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Query: UMLS:C0031154 (peritonitis)
 15,372 document(s) hit in 31,850,051 MEDLINE articles (0.00 seconds)

Sodium hypochlorite, administrated intravenously and intraperitoneally, leads to normal oxygen balance, metabolism and motility of small intestine in peritonitis. Anti-hypoxia effect of this substance is realized by an increase of oxygen content in the blood. It is useful to use sodium hypochlorite in general peritonitis for antibacterial therapy and against tissue hypoxia without side effects.
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PMID:[Effects of sodium hypochlorite on oxygen balance and functional state of the small intestine in experimental peritonitis]. 179 60

The method of indirect electrochemical detoxification by means of sodium hypochlorite (NaClO) obtained by isotonic NaCl solution electrolysis on a [symbol: see text] device consists in modeling hepatic monooxygenase detoxifying function on cytochrome B-450. Indirect electrochemical detoxification was conducted in more than 200 patients with generalized abdominal pyo-inflammatory processes and marked intoxication syndrome. Sodium hypochlorite was used for intravenous treatment of endotoxicosis in concentrations of 600 mg/l and 300 mg/l in volumes of 1/10 and 1/6 CBV in patients with generalized fibrinopurulent peritonitis and pancreonecrosis and for local administration during programmed prophylactic treatment of the abdominal cavity. The detoxifying effect was best in patients with grade 2-3-intoxication (according to V. K. Gostishchev et al., 1989). Local use of NaClO was marked by a high necrolytic effect, antiseptic properties, capability for reducing the resistance of the microflora to antibiotics, etc. The work discusses the methods of hypochlorite application, indications, contraindications, possible complications and their prevention.
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PMID:[Indirect electrochemical detoxication in the combined treatment of purulent diseases in surgical practice]. 804 Oct 76

In order to develop new methods for the study of pathogenesis of post-injury fibroplasia, a rat model of chemical peritonitis was explored. Sodium hypochlorite (NaOCl) of various concentrations was injected intraperitoneally one or more times using different intervals between doses. Some time later, the surface fibrosis of liver, spleen, omentum and other abdominal organs was evaluated. A dose-response relation at intermediate concentrations and an apparent threshold at low concentrations were observed. Fibroplasia was increased by repeated doses (accumulation) but it was ameliorated compared to the same total amount of chemical given as a single injection (adaptation during repeated dosing). The rapid disappearance of the chemical irritant and the large size and easy accessibility of the peritoneal cavity suggest that this model may be useful in further study of chemical toxicity and fibroplasia in relation to human fibrosing diseases and injuries (trauma, surgery, peritoneal dialysis). The model has the unique feature of evaluating the morphological effects of the toxic injury and secondary functional effects at the same time.
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PMID:Repeated toxic injury of peritoneum: accumulation of toxicity and adaptation to injury. 1118 Feb 63

Strangulation colorectal obstruction was modeled in 60 Wistar rats. Necrotic segment of the intestine was resected under conditions of peritonitis and end-to-end intestinal anastomosis was performed on a PCV catheter conducted through the anus. Sodium hypochlorite and ozone solution were used for sanitation of the abdominal cavity and intestinal lavage, and the intestinal anastomosis was coated with Ozonide (ozonized oil). The use of physicochemical methods notably reduced the incidence of postoperative pyoinflammatory complications, incompetence of intestinal anastomosis sutures, and animal mortality.
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PMID:Effects of sodium hypochlorite and ozone on healing of intestinal anastomosis in simulated strangulation colorectal obstruction. 1508 59