Royal Canin Veterinary Diet Gastrointestinal for Dogs

Complete dry food for adult dogs

Composition: Rice, dehydrated poultry protein, corn, animal fats, hydrolyzed animal protein, egg powder, yeast products, beet pulp, soybean oil, fish oil, vegetable fiber, minerals, psyllium husks and seeds (sources of mucilaginous substances), fructo-oligosaccharides (FOS). Highly digestible ingredients.   

Nutritional additives (per kg): Vitamin A: 16,500 IU, Vitamin D3: 1,000 IU, Iron (3b103): 41 mg, Iodine (3b201, 3b202): 4.1 mg, Copper (3b405, 3b406): 12 mg, Manganese (3b502, 3b504): 53 mg, Zinc (3b603, 3b605, 3b606): 129 mg, Selenium (3b801, 3b811, 3b812): 0.07 mg - Technological additives: Clinoptilolite of sedimentary origin - Preservatives - Antioxidants. 

Analytical Constituents: Crude protein: 25.0% | Crude oils and fats: 20.0% | Crude ash: 6.6% | Crude fiber: 1.9% | EPA/DHA: 0.31% | Omega-3 fatty acids: 0.85% | Omega-6 fatty acids: 4.28% | Sodium: 0.43% | Potassium: 0.65%.

Feeding Instructions and Usage Notes: It is recommended to consult a veterinarian before use or before extending the duration of use. Administer Gastrointestinal for a period of 1 to 2 weeks in cases of acute diarrhea and during recovery, or as prescribed by a veterinarian in chronic cases.

Always provide the animal with plenty of fresh, clean water. When changing diets, make a gradual transition over 7–10 days.

Benefits:

High digestibility: Carefully selected, highly digestible ingredients to facilitate digestion and reduce strain on the digestive system.

High energy content: High caloric density to meet the dog’s daily needs while reducing meal volume.

Support for gut microbiota: A balanced blend of plant fibers and prebiotics to promote a healthy balance of intestinal bacteria.

High palatability: Formulation and aroma designed to stimulate spontaneous consumption in dogs with poor appetite or those recovering from illness.

Enriched with EPA and DHA: Long-chain omega-3 fatty acids that contribute to digestive health and help control inflammatory processes.