Browse our Research Articles

A DNA origami nanospring introduces a force-sensing technology that enables measurement of motor protein stall forces without optical trapping, detecting force changes in kinesin KIF1A and its disease-related mutants.

HIM-5 emerges as a central scaffold that coordinates SPO-11 accessory complexes to control different aspects of meiotic DNA double-strand breaks, ensuring robust crossover formation on autosomes and the X chromosome.

Independent experimental approaches demonstrate changes in TFAM binding to UVC-irradiated DNA, providing a potential mechanism for DNA damage sensing in the mitochondria.

Activity fluctuations, or noise correlations, are robust measures of neuronal connectivity and they reveal that neural circuity controls mixing of information at a granular level across millimeter-length scales.

A novel pipeline for analyzing longitudinal two-photon microscopy data of cerebrovasculature in mice interrogates the vasculature network before and after optogenetic stimulation, revealing new insights into their coordination.

The severity of active tuberculosis in a high-burden population is not explained by host or pathogen genetic variation, suggesting a dominant role for social and environmental factors.

Being responsible for a partner's adverse outcomes is associated with anterior insula activation, while the superior temporal sulcus tracks prediction errors for the partner's reward resulting from the participant's decisions.

In-cell biophysical analyses identify a sequence-encoded energy storage function of innate immune adaptor proteins that allows cells to respond quickly and decisively to pathogenic signals.

An automated bioluminescent image analysis framework, maRQup, parametrizes tumor dynamics and provides quantitative metrics, enabling large-scale evaluation and optimization of preclinical cancer immunotherapies.

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