Cryo-EM structures of cardiac muscle α-actin mutants M305L and A331P g... https://t.co/ysxNOTqNQl
Our work on cardiac actin mutants A331P and M305L is now published. Great collaboration with @Heissler_Lab@SPOREMOHAN labs.
Pleased to share our work (Pinto, Bakker, Suchenko et al) on structural and functional characterization of Actin arginylation. Collaboration between @SPOREMOHAN@zkrna@CellAdhesion@midbody
https://t.co/QRqOIzKJ3B
NEW AT CYTOSKELETON @cytoskeljournal. NO EDITORIAL (Desk) REJECTIONS if your paper is within the journal’s scope. IT WILL GO OUT FOR REVIEW! We want your papers. #FREE to publish. #CYTOSKELETON is your home for ALL cytoskeletal research. #microscopymonday https://t.co/1z2qmBxRuy
AMAZING! No word limits or figure limits for #researcharticles and #Reviews at Cytoskeleton @CytoskelJournal. #publishing is always #FREE!!! Send us your work. We want your papers! No need for supplementary figures, put them in the body of your papers.
🚨🚨🚨 BEYOND excited to share the preprint of my work looking at LBR mediated cholesterol accumulation in the NE causing fragility! A huge huge thanks to my coauthors and the Waterman Lab for all the support over the years 💕🥳
https://t.co/AKPg189OK6
My latest review on the endonuclease activity of AGOs was published @jbiolchem. I propose the composite target-binding channel while discussing the conformational changes for catalytic activation, the possible roles of metal ions, and their evolution.
https://t.co/cT8uu4Yspo
We've added important new data to our recent pre-print (https://t.co/KdwcHT6Y2a). While cells in confinement without INF2 firmly adhere to the micropattern, cells with INF2 will cross over the micropatterns using fast amoeboid (leader bleb-based) migration:
We've had an incredible response to our call for papers for the Special Issue on #Myosin and Myosin-Dependent #Cell Processes in @cytoskeljournal . There is still plenty of time to put together your submissions. Submit any time before Dec. 1, 2023. https://t.co/dkxE9ENZm3