Formation of Centromeres in vivo
$412,801ZIAFY2017CANIH
Division Of Basic Sciences - Nci
Investigators
Linked publications & trials
Paper 38181064Paper 35235361Paper 33837287Paper 33621519Paper 33617899Paper 33221335Paper 32121488Paper 29479426Paper 25788983Paper 25738305Paper 24463272Paper 24291566Paper 23324462Paper 23041656Paper 22825424Paper 22817894Paper 21059934Paper 20650959Paper 20303726
Abstract
Our goal is to dissect the mechanism by which kinetochore proteins binds the centromeric chromatin in the genome and creates the basis for a functional centromere. We have published a few papers on this work, and have 2 more manuscripts that detail more cenRNAs involved in centromere function. We also have unpublished work with EM and biochemical data demonstrating how CENP-A nucleosomes can be altered in the presence or absence of various proteins. These data demonstrate how various epigenetic factors, namely lncRNAs and kinetochore proteins, can modulate CENP-A structure to uniquely define how functional centromere domains are formed and maintained.
View original record on NIH RePORTER →