ROYAL CANIN® Indoor Appetite Control is specially formulated with all the nutritional needs of your indoor cat in mind. If your indoor cat has a tendency to overeat, then it’s important that its diet contains nutrients that help to control its food intake. ROYAL CANIN® Indoor Appetite Control helps indoor cats to regulate their appetite in a natural way, thanks to a balanced content of protein and fibres. The inclusion of highly digestible protein in ROYAL CANIN® Indoor Appetite Control helps to reduce not only the quantity of your cat’s stools, but also the odour. Thanks to the inclusion of specific fibres, including psyllium, ROYAL CANIN® Indoor Appetite Control also helps to naturally stimulate intestinal transit, meaning that the occurrence of hairballs is significantly reduced. ROYAL CANIN® Indoor Appetite Control also helps to support and maintain the health of your adult indoor cat’s urinary system. Variations of ROYAL CANIN® Indoor dry food are also available, depending on your cat’s lifestyle, appearance, and age: • Indoor 27 • Indoor Long Hair • Indoor 7+
- Indoor cats have a more sedentary lifestyle and may tend to overeat. INDOOR APPETITE CONTROL can help indoor cats regulate their appetite thanks to a balanced content of protein and fibres. It contributes to maintaining ideal weight.
- Highly digestible protein helps reduce the quantity and odour of stools.
- Helps stimulate the elimination of ingested hair thanks to specific fibres including psyllium.
Dehydrated poultry protein, rice, maize, vegetable fibres, wheat, vegetable protein isolate*, animal fats, hydrolysed animal proteins, maize gluten, beet pulp, yeasts and parts thereof, minerals, soya oil, fructo-oligo-saccharides, fish oil, psyllium husks and seeds (0.5%). Vitamin A: 14000 IU, Vitamin D3: 700 IU, E1 (Iron): 33 mg, E2 (Iodine): 3.3 mg, E4 (Copper): 10 mg, E5 (Manganese): 43 mg, E6 (Zinc): 129 mg, E8 (Selenium): 0.07 mg – Technological additives: Clinoptilolite of sedimentary origin: 10 g – Preservatives – Antioxidants. *L.I.P. : protein selected for its very high assimilation.