Purina Veterinary Diets - DRM Dermatosis - 12kg

Product Description

Many dogs suffer from itching, often described by vets as pruritus, which can cause excessive scratching, licking, chewing or rubbing across the face, ears, stomach & paws. Purina Veterinary Diets – DRM Dermatosis is a complete dry food designed to combat this, as well as hair loss & skin infections. Skin allergies can often be treated with a change in diet, which can also be beneficial for environmental allergies such as dust mites & pollen. This delicious diet, developed by veterinarians, can help dogs of any age return to a healthy skin condition. It can also help reduce itching & hair loss, as well as relieving inflammation. The recipe contains limited quantities of protein, in order to help avoid possible allergies. Purina Veterinary Diets – DRM Dermatosis is enriched with many valuable ingredients that help keep the immune system healthy & support the skin’s natural barrier function. For example, it contains zinc, antioxidants including vitamins A & E, omega-6 fatty acids & also omega-3, which can increase natural anti-inflammatory processes. Indications: Inflammatory dermatosis or allergies Adverse reactions to food Otitis externa Tissue repair & skin regeneration Inflammatory bowel disease Contraindications: Associated problems of hypercatabolic conditions (developed stages of heart disease, kidney failure in IRIS Stage 3 & 4) Purina Veterinary Diets – DRM Dermatosis at a glance: Veterinary diet for dogs of all ages, suffering from dermatosis or extreme hair loss, to improve skin function Limited quantity of protein (herring, peas, rapeseed) in order to minimise allergies Omega-3 fatty acids: to maximise natural anti-inflammatory processes Antioxidants, vitamins A, B & E, & omega-6 fatty acids: to strengthen the skin’s natural barrier function & improve the immune system Contains basic elements for collagen growth Extremely delicious & well-accepted Please note: Articles 610451.4 & 610451.5 are not available for delivery to Northern Irel&.