Rejuvenate your connective tissue and get back to moving like you want to.
Re·juve uses cutting-edge nutritional science to regenerate tissues in the joints, helping to restore smoothness, flexibility and comfort.
Your joints, explained.
Synovial Fluid
Minimizes Friction + Protects Cartilage
Our joints depend on healthy synovial fluid to lubricate the joint capsule and minimize friction. To lubricate effectively, synovial fluid must contain high concentrations of a complex called hyaluronan.
The impact of aging:
As we age, hyaluronan levels in synovial fluid decline, leading to increased friction. Replenishing hyaluronan levels in the joint capsule is the key to restoring joint smoothness, flexibility and comfort.
Articular Cartilage
Low-Friction Cushioning
Articular cartilage is a dense, low-friction matrix that sits on the contact surfaces of our bones, functioning as cushioning for our joints.
The impact of aging:
As we age, articular cartilage is subjected to oxidative degradation, compromising cushioning and increasing friction in the joint. Neutralizing oxidative degradation is critical to preserving healthy cartilage.
Biochemist developed. Powered by cutting-edge nutritional science.
The Science Behind Re·Juve
BioHyaluronic™ helps replenish hyaluronan levels in the joints.
Hyaluronan is the primary compound responsible for lubricating our joints and maintaining healthy cartilage.
Hyaluronan concentrations in our joints decline as we age, leading to
greater friction and excess wear on cartilage.¹
BioHyaluronic™ helps restore hyaluronan levels in the joints.
Studies have shown oral hyaluronic acid supplementation improves hyaluronan concentration in the joint, producing improvements in joint smoothness, mobility and comfort.²
BioHyaluronic™ was developed to overcome the limitations of existing oral hyaluronic acid supplements, specifically: 1) poor absorption from the gut and 2) inefficient transport to the joints.
BioHyaluronic’s innovative formula binds hyaluronic acid to phospholipids, increasing bioavailability from the gut and transport to the joints once in the body.³ ⁴
Studies have shown oral hyaluronic acid supplementation improves hyaluronan concentration in the joint, producing improvements in joint smoothness, mobility and comfort.²
BioHyaluronic™ was developed to overcome the limitations of existing oral hyaluronic acid supplements, specifically: 1) poor absorption from the gut and 2) inefficient transport to the joints.
BioHyaluronic’s innovative formula binds hyaluronic acid to phospholipids, increasing bioavailability from the gut and transport to the joints once in the body.³ ⁴
Liposomal Glutathione protects healthy cartilage from oxidative degradation.
Anthocyanins increase superoxide dismutase (SOD) in the body, adding another line of defense against oxidative damage to cartilage.
How gold + re·juve work together to heal
Gold Medical Grade Liposomal Turmeric
Balances Inflammatory Response
Gold is remarkably effective at restoring balance to the body’s inflammatory response, particularly in and around the joints.
This not only relieves much of the stiffness and discomfort, but reduces the stress and congestion in the joint, finally allowing for regeneration and repair of damaged tissues in the joint. This is where re·juve comes in…
Re·juve Joint Regeneration Formula
Regenerates + Repairs Joint Tissues
BioHyaluronic™ supplies the body with the materials it needs to regenerate the damaged joint tissues that are the underlying cause of the inflammation, stiffness and discomfort.
Furthermore, Aronia Extract and Liposomal Glutathione protect the joint tissues from further oxidative degeneration, allowing for rebuilding and repair to begin.
Start your re·juve-ination today
Frequently Asked Questions
References
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Mariko O., Toshiyuki T., Hideto Y., Hiroshi N., Yasunobu M., Koh M., Takashi K., Reiko M., Naoshi F. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC4729158/
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Christoph Z., Marcus J., Christoph Z., Wilhelm B., Klara B., Rüdiger K. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3143971/
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Zofia D., Ewa D., Barbara O., Paweł O., Karolina O., Barbara M., Małgorzata P https://www.hindawi.com/journals/omcl/2019/3403264/
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Tiina K., Juha P. L., Outi S., Peter O., Mikko O. L., Rikard H. https://www.hindawi.com/journals/mi/2012/730469/
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Kei G., Ryoichi T., Ken T., Takashi Y., Koji H., Yutaka N., Tetsuya K., Seiichi M., Osamu H. https://pubmed.ncbi.nlm.nih.gov/23959789/
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Stefan B., Hans J. R., Christoph B., Michael T., Gerd H., Laurence T., Marek S., François C., Jürgen M., Karl J. L. https://www.nejm.org/doi/full/10.1056/NEJMoa030535#t=article
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Thiago S., Miguel G. L. A., Gabriel S. S., Natasha A., Marco A. P. A., José F. S. D. L. https://www.sciencedirect.com/science/article/abs/pii/S0976566220304409
