People who climb too fast or too high risk acute altitude sickness, which can lead to life-threatening hypoxic brain injury. By using in vivo electrochemistry, researchers demonstrated that characteristic changes occur in the oxygen content of various brain regions before injury. The risk of brain damage could be predicted days in advance -- perhaps a new approach for detecting high-altitude hypoxic injury.
Read more …Early detection of high-altitude hypoxic brain injury
Researchers have developed a model that uses artificial intelligence (AI) to predict organoid development at an early stage. The model, which is faster and more accurate than expert researchers, could improve the efficiency and lower the cost of culturing organoids.
Read more …AI beats experts in predicting future quality of 'mini-organs'
A groundbreaking study has created the world's largest and most geographically comprehensive international norms for handgrip strength, enabling global peer-comparison, health screening and surveillance across the adult lifespan.
Read more …Getting a grip on health norms: Handgrip strength