Researchers at NIH have found that the blood protein tau could be an important new clinical biomarker to better identify athletes who need more recovery time before safely returning to play after a sports-related concussion.

An NIH network study has confirmed that a combination of two drugs taken daily to reduce the chances of HIV infection among high-risk adults also works well and appears safe in males ages 15 to 17 years.

Extending noninvasive prenatal screening to all 24 human chromosomes can detect genetic disorders that may explain miscarriage and abnormalities during pregnancy, according to a study by researchers at NIH and other institutions.

The Zika virus (ZIKV) may infect and kill a specific type of brain cancer cells while leaving normal adult brain tissue minimally affected, according to a new study supported by NIAID.

Researchers from the Clinical Center’s rehabilitation medicine department have created the first robotic exoskeleton specifically designed to treat crouch (or flexed-knee) gait in children with cerebral palsy by providing powered knee extension assistance at key points during the walking cycle.

Using blood samples from an individual previously infected with Zika virus, scientists funded by NIAID have developed an antibody-based Zika virus therapeutic that protected monkeys from infection.

By scanning the brains of healthy volunteers, researchers at NIH saw the first, long-sought evidence that our brains may drain some waste out through lymphatic vessels, the body’s sewer system.

Investigators at Johns Hopkins University have engineered GM mosquitoes to have an altered microbiota that suppresses human malaria-causing parasites.

Infant cries activate specific brain regions related to movement and speech, according to an NIH study of mothers in 11 countries. The findings, led by researchers at NICHD, identify behaviors and underlying brain activities that are consistent among mothers from different cultures.

The deadliest malaria parasite needs two proteins to infect red blood cells and exit the cells after it multiplies, a finding that may provide researchers with potential new targets for drug development, according to researchers funded by NIH.