Neal Sugawara

The paper studies mutations and structural variants during double-strand break repair in budding yeast, finding that repair-associated deletions and template switches depend on microhomology and homeology.

The paper investigates mutation mechanisms during homologous recombination in yeast, showing that mismatch repair suppresses quasipalindrome and frameshift mutations during double-strand break repair.

The paper investigates mutation patterns during double-strand break repair in yeast, finding that deletions and tandem duplications occur with specific microhomology preferences and structural constraints.

This paper investigates how nonhomologous tails influence heteroduplex rejection and mismatch correction during SSA in yeast, showing that tails stimulate rejection and affect correction mechanisms.