Provides silica for connective tissue synthesis. Silica is required for collagen cross-linking and the formation of stable fascial architecture—your body uses it as a raw material to build healthy connective tissue.

Stimulates new collagen production in fascial tissue. Increases synthesis of type I and III collagen—the primary structural proteins in fascia—rebuilding the tissue's strength and elastic properties from within.

Dissolves fibrin and dead protein deposits that form fascial adhesions. This proteolytic enzyme targets the cross-linked protein structures that create the "glue" holding fascia in dysfunctional patterns. Enteric-coated for maximum absorption.

Breaks down protein adhesions and scar tissue within fascia. The enteric coating protects the enzyme through stomach acid, ensuring it reaches the intestines where it can be absorbed into the bloodstream and work systemically on fascial restrictions.

Supports collagen metabolism and hyaluronic acid synthesis. Regulates the enzymes involved in building and maintaining connective tissue, while also enhancing the body's natural production of hyaluronic acid.

Reduces chronic fascial inflammation. Boswellic acids inhibit 5-lipoxygenase, blocking the inflammatory pathway that keeps fascia in a perpetual state of inflammation and rigidity, allowing tissue repair to occur.

Caption

Restores lubrication to fascial tissue. This clinical-grade, high-molecular-weight form penetrates deep into fascia to rehydrate the tissue matrix and restore the slippery environment that allows fascial layers to glide freely instead of adhering to each other.

Essential for collagen cross-linking. Copper activates lysyl oxidase, the enzyme that forms the bonds between collagen and elastin fibers, allowing fascia to develop the structural integrity it needs to function properly.

Activates enzymes that produce proteoglycans and glycosaminoglycans—the molecules that give fascia its gel-like structure and ability to absorb mechanical stress while maintaining tissue hydration.

Provides silica for connective tissue synthesis. Silica is required for collagen cross-linking and the formation of stable fascial architecture—your body uses it as a raw material to build healthy connective tissue.

Stimulates new collagen production in fascial tissue. Increases synthesis of type I and III collagen—the primary structural proteins in fascia—rebuilding the tissue's strength and elastic properties from within.

Dissolves fibrin and dead protein deposits that form fascial adhesions. This proteolytic enzyme targets the cross-linked protein structures that create the "glue" holding fascia in dysfunctional patterns. Enteric-coated for maximum absorption.

Breaks down protein adhesions and scar tissue within fascia. The enteric coating protects the enzyme through stomach acid, ensuring it reaches the intestines where it can be absorbed into the bloodstream and work systemically on fascial restrictions.

Supports collagen metabolism and hyaluronic acid synthesis. Regulates the enzymes involved in building and maintaining connective tissue, while also enhancing the body's natural production of hyaluronic acid.

Reduces chronic fascial inflammation. Boswellic acids inhibit 5-lipoxygenase, blocking the inflammatory pathway that keeps fascia in a perpetual state of inflammation and rigidity, allowing tissue repair to occur.

Caption

Restores lubrication to fascial tissue. This clinical-grade, high-molecular-weight form penetrates deep into fascia to rehydrate the tissue matrix and restore the slippery environment that allows fascial layers to glide freely instead of adhering to each other.

Essential for collagen cross-linking. Copper activates lysyl oxidase, the enzyme that forms the bonds between collagen and elastin fibers, allowing fascia to develop the structural integrity it needs to function properly.

Activates enzymes that produce proteoglycans and glycosaminoglycans—the molecules that give fascia its gel-like structure and ability to absorb mechanical stress while maintaining tissue hydration.

Provides silica for connective tissue synthesis. Silica is required for collagen cross-linking and the formation of stable fascial architecture—your body uses it as a raw material to build healthy connective tissue.

Stimulates new collagen production in fascial tissue. Increases synthesis of type I and III collagen—the primary structural proteins in fascia—rebuilding the tissue's strength and elastic properties from within.

Dissolves fibrin and dead protein deposits that form fascial adhesions. This proteolytic enzyme targets the cross-linked protein structures that create the "glue" holding fascia in dysfunctional patterns. Enteric-coated for maximum absorption.

Breaks down protein adhesions and scar tissue within fascia. The enteric coating protects the enzyme through stomach acid, ensuring it reaches the intestines where it can be absorbed into the bloodstream and work systemically on fascial restrictions.

Supports collagen metabolism and hyaluronic acid synthesis. Regulates the enzymes involved in building and maintaining connective tissue, while also enhancing the body's natural production of hyaluronic acid.

Reduces chronic fascial inflammation. Boswellic acids inhibit 5-lipoxygenase, blocking the inflammatory pathway that keeps fascia in a perpetual state of inflammation and rigidity, allowing tissue repair to occur.

Caption

Restores lubrication to fascial tissue. This clinical-grade, high-molecular-weight form penetrates deep into fascia to rehydrate the tissue matrix and restore the slippery environment that allows fascial layers to glide freely instead of adhering to each other.

Essential for collagen cross-linking. Copper activates lysyl oxidase, the enzyme that forms the bonds between collagen and elastin fibers, allowing fascia to develop the structural integrity it needs to function properly.

Activates enzymes that produce proteoglycans and glycosaminoglycans—the molecules that give fascia its gel-like structure and ability to absorb mechanical stress while maintaining tissue hydration.