Insights into the ocular microbiome could have implications beyond eye health.

Research findings open the door to targeted therapies for controlling nicotine use.

Animal study suggests deep-fried oil disrupts liver-gut-brain connections.

Potential drug and vaccine strategies could target crucial glycan to fight pertussis.

Schistosomiasis drug candidate overcomes limitations of current treatment.

Unraveling physical inactivity’s effects on the body could lead to new ways to mitigate its negative effects.

For the first time, researchers show that the protein modifier SUMO helps cells adjust to microgravity stresses.

Coronavirus-related structure determinations provide a clear metric that could help countries redirect research efforts.

New findings could improve effectiveness of cancer immunotherapy.

New research could lead to drug that susceptible people take before infection starts.

Gut microbe gene expression provides new insights into how eating walnuts may lower cardiovascular risk.

In laboratory experiments, sweeteners impaired protein that rids the body of toxins and processes drugs.

Multistate analysis reveals an increasing risk for Rocky Mountain spotted fever outbreaks.

Proteins could one day allow breast cancer screening to be done with a blood test.

Study uncovers new drug targets for treating other allergic disorders.

Airway cells exposed to SARS-CoV-2 spike protein exhibited persisting changes in gene expression.

Technology requires no special storage; could also be useful for detecting COVID-19.

New evidence presented at the ASBMB annual meeting suggests they might have genes involved in receiving or emitting sound.

Inflammation-induced mechanism might be linked with higher infection risk for veterans and people with metabolic disorders.

More accurate sex determination could increase yields and lower the price of CBD.

Mouse studies reveal how noise exposure affects heart health and can lead to cancer-related DNA damage.

Method could be scaled up to help farmers improve crop yield in areas with increased soil salinity.

Marine organism’s bioluminescence could inspire new eco-friendly, long-lasting light sources.