Difference between revisions of "Category:ECO:0005531 ! motif discovery evidence"

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'''def:''' "A type of multiple sequence alignment evidence based on a set of algorithms that infer over-represented motifs from a set of biological sequences returning one or more local multiple sequence alignment defining the inferred motifs." [ECO:SW, PMID:10812473, PMID:16845028, PMID:8211139]<br>
 
'''def:''' "A type of multiple sequence alignment evidence based on a set of algorithms that infer over-represented motifs from a set of biological sequences returning one or more local multiple sequence alignment defining the inferred motifs." [ECO:SW, PMID:10812473, PMID:16845028, PMID:8211139]<br>
 
'''is_a:''' [[:Category:ECO:0005555 ! multiple sequence alignment evidence|ECO:0005555 ! multiple sequence alignment evidence]][[Category:ECO:0005555 ! multiple sequence alignment evidence|ECO:0005555 ! multiple sequence alignment evidence]]<br>
 
'''is_a:''' [[:Category:ECO:0005555 ! multiple sequence alignment evidence|ECO:0005555 ! multiple sequence alignment evidence]][[Category:ECO:0005555 ! multiple sequence alignment evidence|ECO:0005555 ! multiple sequence alignment evidence]]<br>
'''comment:''' Relationship type between sequences (e.g. orthologs from multiple genomes or co-expressed genes in the same genome) is not necessarily assumed. The local multiple sequence alignment is typically ungapped. A common application of motif discovery is to infer the binding motif of a given transcription factor (TF). This can be based on the results of a whole-genome expression analysis, assuming that co-expressed genes are co-regulated by the same TF (PMID: 19892760), from peaks in ChIP-seq experiments with the TF (PMID: 16264194), or from the comparative genomics analysis of the promoter regions of orthologs (PMID: 23032607).<br>
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'''comment:''' Relationship type between sequences (e.g. orthologs from multiple genomes or co-expressed genes in the same genome) is not necessarily assumed. The local multiple sequence alignment is typically ungapped. A common application of motif discovery is to infer the binding motif of a given transcription factor (TF). This can be based on the results of a whole-genome expression analysis, assuming that co-expressed genes are co-regulated by the same TF, from peaks in ChIP-seq experiments with the TF, or from the comparative genomics analysis of the promoter regions of orthologs. {xref="PMID:19892760", xref="PMID:23032607"}<br>
 
}}
 
}}
 
== Usage Notes ==
 
== Usage Notes ==

Latest revision as of 02:00, 4 December 2017

id: ECO:0005531

name: motif discovery evidence
def: "A type of multiple sequence alignment evidence based on a set of algorithms that infer over-represented motifs from a set of biological sequences returning one or more local multiple sequence alignment defining the inferred motifs." [ECO:SW, PMID:10812473, PMID:16845028, PMID:8211139]
is_a: ECO:0005555 ! multiple sequence alignment evidence
comment: Relationship type between sequences (e.g. orthologs from multiple genomes or co-expressed genes in the same genome) is not necessarily assumed. The local multiple sequence alignment is typically ungapped. A common application of motif discovery is to infer the binding motif of a given transcription factor (TF). This can be based on the results of a whole-genome expression analysis, assuming that co-expressed genes are co-regulated by the same TF, from peaks in ChIP-seq experiments with the TF, or from the comparative genomics analysis of the promoter regions of orthologs. {xref="PMID:19892760", xref="PMID:23032607"}

ECO:0005531

Last version checked
releases/2019-06-14.

14:06:2019 08:25.

rctauber
Last updated
releases/2018-09-14

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