Benefits Free Range Grass Fed Water Buffalo. Hormone & Antibiotic Free. Water Buffalo are very low in sodium, calories, and contain calcium, potassium, vitamins B6 and B12. Product of India. Canine Caviar All Natural Water Buffalo Paddywack Chews are an extra meaty chew made with 100% free-range grass-fed Water Buffalo. They are a long-lasting satisfying chew that can help reduce tartar and help maintain your dog’s oral health. Dental Chews for Dogs Canine Caviar’s Water Buffalo Paddywack Chews are a part of our family of dental treats for dogs. The Water Buffalo Paddywack Chews help in tartar removal. Tartar can be damaging to a dog’s oral health as it can lead to oral diseases and tooth decay. Water Buffalo Paddywack Chews help fight tartar to keep your dog’s beautiful smile for years to come. Long Lasting Dog Chews Canine Caviar’s Water Buffalo Paddywack Chews are a long lasting and packed with protein. Our 100% free-range grass-fed Water buffalo that we use in our long-lasting dog chews create a healthy chew alternative for your dog. High Protein Dog Chews Water Buffalo Paddywack Chews are part of our family of high protein dog chews. Protein is an essential component to any dog’s diet. The amino acids in our high protein dog chews are necessary for your dog. Amino acids help dogs build strong muscles, bone, and joints. Our high protein dog chews also help with proper protein rotation which dogs need to maintain strong immune systems. Low Fat Dog Chews Our Water Buffalo Paddywack Chews are a great example of a low-fat dog chew. The low-fat content in our Water Buffalo Paddywack chews is important as high fat treats are unhealthy for your dog. Our Water Buffalo Paddywack chews allow dogs with exocrine pancreatic insufficiency (EPI) or inflammatory bowel disease (IBD) to have a high protein but low-fat chew. Low Sodium Dog Chews Canine Caviar’s Water Buffalo Paddywack Chews are considered a low sodium dog chew. Low sodium dog chews are perfect for dogs with heart or kidney issues or those that need to watch their sodium intake.