• Supports dog’s sensitive skin
• Formulated with omega-3 & 6
• Helps reduce tartar build-up

Skin irritation is the most common reason that dogs are taken to the vet. The right food can help to soothe skin sensitivities while also providing your small dog with a complete and balanced diet. Suitable for dogs that weigh up to 10kg, Royal Canin Mini Dermacomfort is specially tailored with the nutritional needs of small dogs like yours in mind. This food's reduced allergen formula contains essential fatty acids like GLA, EPA and DHA. These fatty acids are sourced from fish and vegetable oils and help to support your dog's skin and nourish their coat, making it less sensitive to irritants in the surrounding environment. This recipe is enriched with carefully selected low-allergen proteins that help to reduce the risk of intolerance and allergic reactions. When it comes to the kibble in your dog's food, size and shape is important. For a small breed dog like yours, smaller-sized kibble is easier to chew and swallow. That's why the shape and size of the kibble in this food is exclusively designed to suit your small dog's little mouth. At Royal Canin, everything they do is driven by their passion for pet health. The Canine Care Nutrition range is the result of decades of advanced scientific research into developing tasty canine nutrition that supports your dog's health. But don't just take our word for it - the results of this product are scientifically proven. After 1 month, 87%* of dog owners perceived a reduction in scratching. *Royal Canin internal study, 2009 - Study carried out with 82 dogs with sensitive skin.

Features:

• Reduced Allergen Formula - Specific formula with selected protein sources of very high quality is particularly suited to dogs prone to skin irritation and itching
• Healthy Skin Cocktail - An exclusive complex with Omega 6 fatty acids (including gamma-linolenic acid) and Omega 3 fatty acids (including EPA and DHA) known for their beneficial effects on skin
• Dental Health - Helps reduce tartar formation thanks to agents which chelate the calcium in saliva