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The yeast mitochondrial malate dehydrogenase–citrate synthase metabolon is a dynamic multienzyme complex that continuously assembles and disassembles in response to respiratory activity, mitochondrial matrix pH, and substrate abundances.

Stable allele-specific epigenetic regulation creates cellular mosaicism of numerous autosomal dosage-sensitive genes involved in human neurological and developmental disorders.

Two families of ubiquitin ligases secreted by the intracellular pathogen Legionella pneumophila utilize distinct chemistries to form a stable, ubiquitin-rich structure around the vacuole, which is subsequently disassembled as infection progresses.

Regulatory immune cells accumulate at the nose-to-brain interface during neuroinflammation, potentially dampening damaging immune responses.

Working memory alternates between remembered items in a rhythmic theta cycle.

DNA methylation suppresses H2A.Z deposition by inhibiting recruitment of the chaperone SRCAP, while the structural study suggests that methylated DNA can make the H2A.Z nucleosome slightly more accessible.

The brain uses separate prediction error and prediction uncertainty signals to trigger event boundaries.

Ligand-driven enhancer activation selectively boosts target gene expression while indirectly repressing neighboring non-target genes, revealing dynamic and competitive regulation during early transcriptional responses.

Genes associated with male reproductive biology appear to be under relaxed selective constraint in a primate species with low sperm competition.

A method for arrayed CRISPRi screening in organoids enables the investigation of morphogenesis in human stem cell-derived tissues, revealing the roles of ZIC2, SOX11, and ZNF521 in neural tube closure.