
Inactivation of Prions and Amyloid Seeds with Hypochlorous Acid
PLOS Pathogens: Here we show that hypochlorous acid, a disinfectant that is produced naturally by certain cells within the body, has strong anti-pr...
Read morePLOS Pathogens: Here we show that hypochlorous acid, a disinfectant that is produced naturally by certain cells within the body, has strong anti-pr...
Read moreFibrinogen was oxidized by adding HOCl at physiologically relevant concentrations between 0–150 μmol HOCl/g fibrinogen (or ∼0–300 μM based on 2 mg/...
Read moreWe show in this study that neutrophil-derived oxidants are capable of readily oxidizing the methionine residue at the cleavage site for the VWF-pro...
Read moreHOCl is known to be the major strong oxidant produced by neutrophils, and is a potent microbicidal agent within these cells. Experimentally, it has...
Read moreAmerican Society for MicrobiologySeptember, 1999AbstractThe efficacy of electrolyzed oxidizing water for inactivating Escherichia coli O157:H7, Sal...
Read moreThese effects were apparent within 5 min of HOCl exposure, and were not reversed by extensive washings. DNA synthesis (incorporation of [3H]-thymid...
Read moreIn our observations on the hypochlorites we found that hypochlorous acid is a more potent germicide than its salts, and we have accordingly-devised...
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