Glyco Flex Ii Feline Side Effects

Glyco flex ii feline features our patented dmg an adaptogen known for its immune support properties.

Glyco flex ii feline side effects.

Glyco flex ii for dogs is a non prescription otc product. The usual dose of glyco flex ii for dogs for the first 4 6 weeks in dogs up to 30 lbs is 1 2 tablet. Dmg is naturally occurring in small amounts and assists in methylation processes within the body. Glycoflex plus is a delicious fish flavored chew recommended for cats of all ages needing advanced joint support.

For dogs with diabetes care should be taken because these agents could raise blood sugar. How should this product be used. Glycoflex 2 feline bite sized chews are formulated for the support of joints in cats at any stage of life. These delicious chicken liver flavored chews are recommended by veterinarians for adult or maturing cats cats with a moderate need for joint support or as a follow up to orthopedic surgery.

Arthritis hip dysplasia and other joint problems are extremely common in dogs. Glyco flex ii feline represents stage ii of our comprehensive stage of life program for cats needing intermediate joint support. Side effects of glycoflex. Some dogs can be sensitive to these ingredients and may experience nausea lack of appetite or loose stools.

Large dog breeds and senior dogs those over the age of seven are especially prone to developing these issues. 4 6 weeks give 2 chews per 10 lbs of body weight daily. I was dishing out the glyco flex tonight by the way they both love the taste and realized that the cat chews are roughly half the size of the dog chews. The side effects are normally caused by the size of the dose.

Looked at the ingredients msm glucosamine green lipped mussel ect amounts and the cat chews are approximately half the serving of a dog chew. Glyco flex ii is recommended for adult and maturing dogs sporting or working breeds as well as a follow up to orthopedic surgery. This amino acid derivative supports circulation and oxygen utilization promoting better nutrient delivery to the joint.