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Sacramento River winter-run Chinook salmon are facing a hidden survival crisis during the first days of life, when tiny embryos developing inside river gravel encounter...

A two-headed experimental drug has eradicated aggressive human lymphoma tumors in mice by turning one of cancer’s most important growth-driving proteins against the malignant cells...

A new artificial intelligence model designed to improve one of quantum chemistry’s most difficult calculations is now available through the CP2K software ecosystem, potentially allowing...

Heart failure care may be on the verge of a major shift from hospital-centered treatment to a more mobile, home-based model, according to a new...

Obstructive sleep apnea, a disorder in which the upper airway repeatedly collapses during sleep, may be entering a new era of treatment. A randomized clinical...

A new range-wide genetic study of the freshwater mussel Venustaconcha ellipsiformis has revealed how ancient glaciers, changing river systems, and limited dispersal have combined to...

For decades, Group B Streptococcus has presented doctors with a deceptively simple question: why do some newborns develop a rapidly progressing infection within hours of...

A growing push to share health and research data is running into a problem that cannot be solved by technology alone: people may stop trusting...

Parkinson’s disease research has taken a significant step toward a strategy that attacks one of the disorder’s most persistent biological problems: the accumulation of misfolded...

Noah Golowich’s Theory Explains How AI Can Learn Stable Strategies in Games and Unfamiliar Worlds When an artificial intelligence system defeated some of the world’s...

Cancer drugs are designed to attack the molecular machinery that allows tumors to grow, divide, and spread. Yet once a drug enters a living cell,...

Long polymer chains are among the hidden structures that shape the modern world. They give plastics their strength, help biological materials organize themselves, and form...

Johns Hopkins scientists have created a molecular “time machine” that reconstructs how hundreds of hair follicles develop, offering an unprecedented view of organ formation at...

A cell that has become cancerous, aged or otherwise abnormal may appear to have crossed a biological point of no return. Once its internal molecular...

Dengue fever is entering a new era of clinical risk assessment as researchers seek to identify, as early as possible, which patients are likely to...