Browse our Research Articles

MYL3 is identified as a novel receptor enabling nervous necrosis virus (NNV) entry via macropinocytosis, revealing a therapeutic target for combating NNV outbreaks in aquaculture.

Neuroimaging evidence enhances understanding of the subcortex’s role in the neural mechanisms of working memory updating, providing new insights into midbrain function.

The oligomerization domain of 53BP1, a key DNA repair protein, is a trimer which binds the dimeric hub protein LC8 by a novel mechanism to form dynamic heterogeneous complexes.

Restoring the Kv1-mediated pause in striatal cholinergic interneurons by reducing D5 receptor activity may help recover striatal function lost in dyskinetic parkinsonian mice.

Dynamic shifts in neural coding combined with stable population subspaces enable visual areas to concurrently represent sensory inputs and working memory without mutual interference.

The attentional blink selectively impairs one component of attention, and impacts both target detection and discrimination via separable neural signatures.

Activation of NMB/GRP receptors is not necessary for sigh generation, while SST preBötC neurons are critical for generation of sighs.

AlphaFold-guided in vitro and in vivo analyses establish the mechanism of ULK complex formation and provide a structural basis for understanding its role in mammalian autophagy initiation.

Polysome formation within the nucleoid and repulsion between these major cytoplasmic components provide a self-organizing mechanism for chromosome segregation and modulation of its timing across growth rates in Escherichia coli.

Therapeutic hypothermia mitigates ventilator-induced lung injury by suppressing macrophage-derived IL-1β release, thereby reducing neutrophil extracellular trap formation, vascular leakage, and hypoxemia in a two-hit acute lung injury model.