News

Two molecular languages at the origin of life have been successfully recreated and mathematically validated. The breakthrough opens new doors for the development of nanotechnologies.

New research has taken a deep dive into what makes buffalo mozzarella so special, creating a detailed picture of which microbes are present during manufacture.

Researchers have developed a computational simulation that explains a key mechanism of DNA segregation. Their findings pave the way for experimental testing and reveal fundamental biochemical principles.

New research has identified the genes and molecular mechanisms behind the production and secretion of immunoglobulin G, which could help advance antibody-based therapy manufacturing.

A sediment-dwelling bacterium has been shown to corrode iron, and new research has shown the mechanism of electrobiocorrosion used by the species.

Follicular helper T cells, or Tfh cells, have a crucial role in immune defense. Without Tfh cells, B cells cannot form germinal center, or GC, responses during which high-affinity antibodies are generated.

Receiving a COVID-19 mRNA vaccine or booster during pregnancy can benefit pregnant people and their newborn infants, according to findings recently published in Vaccine.

Forensic researchers have made headlines for decades in their discoveries of what happens to human bodies after death.

The chemicals secreted by maize roots have been shown to increase the yields of wheat planted subsequently by more than four percent.

Researcher publishes a study identifying 135 previously unknown pigmentation genes with broad implications for human diversity, cell biology and medicine.