Carolyn Ann Moores

This study shows that taxane-stabilized microtubules can adopt 15-protofilament structures, which DCX can bind through conformational remodeling, contrasting with the rigid GMPCPP-stabilized lattice.

This study identifies the actomyosin cortex, regulated by Arpc5, as critical for t-tubule remodeling in muscle, linking it to muscle function and disorders.

This study shows Apicortin is localized to the apical conoid body of Plasmodium berghei during transmission but is not essential for parasite development or transmission.

This study identifies how Plasmodium tubulin adaptations lead to distinct microtubule structures, mechanics, and drug susceptibility compared to mammalian microtubules.

The paper reveals that human SPIN90 forms dimers to nucleate bidirectional actin filaments via Arp2/3, with structural insights showing conserved dimerisation in metazoans.

This study investigates how temperature adaptation in microtubule dynamics is achieved through sequence changes in tubulin from three frog species.

The paper presents a pipeline for cryo-EM image processing of microtubules using RELION, enabling accurate determination of microtubule architecture and seam location with near-atomic resolution.