Researchers evaluate how plant-derived nano-antioxidants act as dynamic redox buffers to overcome the therapeutic failures of ...

The authors use a modeling approach to examine the effects of local and global perturbations on the electrophysiological properties of astrocytes: their modeling results suggest that local ionic ...

A comprehensive review analyzes how microneedle arrays overcome biological barriers to deliver nucleic acids and gene-editing ...

This important study combines cortex-wide activity imaging and optogenetics to characterize large-scale changes in functional connectivity following administration of the psychedelic DOI, as well as ...

Scientists have discovered that lysosomes, structures traditionally viewed as the cell's recycling centers, also play a role ...

Generative artificial intelligence models design protein binders that pair with custom fluorescent dyes, achieving ...

Synaptic NMDA-type glutamate receptors (NMDARs) are central components of all neural computations. NMDAR levels critically vary between synapses but how the synaptic localization of NMDARs is ...

For example, a fast softening of the blastoderm (D'Angelo et al., 2019) is required alongside subcellular differences in elasticity between apical and basal cell surfaces (Cheikh et al., 2023).

A near-infrared fluorescent choline kinase α inhibitor, JAS239, was used to identify tumors in canine patients.

Three scientists won the 2026 Nobel Prize in Physiology or Medicine for converting a light-sensitive algal protein into optogenetics — a tool ...

The ultimate test of this model is to faithfully reconstitute the process from purified components. In an attempt to accomplish this goal, a liposome fusion system dependent on SNARE proteins was ...