The University of California San Francisco Medical Center researchers have discovered four different gene classes that contribute to the explanation of why certain brain regions [Read More…]
Chronic pain is a crippling illness that significantly lowers quality of life and frequently results in a dependence on opioid drugs, which have serious adverse [Read More…]
Researchers at UPMC and Penn State have developed a new mRNA vaccine platform that is more scalable and adaptable, offering rapid protection against viruses like COVID-19 and H5N1.
Sanofi’s real-world study shows that infant immunization with BEYFORTUS® offers stronger protection against RSV-related hospitalizations compared to maternal immunization strategies.
Researchers at Mass General Brigham have developed a promising nasal spray for gene therapy, aiming to deliver treatments directly to the lungs. This innovation could offer a less invasive and more effective approach for genetic lung diseases like cystic fibrosis.
The computer program forecasts individual strands of DNA building blocks (A, T, C, and G) needed to create desired patterns of gene expression in various types of cells.
Data from the danuglipron clinical development program will be presented at a scientific meeting or published in a peer-reviewed journal in the future.
By inserting a complete gene, the technique provides a one-step solution that overcomes the limitations of CRISPR gene editing technology.
For a long time, scientists have been looking into vaccines against pathogenic bacteria in the bowel, particularly those that drugs have proved ineffective against due to resistance.
Immunotherapies and other cancer treatments don’t work well on “cold” tumors, also known as immunological deserts, because they usually have few T cells.
