McKayla E. Marrin

This study investigates the recruitment of Pol Y1, a TLS polymerase in B. subtilis, to replication sites under various DNA damage conditions and finds it is not strongly recruited upon damage.

This study compares the localization and dynamics of the TLS polymerase Pol Y1 in Bacillus subtilis with its E. coli homolog Pol IV, revealing differences in their regulation and replication machinery association.

This study identifies how specific enteric neuron populations control intestinal function through genetic manipulation in mice.