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VetriScience Vetri Liver Canine Milk Thistle
VetriScience Vetri Liver Canine Milk Thistle
VetriScience Vetri Liver Canine Milk Thistle
VetriScience Vetri Liver Canine Milk Thistle
VetriScience Vetri Liver Canine Milk Thistle

VetriScience Vetri Liver Canine Milk Thistle Supplement for Dogs – Advanced Liver Supplement for Dogs with Antioxidants, Liver Detox, for Sensitive Stomachs, 60 Bite-Sized Chews

Product ID : 4924053


Galleon Product ID 4924053
UPC / ISBN 764999724896
Shipping Weight 0.75 lbs
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Model 0900725.060
Manufacturer VETRISCIENCE
Shipping Dimension 8.94 x 6.02 x 2.4 inches
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*Price and Stocks may change without prior notice
*Packaging of actual item may differ from photo shown
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  • 7 Day Return Policy
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VetriScience Vetri Liver Canine Milk Thistle Features

  • Used by veterinarians to support Liver health in dogs that have elevated Liver enzymes.

  • Supports phase 1 and phase 2 liver detoxification pathways.

  • 15 unique ingredients to support Liver health and Normal detoxification function.

  • A delicious naturally flavored chicken Liver chew that pets mistake for a treat.

  • Crafted in the USA by VetriScience laboratories. Animal health enthusiasts for over 45 years.


About VetriScience Vetri Liver Canine Milk Thistle

Phase i detoxification neutralizes unwanted chemicals by converting toxins like drugs, hormones, pesticides, pollutants, food additives into less harmful substances and producing free radicals in the process. Nutrients that support This process are B vitamins, Vitamin E, folic acid, and glutathione. phase II detoxification removes unwanted substances from the body by converting them into water-soluble chemicals that can be easily excreted via bile and urine. Ingredients that support phase II processes include glutathione cysteine and turmeric. Phase II is also called the conjugation pathway because this is where the liver cells add another substance (cysteine, glycine or a Sulphur molecule) to a toxic chemical or drug to make it less harmful. It's during this process that free radicals are generated which, if excessive, can damage the liver cells.