Salazar’s toddler developed severe epilepsy, she went to college, earned a PhD, and uncovered a genetic mutation that transformed her child's life.

This postdoctoral researcher uses theoretical models to study nanoscale forces and guide the development of future nanodevices and quantum technologies.

Proposed OMB grant review changes could shift science funding from peer-reviewed to subject to political whims, impacting drug development and patient care.

Mu opioid receptors help regulate the brain’s pain signals, offering clues for developing more targeted, effective chronic ...

BMJ Public Health retracted the controversial study, which alleged a connection between COVID-19 vaccines and excess ...

The BioTek Cytation platform unites powerful imaging and quantitative data into a single, automated workflow. Move seamlessly from 2D cell cultures and 3D spheroids to kinetic assays and whole ...

Long-term GLP-1 exposure drives phosphorylation of a key protein, resulting in massive changes in gene expression and partial ...

Macrophages are the jack of all trades of the immune system. If a troublesome cell needs to be removed, they become biological bouncers, and when diseases invade our body, they become frontline ...

Cell biologist Junyue Cao creates high-throughput single-cell methods to explore how aging shapes cells and organisms.

Contrary to long-standing views based on mouse studies, bone marrow-derived cells infiltrate the aging human brain, paving ...

MRI studies revealed that both breeding and training have altered dog brain networks linked to communication, leading to new ...

Discover how tissue-resident memory T cells develop within the respiratory tract and how these findings are advancing ...