RSAT - matrix-enrichment

Evaluate the enrichment of a set of motifs in one or several sequence sets. (The web version only allows for four sequence sets)

The most classical use of the program is to indentify transcription factor binding sites that could be enriched or depleted in one or several sequence sets.

Program developed by Jaime A Castro-Mondragon, Samuel Collombet, Alejandra Medina-Rivera, Morgane Thomas-Chollier, and Jacques van Helden.


Title

1 - Matrix Matrix (or matrices)        Format 


Or select a collection in list (a box will appear to select each matrix individually)

View matrix descriptions & download full collections

Vertebrates

Hocomoco (Human TFs) - [771 motifs] (2017-10) - [local copy]
Hocomoco (Mouse TFs) - [531 motifs] (2017-10) - [local copy]
Homer (Human TF motifs) - [332 motifs] (2016-07) - [local copy]
Jolma_2013 (Human TFs) - [818 motifs] (2015-11) - [local copy]
Jolma_2013 (Human TFs dimers) - [664 motifs] (2016-05) - [local copy]
RSAT non-redundant vertebrates - [2233 motifs] (2017) - [local copy]
cisBP human - [1832 motifs] (2014-10_v0.9) - [local copy]
cisBP mouse - [1715 motifs] (2014-10_v0.9) - [local copy]
Epigram (Human Histone marks related motifs) - [589 motifs] (2016-06) - [local copy]
hPDI (Human TFs identified by protein microarray assays) - [437 motifs] (2016-06) - [local copy]
JASPAR core nonredundant vertebrates - [579 motifs] (2018) - [local copy]

Non-vertebrate Metazoa

Drosophila DMMPMM - [41 motifs] (2010_11) - [local copy]
DrosophilaTFs - [61 motifs] (2015-11) - [local copy]
Drosophila IDMMPMM - [39 motifs] (2010_11) - [local copy]
RSAT non-redundant insects - [350 motifs] (2017) - [local copy]
cisBP c_elegans - [1499 motifs] (2015-05_v1.02) - [local copy]
cisBP drosophila - [1427 motifs] (2014-10_v0.9) - [local copy]
footprintDB-metazoa [only metazoa DNA motifs] - [7296 motifs] (2017-12) - [local copy]
JASPAR core nonredundant insects - [133 motifs] (2018) - [local copy]
JASPAR core nonredundant nematodes - [26 motifs] (2018) - [local copy]
JASPAR core nonredundant urochordates - [1 motifs] (2018) - [local copy]

Plants

ArabidopsisPBM (A thaliana) - [108 motifs] (2015-11) - [local copy]
Athamap (A thaliana) - [84 motifs] (2015-11) - [local copy]
RSAT non-redundant plants - [306 motifs] (2017) - [local copy]
Cistrome (A thaliana motifs detected by DAP-seq) - [862 motifs] (2016-06) - [local copy]
footprintDB-plants [only plant DNA motifs] - [2028 motifs] (2017-12) - [local copy]
JASPAR core nonredundant plants - [489 motifs] (2018) - [local copy]

Fungi

Yeastract s_cerevisiae - [732 motifs] (20130918) - [local copy]
cisBP s_cerevisiae - [776 motifs] (2015-06_v1.02) - [local copy]
JASPAR core nonredundant fungi - [176 motifs] (2018) - [local copy]

Prokaryotes

DBTBS (Bacillus Subtilis) - [88 motifs] (2015-11) - [local copy]
RegulonDB prokaryotes - [93 motifs] (2015_08) - [local copy]

Multi-organisms

footprintDB all - [11763 motifs] (2017-12) - [local copy]
JASPAR core nonredundant all - [1404 motifs] (2018) - [local copy]

Or select a file to upload


Pseudo-counts distributed in an equiprobable waydistributed proportionally to residues priors

Only the first 50 matrices will be taken into acount

2 - Sequences

Mandatory Sequence Set

Dataset 1     Paste your sequence (fasta format)

Or select a file to upload (.gz compressed files supported)

   URL of a sequence file available on a Web server (e.g. Galaxy).


Mask 

    Tag for this data set

Optional Sequence Set 1

Dataset 2     Paste your sequence (fasta format)

Or select a file to upload (.gz compressed files supported)

   URL of a sequence file available on a Web server (e.g. Galaxy).


Mask 

    Tag for this data set

Optional Sequence Set 2

Dataset 3     Paste your sequence (fasta format)

Or select a file to upload (.gz compressed files supported)

   URL of a sequence file available on a Web server (e.g. Galaxy).


Mask 

    Tag for this data set

Optional Sequence Set 3

Dataset 4     Paste your sequence (fasta format)

Or select a file to upload (.gz compressed files supported)

   URL of a sequence file available on a Web server (e.g. Galaxy).


Mask 

    Tag for this data set

3 - Background

Background model estimation method

    Markov order     High orders can be time-consuming, but order 0 is generally not representative. We recommend orders 1 or 2.

    Organism-specific

      Genomes in the RSAT Prokaryotes server were recently re-installed. Genome names now follow the NCBI standard to easily identify assemblies, if you cannot find your genome please check this naming list to find the correct ID: Genome IDs list

      Organism 
      [List of organisms] not seeing your favorite organism in the list ? Contact us to have it installed
      Sequence type  

Pseudo-frequencies

Output 

      MANUAL