… Our work shows that centromere assembly epigenetically drives … centromeres crucial for
cell division, while the asymmetric distribution of CID sister chromatids regulates asymmetric cell …

… -C have demonstrated important roles not only in asymmetric centromere assembly in GSCs
but … The future stem cell side (left) shows a higher amount of centromeric proteins CID (red), …

… White dashed line highlights a GSC and GB pair in S phase; zoom shows CID foci in …
to these essential genes. As a complementary means to disrupt centromere asymmetry in …

… White dashed line highlights a GSC and GB pair in S-phase; zoom shows CAL1 foci in … to
these essential genes. As a complementary means to disrupt centromere asymmetry in GSCs, …

… centromeres plays an important role in determining cell fate upon asymmetric division occurring
in stem … female germ line stem cells (GSCs) that CID assembly shows unique properties […

… evidence for asymmetric sister centromeres in stem cells. … The asymmetric nature of a stem
cell is fundamental to the … ] to human cell LacO arrays reveals an epigenetic loop of assembly …

… Histone proteins represent crucial epigenetic components … fork shows a high percentage
of unidirectional or asymmetric … , such as sister centromeres, as well as asymmetries in trans-…

… chromatids have asymmetric levels of centromere protein in male Drosophila germline … In
vivo analysis of centromeric proteins reveals a stem cell-specific asymmetry and an essential …

… is both necessary and sufficient for centromere specification and … at centromeres to ensure
functional centromere maintenance [… line stem cells (GSCs) that CID assembly shows unique …

… Moreover, asymmetric H3 inheritance is important for establishing different cell fates during
ACD, as misregulation of this process leads to both early germline tumor and GSC loss …