Wernicke's encephalopathy producing an altered mental state may occur in malnourished psychiatric patients even in the absence of alcohol abuse. A case is reported of a woman, aged 61 years, with schizophrenia who refused her medication for four months, had the delusion she was dying from a tumour, and withdrew to her bed with a neglect of her nutrition. She was committed to hospital in a mute unresponsive state and after taking some food and fluids for four days lapsed into coma. She responded within three hours to the administration of thiamine. Clinicians need to remain vigilant to the possibility that an altered mental state in malnourished patients may be due to thiamine deficiency rather than to the primary psychiatric disorder. If doubt exists as to the presence of Wernicke's encephalopathy, then parenteral thiamine should be administered.
Hypochlorous acid (HOCl) is a potent anti-bacterial agent which could reduce periprosthetic joint infection. Early infection complications in joint replacements are often considered to be due to local contamination at the time of surgery and result in a significant socioeconomic cost. Current theatre cleaning procedures produce “clean” operating theatres which still contain bacteria (colony forming units, CFU). Reducing this bacterial load may reduce local contamination at the time of surgery. HOCl is produced naturally in the human neutrophil and has been implicated as the primary agent involved in bacterial killing during this process. In vitro research confirms its efficacy against essentially all clinically relevant bacteria. The recent advent of commercial production of HOCl, delivered as a fog, has resulted in extensive use in the food industry. Reported lack of corrosion and high anti-bacterial potency are seen as two key factors for the use of HOCl in the orthopaedic environment. Prior work by the authors comparing human cell toxicity of HOCl, chlorhexidine and iodine solutions shows favourable results.This study evaluates use of neutral HOCl applied as a dry room fog to decrease bacteria in the operating theatre environment. Using an animal operating theatre as the test site, bacterial swabs were taken from ten 100cm2 sample areas before standard cleaning with detergent, after standard cleaning, and again after 60 minutes exposure to HOCl fog.After standard cleaning, 6 of 10 sample sites recorded significant bacterial growth (>10 CFU/100cm2). After exposure to HOCl fog, growth in all 10 sites was below detection limits (<10 CFU/100cm2). This was repeated with specific exposure to Staphylococcus aureus and Escherichia coli.We can conclude that HOCl is effective when used as a fogging agent to reduce bacterial loading within an operating theatre environment and as such has significant potential to reduce intraoperative contamination and periprosthetic infection.
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