Clinically proven nutrition that can transform your pet’s life.
Clinically proven to help reduce skin & gastrointestinal signs caused by adverse food reactions.
How It Helps:
Hill's Prescription Diet™ z/d™ Canine is clinically proven to help reduce skin and digestive signs caused by food allergies.
- Hypoallergenic food formulated with highly hydrolysed chicken as the only animal protein source.
- Clinically proven to help reduce skin and digestive signs caused by food allergies.
- Helps to nourish skin and coat with visible improvement in 30 days.
- Great taste your dog will love.
- Also available in a wet formulation
Please consult your vet for further information and guidance on what is best for your dog.
100% Satisfaction Guarantee We're confident your pet will enjoy Hill's™ Prescription Diet™ foods. We're so confident that we offer a 100% money-back guarantee.*
How to adjust feeding amounts to maintain optimal weight.
Mixed Feeding Guide
Body Weight (kg) Cans 370 g Dry grams 2 1/2 5 3 1/2 20 4 1/2 40 5 1/2 55 7.5 1 45 10 1 75 15 1 140
Body Weight (kg) Dry grams 2 50 3 70 4 90 5 105 7.5 140 10 175 15 235
PRESCRIPTION DIET z/d Canine Mini is a complete dietetic pet food for the reduction of feed material and nutrient intolerances in adult dogs. This dietetic pet food contains selected carbohydrate sources and a selected source of highly hydrolyzed protein.
High quality protein and thoughtfully sourced ingredients.
COMPOSITION: Cereals, meat and animal derivatives, derivatives of vegetable origin, oils and fats, minerals.Carbohydrate source: Maize starch.Protein source: Chicken liver hydrolysate.
3618 kcal/kg (362 kcal/100g)
Nutrient Dry Matter1
Protein 20.9 Fat 15.9 Crude fibre 5.1 Carbohydrate (NFE) 52.7 Calcium 0.69 Phospohorus 0.54 Sodium 0.36 Potassium 0.81 Magnesium 0.071 Taurine 0.12 Vitamin C 147 ppm Vitamin E 905 IU/kg Omega-3-fatty acids 0.52 Omega-6-fatty acids 4.00 Crude Ash 5.4 Beta-carotene 2.38 ppm Vitamin A 14662 IU/kg Vitamin D 752 IU/kg
1The nutrient in the product after moisture is removed. It is used to make direct comparisons of nutrient profiles with differing moisture contents.