Browse our Research Articles

Biophysically detailed modeling predicts that a biologically plausible synaptic plasticity rule, gated by calcium and dopamine, enables single neurons to solve nonlinear binding tasks by exploiting dendritic nonlinearities.

Membrane depolarization promotes extracellular signal-regulated kinase activation and cell proliferation via phosphatidylserine dynamics.

The hold-and-release regulation of zinc by GIF/MT-3 is mediated by sulfane sulfur through a redox-dependent switching mechanism.

Cavefish exhibit resilience to chronic sleep loss and tolerate elevated DNA damage and reduced DNA repair responses without compromising healthspan or longevity.

Multimodal neuroimaging explained 66% of the cognitive–mental health link in children, outperforming polygenic scores (21%), and accounted for 58% of the environmental contribution to this relationship.

Distinct asymmetric states in membrane-bound pyrophosphatases reveal how inhibitors block their activity and inform drug development.

Classical antibody boosting effects during vaccination are accompanied by natural broadening mechanisms that help enable human antibodies to engage conserved sites of vulnerability on influenza virus.

Integration of migrasome-inspired biology with hypotonic shock-mediated vesicle generation establishes a durable and versatile platform for vaccine development.

SLC35G3-mediated UDP-GlcNAc transport is essential for proper sperm glycoprotein formation and male fertility.

In Toxoplasma gondii, SERCA-driven ER Ca²⁺ uptake sustains homeostasis and enables redistribution to mitochondria and other organelles, highlighting the ER as a central hub in parasite Ca²⁺ signaling and infection.