PRIME

Vytamyx Prime is formulated to support bone strength and structural integrity through its role in supporting the collagen matrix.

is not solely a mineral structure; it is built upon a collagen framework that provides flexibility and resilience, allowing it to withstand mechanical load and daily stress.

This collagen matrix acts as the scaffold upon which minerals such as calcium and phosphorus are deposited. Maintaining the integrity of this structure is essential for supporting normal bone function and long-term durability.

Prime provides key nutrients involved in collagen formation and connective tissue support, including hydrolysed collagen and supporting cofactors.

These nutrients help maintain structural integrity across bone and connective tissues, supporting horses during growth, training, and ongoing workload.

By supporting the underlying structural framework, Prime contributes to maintaining strength, stability, and long-term soundness.

Hydrolysed Collagen 

Calcium 

Phosphorus 

Vitamin D3 

Vitamin C 

Magnesium 

Zinc 

Active Ingredients

Directions for Use

Horses: 20g daily 

Ponies: 10g daily 

SUPPORT STRUCTURE.

BUILD STRENGTH.

The Science

Vytamyx Prime is formulated to support bone strength and connective tissue integrity by contributing to the collagen matrix that underpins structural tissues.

Collagen is the primary structural protein found in bone, cartilage, tendons, and ligaments, providing flexibility and resilience while working alongside minerals such as calcium and phosphorus to maintain strength.

In bone, collagen forms the framework that supports mineral deposition, while in cartilage it contributes to the structure that allows cushioning and smooth movement.

Nutritional inputs including hydrolysed collagen and supporting cofactors help maintain normal collagen turnover and structural integrity, particularly in horses undergoing growth, training, or regular workload.

By supporting these underlying structural components, Prime helps maintain strength, durability, and overall musculoskeletal function.