David Moore Glover

This study identifies NDE1's localization at subdistal appendages and shows its role in maintaining centrosome integrity and microtubule organization through interactions with other proteins.

The paper investigates TIAM1's role in linking centriole assembly with autolysosome cycling, finding that TIAM1 depletion disrupts PLK4 distribution and alters autophagy-lysosome homeostasis in mouse cells.

This study shows that Geminin depletion causes replication stress, leading to centrosome amplification and impaired primary cilium assembly in mouse cells.

This study identifies spindle-localized F-actin as critical for organizing polar MTOCs and ensuring accurate meiotic spindle formation and chromosome segregation in mammalian oocytes.

The paper identifies genomic changes in parthenogenetic Drosophila mercatorum, finding a 30-fold expansion of heterochromatin on Muller element F correlates with parthenogenetic ability.

The paper shows that separated N- and C-terminal parts of Ana1 can rescue centriole duplication but not elongation, highlighting distinct functional requirements for Ana1 in these processes.

This study identifies Mob4 as essential for male fertility in Drosophila by regulating spermatid individualization and axonemal structure.

This study shows that ETiX mouse embryos, generated from stem cells, develop through gastrulation and neurulation, forming anterior brain regions and a beating heart, and recapitulate natural embryonic development.

This study shows that APC/C-Vihar regulates centrosome stability and migration in Drosophila germline, affecting female fertility through PCM protein accumulation and centriole integrity.