A closer look at brain tissue vulnerability in neurological disease
New evidence explains differences in brain tissue vulnerability using animal models of human spinocerebellar ataxia type 1.
Read More
New evidence explains differences in brain tissue vulnerability using animal models of human spinocerebellar ataxia type 1.
Read MoreThese biosensors make previously undetectable signals visible, opening new possibilities for studying how neural circuits process information.
Read MoreThe findings also provide a new approach to improve the diagnosis of epilepsy, for which a genetic cause cannot be found in about 50 % of individuals with the condition.
Read MoreThe team identified underlying molecular mechanisms of platinum resistance that they neutralized with combinations of available drugs to reduce tumor growth in animal models.
Read MoreThe award supports research on the molecular and cellular mechanisms involved with rare genetic disorders that affect immune defense.
Read MoreThe Translational Research Institute for Space Health is seeking proposals to address venous thromboembolism, a critical risk to human health during spaceflight.
Read MoreThis method is easily adaptable to other organs and can be used by researchers to develop their own cancer models.
Read MoreThe findings help explain why some bacteria are hard to eliminate and suggest potential future approaches to improve antibiotic effectiveness.
Read MoreThe findings may help explain how people can effortlessly translate thoughts between languages without confusing them.
Read MoreThe researchers found that the interaction between neutrophils and epithelial-like cancer cells helps both types of cells survive.
Read More