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Peer-reviewed veterinary case report

How vets score severity of sudden pancreatitis in dogs

By RUAUX, CG & ATWELL, RB·Published in Australian Veterinary Journal·1998·View original on Crossref

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Original publication title: A severity score for spontaneous canine acute pancreatitis

Species:
dog

Plain-English summary

A group of dogs with acute pancreatitis (inflammation of the pancreas) was studied to find a better way to predict how severe their condition was and their chances of recovery. The researchers discovered that looking at how many other organs were affected gave a clearer picture of the dog's health than just measuring pancreatic enzyme levels. This new scoring method helped veterinarians better assess the risk of death in these dogs. Ultimately, it was found that dogs with fewer affected organs had a better chance of survival.

People also search for: dog pancreatitis symptoms · how to treat acute pancreatitis in dogs · dog organ failure prognosis

Abstract

Objective To derive a severity score for spontaneous canine acute pancreatitis applicable to general practice. Design Cohort study of canine pancreatitis cases. Procedure Cases (n = 68) of spontaneous canine acute pancreatitis presented to general practitioners were identified among accessions to Veterinary Pathology Services Brisbane. The primary veterinarian was surveyed by telephone to ascertain the outcome of each case. Scores were assigned for extent of hyperamylasaemia, hyperlipasaemia and number of organ systems other than the pancreas compromised. The probability of mortality with each score of each analyte was calculated. The strength of interaction between scores for each analyte and mortality rate was assessed by chi‐square analysis where appropriate. Relationships between the organ system score, other physiological variables and likelihood of euthanasia were analysed. Results Scores derived mathematically from analysis of enzyme activities had poor abilities to predict mortality. The score based upon the number of organ systems compromised showed good ability to predict mortality and the interaction between the organ system score and mortality rate was significant by chi‐square analysis (P < 0.01). Distribution of data within the amylase and lipase scores was not compatible with chi‐square analysis. Conclusion Assessment of severity of spontaneous canine acute pancreatitis using pancreatic enzyme activities is potentially inaccurate. The use of a severity score based upon organ system compromise was more accurate in determining the likelihood of mortality in spontaneous canine acute pancreatitis. This is compatible with the hypothesis that severe canine acute pancreatitis is a multiple organ failure syndrome.

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Original publication on Crossref: https://doi.org/10.1111/j.1751-0813.1998.tb12331.x