RT @John_B_Cole: Dr. Cong-jun Li of AGIL talking about chromatin state and butyrate-induced variation in rumen tissue. Published in Genome…
Dr. Cong-jun Li of AGIL talking about chromatin state and butyrate-induced variation in rumen tissue. Published in Genome Biology: https://t.co/Aq32lWp4RF.
Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and butyrate-induced variations. https://t.co/wLaT8BHdS3
RT @John_B_Cole: There's a new paper in BMC Biology from some of my colleagues in AGIL on functional annotation of the bovine genome, very…
RT @John_B_Cole: There's a new paper in BMC Biology from some of my colleagues in AGIL on functional annotation of the bovine genome, very…
RT @John_B_Cole: There's a new paper in BMC Biology from some of my colleagues in AGIL on functional annotation of the bovine genome, very…
RT @John_B_Cole: There's a new paper in BMC Biology from some of my colleagues in AGIL on functional annotation of the bovine genome, very…
RT @John_B_Cole: There's a new paper in BMC Biology from some of my colleagues in AGIL on functional annotation of the bovine genome, very…
There's a new paper in BMC Biology from some of my colleagues in AGIL on functional annotation of the bovine genome, very exciting work! https://t.co/Aq32lWGGgf
It includes the dynamics of chromatin states in rumen epithelial cells induced by their major developmental regulator - butyrate - that was previously unavailable for livestock genomes, hindering understanding of complex trait variation, domestication, and
The first global map of 15 chromatin states and coordinated activities in cattle via profiling six H3 mods, RNA Pol2 vs CTCF, accessibility vs DNA methylation, and RNA expression in rumen epithelial primary cells, tissues, and in Madin-Darby kidney cells.
Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and butyrate-induced variations https://t.co/ul7xryRAqU
Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and butyrate-induced variations. - PubMed - NCBI https://t.co/A7fcJHEk7x
RT @BMCBiology: New research: Functional annotation of the #cattle #genome. @LingzhaoF @CongjunL @GroupTenesa +co present a global map of r…
RT @RoslinPapers: Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and buty…
RT @BMCBiology: New research: Functional annotation of the #cattle #genome. @LingzhaoF @CongjunL @GroupTenesa +co present a global map of r…
RT @BMCBiology: The global landscape of regulatory elements in cattle: new research from Fang and co provides functional annotation of the…
New research: Functional annotation of the #cattle #genome. @LingzhaoF @CongjunL @GroupTenesa +co present a global map of regulatory elements and histone modifications; inc how developmental regulator butyrate affects chromatin, gene expr, +DNA methylation
From our highlights: Functional Annotation of the #Cattle #Genome https://t.co/Dwe8pQkKoo George Liu & Cong-jun Li explore the dynamics of #chromatin states in rumen #cells induced by the #rumen developmental regulator— #butyrate. https://t.co/uA7wQu
RT @BMCBiology: The global landscape of regulatory elements in cattle: new research from Fang and co provides functional annotation of the…
RT @BMCBiology: The global landscape of regulatory elements in cattle: new research from Fang and co provides functional annotation of the…
Functional annotation of the cattle genome through systematic discovery and characterization ... https://t.co/8ujSKAAgaw
Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and butyrate-induced variations. https://t.co/1cn9VKO4bx
Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and butyrate-induced variations. https://t.co/PvHJopMcy8
Functional annotation of the cattle genome through systematic discovery and characterization of chromatin states and butyrate-induced variations. https://t.co/cNyPC09JEv
RT @BMCBiology: The global landscape of regulatory elements in cattle: new research from Fang and co provides functional annotation of the…
The global landscape of regulatory elements in cattle: new research from Fang and co provides functional annotation of the #cattle #genome, and insights into how the #epigenomic landscape changes under butyrate treatment https://t.co/dnFbOuKulE https://t.c