Veterinary Diet Cat Sensitivity Control with Chicken and Rice

Royal Canin Sensitivity Control with Chicken is a balanced wet food designed to provide nutritional support for cats suffering from food intolerances or allergies.
Acute or chronic diarrhea and inflammation of the gastrointestinal tract are often symptoms of food intolerances.
Skin and coat disorders, such as itching or various types of inflammation, are also symptoms of intolerances or allergies.
To reduce the risk of allergic reactions and intolerances, this food has been designed to contain only a limited number of ingredients and only chicken as an animal protein source, ensuring better digestibility.

To nutritionally support cats with skin inflammation, this food contains a patented complex to strengthen the skin barrier effect, which contains substances such as biotin, niacin, pantothenic acid, zinc and linoleic acid.
The Omega 3 fatty acids EPA and DHA play a positive role in skin health and may also benefit gut health.
The combination of selected nutrients then provides high digestive safety and helps the cat achieve a balanced digestive system.

Product specific features:

• Synergistic complex that helps strengthen the skin's barrier effect.
• Limited number of protein sources to reduce the risk of allergic reactions.
• Patented complex to strengthen the skin's barrier effect.
• Adequate nutrients to help balance the digestive system.

Composition: meat and animal by-products, cereals, oils and fats, by-products of vegetable origin, minerals, sugars, chicken as a selected source of protein (38%), rice as a selected source of carbohydrates (4%).

Additives : Physiological-nutritional additives: vitamin D3 (3.50 IU/kg), iron (11 mg/kg), iodine (0.4 mg/kg), copper (3.5 mg/kg), manganese (3.3 mg/kg), zinc (33 mg/kg). Technological additives: clinoptilolite of sedimentary origin (0.45 g).

Analytical components : Crude protein 7.1%, Crude fat 6.1%, Crude fibre 0.9%, Crude ash 1.5%, Arachidonic acid 1.76%, Moisture 79.6%, EPA/DHA fatty acids 0.12 mg