A hormone produced in the gut, FGF19, has been shown to act directly on the brain to boost energy expenditure, burn fat and ...

Explore the exciting advancements in organoids with the successful growth of liver tissue that includes internal blood ...

Explore how GenAI is transforming pharmaceutical clinical trials by reducing manual tasks and enhancing research efficiency.

Explore new therapeutic targets for leukaemia treatment discovered by researchers in Japan, focusing on acute myeloid ...

Explore innovative clinical trial design with digital twins, enhancing predictions while reducing costs and efforts in ...

Explore the link between α2,6-sialyltransferase-I and Alzheimer's disease progression. Understand the new findings on ...

Explore DARPins and their therapeutic potential as engineered protein scaffolds for innovative cancer treatments at AACR 2025 ...

Explore new strategies in cancer treatment. Discover how Justin Taylor's research offers hope for colorectal cancer therapies ...

Explore how a $250,000 grant is supporting research on type 1 diabetes at Washington University for innovative therapies.

Explore recent breakthroughs in understanding how cancers with BRCA1 mutations resist PARP inhibitors and what it means for ...

Explore how AAV vectors release genetic material, enhancing the effectiveness of gene therapy through innovative research.

New research from the University of Sydney has uncovered a key brain protein involved in the development of Parkinson’s disease, and identified a way to modify it, offering hope for future treatments.