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Stance Pet Tec Stay Active 4 Dogs 600g

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Stance Pet Tec Stay Active 4 Dogs 600g

Stance Pet Tec Stay Active 4 Dogs 600g

What is Stay Active 4 Dogs

Stay Active 4 Dogs supports the skeletal, endocrine, nervous, circulatory and muscular systems. It is suitable for all dogs, and especially suited to active dogs, large dogs or older dogs. Stay Active 4 Dogs provides dogs with precursors for the natural synthesis of ingredients that support normal joint and ligament function. Stay Active 4 Dogs is not a quick fix and should be fed over a long period of time.

About the Ingredients

Methylsulphonylmethane (MSM) is a source of sulphur that is converted into an important component of connective tissue. It may have a role in supporting normal osteo and oxidative function.

Vitamin C is essential for the synthesis of collagen, a protein important in the formation of connective tissue and in wound healing. Vitamin C deficiency may result in reduced production of collagen - the protein based structure in tendons and ligaments.

$6.63

Original: $22.10

-70%
Stance Pet Tec Stay Active 4 Dogs 600g

$22.10

$6.63

Product Information

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Description

What is Stay Active 4 Dogs

Stay Active 4 Dogs supports the skeletal, endocrine, nervous, circulatory and muscular systems. It is suitable for all dogs, and especially suited to active dogs, large dogs or older dogs. Stay Active 4 Dogs provides dogs with precursors for the natural synthesis of ingredients that support normal joint and ligament function. Stay Active 4 Dogs is not a quick fix and should be fed over a long period of time.

About the Ingredients

Methylsulphonylmethane (MSM) is a source of sulphur that is converted into an important component of connective tissue. It may have a role in supporting normal osteo and oxidative function.

Vitamin C is essential for the synthesis of collagen, a protein important in the formation of connective tissue and in wound healing. Vitamin C deficiency may result in reduced production of collagen - the protein based structure in tendons and ligaments.