Susan M. Parkhurst

This study identifies 129 proteins recruited to cell wounds during repair using a genetic screen in Drosophila, revealing Rab GTPases' roles in actin dynamics and repair steps.

This study identifies a Rab35-Mical-SelR pathway that regulates actomyosin ring dynamics through reversible actin redox during cell wound repair.

The paper shows that calcium influx quantity, not phospholipid binding, determines distinct Annexin recruitment patterns to cell wounds in Drosophila, which is critical for actomyosin ring formation and wound closure.

This study identifies two distinct Septin complexes that regulate actin dynamics during cell wound repair in Drosophila.

The paper identifies the role of the insulin signaling pathway in regulating actin dynamics during cell wound repair in Drosophila.