Researchers found that a protein called STAT3 is crucial for the development of psoriasis and can be reversed with a specific treatment. The study's findings offer a potential new target for medications to relieve symptoms of psoriasis.
A study of 1,518 older adults reveals that cumulative trauma across adulthood can worsen health in later years, particularly for those experiencing traumatic events between 18-30 and 31-64 years. Researchers found that younger adults were more affected by adult trauma than childhood adversity.
Researchers at Stanford University have solved part of the puzzle on how Botox works by binding to specific sites on proteins called SNAREs, preventing muscle contraction and paralysis. The study could help develop alternative treatments for botulism and find new medical applications for Botox and other neurotoxins.
Scientists have identified a key mechanism by which botulinum neurotoxin recognizes and attacks specific nerve cell proteins. The discovery reveals an extensive interaction between the toxin and its target, known as exosites, enabling high specificity.
A recent study published at the ACNP Conference found that exposing rats to Ritalin during early development can lead to reduced ability to experience pleasure and reward, as well as depressive-like behaviors in adulthood. This raises concerns about the long-term effects of ADHD medication on normal-functioning brains.
Researchers developed molecular sheaths around carbon nanotubes to respond to glucose, detecting it with near-infrared fluorescence. The technique allows for real-time monitoring of blood glucose levels with long-term monitoring applications.