Ambrosia Mediterranean Grain Free Dog Fresh Duck (Adult Sensitive)

Ambrosia Mediterranean Diet Series
AMBROSIA Mediterranean Diet, our new and evolutionary grain-free ultra-premium pet food series, based on the principles of Mediterranean nutrition is enriched with olive oil, the treasure of Mediterranean soil, a fine selection of herbs, fruits & vegetables, and is catered with a selection of fine animal ingredients.

It contains high amounts of fresh dehydrated and hydrolyzed meat, with >70% protein from animal ingredients. Each recipe is designed with the “same animal protein and fat source” to ensure the product is as hypoallergenic as possible, whereas the kibbles are small and specially designed to offer an easily digestible meal. This synthesis of ingredients delivers a flavour so unique that is worthy of its divine name and ancestral lineage.

Fresh Duck
Adult • All Breeds
Our Ambrosia Fresh Duck recipe combines easily digestible protein coming from fresh duck. With just about the right amount of olive oil and a mix of Mediterranean fruits and herbs, we offer a hypoallergenic, Mediterranean-style, grain-free dog food, full of antioxidants suitable for all dog breeds. The flavor and the taste delivered by the combination of human grade ingredients are sure to delight your dog, whilst offering a holistic nutrition that ensures health and longevity.

Our Fresh Duck Special Formula for Sensitive Adult Dogs
All of our Ambrosia range of products are free from GMO’s, and artificial colorings. They are also free from cereals, corn and soy. All recipes combine high-quality protein sources and olive oil to create a unique flavor. Hydrolyzed protein is also used to enhance the hypoallergenic properties of the food. The addition of prebiotics and probiotics promotes digestive health, while a good ratio of omega 3’s and omega 6’s help maintain a healthy skin and coat. Ambrosia's Fresh Duck, is a superior grain free kibble that is offering optimal nutrition for all breeds of sensitive adult dogs.

Ingredients

Guaranteed Analysis