Specific CRD 1 Weight Reduction - Dog kibbles

Key Benefits - Specific CRD 1 Weight Control kibbles

• Specific CRD 1 Weight Reduction dog kibbles are low in fat and rich in fiber, and therefore has a low energy content. Even during weight loss, you will be able to feed your dog relatively large quantities that will contribute towards a feeling of satiety. 
• Specific CRD 1 Weight Reduction contains L-Carnitine, which is involved in the transportation of fatty acids to the mitochondria. It stimulates the oxidation of lipids and helps maintain muscle mass.
• Specific CRD 1 Weight Reduction has a high protein content to help your pet preserve its lean muscle mass and contribute to a feeling of satiety while losing weight.
• Specific CRD 1 Weight Reduction contains EPA and DHA, two Omega-3 fatty acids to help obese dogs maintain joint mobility. Omega-3 fatty acids also contribute to the skin and the coat's health.
• Low glycemic index cereals (whole wheat and whole oat) and the high amounts of fibers and chromium with help to reduce post meal hyperlglycaemia.

Ingredients - Specific CRD 1 Weight Reduction

Wheat, fish meal, maize protein, oats, cellulose powder, beet pulp, animal protein hydrolysate, potato protein, Antarctic krill, fish oil, minerals, vegetable oil, vitamins and trace elements, (including chelated trace elements), yeast, psyllium husk, methionine, L-carnitine, rosemary extract. With natural antioxidants (tocopherols and vitamin C).

Specific CRD 1 Weight Reduction contains no artificial colouring or flavouring.

Feeding Guide - Specific CRD 1 Weight Reduction

It is recommended that a weight loss programme be started by feeding your dog the quantities of indicated in the “REDUCTION” column of Specific CRD 1 Weight Reduction, using the dog’s current weight as a starting point (and not its ideal weight).

Contraindications - Specific CRD 1 Weight Reduction

Do not feed your dog Specific CRD 1 Weight Reduction kibbles:

• without a prescription from your veterinarian
• during growth
• during gestation
• during lactation