Control Diets

AIN-76A is a formula of a purified diet for experimental rodents that can be easily reformulated to be used in many different types of nutrition studies. AIN-76A is typically used as a control group for drug-additive feeds. The feed ingredient meet the US AIN-76 standard.

10 kcal% Fat Diet (Matching Sucrose to HY-AF0005) is the control diet for the 60 kcal% High Fat Diet (HY-AF0005). 45 kcal% High Fat Diet is a high-fat model diet used to establish animal models of obesity and type 2 diabetes. Designed with similarities to Research Diets, Inc.formula D12450J.

AIN-93M, a modified version of AIN-76A (HY-AF0001), is a formula of a purified diet for experimental rodents. AIN-93M to be used during adult maintenance. AIN-93M is typically used as a control group for drug-additive feeds. The feed ingredient meet the US AIN-93 standard.

10 kcal% Fat Diet (Matching Sucrose to HY-AF0004) is the control diet for the 45 kcal% High Fat Diet (HY-AF0004). 45 kcal% High Fat Diet is a high-fat model diet used to establish animal models of obesity and type 2 diabetes. Designed with similarities to Research Diets, Inc.formula D12450H.

AIN-93G, a modified version of AIN-76A (HY-AF0001), is a formula of a purified diet for experimental rodents. AIN-93G is used for animal growth, development, pregnancy and lactation. AIN-93G is typically used as a control group for drug-additive feeds. The feed ingredient meet the US AIN-93 standard.

Standard Chow Diet (Maintenance Diet) is a dietary maintenance diet, generally used as a control group in diets supplemented with medicated feeds.

Standard Chow Diet (Growth and Reproduction Diet) is a type of feed formulated for growth and reproduction; it is typically used as the control group for medicated diet studies.

10 kcal% Fat Diet (Matching Sucrose to HY-AF0006) is the control diet for the 40 kcal% Fat, 20 kcal% Fructose and 2% Cholesterol Diet (HY-AF0006). The 40 kcal% Fat, 20 kcal% Fructose, and 2% Cholesterol Diet is a high-fat, high-fructose, and high-cholesterol diet that can be used to establish models of non-alcoholic fatty liver disease (NAFLD) and non-alcoholic steatohepatitis (NASH). Designed with similarities to Research Diets, Inc.formula D09100304.