kidney failure

Research by bioscientists at the University of Kent and the University of Queensland is expected to pave the way for new approaches to kill bacteria that no longer respond to conventional antibiotics. In a paper published by Scientific Reports, Kent's Dr Mark Shepherd and colleagues demonstrate the importance of an enzyme, cytochrome bd-I, for survival of E. coli that is resistant to multiple antibiotics. E. coli causes serious conditions including sepsis, bladder infections, kidney failure, and dysentery. The human immune system produces nitric oxide to kill invading E. coli, and cytochrome bd-I is shown to provide significant resistance to nitric oxide during infection...

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