Browse our Research Articles

Active biofilm carpets generate Mexican-wave-like synchronized dynamics and topological defects through nonreciprocal pili interactions.

Whole-cell recordings paired with a network model show that post-inhibitory rebound excitation in premotor neurons couples intrinsic excitability to the temporal structure of learned birdsong.

Speaker identity is a distinguishing feature at birth and highlights the episodic nature of humans’ first-stored verbal memories.

Rather than exerting a uniform influence, arousal modulates the connectome through a structured, low-dimensional community architecture characterized by discrete topological patterns and intrinsic hemispheric asymmetries.

Queuing theory links multiplicity of infection (MOI) to force of infection (FOI), enabling the estimation of transmission intensity for falciparum malaria (and other infectious diseases) from sparsely sampled surveys.

The IFT172 C-terminus bridges IFT-A and IFT-B complexes through mutually exclusive interactions with IFT140 and IFT144, and harbors a U-box-like domain linking intraflagellar transport to ubiquitin-dependent ciliary signaling.

Human midbrain organoids provide a foundation for the development of patient-specific preclinical models to support personalized therapeutic approaches and enable evaluation of disease mechanisms and therapeutic strategies in human context.

CLas hijacks the DA/DcDop2-miR-31a-AKH-JH signaling cascade to improve D. citri lipid metabolism and fecundity, while simultaneously promoting its replication.

Chemogenetic and in vivo recording approaches reveal how persistent hyperactivity in the posterior paraventricular thalamus promotes sensitization of fear responses to unlearned threats after stress exposure.

Single-neuron recordings reveal that anterior cingulate cortex and caudate nucleus encode the interaction between rewards, state transitions, and choices that underlies flexible, goal-directed decision-making.