Auxin-induced degradation of the aurora A kinase, AIR-1, in C. elegans does not prevent assembly of bipolar meiotic spindles

秀丽隐杆线虫中生长素诱导的极光 A 激酶 AIR-1 降解不会阻止双极减数分裂纺锤体的组装

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作者:Karen McNally, Francis McNally

Abstract

Chromosome segregation during mitosis and male meiosis is mediated by centrosomal spindles that require the activity of the aurora A kinase, whereas female meiotic spindles of many species are acentrosomal. We addressed the role of the C. elegans aurora A kinase, AIR-1 , in acentrosomal spindle assembly by generating a strain in which AIR-1 is tagged with both an auxin-induced degron and HALO tag. The meiotic spindle pole marker, MEI-1 , and chromosomes were labeled with GFP and mCH::histone respectively. All meiotic spindles were bipolar in AIR-1 depleted embryos, however an increase in lagging chromosomes was observed during anaphase.

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