An epoxide ring opening reaction could help stabilize biomolecules by replacing hydrogen with deuterium with a high degree of selectivity.
An epoxide ring opening reaction could help stabilize biomolecules by replacing hydrogen with deuterium with a high degree of selectivity.
Using materials found around the house, researchers stuck at home created an accurate test to detect COVID-19.
Molecular dynamics offer ways to improve lipid-based therapeutic delivery systems.
A new hydrogel supports living cells and can withstand dynamic environments to help repair tissue in the heart, muscles, and vocal cords.
The aerosol platform promises broader protection against SARS-CoV-2, and is currently being trialed as a booster.
A natural chemical tether helps researchers attach cells to inert biomaterials for better cell models and therapies.
Living machines made from drug-carrying bacteria target tumors to improve the effectiveness and safety of chemotherapies.
Antibody therapies and new vaccines have been added to the arsenal, giving hope to the millions who live where malaria is endemic.
While stem cell therapies have been touted as “miracle cures”, data indicates that there are still hurdles keeping them out of the clinic.
Artificial spider silk could be a smart and responsive alternative to traditional wound dressings, helping patients and medical staff to monitor recovery in real time.