Yuuya Tachiki

This study reveals the genomic basis of urban adaptation in Oxalis corniculata by analyzing leaf color variation linked to heat tolerance using subgenome-resolved genome assemblies.

This study uses a mathematical model to show that trade-offs and variance asymmetry in emergence timing can drive evolutionary branching, leading to dimorphic male emergence strategies.

The paper shows that cell cycle differences create cortical tension differences, leading to cleavage furrow positioning and asymmetric mRNA partitioning, which separates germ layer fates.