	Similar to Q25TI6_MYCVN e-124
YP_001704985.1	Similar to Q73T60_MYCPA 9e-93
YP_001704986.1	Similar to Q27CG4_MYCFV 7e-90
YP_001704987.1	involved in fifth step of pyrimidine biosynthesis; converts orotidine 5'-phosphate and diphosphate to orotate and 5-phospho-alpha-D-ribose 1-diphosphate
YP_001704988.1	Similar to Q27CG3_MYCFV 5e-88
YP_001704989.1	Similar to MMPS5_MYCTU 3e-08
YP_001704990.1	Similar to Q8GJ83_MYCSM e-137
YP_001704991.1	Similar to Q73T64_MYCPA 6e-88
YP_001704992.1	Similar to CLPB_MYCBO 0.0
YP_001704993.1	Similar to Q89II1_BRAJA 1e-13
YP_001704994.1	Similar to Q98IT8_RHILO 1e-14
YP_001704995.1	No similarity found (10-5)
YP_001704996.1	Similar to Q73T68_MYCPA e-126
YP_001704997.1	Similar to Q73T76_MYCPA 8e-47
YP_001704998.1	chaperone Hsp40; co-chaperone with DnaK; Participates actively in the response to hyperosmotic and heat shock by preventing the aggregation of stress-denatured proteins and by disaggregating proteins, also in an autonomous, dnaK-independent fashion
YP_001704999.1	Similar to Q27CE9_MYCFV 6e-44
YP_001705000.1	heat shock protein 70; assists in folding of nascent polypeptide chains; refolding of misfolded proteins; utilizes ATPase activity to help fold; co-chaperones are DnaJ and GrpE; multiple copies in some bacteria
YP_001705001.1	Similar to Q27AG7_MYCFV 8e-10
YP_001705002.1	Similar to Q9XBD1_AMYOR 8e-53
YP_001705003.1	Similar to O53924_MYCTU 4e-37
YP_001705004.1	Similar to Q27CE0_MYCFV e-131
YP_001705005.1	No similarity found (10-5)
YP_001705006.1	No similarity found (10-5)
YP_001705007.1	Similar to Q743G1_MYCPA 1e-08
YP_001705008.1	Similar to Q7U1A0_MYCBO 7e-06
YP_001705009.1	Similar to Q7U278_MYCBO e-147
YP_001705010.1	Similar to Q27CD5_MYCFV 0.0
YP_001705011.1	No similarity found (10-5)
YP_001705012.1	Similar to Q93JD4_STRCO 5e-37
YP_001705013.1	Similar to Q93JD3_STRCO 1e-45
YP_001705014.1	Similar to Q27BA0_MYCFV e-15
YP_001705015.1	Similar to Q3L9P9_RHOE4 7e-16
YP_001705016.1	Similar to Q25WU8_MYCVN 2e-19
YP_001705017.1	Similar to O33270_MYCTU 4e-18
YP_001705018.1	Similar to Q25TN0_MYCVN 5e-92
YP_001705019.1	Similar to O33269_MYCTU e-152
YP_001705020.1	Similar to Q5YNG9_NOCFA 0.0
YP_001705021.1	broad specificity; family IV; in Corynebacterium glutamicum this protein can use glutamate, 2-aminobutyrate, and aspartate as amino donors and pyruvate as the acceptor
YP_001705022.1	Similar to Q25TQ3_MYCVN 0.0
YP_001705023.1	Similar to Q27CB8_MYCFV 2e-54
YP_001705024.1	Catalyzes the formation of dUTP from dCTP in thymidylate biosynthesis
YP_001705025.1	Similar to O07236_MYCTU 2e-51
YP_001705026.1	Similar to O07236_MYCTU 3e-74
YP_001705027.1	Similar to Q9HYH6_PSEAE 6e-65
YP_001705028.1	Similar to A0QMM4_MYCA1 9e-10
YP_001705029.1	Similar to Q5YXS4_NOCFA 7e-49
YP_001705030.1	Similar to Q9Z4N5_SACER e-101
YP_001705031.1	Similar to Q73SA1_MYCPA e-115
YP_001705032.1	Similar to Q26YF2_MYCFV 3e-98
YP_001705033.1	Similar to P95059_MYCTU 0.0
YP_001705034.1	No similarity found (10-5)
YP_001705035.1	Similar to Q7U0X2_MYCBO e-99
YP_001705036.1	Similar to Q73T29_MYCPA 0.0
YP_001705037.1	Similar to Q73T30_MYCPA 3e-39
YP_001705038.1	Similar to Q9S1Q0_STRCO 1e-40
YP_001705039.1	No similarity found (10-5)
YP_001705040.1	No similarity found (10-5)
YP_001705041.1	No similarity found (10-5)
YP_001705042.1	No similarity found (10-5)
YP_001705043.1	Similar to A0QTJ8_MYCS2 4e-35
YP_001705044.1	No similarity found (10-5)
YP_001705045.1	Similar to A0PQS0_MYCUA 8e-30
YP_001705046.1	Similar to Q4NK62_9MICC 7e-36
YP_001705047.1	Similar to PUO_MICRU e-143
YP_001705048.1	Similar to A0R678_MYCS2 e-173
YP_001705049.1	Similar to A0QSW4_MYCS2 e-161
YP_001705050.1	Similar to Q4NB05_9MICC 6e-46
YP_001705051.1	No similarity found
YP_001705052.1	Similar to Q7D617_MYCTU 2e-43
YP_001705053.1	Similar to Q25V52_MYCVN e-113
YP_001705054.1	Similar to O53686_MYCTU 8e-89
YP_001705055.1	Similar to Q73TJ4_MYCPA 1e-80
YP_001705056.1	Similar to Q73TJ5_MYCPA 1e-39
YP_001705057.1	Similar to Q273L6_MYCFV 3e-81
YP_001705058.1	Similar to O86342_MYCTU 3e-67
YP_001705059.1	Similar to Q26A72_MYCVN e-154
YP_001705060.1	Similar to Q273L8_MYCFV e-118
YP_001705061.1	Similar to Q25UV7_MYCVN 2e-53
YP_001705062.1	Similar to Q73TK2_MYCPA 0.0
YP_001705063.1	Similar to Q5YRC7_NOCFA 1e-27
YP_001705064.1	Similar to Y088_MYCTU 2e-53
YP_001705065.1	Similar to Q73XN7_MYCPA e-145
YP_001705066.1	activates fatty acids by binding to coenzyme A
YP_001705067.1	Similar to Q73TK5_MYCPA e-167
YP_001705068.1	Similar to Q5QW66_IDILO 9e-20
YP_001705069.1	Similar to O84993_RHOOP 1e-08
YP_001705070.1	Similar to O53203_MYCTU 0.0
YP_001705071.1	Similar to Q273P2_MYCFV 0.0
YP_001705072.1	Similar to Q273P1_MYCFV 0.0
YP_001705073.1	Similar to Q273P0_MYCFV e-114
YP_001705074.1	Similar to Q418T4_KINRA 1e-56
YP_001705075.1	Similar to Q3IVT2_RHOS4 2e-33
YP_001705076.1	Similar to Q418T5_KINRA e-139
YP_001705077.1	Similar to Q73RY9_MYCPA e-132
YP_001705078.1	Similar to Q5YVX1_NOCFA 1e-58
YP_001705079.1	Similar to Q5YVX2_NOCFA 7e-55
YP_001705080.1	Similar to Y7141_STRCO 1e-56
YP_001705081.1	Similar to Q67SA7_SYMTH 1e-42
YP_001705082.1	Catalyzes the ferredoxin-dependent oxidative decarboxylation of arylpyruvates
YP_001705083.1	Similar to HYDL_STRHA 2e-65
YP_001705084.1	Similar to BPHC3_RHOGO e-31
YP_001705085.1	Similar to Q2JF15_FRASC 2e-14
YP_001705086.1	Similar to Q4PK72_9BACT 7e-41
YP_001705087.1	Similar to Q3WD70_9ACTO e-108
YP_001705088.1	Similar to Q5Z085_NOCFA 1e-20
YP_001705089.1	No similarity found (10-5)
YP_001705090.1	Similar to Q75T42_RHOSR 3e-64
YP_001705091.1	Similar to Q5Z2M6_NOCFA 5e-53
YP_001705092.1	Similar to O51849_PSEPU 7e-38
YP_001705093.1	Similar to O85286_9SPHN 7e-57
YP_001705094.1	Similar to Q2Z1K6_ARTGO 1e-17
YP_001705095.1	Similar to Q3YZ15_SHISS e-104
YP_001705096.1	Similar to Q47QF5_THEFY 6e-88
YP_001705097.1	catalyzes the cleavage of 3-(2,3-dihydroxyphenyl) propionate into 2-hydroxy-6-oxonona-2,4-diene-1,9-dioate; part of the 3-phenylpropionic acid degradation pathway; member of the protocatechuate 4,5-dioxygenase family
YP_001705098.1	Similar to Q2PQW4_9NOCA 4e-89
YP_001705099.1	catalyzes the formation of acetyl-CoA from acetalaldehyde
YP_001705100.1	catalyzes the formation of pyruvate and acetaldehyde from 4-hydroxy-2-ketovaleric acid; involved in the degradation of phenylpropionate
YP_001705101.1	Similar to Q278P2_MYCFV 0.0
YP_001705102.1	Similar to Q27EB3_MYCFV 0.0
YP_001705103.1	Similar to Q261K6_MYCVN 1e-98
YP_001705104.1	Similar to Q261K5_MYCVN 1e-75
YP_001705105.1	Similar to Q26A58_MYCVN 1e-66
YP_001705106.1	specific inhibitor of chromosomal initiation of replication in vitro; binds the three 13-mers in the origin (oriC) to block initiation of replication; also controls genes involved in arginine transport
YP_001705107.1	Similar to Q266N4_MYCVN 0.0
YP_001705108.1	Similar to Q266N3_MYCVN 1e-39
YP_001705109.1	Similar to Q266N1_MYCVN 2e-76
YP_001705110.1	Similar to Q8YLF3_ANASP 4e-26
YP_001705111.1	Similar to Q273Q6_MYCFV 2e-64
YP_001705112.1	Similar to Q9X7X8_STRCO 8e-48
YP_001705113.1	Similar to Q2Z1W4_RHOER 2e-99
YP_001705114.1	Similar to Q5YWJ8_NOCFA 1e-28
YP_001705115.1	Similar to Q7DA51_MYCTU 6e-80
YP_001705116.1	No similarity found (10-5)
YP_001705117.1	Similar to Q273Q9_MYCFV 7e-72
YP_001705118.1	Similar to Q73TK9_MYCPA 2e-64
YP_001705119.1	Similar to Q273R1_MYCFV e-110
YP_001705120.1	Similar to AAC2_MYCTU 2e-57
YP_001705121.1	No similarity found (10-5)
YP_001705122.1	Similar to Q9CHC0_LACLA 4e-08
YP_001705123.1	Similar to Q82E89_STRAW 3e-06
YP_001705124.1	Similar to Q9EWJ3_STRCO 1e-64
YP_001705125.1	Similar to A4FP70_SACER 5e-92
YP_001705126.1	Similar to Q9XDG8_MYCSM 1e-38
YP_001705127.1	Similar to Q5Z288_NOCFA e-138
YP_001705128.1	No similarity found (10-5)
YP_001705129.1	Similar to Q73S40_MYCPA 2e-15
YP_001705130.1	Similar to Q8GPH4_ENTAG 7e-48
YP_001705131.1	Similar to Q73ZL4_MYCPA 2e-59
YP_001705132.1	Similar to Q5YT54_NOCFA e-100
YP_001705133.1	Similar to OXYR_MYCMR 3e-95
YP_001705134.1	Similar to Q26AI7_MYCVN 8e-94
YP_001705135.1	Similar to Q0S7X1_RHOSR 5e-50
YP_001705136.1	Similar to Q82CV3_STRAW 8e-61
YP_001705137.1	Similar to Q0S7X3_RHOSR e-101
YP_001705138.1	Similar to A4FG68_SACER 8e-83
YP_001705139.1	Similar to Q93J72_STRCO e-126
YP_001705140.1	Similar to Q0S805_RHOSR 4e-73
YP_001705141.1	Similar to Q826M2_STRAW e-141
YP_001705142.1	Similar to Q47KP0_THEFY e-144
YP_001705143.1	Similar to Q46NL2_RALEJ e-101
YP_001705144.1	Similar to Q7U2G4_MYCBO 1e-18
YP_001705145.1	Similar to Q7U2G5_MYCBO e-126
YP_001705146.1	part of four member succinate dehydrogenase enzyme complex that forms a trimeric complex (trimer of tetramers); SdhA/B are the catalytic subcomplex and can exhibit succinate dehydrogenase activity in the absence of SdhC/D which are the membrane components and form cytochrome b556; SdhC binds ubiquinone; oxidizes succinate to fumarate while reducing ubiquinone to ubiquinol
YP_001705147.1	catalyzes the fumarate and succinate interconversion; fumarate reductase is used under anaerobic conditions with glucose or glycerol as carbon source
YP_001705148.1	No similarity found (10-5)
YP_001705149.1	No similarity found (10-5)
YP_001705150.1	Similar to A0QZW7_MYCS2 6e-31
YP_001705151.1	Similar to Q5YN48_NOCFA 7e-38
YP_001705152.1	Similar to Q5YXE9_NOCFA 7e-54
YP_001705153.1	Similar to Q5YXE8_NOCFA 6e-36
YP_001705154.1	Similar to Q273T2_MYCFV 7e-63
YP_001705155.1	Similar to Q4JSK8_CORJK 1e-70
YP_001705156.1	No similarity found (10-5)
YP_001705157.1	No similarity found (10-5)
YP_001705158.1	Similar to Q73TM3_MYCPA e-105
YP_001705159.1	Similar to PKNJ_MYCTU 5e-81
YP_001705160.1	Similar to Q27DL9_MYCFV 1e-41
YP_001705161.1	Similar to Q73TM4_MYCPA 0.0
YP_001705162.1	Similar to Q39HU6_BURS3 e-100
YP_001705163.1	Similar to Q73KJ1_TREDE 9e-16
YP_001705164.1	Similar to O87227_9LACT 8e-16
YP_001705165.1	Similar to Q5YQI5_NOCFA e-111
YP_001705166.1	Catalyzes the synthesis of acetoacetyl coenzyme A from two molecules of acetyl coenzyme A. It can also act as a thiolase, catalyzing the reverse reaction and generating two-carbon units from the four-carbon product of fatty acid oxidation
YP_001705167.1	Catalyzes the first of the two reduction steps in the elongation cycle of fatty acid synthesis
YP_001705168.1	Similar to Q273U6_MYCFV 5e-90
YP_001705169.1	Similar to P72040_MYCTU 4e-33
YP_001705170.1	Similar to Q9K879_BACHD 4e-79
YP_001705171.1	Similar to Q72G10_DESVH 2e-73
YP_001705172.1	Similar to Q73TM9_MYCPA 2e-57
YP_001705173.1	Similar to A1RD28_ARTAT 1e-76
YP_001705174.1	Similar to A3Q5D1_MYCSJ 2e-46
YP_001705175.1	Similar to Q82FJ8_STRAW 5e-13
YP_001705176.1	Similar to A0K0A5_ARTS2 2e-20
YP_001705177.1	Similar to A1SDQ4_NOCSJ 2e-25
YP_001705178.1	activates fatty acids by binding to coenzyme A
YP_001705179.1	Similar to Q25YY5_MYCVN e-115
YP_001705180.1	Similar to Q73YC3_MYCPA 1e-88
YP_001705181.1	Similar to O69499_MYCLE e-110
YP_001705182.1	Similar to Q82NU6_STRAW e-104
YP_001705183.1	No similarity found (10-5)
YP_001705184.1	No similarity found (10-5)
YP_001705185.1	Similar to Q5YU71_NOCFA 4e-08
YP_001705186.1	No similarity found (10-5)
YP_001705187.1	No similarity found (10-5)
YP_001705188.1	Similar to Q5YU73_NOCFA 2e-23
YP_001705189.1	Similar to Q5YU72_NOCFA 1e-06
YP_001705190.1	No similarity found (10-5)
YP_001705191.1	Similar to Q73ZM0_MYCPA 3e-33
YP_001705192.1	Similar to Q6N8B4_RHOPA 1e-35
YP_001705193.1	Similar to Q6AAW6_PROAC 1e-08
YP_001705194.1	No similarity found (10-5)
YP_001705195.1	Similar to Q73TN2_MYCPA 0.0
YP_001705196.1	Similar to Q73TQ1_MYCPA e-126
YP_001705197.1	Similar to Q265R0_MYCVN e-124
YP_001705198.1	Similar to Q265Q9_MYCVN e-108
YP_001705199.1	Similar to Q27G15_MYCFV 0.0
YP_001705200.1	Similar to Q27G16_MYCFV e-122
YP_001705201.1	Similar to Q27G17_MYCFV 2e-81
YP_001705202.1	Similar to Q8GNL5_MYCAB 6e-51
YP_001705203.1	Similar to Q265Q1_MYCVN e-133
YP_001705204.1	Similar to Q265Q0_MYCVN e-106
YP_001705205.1	Similar to Q5YSB4_NOCFA 7e-83
YP_001705206.1	Similar to Q5YSB3_NOCFA 2e-68
YP_001705207.1	Similar to P96405_MYCTU 0.0
YP_001705208.1	Similar to Q4NJ01_9MICC e-165
YP_001705209.1	Similar to Q4NJ04_9MICC 2e-89
YP_001705210.1	Similar to Q4K423_PSEF5 1e-42
YP_001705211.1	Similar to Q472W9_RALEJ 6e-19
YP_001705212.1	Similar to Q3CKV4_ALTAT 5e-77
YP_001705213.1	Similar to O53927_MYCTU 2e-65
YP_001705214.1	Similar to O29060_ARCFU 2e-12
YP_001705215.1	Similar to Q7D835_MYCTU e-117
YP_001705216.1	Similar to P71977_MYCTU 6e-29
YP_001705217.1	Similar to Q25WI5_MYCVN 8e-82
YP_001705218.1	No similarity found (10-5)
YP_001705219.1	Similar to Q271I2_MYCFV e-144
YP_001705220.1	No similarity found (10-5)
YP_001705221.1	Similar to Q267U5_MYCVN 2e-71
YP_001705222.1	Similar to Q267U7_MYCVN 8e-61
YP_001705223.1	Similar to Q3W2F9_9ACTO 2e-75
YP_001705224.1	No similarity found (10-5)
YP_001705225.1	catalyzes the phosphorylation and decarboxylation of oxaloacetate to form phosphoenolpyruvate using GTP
YP_001705226.1	No similarity found (10-5)
YP_001705227.1	Similar to Q7U2K2_MYCBO 2e-88
YP_001705228.1	Similar to Q265L1_MYCVN 3e-42
YP_001705229.1	Similar to TRMB_MYCPA 1e-73
YP_001705230.1	Similar to Q5YNA4_NOCFA 7e-88
YP_001705231.1	Similar to MMPL3_MYCTU 0.0
YP_001705232.1	Similar to Q5YNA2_NOCFA 1e-36
YP_001705233.1	Similar to Q264B6_MYCVN 2e-44
YP_001705234.1	Similar to Q73YU9_MYCPA e-119
YP_001705235.1	Similar to Q73YV0_MYCPA e-133
YP_001705236.1	Similar to Q73YV1_MYCPA e-130
YP_001705237.1	Similar to Q73YV2_MYCPA e-127
YP_001705238.1	Similar to Q73YV3_MYCPA e-136
YP_001705239.1	Similar to Q745A3_MYCPA e-159
YP_001705240.1	Similar to Q266Y4_MYCVN e-101
YP_001705241.1	Similar to Q27D45_MYCFV 2e-96
YP_001705242.1	Similar to Q5YN98_NOCFA 3e-85
YP_001705243.1	Similar to Q5YN97_NOCFA 1e-81
YP_001705244.1	Similar to Q5YN96_NOCFA 2e-75
YP_001705245.1	Similar to Q73U18_MYCPA 3e-51
YP_001705246.1	Similar to Q5YN95_NOCFA e-119
YP_001705247.1	Similar to Q265K6_MYCVN e-111
YP_001705248.1	Similar to Q270H5_MYCFV 4e-53
YP_001705249.1	Similar to Q273Z2_MYCFV 6e-29
YP_001705250.1	No similarity found (10-5)
YP_001705251.1	Similar to Q73TT0_MYCPA 4e-08
YP_001705252.1	Similar to Q265K0_MYCVN 0.0
YP_001705253.1	Similar to Q265J9_MYCVN 9e-23
YP_001705254.1	No similarity found (10-5)
YP_001705255.1	Similar to Y2625_STRCO 1e-68
YP_001705256.1	Similar to Q40VD4_KINRA 2e-29
YP_001705257.1	Similar to Q265J8_MYCVN 8e-42
YP_001705258.1	Similar to Q7U2L1_MYCBO 5e-27
YP_001705259.1	Similar to Q265J6_MYCVN 0.0
YP_001705260.1	Similar to Q5YMV0_NOCFA 3e-76
YP_001705261.1	Similar to Q261K4_MYCVN e-131
YP_001705262.1	Similar to Q73XJ6_MYCPA e-180
YP_001705263.1	Similar to Q73XJ5_MYCPA 0.0
YP_001705264.1	Similar to Q274D0_MYCFV 2e-41
YP_001705265.1	Similar to Q26ZH4_MYCFV 4e-38
YP_001705266.1	Similar to Q5YT33_NOCFA 2e-41
YP_001705267.1	Similar to Q744J4_MYCPA e-130
YP_001705268.1	catalyzes the dehydration of 2,3-dihydroxy-3-methylbutanoate to 3-methyl-2-oxobutanoate in valine and isoleucine biosynthesis
YP_001705269.1	Similar to Q27G09_MYCFV 1e-20
YP_001705270.1	Similar to Q2IQ35_ANADE 3e-87
YP_001705271.1	Similar to Q73TU1_MYCPA 3e-60
YP_001705272.1	Similar to Q26ZE3_MYCFV 2e-37
YP_001705273.1	Similar to Q73TU5_MYCPA 1e-93
YP_001705274.1	Similar to Q73TU6_MYCPA e-100
YP_001705275.1	Similar to Q73WJ8_MYCPA 0.0
YP_001705276.1	DNA-dependent RNA polymerase catalyzes the transcription of DNA into RNA using the four ribonucleoside triphosphates as substrates
YP_001705277.1	Similar to Q5Z264_NOCFA 3e-94
YP_001705278.1	Similar to Q92NM9_RHIME 6e-36
YP_001705279.1	No similarity found (10-5)
YP_001705280.1	Similar to Q3Z667_DEHE1 2e-36
YP_001705281.1	No similarity found (10-5)
YP_001705282.1	Similar to A1TC70_MYCVP e-165
YP_001705283.1	Similar to Q840S5_9NOCA e-130
YP_001705284.1	Similar to Q278Z2_MYCFV e-101
YP_001705285.1	Similar to Q26AV5_MYCVN e-120
YP_001705286.1	Similar to Q745C0_MYCPA e-135
YP_001705287.1	Similar to Q266X9_MYCVN e-118
YP_001705288.1	Similar to Q73YV1_MYCPA e-118
YP_001705289.1	Similar to Q73YV2_MYCPA e-108
YP_001705290.1	Similar to Q266Y2_MYCVN e-129
YP_001705291.1	Similar to Q745A3_MYCPA e-158
YP_001705292.1	Similar to O07411_MYCTU 0.0
YP_001705293.1	Similar to Q3H2I9_9ACTO 9e-46
YP_001705294.1	Similar to Q279B2_MYCFV 1e-61
YP_001705295.1	Similar to Q279B3_MYCFV 2e-32
YP_001705296.1	Similar to O06576_MYCTU 1e-56
YP_001705297.1	Similar to O53641_MYCTU 5e-77
YP_001705298.1	Similar to Q3V8J0_KINRA 3e-88
YP_001705299.1	No similarity found (10-5)
YP_001705300.1	Similar to Q5Z131_NOCFA e-168
YP_001705301.1	Similar to Q73TZ5_MYCPA 1e-37
YP_001705302.1	Similar to Q73TZ6_MYCPA e-162
YP_001705303.1	Similar to Q5YQK0_NOCFA e-157
YP_001705304.1	No similarity found (10-5)
YP_001705305.1	Similar to Q3H4Z8_9ACTO 5e-14
YP_001705306.1	No similarity found (10-5)
YP_001705307.1	Similar to Q9CBG0_MYCLE 6e-62
YP_001705308.1	Similar to Q73S86_MYCPA 4e-64
YP_001705309.1	Similar to Q745R0_MYCPA 1e-43
YP_001705310.1	Similar to Q73SJ5_MYCPA 2e-68
YP_001705311.1	Similar to Q269A2_MYCVN 3e-80
YP_001705312.1	Similar to Q5V0V7_HALMA 1e-51
YP_001705313.1	Similar to Q89ZP6_BACTN e-130
YP_001705314.1	Similar to P96830_MYCTU 2e-41
YP_001705315.1	Similar to Q279D3_MYCFV 2e-15
YP_001705316.1	Similar to Q266X7_MYCVN 3e-34
YP_001705317.1	Similar to Q745C0_MYCPA e-124
YP_001705318.1	Similar to Q27D51_MYCFV 6e-88
YP_001705319.1	Similar to Q27D50_MYCFV 3e-90
YP_001705320.1	Similar to Q266Y1_MYCVN 6e-81
YP_001705321.1	Similar to Q266Y2_MYCVN 6e-97
YP_001705322.1	Similar to Q745A3_MYCPA e-91
YP_001705323.1	Similar to Q266Y4_MYCVN 2e-97
YP_001705324.1	Similar to Q266Y5_MYCVN 1e-66
YP_001705325.1	Similar to Q269C2_MYCVN 2e-31
YP_001705326.1	Similar to Q279D6_MYCFV 8e-98
YP_001705327.1	Similar to Q7DAD8_MYCTU e-118
YP_001705328.1	Similar to Q265E0_MYCVN e-164
YP_001705329.1	Similar to Q265D9_MYCVN 3e-77
YP_001705330.1	Similar to P96822_MYCTU 8e-75
YP_001705331.1	FabF; beta-ketoacyl-ACP synthase II, KASII; catalyzes a condensation reaction in fatty acid biosynthesis: addition of an acyl acceptor of two carbons from malonyl-ACP; required for the elongation of short-chain unsaturated acyl-ACP
YP_001705332.1	Similar to Q268K9_MYCVN e-148
YP_001705333.1	Similar to TCMP_STRGA 1e-51
YP_001705334.1	Similar to Q67LX5_SYMTH 8e-14
YP_001705335.1	Similar to Q37A31_RHOPA 7e-28
YP_001705336.1	Similar to Q73Y82_MYCPA 5e-56
YP_001705337.1	Similar to Q5P072_AZOSE 1e-13
YP_001705338.1	Similar to Q25YG1_MYCVN e-112
YP_001705339.1	Similar to O06581_MYCTU e-168
YP_001705340.1	Similar to Q744P4_MYCPA 0.0
YP_001705341.1	Similar to Q744P5_MYCPA e-111
YP_001705342.1	catalyzes the formation of citrate from acetyl-CoA and oxaloacetate
YP_001705343.1	No similarity found (10-5)
YP_001705344.1	Similar to Q82DB2_STRAW 1e-30
YP_001705345.1	Similar to Q73YP5_MYCPA e-123
YP_001705346.1	catalyzes the transfer of a methyl group from 5-methyltetrahydrofolate to homocysteine to form methionine
YP_001705347.1	Similar to Q82LM4_STRAW 3e-31
YP_001705348.1	Similar to Q73SZ5_MYCPA 1e-13
YP_001705349.1	activates fatty acids by binding to coenzyme A
YP_001705350.1	No similarity found (10-5)
YP_001705351.1	Similar to Q4NC35_9MICC 4e-97
YP_001705352.1	Similar to Q89RD8_BRAJA 7e-15
YP_001705353.1	Similar to Q25T46_MYCVN e-127
YP_001705354.1	Similar to Q5YWX8_NOCFA 1e-53
YP_001705355.1	Similar to Q5YWX7_NOCFA 5e-94
YP_001705356.1	Similar to Q5YWX6_NOCFA e-127
YP_001705357.1	Similar to Q265T5_MYCVN 5e-23
YP_001705358.1	Similar to Q3F6J9_9BURK 6e-99
YP_001705359.1	Similar to P95144_MYCTU 6e-16
YP_001705360.1	Similar to Q5Z0N2_NOCFA e-148
YP_001705361.1	Similar to Q5YR35_NOCFA 2e-99
YP_001705362.1	Similar to Q5YR36_NOCFA 0.0
YP_001705363.1	Similar to A1T496_MYCVP 0.0
YP_001705364.1	Similar to A1R1Q8_ARTAT 1e-87
YP_001705365.1	Similar to Q65MQ3_BACLD 5e-44
YP_001705366.1	Similar to Q705U3_9NOCA e-106
YP_001705367.1	Similar to Q5YWY1_NOCFA 1e-36
YP_001705368.1	Similar to Q5YR37_NOCFA 4e-07
YP_001705369.1	Similar to Q267I7_MYCVN 5e-59
YP_001705370.1	Similar to Q266X3_MYCVN 3e-24
YP_001705371.1	Similar to Q3H2K2_9ACTO 1e-11
YP_001705372.1	No similarity found (10-5)
YP_001705373.1	Similar to Q27FM5_MYCFV e-109
YP_001705374.1	Similar to Q261Y5_MYCVN 0.0
YP_001705375.1	Similar to Q73S59_MYCPA 2e-61
YP_001705376.1	Similar to Q73S58_MYCPA 2e-59
YP_001705377.1	Similar to Q73S57_MYCPA 6e-26
YP_001705378.1	Similar to Q73S56_MYCPA e-132
YP_001705379.1	No similarity found (10-5)
YP_001705380.1	Similar toQ2SUS0_BURTA e-112
YP_001705381.1	Similar to Q5YVA6_NOCFA 5e-57
YP_001705382.1	Similar to Q263J2_MYCVN 1e-44
YP_001705383.1	Similar to Q5YPQ4_NOCFA 2e-20
YP_001705384.1	Similar to Y364_MYCTU 2e-56
YP_001705385.1	Similar to Q9K4H7_STRCO 6e-20
YP_001705386.1	No similarity found (10-5)
YP_001705387.1	No similarity found (10-5)
YP_001705388.1	Similar to A1T246_MYCVP 1e-99
YP_001705389.1	Similar to Q74NP3_BACC1 2e-90
YP_001705390.1	Similar to A1T272_MYCVP e-120
YP_001705391.1	Similar to A0TSW4_9BURK 3e-59
YP_001705392.1	No similarity found (10-5)
YP_001705393.1	Similar to A1SN90_NOCSJ 1e-44
YP_001705394.1	Similar to Q74EL4_GEOSL 5e-15
YP_001705395.1	Similar to Q0LEB9_HERAU 1e-66
YP_001705396.1	Similar to Q2RHY6_MOOTA 2e-20
YP_001705397.1	Similar to Q7MYK5_PHOLL 5e-87
YP_001705398.1	Similar to Q279H7_MYCFV O.O
YP_001705399.1	Similar to Q5VKQ1_SACER 2e-45
YP_001705400.1	Similar to Q73XT0_MYCPA 4e-20
YP_001705401.1	Similar to Q5YP20_NOCFA 5e-88
YP_001705402.1	Similar to Q9K4G9_STRCO 1e-88
YP_001705403.1	Similar to Q73WI5_MYCPA 2e-47
YP_001705404.1	No similarity found (10-5)
YP_001705405.1	No similarity found (10-5)
YP_001705406.1	Similar to Q82NN8_STRAW 5e-23
YP_001705407.1	Similar to A0ADB2_STRAM 2e-19
YP_001705408.1	Similar to Q67LP6_SYMTH e-41
YP_001705409.1	Similar to Q82R52_STRAW 7e-50
YP_001705410.1	Similar to Q745G6_MYCPA 2e-37
YP_001705411.1	Similar to O05317_MYCTU 9e-48
YP_001705412.1	Similar to Q9XCF3_MYCAV 0.0
YP_001705413.1	Similar to Q9Z4X6_STRCO 0.0
YP_001705414.1	Similar to Q73YT3_MYCPA 1e-29
YP_001705415.1	Similar to C135B_MYCTU e-148
YP_001705416.1	Similar to O68999_MYCAV e-125
YP_001705417.1	Similar to Q9RMP3_MYCSM e-126
YP_001705418.1	Similar to Q2G3A6_NOVAD e-16
YP_001705419.1	Similar to Q740D3_MYCPA 4e-37
YP_001705420.1	Similar to Q3L890_MYCSM 5e-43
YP_001705421.1	Similar to Q740W2_MYCPA 2e-86
YP_001705422.1	Similar to Q266A6_MYCVN 6e-59
YP_001705423.1	Similar to Q73TG5_MYCPA 8e-84
YP_001705424.1	Similar to Q73WQ1_MYCPA 4e-16
YP_001705425.1	Similar to Q740V3_MYCPA 0.0
YP_001705426.1	Similar to Q740V2_MYCPA 0.0
YP_001705427.1	Similar to MMPS4_MYCTU 1e-39
YP_001705428.1	Similar to Q5YXS4_NOCFA 3e-32
YP_001705429.1	Similar to Q5YZI0_NOCFA 7e-31
YP_001705430.1	Similar to Q25RM9_MYCVN 4e-66
YP_001705431.1	Similar to Q25RN0_MYCVN 1e-45
YP_001705432.1	Similar to Q9K3Z4_STRCO 3e-14
YP_001705433.1	Similar to Q4NZV8_9DELT 9e-39
YP_001705434.1	Similar to Q73Z98_MYCPA 1e-82
YP_001705435.1	Similar to Q73Z99_MYCPA 1e-54
YP_001705436.1	Similar to Q741P9_MYCPA 0.0
YP_001705437.1	Similar to Q4JXS8_CORJK 4e-35
YP_001705438.1	Similar to Q73U51_MYCPA e-173
YP_001705439.1	the Vibrio parahaemolyticus gene VP2867 was found to be a potassium/proton antiporter; can rapidly extrude potassium against a potassium gradient at alkaline pH when cloned and expressed in Escherichia coli
YP_001705440.1	Similar to Q27CP6_MYCFV 2e-73
YP_001705441.1	No similarity found (10-5)
YP_001705442.1	No similarity found (10-5)
YP_001705443.1	No similarity found (10-5)
YP_001705444.1	Similar to Q745Q9_MYCPA 7e-12
YP_001705445.1	Similar to Q8UKC9_AGRT5 2e-14
YP_001705446.1	Similar to Q728I6_DESVH 1e-58
YP_001705447.1	Similar to Q25WW4_MYCVN 0.0
YP_001705448.1	Similar to Q271K5_MYCFV 1e-37
YP_001705449.1	Similar to Q744F6_MYCPA 8e-28
YP_001705450.1	Similar to Q73UF2_MYCPA 8e-80
YP_001705451.1	Similar to Q5YV74_NOCFA 5e-79
YP_001705452.1	Similar to Q5YV73_NOCFA 1e-68
YP_001705453.1	Similar to Q268P7_MYCVN 2e-17
YP_001705454.1	No similarity found (10-5)
YP_001705455.1	Similar to Q268P8_MYCVN 5e-64
YP_001705456.1	Similar to Q5YUS5_NOCFA 0.0
YP_001705457.1	Similar to Q25YL9_MYCVN 3e-64
YP_001705458.1	Similar to Q5YR89_NOCFA 1e-17
YP_001705459.1	Similar to Q4NHB4_9MICC 7e-61
YP_001705460.1	Similar to Q2YAR5_NITMU e-118
YP_001705461.1	Similar to Q988N2_RHILO 4e-55
YP_001705462.1	Similar to Q73ZE2_MYCPA e-113
YP_001705463.1	Similar to Q64SV8_BACFR e-101
YP_001705464.1	Similar to Q73YE9_MYCPA e-121
YP_001705465.1	Similar to Q7U288_MYCBO e-74
YP_001705466.1	Similar to Q5YM37_NOCFA 2e-21
YP_001705467.1	Similar to Q266N3_MYCVN 1e-26
YP_001705468.1	Similar to MMPL4_MYCTU 0.0
YP_001705469.1	Similar to Q3L9M8_RHOE4 4e-26
YP_001705470.1	Similar to Q73X98_MYCPA 3e-50
YP_001705471.1	Similar to Q9RK47_STRCO 2e-49
YP_001705472.1	Similar to Q9FBW7_STRCO 7e-95
YP_001705473.1	Similar to Q268M5_MYCVN 6e-71
YP_001705474.1	Similar to Q741N7_MYCPA 9e-67
YP_001705475.1	Similar to Q73Z95_MYCPA 1e-84
YP_001705476.1	Similar to Q70I13_9ACTO 1e-80
YP_001705477.1	Similar to Q269J8_MYCVN e-100
YP_001705478.1	Similar to Q7D810_MYCTU e-125
YP_001705479.1	Similar to Q3KAD0_PSEPF 7e-06
YP_001705480.1	Similar to Q3GXT7_9ACTO 2e-80
YP_001705481.1	Similar to Q270J3_MYCFV e-23
YP_001705482.1	Similar to Q270J3_MYCFV 9e-41
YP_001705483.1	Similar to Q73XE1_MYCPA 7e-89
YP_001705484.1	Similar to Q73XE2_MYCPA 0.0
YP_001705485.1	Similar to Q27BY1_MYCFV e-140
YP_001705486.1	Similar to Q25SM3_MYCVN e-143
YP_001705487.1	Similar to Q5Z0K7_NOCFA 3e-64
YP_001705488.1	Similar to Q262B2_MYCVN 2e-17
YP_001705489.1	Similar to Q7NNU7_GLOVI 1e-19
YP_001705490.1	Similar to Q73V83_MYCPA 0.0
YP_001705491.1	Similar to Q73V84_MYCPA 3e-56
YP_001705492.1	Similar to Q73V85_MYCPA 9e-28
YP_001705493.1	Similar to Q5Z212_NOCFA 9e-78
YP_001705494.1	Similar to Q4NLN6_9MICC 9e-21
YP_001705495.1	Similar to Q277S4_MYCFV 4e-73
YP_001705496.1	No similarity found (10-5)
YP_001705497.1	Similar to O06825_MYCTU 1e-86
YP_001705498.1	Similar to Q6ZZW7_STRAT 1e-45
YP_001705499.1	Similar to Q7DAI9_MYCTU e-102
YP_001705500.1	No similarity found (10-5)
YP_001705501.1	No similarity found (10-5)
YP_001705502.1	Similar to Q25X41_MYCVN e-153
YP_001705503.1	Similar to Q25X44_MYCVN 0.0
YP_001705504.1	Similar to Q73ZD6_MYCPA 1e-98
YP_001705505.1	Similar to Q25V44_MYCVN 2e-71
YP_001705506.1	Similar to Q745Q8_MYCPA 8e-08
YP_001705507.1	Similar to Q73Z28_MYCPA 2e-26
YP_001705508.1	No similarity found (10-5)
YP_001705509.1	Similar to Q3W593_9ACTO 4e-20
YP_001705510.1	Similar to Q7TZ38_MYCBO 6e-35
YP_001705511.1	No similarity found (10-5)
YP_001705512.1	Similar to Q266Z8_MYCVN 1e-49
YP_001705513.1	No similarity found (10-5)
YP_001705514.1	Similar to Q3WJS6_9ACTO 5e-43
YP_001705515.1	Similar to Q9A5Y2_CAUCR 2e-27
YP_001705516.1	Similar to Q7NGE4_GLOVI 6e-12
YP_001705517.1	Similar to Q5YVA6_NOCFA 3e-95
YP_001705518.1	Similar to Q4IDE1_GIBZE 1e-91
YP_001705519.1	Similar to Q271I2_MYCFV 3e-98
YP_001705520.1	Similar to Q7NVX5_CHRVO 1e-18
YP_001705521.1	Similar to Q266A8_MYCVN 2e-42
YP_001705522.1	Similar to Q25WZ1_MYCVN 0.0
YP_001705523.1	Similar to Q26ZF4_MYCFV e-107
YP_001705524.1	Similar to Q8PUP5_METMA 7e-27
YP_001705525.1	No similarity found (10-5)
YP_001705526.1	No similarity found
YP_001705527.1	Similar to Q98CS7_RHILO 2e-37
YP_001705528.1	Similar to Y1288_MYCTU 0.0
YP_001705529.1	Similar to Q272S9_MYCFV e-115
YP_001705530.1	No similarity found (10-5)
YP_001705531.1	No similarity found (10-5)
YP_001705532.1	No similarity found (10-5)
YP_001705533.1	Similar to Q7AQU9_SALTI 2e-17
YP_001705534.1	No similarity found (10-5)
YP_001705535.1	Similar to A1UPI1_MYCSK 6e-23
YP_001705536.1	Similar to A1AN33_PELPD 8e-39
YP_001705537.1	Similar to A1AN34_PELPD 2e-71
YP_001705538.1	Similar to Q0RYU1_RHOSR 2e-36
YP_001705539.1	No similarity found (10-5)
YP_001705540.1	No similarity found (10-5)
YP_001705541.1	No similarity found (10-5)
YP_001705542.1	No similarity found (10-5)
YP_001705543.1	Similar to Q3H6J9_9ACTO 5e-23
YP_001705544.1	Similar to Q3H6J8_9ACTO e-108
YP_001705545.1	Similar to Q3H6J7_9ACTO e-88
YP_001705546.1	No similarity found (10-5)
YP_001705547.1	Similar to Q70K68_9ACTO 1e-44
YP_001705548.1	Similar to Q9ACU8_STRCO 0.0
YP_001705549.1	No similarity found (10-5)
YP_001705550.1	No similarity found (10-5)
YP_001705551.1	Similar to Q262H0_MYCVN 3e-12
YP_001705552.1	Similar to Q5YN03_NOCFA 1e-07
YP_001705553.1	No similarity found (10-5)
YP_001705554.1	No similarity found (10-5)
YP_001705555.1	No similarity found (10-5)
YP_001705556.1	No similarity found (10-5)
YP_001705557.1	No similarity found (10-5)
YP_001705558.1	Similar to A0QR96_MYCS2 5e-36
YP_001705559.1	Similar to Q40X69_KINRA 2e-84
YP_001705560.1	Similar to Q9L031_STRCO 6e-24
YP_001705561.1	Similar to Q269E7_MYCVN e-116
YP_001705562.1	Similar to Q9L221_STRCO e-126
YP_001705563.1	Similar to Q269E9_MYCVN 7e-30
YP_001705564.1	Similar to Q3L9L4_RHOE4 8e-73
YP_001705565.1	No similarity found (10-5)
YP_001705566.1	Similar to Q3L9L5_RHOE4 4e-52
YP_001705567.1	Similar to Q829J2_STRAW e-108
YP_001705568.1	Similar to Q9RJ22_STRCO 2e-07
YP_001705569.1	Similar to Q6XNB9_RHOER 4e-55
YP_001705570.1	Similar to Q3L9M0_RHOE4 1e-63
YP_001705571.1	Similar to PSTB_MYCSM e-123
YP_001705572.1	Similar to Q3L9L8_RHOE4 e-113
YP_001705573.1	Similar to Q25WE5_MYCVN e-133
YP_001705574.1	Similar to Q3L9L6_RHOE4 e-152
YP_001705575.1	Similar to Q272V6_MYCFV 0.0
YP_001705576.1	Similar to Q3L9M3_RHOE4 1e-35
YP_001705577.1	No similarity found (10-5)
YP_001705578.1	No similarity found (10-5)
YP_001705579.1	Similar to Q27GF8_MYCFV 2e-35
YP_001705580.1	Similar to Q27BA0_MYCFV 3e-38
YP_001705581.1	Similar to Q26YJ3_MYCFV 6e-57
YP_001705582.1	Similar to Q7WGN5_BORBR 2e-32
YP_001705583.1	Similar to Q277K1_MYCFV 8e-34
YP_001705584.1	Similar to Q269E3_MYCVN 2e-34
YP_001705585.1	Similar to Q269E4_MYCVN e-150
YP_001705586.1	Similar to Q5YM80_NOCFA 5e-45
YP_001705587.1	Similar to Q3T557_9GAMM e-111
YP_001705588.1	No similarity found (10-5)
YP_001705589.1	Similar to Q3CMZ0_ALTAT 3e-27
YP_001705590.1	No similarity found (10-5)
YP_001705591.1	No similarity found (10-5)
YP_001705592.1	Similar to Q26Y78_MYCFV 9e-14
YP_001705593.1	Similar to Q27BD5_MYCFV 2e-08
YP_001705594.1	No similarity found (10-5)
YP_001705595.1	Similar to Q265W3_MYCVN 5e-07
YP_001705596.1	Similar to Q27BC0_MYCFV 0.0
YP_001705597.1	Similar to Q265W1_MYCVN e-145
YP_001705598.1	Similar to Q27BB8_MYCFV 7e-97
YP_001705599.1	Similar to A0QA50_MYCA1 2e-09
YP_001705600.1	Similar to Q5LQS2_SILPO 5e-41
YP_001705601.1	Similar to Q5QZ34_IDILO 1e-12
YP_001705602.1	Similar to Q3INQ5_NATPD 3e-24
YP_001705603.1	Similar to Q3H010_9ACTO 3e-28
YP_001705604.1	Similar to Q47RC3_THEFY 2e-40
YP_001705605.1	Similar to Q8KG69_CHLTE 2e-06
YP_001705606.1	No similarity found (10-5)
YP_001705607.1	Similar to Q2MFR1_STRHY 5e-18
YP_001705608.1	Similar to Q6L746_9ACTO 1e-28
YP_001705609.1	Similar to Q6L747_9ACTO 1e-20
YP_001705610.1	No similarity found (10-5)
YP_001705611.1	Similar to Q7MCF7_VIBVY 7e-38
YP_001705612.1	Similar to Q9L087_STRCO 4e-31
YP_001705613.1	Similar to A1UPL8_MYCSK 3e-86
YP_001705614.1	Similar to Q2JFR0_FRASC 4e-84
YP_001705615.1	Similar to Q27BD8_MYCFV e-174
YP_001705616.1	Similar to Q0RY46_RHOSR 2e-42
YP_001705617.1	Similar to Q9APN2_MYCIT 0.0
YP_001705618.1	Similar to Q264P9_MYCVN 6e-55
YP_001705619.1	binds as a heterodimer with protein S6 to the central domain of the 16S rRNA; helps stabilize the platform of the 30S subunit
YP_001705620.1	binds to single stranded DNA and may facilitate the binding and interaction of other proteins to DNA
YP_001705621.1	Similar to RS6_MYCTU 7e-39
YP_001705622.1	Similar to Q744V8_MYCPA 0.0
YP_001705623.1	Similar to Q264Q4_MYCVN 0.0
YP_001705624.1	Similar to Q264Q5_MYCVN 4e-63
YP_001705625.1	No similarity found
YP_001705626.1	Similar to Y048_MYCTU 6e-38
YP_001705627.1	Similar to Y048_MYCTU 2e-37
YP_001705628.1	Similar to Q264Q7_MYCVN 9e-67
YP_001705629.1	Similar to Q264Q8_MYCVN e-178
YP_001705630.1	Similar to Q825H3_STRAW 1e-38
YP_001705631.1	Similar to Q275L6_MYCFV e-152
YP_001705632.1	Similar to Q5YZE3_NOCFA e-127
YP_001705633.1	Similar to Q5YWU5_NOCFA 0.0
YP_001705634.1	Similar to Q5YWU4_NOCFA 5e-62
YP_001705635.1	Similar to Q5YWU2_NOCFA 8e-82
YP_001705636.1	No similarity found (10-5)
YP_001705637.1	No similarity found (10-5)
YP_001705638.1	Similar to Q0SBA5_RHOSR e-115
YP_001705639.1	Similar to Q5Z124_NOCFA e-130
YP_001705640.1	Similar to Q0SBA3_RHOSR e-120
YP_001705641.1	Similar to Q27FJ3_MYCFV 9e-39
YP_001705642.1	Similar to Q279Q1_MYCFV 0.0
YP_001705643.1	Similar to Q5YUW9_NOCFA e-119
YP_001705644.1	Similar to Q279Q0_MYCFV 2e-61
YP_001705645.1	leucine--tRNA ligase; LeuRS; class-I aminoacyl-tRNA synthetase; charges leucine by linking carboxyl group to alpha-phosphate of ATP and then transfers aminoacyl-adenylate to its tRNA; due to the large number of codons that tRNA(Leu) recognizes, the leucyl-tRNA synthetase does not recognize the anticodon loop of the tRNA, but instead recognition is dependent on a conserved discriminator base A37 and a long arm; an editing domain hydrolyzes misformed products; in Methanothermobacter thermautotrophicus this enzyme associates with prolyl-tRNA synthetase
YP_001705646.1	Similar to Q279P8_MYCFV 2e-44
YP_001705647.1	No similarity found (10-5)
YP_001705648.1	Similar to Q5YPZ1_NOCFA e-128
YP_001705649.1	Similar to Q5YPZ2_NOCFA 2e-37
YP_001705650.1	Similar to Q264S2_MYCVN 5e-89
YP_001705651.1	Similar to Q264S3_MYCVN e-116
YP_001705652.1	Similar to Q744T5_MYCPA 2e-97
YP_001705653.1	required for PDIM synthesis; phthiocerol and phthiodiolone dimycocerosate esters are scaffolds used for virulence-enhancing lipids; proposed to catalyze diesterification of phthiocerol and phthiodolone with mycocerosate; functions in polyketide synthesis
YP_001705654.1	Similar to Q73RU7 6.5522e-44
YP_001705655.1	Similar to Q5YV20_NOCFA 4e-25
YP_001705656.1	Similar to Q73RU6_MYCPA 0.0
YP_001705657.1	Similar to Q264S7_MYCVN 2e-73
YP_001705658.1	Similar to Q264S8_MYCVN 0.0
YP_001705659.1	Similar to Q7TVD1_MYCBO 0.0
YP_001705660.1	Similar to Q73RU1_MYCPA 6e-49
YP_001705661.1	Similar to O53591_MYCTU 4e-26
YP_001705662.1	Similar to Q264T2_MYCVN e-124
YP_001705663.1	Similar to Q279N4_MYCFV 6e-40
YP_001705664.1	Similar to Q73RT7_MYCPA e-165
YP_001705665.1	No similarity found (10-5)
YP_001705666.1	Similar to Q264T2_MYCVN 7e-42
YP_001705667.1	No similarity found (10-5)
YP_001705668.1	Similar to Q9S2V6_STRCO 4e-08
YP_001705669.1	Similar to Q89CA4_BRAJA 2e-46
YP_001705670.1	Similar to O53594_MYCTU 4e-79
YP_001705671.1	Similar to Q279N1_MYCFV e-104
YP_001705672.1	Similar to Q5YMS2_NOCFA e-120
YP_001705673.1	Similar to Q279M9_MYCFV 3e-69
YP_001705674.1	Similar to Q264T9_MYCVN 9e-48
YP_001705675.1	functions to insert inner membrane proteins into the IM in Escherichia coli; interacts with transmembrane segments; functions in both Sec-dependent and -independent membrane insertion; similar to Oxa1p in mitochondria
YP_001705676.1	Similar to RNPA_MYCPA 3e-14
YP_001705677.1	in Escherichia coli transcription of this gene is enhanced by polyamines