Anna J. Wood

This study shows that a mammalian-specific domain of MSH5 is essential for converting licensed DSB repair intermediates to designated class I crossovers during meiosis.

This study identifies FIMP as a binding partner of TMEM95, determines their complex structure, and shows that disrupting this interaction inhibits sperm-egg fusion.

The paper investigates CO rates in mice, showing SC length isn't the sole factor, and highlights sex-specific regulation of CO designation.

The paper shows that some oocytes from the first juvenile wave pause growth and later resume, contributing to fertility beyond puberty.

This study identifies CNTD1's role in female meiosis, showing it is essential for crossover designation and ovarian reserve establishment through its interaction with MutLγ and regulation of CHK2.

This paper identifies genetic modifiers of APOBEC-induced mutagenesis in yeast and human tumors, revealing factors that influence mutation patterns and DNA repair mechanisms.