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Every day in the United States, 17 people die waiting for an organ transplant, and every nine minutes, another person is added to the transplant waiting list, according to the Health Resources and Services Administration. ...
The ability to manipulate droplets plays a vital role in fundamental research and practical applications from chemical reactions to bio-analysis. Light control of droplets enables remote and contactless control with remarkable ...
A University of Toronto Engineering research team has created a new platform that delivers multiple therapeutic proteins to the body, each at its own independently controlled rate. The innovation could help treat degenerative ...
Our bodies' genes work together to regulate how our cells behave. For example, if you skin your knee, your genes use a chemical messaging system to direct an army of cells to heal the abrasion. If scientists could create ...
A research group headed by senior researcher Jianwei Li at the MediCity Research Laboratory has explored a new type of materials called supramolecular plastics that would substitute the conventional polymeric plastics with ...
Researchers at KI and SLU have discovered that spider silk proteins can be fused to biologically active proteins and be converted into a gel at body temperature. One of the goals is to develop an injectable protein solution ...
Over-the-counter pain relievers, physical therapy, steroid injections—some people have tried it all and are still dealing with knee pain.
Spiders are amazing. They're useful even when they're dead.
Combatting life-threatening bacterial infections, reducing slime that clogs pipes, preventing plaque buildup on teeth—all could one day benefit from a new technology being developed by Montana State University researchers.
Producing biomaterials that match the performance of cartilage and tendons has been an elusive goal for scientists, but a new material created at Cornell demonstrates a promising new approach to mimicking natural tissue.
