Danish researchers at the University of Copenhagen have discovered how to map more than one protein at a time, when proteins repair damaged DNA. It is a discovery that will help accelerate the process of developing better and gentler cancer treatments. The discovery has just been described in an article in the renowned scientific journal, Science.

Researchers have uncovered a unique connection between diabetes and Alzheimer's disease, providing further evidence that a disease that robs people of their memories may be affected by elevated blood sugar, according to scientists at Washington University School of Medicine in St. Louis.

A University of Cincinnati (UC)-led research team has found that generic formulations of tacrolimus, a drug used post-transplant to lower the risk of organ rejection, are just as good as the name-brand version. The findings were presented Sunday, May 3, by lead investigator Rita Alloway, PharmD, UC research professor of medicine and

Scientists moved a step closer toward coaxing the body into producing its own replacement blood vessels after discovering that suppressing parts of the innate immune system may raise the chances of a tissue engineered vascular graft's success. In a report appearing in the May 2015 issue of The FASEB Journal scientists showed that

A new study found that drugs used to treat multiple sclerosis have soared in price in the past two decades, in some cases more than 700 percent, even though newer drugs have come to the market - a process that normally should have stabilized or reduced the cost of at least the older medications.

The team led by Dr Sheena Cruickshank of the Faculty of Life Sciences and Professor Andy Brass from the School of Computer Science (University of Manchester) analysed 58 papers on research into inflammatory bowel disease published between 2000 and 2014. They found a wide variety in how methods were reported and that vital information about experiments were missing, meaning they couldn't be accurately reproduced in animal or human models.

Fastening protein-based medical treatments to nanoparticles isn't easy. With arduous chemistry, scientists can do it. But like a doomed marriage, the fragile binding that holds them together often separates. This problem, which has limited how doctors can use proteins to treat serious disease, may soon change.