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Question: List of all Transcription Factors in Human
 
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Hi,

Is there any list of all transcription factors in humans and their respective ensemble gene id?

I have been trying to find one but haven't been able to do so. In this paper http://www.sciencedirect.com/science/article/pii/S0959440X04000788 they mention that there are around 2,600 proteins that function as TFs but they do not provide a table or a list as supplementary.

I am curious to know if someone has run into such table.

Thanks!

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6 answers

 
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Perhaps a better starting point than GO accessions would be a TF database. A couple of examples (easily found via web search for "transcription factor" + database):

  • AnimalTFDB - 1544 entries for H.sapiens
  • DBD - 2886 (predicted) entries for H.sapiens

DBD provides downloads and identifiers such as Ensembl gene ID, which are easily converted to Entrez gene ID using BioMart or similar.

 
 
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You can use BioMart (http://www.ensembl.org/biomart/) and filter by GO

 

Thanks. What'd be the GO term for Transcription factor? I tried GO:0003700 and seems to work...

log in to reply • written 7 months ago by dfernan  2505
 
 
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Try the UniProt interface e.g.

1,799 results for "transcription factor"AND reviewed:yes AND organism:"Homo sapiens (Human) [9606]"in UniProtKB

These are name matches so its not completely clean as you get some co-factors. You could pick out the InterPro domains and or look at the GO terms that fit and make a union

You can then use the "Customise results" to get the Ensembl ID or any other X-ref

 
 
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Don't overlook the utility of the list of TFs used by the FANTOM consortium. See the suppl file for the paper by Ravasi et al (2010) Cell 140:744-752.

 
 
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You can have a look at TFCat (http://www.tfcat.ca/, http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2691000/) to get a list of TFs with their entrez gene IDs. There is also the paper from Vacquerizas et al. (http://www.ncbi.nlm.nih.gov/pubmed/19274049) where you can get a list of TFs.

 

To say the numbers we are digging out are discordant is putting it mildly

DBD - 2886 (predicted) entries for H.sapiens Babu et al 2,600 Fantom set 1988 UniProt 1,799 AnimalTFDB - 1544 entries for H.sapiens Vaquerizas et al 1,391

log in to reply • written 7 months ago by cdsouthan  5205
 

That's bioinformatics for you :)

log in to reply • written 7 months ago by Neilfws ♦♦ 35,25012051
 

And annotation discordance is most definitely part of the fun

log in to reply • written 7 months ago by cdsouthan  5205
 

Some people are less stringent in calling a protein a TF. I currently worked on the curation of a list of human TFs (not published yet) and we are reaching around 1500 TFs when asking for experimental validation of DNA-binding AND effect on gene expression.

log in to reply • written 7 months ago by Anthony  5505
 

Will you send those two annotation tags for that protein set over to UniProt when you are done ?

log in to reply • written 7 months ago by cdsouthan  5205
 
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I am far from the leader on this project which is part of the new FANTOM5 but I do not think it is supposed to be linked to UniProt (as far as I know). But the list of TFs will be available when the paper will be published (it is close to submission now). Will let you know if you want.

log in to reply • written 7 months ago by Anthony  5505
 

Thanks, but please tell your esteemed project leader, who almost certainly knows some UniProt folk anyway, that your hard-grafted expert annotation belongs exactly in the UniProt x-ref lines (or keyword field depending on how best to slot it in). You then don't need to send me anything because I can just query the clean set out (but if your paper is not OA I would certainly appreciate a PDF).

log in to reply • written 7 months ago by cdsouthan  5205
 
 
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TRANSFAC and JASPAR CORE are curated TF databases, which include human transcription factors. The second database is free and aims at non-redundancy, while the first is not free and is redundant. Both databases can include accession information for recovering protein names from external sites.

 

JASPAR is a database of TFs for which we have motifs. TFCat has also been developped by our lab and aimed at giving a curated catalog of mouse and human transcription factors.

log in to reply • written 7 months ago by Anthony  5505
 
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