Category:ECO:0000238 ! Hi-C evidence - Revision history

127.0.0.1: update ECO:0000238_!_Hi-C_evidence page

2018-06-16T07:01:12Z

update ECO:0000238_!_Hi-C_evidence page

127.0.0.1: update ECO:0000238_!_Hi-C_evidence page

2018-05-20T07:06:22Z

update ECO:0000238_!_Hi-C_evidence page

127.0.0.1: update ECO:0000238_!_Hi-C_evidence page

2013-03-05T20:52:14Z

update ECO:0000238_!_Hi-C_evidence page

127.0.0.1 at 18:25, 21 July 2011

2011-07-21T18:25:29Z

New page

{{Autobox|1='''id''':ECO:0000238 
'''name''':Hi-C evidence 
'''def''':"A type of chromosome conformation capture-based evidence that is derived by performing immunoprecipitation enrichment of ligated fragments events prior to product quantitation." [ECO:MCC] 
'''is_a''':[[:Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]][[Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]] 
'''comment''':Hi-C is used to study the structural properties and spatial organization of chromosomes inside cells. Hi-C is similar to other types of chromosome conformation capture technology, but involves the addition of biotinylated nucleotides during the second or fourth step and enrichment for ligated fragments using immunoprecipitation after the fourth step. 
}}
== Notes ==

==References ==
{{RefHelp}}
<references/>

@@ Line 3: / Line 3: @@
 '''def:''' "A type of chromosome conformation-based evidence that is derived by performing immunoprecipitation enrichment of the biotin labelled ligated fragments events prior to sequencing of the library and mapping it to the genome." [ECO:MCC]<br>
 '''is_a:''' [[:Category:ECO:0000232 ! chromosome conformation-based evidence|ECO:0000232 ! chromosome conformation-based evidence]][[Category:ECO:0000232 ! chromosome conformation-based evidence|ECO:0000232 ! chromosome conformation-based evidence]]<br>
 '''comment:''' Hi-C is used to study the structural properties and spatial organization of chromosomes inside cells. Hi-C is similar to other types of chromosome conformation capture technology, but involves the addition of biotinylated nucleotides during the second or fourth step and enrichment for ligated fragments using immunoprecipitation after the fourth step.<br>
 }}

@@ Line 1: / Line 1: @@
 {{Autobox|1='''id:''' ECO:0000238<br>
 '''name:''' Hi-C evidence<br>
-'''def:''' "A type of chromosome conformation capture-based evidence that is derived by performing immunoprecipitation enrichment of ligated fragments events prior to product quantitation." [ECO:MCC]<br>
+'''def:''' "A type of chromosome conformation-based evidence that is derived by performing immunoprecipitation enrichment of the biotin labelled ligated fragments events prior to sequencing of the library and mapping it to the genome." [ECO:MCC]<br>
-'''is_a:''' [[:Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]][[Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]]<br>
+'''is_a:''' [[:Category:ECO:0000232 ! chromosome conformation-based evidence|ECO:0000232 ! chromosome conformation-based evidence]][[Category:ECO:0000232 ! chromosome conformation-based evidence|ECO:0000232 ! chromosome conformation-based evidence]]<br>
 '''comment:''' Hi-C is used to study the structural properties and spatial organization of chromosomes inside cells. Hi-C is similar to other types of chromosome conformation capture technology, but involves the addition of biotinylated nucleotides during the second or fourth step and enrichment for ligated fragments using immunoprecipitation after the fourth step.<br>
 }}

@@ Line 1: / Line 1: @@
-{{Autobox|1='''id''':ECO:0000238<br>
+{{Autobox|1='''id:''' ECO:0000238<br>
-'''name''':Hi-C evidence<br>
+'''name:''' Hi-C evidence<br>
-'''def''':"A type of chromosome conformation capture-based evidence that is derived by performing immunoprecipitation enrichment of ligated fragments events prior to product quantitation." [ECO:MCC]<br>
+'''def:''' "A type of chromosome conformation capture-based evidence that is derived by performing immunoprecipitation enrichment of ligated fragments events prior to product quantitation." [ECO:MCC]<br>
-'''is_a''':[[:Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]][[Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]]<br>
+'''is_a:''' [[:Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]][[Category:ECO:0000232 ! chromosome conformation capture-based evidence|ECO:0000232 ! chromosome conformation capture-based evidence]]<br>
-'''comment''':Hi-C is used to study the structural properties and spatial organization of chromosomes inside cells. Hi-C is similar to other types of chromosome conformation capture technology, but involves the addition of biotinylated nucleotides during the second or fourth step and enrichment for ligated fragments using immunoprecipitation after the fourth step.<br>
+'''comment:''' Hi-C is used to study the structural properties and spatial organization of chromosomes inside cells. Hi-C is similar to other types of chromosome conformation capture technology, but involves the addition of biotinylated nucleotides during the second or fourth step and enrichment for ligated fragments using immunoprecipitation after the fourth step.<br>
 }}
 == Notes ==