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A novel composite hypertonic solution for intravenous use was tested in two experimental models, one of endotoxic shock and one of shock linked with dehydration, both in anaesthetised calves. Endotoxic shock was induced with Escherichia coli lipopolysaccharide and was characterised by a low cardiac output, hypoxaemia, acidosis and anuria. Treatment with a small volume of the solution increased cardiac output, improved oxygen carriage, corrected acidosis and stimulated renal function. Experimental dehydration in calves was induced by intraperitoneal mannitol and frusemide diuresis, and was characterised by reduced circulating plasma volume, acidosis and poor peripheral perfusion. Treatment with the new solution corrected the acidosis and stimulated peripheral circulation significantly better than treatment with hypertonic or isotonic saline alone, and also expanded the calves' plasma volume. The new solution was also compared with conventional fluid therapy in clinical small animal practice. Twenty cats and dogs with clinical shock were treated with either small volumes of the hypertonic solution or large volumes of isotonic fluids. The animals treated with small volumes of the hypertonic solution responded better than the animals treated with large volumes of isotonic fluid.
Vet Rec 1993 Dec 11
PMID:A hypertonic infusion in the treatment of experimental shock in calves and clinical shock in dogs and cats. 811 68

Sixteen cases of acute idiopathic toxaemic colitis developed in a veterinary hospital over a period of three years. Before the onset of colitis, 15 horses had received antibiotics, 11 had undergone general anaesthesia and various surgical procedures, and 10 had been treated with non-steroidal anti-inflammatory drugs. The horses had acute onset, profuse watery diarrhoea, profound depression, mild to moderate abdominal pain, reduced intestinal borborygmi, tachycardia, dehydration and endotoxic shock. Leucopenia, neutropenia and pyrexia were common early indicators of impending colitis. Metronidazole appeared to be an effective treatment; eight horses treated with metronidazole survived whereas five of seven horses that received other treatments, but no metronidazole, died or had to be euthanased. The aetiology of the colitis could not be determined, but the clinicopathological features resembled those of colitis attributed to an intestinal overgrowth of Clostridium perfringens type A. No Salmonella species were isolated from 52 samples of faeces, colonic contents and colonic mucosa which were collected from the horses antemortem and postmortem.
Vet Rec 1998 Jun 06
PMID:Use of metronidazole in equine acute idiopathic toxaemic colitis. 967 Apr 51