Snacks provide, on average, about one-fourth of most people's daily calories. With nearly one in three adults in the United States overweight and more than two in five with obesity, researchers are investigating how Americans can snack smarter. Snacks provide, on average, about one-fourth of most people's daily calories. With nearly one in three adults
The NMDAR is involved in numerous cognitive functions including memory. Its movements are tightly coordinated like a choreographed dance routine. Scientists have now figured out how the protein performs a difficult 'Twist'-like dance move. The discovery could lead to new drug compounds that bind to NMDAR more effectively. Proteins are constantly performing a kind of
Snacks provide, on average, about one-fourth of most people's daily calories. With nearly one in three adults in the United States overweight and more than two in five with obesity, researchers are investigating how Americans can snack smarter. Snacks provide, on average, about one-fourth of most people's daily calories. With nearly one in three adults
Snacks provide, on average, about one-fourth of most people's daily calories. With nearly one in three adults in the United States overweight and more than two in five with obesity, researchers are investigating how Americans can snack smarter. Snacks provide, on average, about one-fourth of most people's daily calories. With nearly one in three adults
Using powerful new visualization technologies, researchers have captured the first 3-D images of the structure of a key muscle receptor, providing new insights on how muscles develop across the animal kingdom and setting the stage for possible future treatments for muscular disorders. The connections between the nervous system and muscles develop differently across the kingdom
The NMDAR is involved in numerous cognitive functions including memory. Its movements are tightly coordinated like a choreographed dance routine. Scientists have now figured out how the protein performs a difficult 'Twist'-like dance move. The discovery could lead to new drug compounds that bind to NMDAR more effectively. Proteins are constantly performing a kind of
A specific type of gut bacteria that enhances immunity to cancer in mice. This groundbreaking discovery highlights the potential role of vitamin D in cancer prevention and underscores the importance of a healthy gut microbiome. The collaborative study sheds light on the pivotal connection between vitamin D, gut bacteria, and cancer immunity, offering valuable insights for future research and potential therapeutic interventions