Jeremy M. Baskin

The paper develops a 'Feeding-Fishing' approach to study phosphatidic acid homeostasis by combining membrane editing and proximity labeling, identifying key enzymes and lipid transfer proteins involved in PA metabolism.

The paper identifies a metabolic connection between PI4P and PA at the plasma membrane, showing how PI4P depletion increases PA levels through PS synthesis and RhoB activation.

This paper introduces SAVEMONEY, a computational method that enables cost-effective multiplex plasmid sequencing using nanopore sequencing and Bayesian analysis.

This study identifies SHKBP1 as a regulator of p62 oligomerization and antioxidant response by preventing Keap1 sequestration into p62 bodies, independent of ubiquitination.

The paper develops a system for mitosis-specific protein recruitment to the plasma membrane using a phosphorylation-controlled switch, without exogenous triggers.

The paper maps the interactome of ARF and ARL proteins using BioID, identifies new localizations, and reveals functional roles of ARL14 in activating PLD1 and cargo trafficking.

This paper introduces ultralow background membrane editors for PA that use light to control PLD activity, revealing subcellular differences in PA metabolism and signaling.