Justin W. Taraska

The paper investigates BCR signaling defects in ABC DLBCL, finding impaired clathrin recruitment of phosphorylated CD79A and spatial segregation from BCR components.

The paper identifies ACK as a regulator of LACL turnover by promoting actin branching to resolve arrested clathrin lattices in Arpc2 KO cells.

This study shows APOE4 impairs endocytosis in astrocytes by altering membrane mechanics, and INPP5D restores this process by promoting clathrin curvature and maturation.

This study uses a particle-based model to simulate flat clathrin lattice dynamics, showing how AP-2, clathrin binding, and diffusion affect their formation and response to EGF stimulation.

This paper introduces a cryo-electron tomography pipeline for imaging plasma membranes with angstrom-scale resolution and targeted protein labeling.

The paper uses fluorescence imaging to show that EGF stimulation causes multiple receptors and regulatory proteins to co-localize at clathrin-coated sites on the plasma membrane of human cells.

This study identifies Eps15 and Eps15R as key regulators of clathrin-coated plaque formation, linking ECM remodeling by focal adhesions to cell migration directionality.

The paper shows clathrin-mediated endocytosis transitions from flat to curved structures when 70% of clathrin is assembled, driven by changes in clathrin-adaptor ratio and membrane tension.