Browse our Research Articles

Superoxide dismutases, particularly Sod1, differentially tune redox signaling of germline and cyst stem cells, enabling their self-renewal and differentiation, thereby maintaining Drosophila testicular stem cell homeostasis.

NAT10-mediated mRNA acetylation links neural activity to local protein synthesis at synapses, influencing memory consolidation.

Chloroquine interferes with artemisinin activation, and such interactions should be considered when formulating antimalarial drug combinations.

Dual blocking SHP2 and FGFR2 can not only promote the targeted tumor-killing effects and overcome FGFR2 inhibitor resistance caused by feedback activation, but also activate T cell-mediated anti-tumor immunity.

Inactivation of beta 1,4-galactosyltransferase 1 leads to enhanced T-cell receptor activation and CD8⁺ T-cell function by affecting the galactosylation of T-cell receptor and CD8.

Studying the reproductive life history of an acoel reveals that a body-size-dependent program regulates organ growth and regeneration dynamics and discovers a novel form of egg-laying behavior.

Competition between Quaking and SF1 for a subset of ACUAA intron branch sites influences alternative splicing in different tissues and organisms.

Unique extracellular vesicle microRNA signatures resulting from G protein-coupled receptor activation indicate distinct downstream signaling and functional networks by receptor, with implications for developing new drugs and understanding their long-term and off-target effects.

Functional connectivity reveals brain attractors that match predictions of free‑energy‑minimizing attractor theory, yielding an interpretable generative model of brain dynamics in rest, task, and disease.

Mycobacterium tuberculosis utilizes nucleomodulins to disrupt host inflammatory responses and lysosomal maturation, uncovering a novel strategy for immune evasion and intracellular survival.