"Proteostasis, biomolecule assembly, and evolution"

"Writing genomes"

"Genome instability in normal cells and cancers"

"Breaking down bacterial cell walls to understand inflammation"

"Circular RNAs and other unexpected outputs of protein-coding genes"

"New insights into cellular acetyltransferase activity from chemoproteomics"

"ESCRT Service: How the endocytic pathway regulates neuronal proteostasis at the synapse and beyond"

“Violation of Mendel’s First Law: chromosome competition in meiosis”

"Copper conducted kinase signal transduction: A novel vulnerability in BRAF mutation-positive melanoma and beyond"

"How to isolate and study the ‘fusion pore’, a key intermediate during exocytotic membrane fusion" Synaptic transmission underlies neuronal communication and hormones control many physiologic processes. Neurotransmitters and hormones are released via calcium-triggered exocytosis wherein cargo-filled vesicles fuse with the plasma membrane to release their contents to the extracellular space. Both hormones and neurotransmitters are released through fluctuating, nm-sized exocytotic fusion pores that can flicker open and shut multiple times.