New broad-spectrum antivenom, made up of just eight nanobodies to counter venom from diverse sub-Saharan African snake ...

By profiling over 16 million immune cells from people aged 22 to 65 after flu vaccination, scientists discovered that memory ...

New plate-based multiplexing unlocks ultra high-sample and cell-throughput single cell analysis to empower a broad range of ...

Daylight saving time creates a mismatch between the biological clock and the social clock that can have negative effects on ...

A newly developed blood collection tube can provide extended protein stability and simplify sample storage and transportation ...

Recognized in the Healthcare category of the 2025 Top Innovations contest, Haystack MRD® enables minimal residual disease ...

New research reveals that mosquito reproduction is driven by female control. Although, some mosquito species have evolved ...

Treating mice with a molecule that rescued autophagy and balanced neuronal excitability reduced pain behaviors, offering a ...

In this webinar, Brian Haldeman will discuss how Leprechaun enables complete biophysical characterization of in-process or ...

The blood of people exposed to PFAS-contaminated water predominantly consisted of ultrashort-, not long-chain, molecules ...

In this webinar, Jae Chang Lim and Hyun Joon Chang will discuss how a cutting-edge artificial intelligence platform is transforming early-stage drug discovery.

A long-term primate study suggests vitamin C may slow ovarian aging by reactivating antioxidant defenses—though fertility effects remain untested.