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Tue. Jul 15, 2025

Wed. Jul 16, 2025

Thu. Jul 17, 2025

Fri. Jul 18, 2025

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細胞生物+発生生物合同若手の会 (in Japanese)

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Kinetochores drive acentrosomal spindle bipolarization during meiosis I in mouse oocytes

The cell cycle, a fundamental field in life sciences, has long been considered a "mature" area due to the elucidation of its basic principles. However, recent applications of advanced imaging technologies, sequencing analysis, and machine learning are yielding new insights into conventional cell cycle models. This workshop explores new developments in the field through talks by up-and-coming researchers who employ cutting-edge technologies to provide innovative perspectives on the fundamental principles of the cell cycle. By showcasing these novel approaches, we aim to uncover fresh avenues of investigation in this essential biological process and stimulate discussions on the future directions of cell cycle research.

Pioneering new frontiers in cell cycle research through cutting-edge technologies[J]

Joint Meeting of JSCB 77th and JSDB 58th

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[WS12-03]Kinetochores drive acentrosomal spindle bipolarization during meiosis I in mouse oocytes

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