Computational biology project aims to better understand protein folding

Computational biology project aims to better understand protein folding

Greg Bowman, at the Washington University School of Medicine, is leading one of the largest crowd-sourced computational biology projects in the world. Called Folding@home, it’s aimed at understanding how proteins fold into their proper shapes. Bowman understands the importance of protein folding more than most. He became legally blind by age 9 due to a condition caused when a protein doesn’t fold properly.
Unnecessary testing for UTIs cut by nearly half

Unnecessary testing for UTIs cut by nearly half

Over-testing for urinary tract infections (UTIs) leads to unnecessary antibiotic use, which spreads antibiotic resistance. Infectious disease specialists at the School of Medicine made changes to hospital procedures that cut urine tests by nearly half without compromising doctors’ abilities to detect UTIs.
New clues discovered to lung transplant rejection

New clues discovered to lung transplant rejection

Researchers at the School of Medicine have discovered clues to a particularly deadly form of rejection that can follow lung transplantation. Called antibody-mediated rejection, the condition remains impervious to available treatments and difficult to diagnose. The researchers have identified, in mice, a process that may prevent the condition and lead to possible therapies to treat it.
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