Browse our Research Articles

Regulation of mitochondrial DNA copy number is highly tissue-specific and context-dependent, particularly in the presence of disease.

Understanding the dynamics of AdhE enzymes is essential to be able to control the metabolic and energy fluxes in microorganisms used to produce biofuels and biochemicals.

Machine learning analysis reveals that individual neurons throughout the brain embed information about their anatomical location in their spike trains, a feature that generalizes across animals, experimental conditions, and laboratories.

Focal adhesion derived p130Cas condensates regulate translation in an adhesion strength dependent manner.

Patients with microsatellite stable/low microsatellite instability mismatch repair-proficient metastatic colorectal cancer may be sensitive to tislelizumab treatment after receiving Gamma Knife stereotactic radiotherapy.

The most comprehensive analysis of Salmonella Dublin to date uncovers distinct genotypic adaptations, antimicrobial resistance patterns, and virulence strategies that influence epidemiological success.

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.

Reversible cerebellar disruption in non-human primates reveals an acute muscle torque deficit and an adaptive slowing strategy to manage limb dynamics, underscoring distinct primary, and compensatory mechanisms underlying motor impairment.

Memory CD4 T cells within tissues are highly dynamic, and their continuous replacement may erode immunity to previous infections.

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