E. Peterman

Rho-associated kinase regulates Langerhans cell morphology and responsiveness to tissue damage

This study shows that Rho-associated kinase regulates Langerhans cell morphology and their response to different types of tissue damage in zebrafish.

A small excitation window allows long-duration single-molecule imaging, with reduced background autofluorescence, in C. elegans neurons

This paper introduces SWIM, a method for long-duration single-molecule imaging in C. elegans neurons by using small excitation windows to reduce background autofluorescence and improve imaging quality.

Cell surface receptors TREM2, CD14 and integrin αMβ2 drive sinking engulfment in phosphatidylserine-mediated phagocytosis

This study identifies TREM2, CD14, and integrin αMβ2 as essential cell surface receptors for PS-mediated phagocytosis, revealing distinct mechanisms for PS and antibody-coated target uptake.

Skin-resident immune cells engulf axonal debris in adult epidermis

The paper identifies Langerhans cells as the primary phagocytes clearing axon debris in adult zebrafish skin following Wallerian degeneration.

Rapid diffusion of large TatA complexes detected using single particle tracking microscopy

The paper uses single-particle tracking to show TatA complexes in E. coli switch between fast and slow diffusion, supporting the membrane-weakening model of protein translocation.

Rab14/MACF2/CAMSAP3 Complex Regulates Endosomal Targeting to the Abscission Site During Cytokinesis

This study identifies Rab14 as a regulator of abscission by facilitating Rab11-endosome targeting to the central spindle during cytokinesis.

CLIC4 is a cytokinetic cleavage furrow protein that regulates cortical cytoskeleton stability during cell division

SRPK3 regulates alternative pre-mRNA splicing required for B lymphocyte development and humoral responsiveness

This study shows SRPK3 regulates alternative pre-mRNA splicing essential for B cell development and antibody responses.

Inhibiting IFT dynein with ciliobrevin in C. elegans chemosensory cilia

This study uses ciliobrevin A to disrupt IFT dynein in C. elegans chemosensory cilia, showing cilia shortening and transport velocity reduction at low concentrations, and motor accumulations and axonemal deformations at higher concentrations.