Evaluation of 4 Portable Blood Glucose Meters in Diabetic and Non-diabetic Dogs And Cats
Background: Monitoring of an animal's blood glucose concentration is critical for diagnostic and therapeutic selections. Over the previous few many years, portable blood glucose meters (PBGMs) have been used to monitor blood glucose concentrations in animals. Recently, new and improved PBGMs have been made out there in the marketplace. Objective: The purpose of this research was to judge 4 PBGMs to be used in dogs and cats. Animals and methods: A complete of 155 venous blood samples of canine and eighty five venous blood samples of cats had been tested using 4 PBGMs. Control options from manufacturers were used to determine the precision of every meter. The coefficient of variation was calculated to determine precision throughout a set of replicates. Pearson's correlation evaluation, Passing-Bablok regression, and Bland-Altman analysis have been used to determine the accuracy of four PBGMs in opposition to the hexokinase reference method. Error grid analysis was used to judge clinical relevance.
Background: Monitoring of an animal's blood glucose concentration is critical for diagnostic and therapeutic selections. Over the previous few many years, portable blood glucose meters (PBGMs) have been used to monitor blood glucose concentrations in animals. Recently, new and improved PBGMs have been made out there in the marketplace. Objective: The purpose of this research was to judge 4 PBGMs to be used in dogs and cats. Animals and methods: A complete of 155 venous blood samples of canine and eighty five venous blood samples of cats had been tested using 4 PBGMs. Control options from manufacturers were used to determine the precision of every meter. The coefficient of variation was calculated to determine precision throughout a set of replicates. Pearson's correlation evaluation, Passing-Bablok regression, and Bland-Altman analysis have been used to determine the accuracy of four PBGMs in opposition to the hexokinase reference method. Error grid analysis was used to judge clinical relevance.
