Conclusion
Assessment
Binding Mode
Motif Status
Notes
Comments
Known motif
3 Low specificity DNA-binding protein
In vivo/Misc source
Only known motifs are from Transfac or HocoMoco - origin is uncertain
SATBs were analyzed by Gwenael Badis and Mike Berger a decade ago; by PBMs. It did not yield a motif; instead; the signal was very closely proportional to nucleotide content, as the name suggests (Special AT Binding).
Description
Description:
SATB homeobox 1 [Source:HGNC Symbol;Acc:HGNC:10541]
Entrez Summary
TBA
Ensembl ID:
ENSG00000182568
External Link:
Interpro
IPR001356 ; IPR003350 ; IPR009057 ; IPR010982 ;
Protein Domain:
Protein: ENSP00000341024DBD: CUT, HomeodomainOther: CUTL, ULDProtein: ENSP00000399518DBD: CUT, HomeodomainOther: CUTL, SUIM_assoc, ULDProtein: ENSP00000399708DBD: CUT, HomeodomainOther: CUTL, ULDProtein: ENSP00000479866DBD: CUT, HomeodomainOther: CUTL, RuvA_C, ULDProtein: ENSP00000408871DBD: CUT, HomeodomainOther: ULDProtein: ENSP00000390529DBD: CUT, HomeodomainOther: ULDProtein: ENSP00000453908DBD: CUT, HomeodomainOther:
Previous Annotations
Source
Annotation
TF-CAT classification
TF Gene_DNA-Binding sequence-specific_DNA Binding_ PMIDS:1505028 8114718 9340009
Vaquerizas 2009 TF classification
"a " Has direct evidence of TF function;
"b " Has evidence for an orthologous TF;
"c " contains likely DBDs, but has no functional evidence;
"x " is an unlikely TF such as predicted gene, genes with likely non-specific DBDs or that have function outside transcription;
"other " category contains proteins without clear DBDs they curated from external sources.
a
CisBP considers it as a TF?
Yes
TFclass considers it as a TF?
Yes
Has GO:0003700 "transcription factor activity, sequence-specific DNA binding"
Yes
GO-Info
GO:0001227 RNA polymerase II transcription regulatory region sequence-specific DNA binding transcription factor IDA - PMID:15851481
Initial Assessment
1a1 Protein has a high confidence PWM (HT-SELEX, PBM or B1H model) or there is a crystal structure that supports sequence specific DNA binding;
1a2 There is high confidence data for a close ortholog (as defined in CisBP);
2a1 There is lower confidence direct evidence, such as a Jaspar, Hocomoco or Transfac model;
2a2 There is lower confidence evidence for an close ortholog;
3a There is decent circumstantial evidence for its role as a TF or not;
4a Two or more datasets predict it as a TF;
5a One of the source datasets predicts is as a TF
1a1, Direct HQ evidence
TF has conditional DNA-binding requirements
DNA-Binding
Published Motif Data
Structure
Experimental History
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{"regions": [{"startStyle": "jagged", "end": 66, "endStyle": "straight", "aliStart": 1, "text": "ULD", "colour": "#9999ff", "aliEnd": 66, "start": 1, "href": "http://pfam.xfam.org/family/PF16534.3", "type": "pfama", "display": "true", "metadata": {"end": 66, "description": "ULD is an N-terminal oligomerisation domain of SATB or special AT-rich sequence-binding proteins. SATBs are global chromatin organisers and regulators of gene expression that are essential for T-cell development, breast cancer tumour growth and metastasis. SATBs assemble into a tetramer via the ULD domain, and the tetramerisation of SATBs are essential for recognising specific DNA sequences (such as multiple AT-rich DNA fragments). Thus, SATBs may regulate gene expression directly by binding to various promoters and upstream regions and thereby influencing promoter activity [1].", "database": "PfamA", "aliStart": 1, "scoreName": "E-value", "accession": "PF16534.3", "start": 1, "score": 2.8e-28, "identifier": "Ubiquitin-like oligomerisation domain of SATB", "type": "DBD", "aliEnd": 66}}, {"startStyle": "straight", "end": 124, "endStyle": "jagged", "aliStart": 73, "text": "CUTL", "colour": "#9999ff", "aliEnd": 116, "start": 72, "href": "http://pfam.xfam.org/family/PF16557.3", "type": "pfama", "display": "true", "metadata": {"end": 124, "description": "CUTL is part of the N-terminal region of SATB proteins, special AT-rich sequence-binding proteins that are global chromatin organisers and gene expression regulators essential for T-cell development and breast cancer tumour growth and metastasis. CUTL carries a DNA-binding region just as CUT domains do [1].", "database": "PfamA", "aliStart": 73, "scoreName": "E-value", "accession": "PF16557.3", "start": 72, "score": 8.199999999999999e-16, "identifier": "CUT1-like DNA-binding domain of SATB", "type": "DBD", "aliEnd": 116}}, {"startStyle": "jagged", "end": 29, "endStyle": "jagged", "aliStart": 8, "text": "RuvA_C", "colour": "#9999ff", "aliEnd": 24, "start": 7, "href": "http://pfam.xfam.org/family/PF07499.11", "type": "pfama", "display": "true", "metadata": {"end": 29, "description": "Homologous recombination is a crucial process in all living organisms. In bacteria, this process the RuvA, RuvB, and RuvC proteins are involved. More specifically the proteins process the Holliday junction DNA. RuvA is comprised of three distinct domains. The domain represents the C-terminal domain and plays a significant role in the ATP-dependent branch migration of the hetero-duplex through direct contact with RuvB [1]. Within the Holliday junction, the C-terminal domain makes no interaction with DNA [1].", "database": "PfamA", "aliStart": 8, "scoreName": "E-value", "accession": "PF07499.11", "start": 7, "score": 0.0044, "identifier": "RuvA, C-terminal domain", "type": "DBD", "aliEnd": 24}}], "length": 139}
{"regions": [{"startStyle": "straight", "end": 116, "endStyle": "jagged", "aliStart": 73, "text": "ULD", "colour": "#9999ff", "aliEnd": 116, "start": 72, "href": "http://pfam.xfam.org/family/PF16534.3", "type": "pfama", "display": "true", "metadata": {"end": 116, "description": "ULD is an N-terminal oligomerisation domain of SATB or special AT-rich sequence-binding proteins. SATBs are global chromatin organisers and regulators of gene expression that are essential for T-cell development, breast cancer tumour growth and metastasis. SATBs assemble into a tetramer via the ULD domain, and the tetramerisation of SATBs are essential for recognising specific DNA sequences (such as multiple AT-rich DNA fragments). Thus, SATBs may regulate gene expression directly by binding to various promoters and upstream regions and thereby influencing promoter activity [1].", "database": "PfamA", "aliStart": 73, "scoreName": "E-value", "accession": "PF16534.3", "start": 72, "score": 1.3e-08, "identifier": "Ubiquitin-like oligomerisation domain of SATB", "type": "DBD", "aliEnd": 116}}], "length": 116}
{"regions": [{"startStyle": "straight", "end": 166, "endStyle": "straight", "aliStart": 73, "text": "ULD", "colour": "#9999ff", "aliEnd": 166, "start": 72, "href": "http://pfam.xfam.org/family/PF16534.3", "type": "pfama", "display": "true", "metadata": {"end": 166, "description": "ULD is an N-terminal oligomerisation domain of SATB or special AT-rich sequence-binding proteins. SATBs are global chromatin organisers and regulators of gene expression that are essential for T-cell development, breast cancer tumour growth and metastasis. SATBs assemble into a tetramer via the ULD domain, and the tetramerisation of SATBs are essential for recognising specific DNA sequences (such as multiple AT-rich DNA fragments). Thus, SATBs may regulate gene expression directly by binding to various promoters and upstream regions and thereby influencing promoter activity [1].", "database": "PfamA", "aliStart": 73, "scoreName": "E-value", "accession": "PF16534.3", "start": 72, "score": 1.5e-35, "identifier": "Ubiquitin-like oligomerisation domain of SATB", "type": "DBD", "aliEnd": 166}}], "length": 166}