The central nervous system (CNS) comprises diverse and morphologically complex cells. To
understand the molecular basis of their physiology, it is crucial to assess proteins expressed …

Arabidopsis telomeric repeat binding factors (TRBs) can bind telomeric DNA sequences to
protect telomeres from degradation. TRBs can also recruit Polycomb Repressive Complex 2 …

Histone chaperones and chromatin remodelers control nucleosome dynamics, which are
essential for transcription, replication, and DNA repair. The histone chaperone Anti …

The tripartite motif (TRIM) family of E3 ubiquitin ligases is well known for its roles in antiviral
restriction and innate immunity regulation, in addition to many other cellular pathways. In …

Eukaryotes have evolved multiple ATP-dependent chromatin remodelers to shape the
nucleosome landscape. We recently uncovered an evolutionarily conserved SWItch/Sucrose …

Over millions of years, eukaryotes evolved from unicellular to multicellular organisms with
increasingly complex genomes and sophisticated gene expression networks. Consequently …

Neurons express various combinations of neurotransmitter receptor (NR) subunits and
receive inputs from multiple neuron types expressing different neurotransmitters. Localizing …

The human SMC5/6 complex is a conserved guardian of genome stability and an emerging
component of antiviral responses. These disparate functions likely require distinct …

The mitochondrial electron transport chain (ETC) of Plasmodium malaria parasites is a
major antimalarial drug target, but critical cytochrome (cyt) functions remain unstudied and …

Cysteine‐directed chemoproteomic profiling methods yield high‐throughput inventories of
redox‐sensitive and ligandable cysteine residues and therefore are enabling techniques for …