• Amanda E H Paul, Robert E Shiel, Florence Juvet, Carmel T Mooney, and Caroline S Mansfield.
• Department of Veterinary Clinical Sciences, School of Veterinary and Biomedical Sciences, Murdoch University, Murdoch, WA 6155, Australia. a.paul@murdoch.edu.au
• Am. J. Vet. Res. 2011 Sep 1; 72 (9): 1204-8.

ObjectiveTo determine the effect of Hct on blood glucose readings of dogs obtained by use of 2 point-of-care (POC) blood glucometers and a laboratory analyzer.Animals184 dogs, including 139 Greyhounds.ProceduresVenous blood samples collected from 184 dogs with a range of Hcts (measured in EDTA-anticoagulated blood) were immediately analyzed with a handheld glucometer specifically developed for veterinary use and a glucometer developed for use in humans. The remainder of each blood sample was placed in fluoride oxalate tubes, and plasma glucose concentration was measured with a laboratory analyzer. Agreement between results for the POC glucometers and laboratory analyzer and effect of Hct on glucometer accuracy was assessed via regression analysis.ResultsSignificant differences were detected between results of the glucometers and the reference laboratory analyzer. The Hct affected the correlation between results for the glucometers and the laboratory analyzer. Deviations of the glucometers from the reference interval varied with Hct. The glucometer for veterinary use more closely correlated with the glucose concentration when Hct was within or above its reference interval. The glucometer for use in humans more closely approximated laboratory reference glucose concentrations in anemic dogs.Conclusions And Clinical RelevanceHct had a relevant impact on the correlation between whole blood and plasma glucose concentrations in dogs. Significant variations between results obtained with the 2 glucometers could be critical when interpreting blood glucose measurements or selecting a POC glucometer for an intensive care setting and precise glycemic control in critically ill dogs.

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