Browse our Research Articles

Diacylglycerol kinases (DGKs) α and ζ secure Treg stability, enforce CD28-dependence, and block conversion to pathogenic Tfh cells, safeguarding against autoimmune disease.

OCRL deficiency is associated with mitochondrial dysfunction, altered ciliary signaling, and disrupted neural cell-state regulation across multiple experimental models of Lowe syndrome.

Stimulating cell cycle entry and suppressing Notch signaling drive mammalian Müller glia to proliferate and generate diverse, long-surviving neuron-like cells, offering insights into overcoming retinal regeneration barriers.

Inhibiting the mitochondrial bc₁-complex disrupts energy production in mature Toxoplasma gondii bradyzoites, suggesting a metabolic vulnerability in the parasite's chronic, drug-resistant stage.

A comprehensive two-hybrid map of the Set1C interactome broadens understanding of Set1C subunit functions and identifies a novel link between Set1C and arginine methylation.

The perceived value of task outcomes, rather than task aversiveness, predicts reduced everyday procrastination following transcranial direct current stimulation, and offers a potential target for behavioral intervention.

Kid is reclassified as a processive chromokinesin that directly couples double-stranded DNA to microtubule-based transport.

Embeddings from larger language models and relatively earlier layers better predict neural activity during natural language.

TSvelo provides a comprehensive RNA velocity mathematics framework that can model the cascade of gene regulation, transcription, and splicing.

A non-monotonic force–velocity relationship in cardiac sarcomeres causes dynamic instability, leading to stochastic heterogeneity in contracting cardiomyocytes, which can have a protective function.