Study finds intake of BioCell Collagen decreases common signs of photoaging
Building on an extensive body of research on the efficacy of BioCell Collagen®, a new published laboratory study finds that daily supplementation with the branded matrix reduced common signs of UVB-induced photoaging compared to the group that did not receive the supplement.

Building on an extensive body of research on the efficacy of BioCell Collagen®, a new published laboratory study finds that daily supplementation with the branded matrix reduced common signs of UVB-induced photoaging compared to the group that did not receive the supplement.

The study found that oral supplementation with BioCell Collagen, with controlled UVB exposure, resulted in reduced signs of photoaging, including significant decreases in wrinkles and transepidermal water loss, and significant increases in skin elasticity and hyaluronic acid (HA) content.

The full findings of the peer-reviewed study were published in the May issue of Journal of Functional Foods and are available to view on ScienceDirect.

Photoaging – skin damage caused by exposure to sunlight and ultraviolet (UV) light – is responsible for 90 percent of visible changes to the skin. UVB-induced photoaging, like that administered in the study, damages the outermost layers of the skin , and contributes to premature aging, like wrinkles, fine lines, loss of skin elasticity and hydration.

BioCell Collagen is a clinically tested branded dietary ingredient with nearly two decades of research, that promotes youthful-looking skin, active joints, and healthy connective tissues.

Conducted by an independent research team, the study evaluated the use of BioCell Collagen in hairless mice, which have skin absorption levels comparable to human skin.

There were 40 hairless mice in the study, equally divided into four groups: a group receiving no UVB exposure and no supplement, a group receiving UVB exposure with no supplement; and two active groups receiving UVB and different dosages of the supplement.

Over the course of 14 weeks, the intervention groups supplemented once daily with BioCell Collagen at 200 mg/kg (human equivalence to 1 g daily) or 600 mg/kg (human equivalence to 3 g daily). For UV exposure, each animal was exposed to UVB radiation (290-320 nm) three times per week.

The skin was measured and graded to determine the efficacy of BioCell Collagen on measurements of wrinkles, transepidermal water loss, skin elasticity and collagen levels. Read more

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