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Full-Text Articles in Education

The Role Of Key Adipokines In Obesity And Insulin Resistance In Cats, Angela Lusby, Claudia Kirk, Joe Bartges Jan 2012

The Role Of Key Adipokines In Obesity And Insulin Resistance In Cats, Angela Lusby, Claudia Kirk, Joe Bartges

Angela L Witzel (Lusby) DVM, PhD, DACVN

No abstract provided.


Comparison Of A Human Portable Blood Glucose Meter, Veterinary Portable Blood Glucose Meter, And Automated Chemistry Analyzer For Measurement Of Blood Glucose Concentrations In Dogs, Beth Johnson, Michael Fry, Bente Flatland, Claudia Kirk Jan 2012

Comparison Of A Human Portable Blood Glucose Meter, Veterinary Portable Blood Glucose Meter, And Automated Chemistry Analyzer For Measurement Of Blood Glucose Concentrations In Dogs, Beth Johnson, Michael Fry, Bente Flatland, Claudia Kirk

Bente Flatland

OBJECTIVE: To compare blood glucose concentrations measured with 2 portable blood glucose meters (PBGMs) validated for use in dogs (PBGM-D) and humans (PBGM-H) and an automated chemistry analyzer. DESIGN: Validation study. SAMPLE POPULATION: 92 samples of fresh whole blood and plasma from 83 dogs with various diseases. PROCEDURES: Each PBGM was used to measure whole blood glucose concentration, and the automated analyzer was used to measure plasma glucose concentration. Passing-Bablok linear regression and Bland-Altman plots were used to determine correlations and bias between the PBGMs and the automated analyzer. Calculated acceptability limits based on combined inherent instrument imprecision were used ...


Comparison Of A Human Portable Blood Glucose Meter, Veterinary Portable Blood Glucose Meter, And Automated Chemistry Analyzer For Measurement Of Blood Glucose Concentrations In Dogs, Beth Johnson, Michael Fry, Bente Flatland, Claudia Kirk Nov 2009

Comparison Of A Human Portable Blood Glucose Meter, Veterinary Portable Blood Glucose Meter, And Automated Chemistry Analyzer For Measurement Of Blood Glucose Concentrations In Dogs, Beth Johnson, Michael Fry, Bente Flatland, Claudia Kirk

Claudia A Kirk

OBJECTIVE: To compare blood glucose concentrations measured with 2 portable blood glucose meters (PBGMs) validated for use in dogs (PBGM-D) and humans (PBGM-H) and an automated chemistry analyzer. DESIGN: Validation study. SAMPLE POPULATION: 92 samples of fresh whole blood and plasma from 83 dogs with various diseases. PROCEDURES: Each PBGM was used to measure whole blood glucose concentration, and the automated analyzer was used to measure plasma glucose concentration. Passing-Bablok linear regression and Bland-Altman plots were used to determine correlations and bias between the PBGMs and the automated analyzer. Calculated acceptability limits based on combined inherent instrument imprecision were used ...


The Role Of Key Adipokines In Obesity And Insulin Resistance In Cats, Angela Lusby, Claudia Kirk, Joe Bartges Aug 2009

The Role Of Key Adipokines In Obesity And Insulin Resistance In Cats, Angela Lusby, Claudia Kirk, Joe Bartges

Claudia A Kirk

No abstract provided.


Changes In Hepatic Gene Expression In Dogs With Experimentally Induced Nutritional Iron Deficiency, Michael Fry, Claudia Kirk, Jason Liggett, Gregory Daniel, Seung Baek, Julia Gouffon, P Chimakurthy, B Rekapalli Dec 2008

Changes In Hepatic Gene Expression In Dogs With Experimentally Induced Nutritional Iron Deficiency, Michael Fry, Claudia Kirk, Jason Liggett, Gregory Daniel, Seung Baek, Julia Gouffon, P Chimakurthy, B Rekapalli

Claudia A Kirk

BACKGROUND AND OBJECTIVE: We investigated hepatic gene expression in dogs with experimentally induced nutritional iron deficiency (ID). Our hypothesis was that ID would result in decreased hepcidin gene expression, and possibly in altered expression of other genes associated with iron metabolism. METHODS: Liver biopsies were collected from each of 3 dogs before induction of ID, at the point of maximal ID, and after resolution of ID. Using Affymetrix microarray technology and analytical tools specifically designed for microarray data, we identified genes that had at least a 2-fold change in expression in response to ID. Four genes were selected for further ...