Hyaluronic Acid HA
Hyaluronic Acid HA and Dehydration
Hyaluronic acid plays an important role in tissue dehydration, lubrication and cellular function. It is produced in the body naturally, however, over time, as with all vitamins and nutrients in the body, the synthesis of Hyaluronic Acid diminishes. In fact, the half-life of Hyaluronic Acid in the cartilage is 2-3 weeks, and only 1 day in the skin.
When the decline in hyaluronic acid synthesis begins to happen, you may experience joint discomfort, wrinkles and a tendency to get sick frequently.
Hyaluronic Acid Benifits
When there is a constant supply of Hyaluronic Acid running through your body, you will experience:
· Hyaluronic acid provides a cushion effect between the joints. You are able to move easier and feel less pain.
· Hyaluronic acid provides a "reservoir of water" within the skin. Suddenly, you find you have more elasticity in your skin and it feels softer.
· Hyaluronic acid reduces bacterial infections. Hyaluronic Acid has been found to raise the white cell count in your bloodstream.
Synthovial Seven is the liquid solution of Hyaluronic Acid. Natural oral liquid solutions are absorbed quickly by the body allowing you to notice the effects sooner. For a healthier body, younger looking skin, and comfortable joint movement, try Synthovial Seven, the liquid solution of Hyaluronic Acid.
Hyaluronic Acid: The Fountain of Youth?
You may have heard of hyaluronic acid, or HA. It was famously introduced to the public on Primetime television by ABC’s Connie Chung, who investigated the longevity and youthfulness of the Japanese population of the village of Yuzuri Hara. The villagers not only live longer, but are also healthier with a lower incidence of age-associated diseases such as arthritis, dementia, diabetes and cancer. Interestingly, they are also relatively wrinkle-free, and have smooth, unblemished skin well into their 80s. So what is the secret? According to Japanese research, starchy Japanese tubers in their diet may promote the production of hyaluronic acid in the body, a compound that usually declines with age.
In fact, hyaluronic acid is found throughout your body, as it forms part of the structural connective tissue that holds together tissues. HA is a fundamental component of the extracellular matrix, which occupies the area between cells. Almost half of the body’s HA is located in the collagen of the skin, acting as a moisture-retaining gel. It is also found in the heart, eyes (vitreous humor), joints (synovial fluid), tendons and ligaments. Recent studies have shown that HA even plays an important role in brain development. Synovial fluid replacement therapy has been used for years on horses and horse and human joints with much success. A growing perception of hyaluronic acid based on scientific studies and hyaluronic acid research, is that it is vital in the structural development and natural regeneration processes of the body.
With such a widespread occurrence, it is logical that HA also has multiple functions. Scientific studies have shown that hyaluronic acid improves skin hydration, works as an antioxidant and free-radical scavenger, and stimulates the production of collagen in skin. HA also keeps tissues elastic, protecting joints from repeated stresses. Other studies have shown that hyaluronic acid has anti-bacterial and anti-inflammation properties. Ironically, the molecule itself has a short lifespan and must be frequently produced by cells to replace lost hyaluronic acid. With age, the production of HA declines, which may contribute to many of the diseases that are commonly associated with aging.
To take advantage of hyaluronic acid’s regenerative properties, doctors and surgeons use the compound in treating a range of disorders. For example, HA is used in the treatment of rheumatoid arthritis, combating pain and promoting the production of cartilage and the repair of joint connective tissues. Ultimately, patients not only have a speedier recovery period, but also a more complete range of movement when HA is administered. Studies have shown that the compound significantly improves the outcome for osteoarthritis patients, and is good for joint health in general. In combination, glucosamine and hyaluronic acid have been found to reduce arthritic pain, and reverse cartilage loss in joints. In addition, there are many skin conditions that can be improved by HA, from major skin trauma recovery and burns to bruises. HA is used during eye surgery as well as to treat periodontitis and cardiovascular disorders. The most common application of the compound is in anti-aging therapy, particularly cosmetic procedures such as eliminating skin imperfections and wrinkles.
With such wonderful properties, you may be wondering, is hyaluronic acid for sale? Very few foods and herbs containing hyaluronic acid have been identified, but the compound is present in starchy tubers and meat products rich in connective tissue, such as rooster combs. Reviews of hyaluronic acid supplements and their uptake show that the naturally occurring HA molecule is not easily absorbed from the gut due to its size, and therefore the oral supplements are not as effective as hoped. This is because the larger HA molecule is broken into smaller, more easily absorbed molecules in the digestive tract. There are many HA supplements made to be taken orally, but these have been found to be less effective than injected hyaluronic acid. Hyaluronic acid in the injectible form is available in the popular skin care compounds that are used to reduce wrinkles. Other forms of topical hyaluronic acid serum are also used as anti-wrinkle agents.
However, injecting or taking HA supplements are not the only way to increase hyaluronic acid levels in your body. Overall, eating a diet rich in whole foods, combined with exercise and a healthier lifestyle, and reducing your consumption of processed foods will boost levels of hyaluronic acid throughout the body. It is much better to focus on overall health than on just taking one supplement, so even if you use a HA supplement, strive to live a healthier lifestyle. Remember that the long-living Japanese villagers that were the focus of Primetime’s special did not take supplements, but rather had a varied diet of natural foods, combined with a healthy lifestyle. Therefore, it is likely that the regenerative processes in the body are less likely to be triggered by supplements than by natural foods.
Erickson K (2008). Hyaluronic acid: hope in a jar? Better Nutrition70(5).
Ito Y, Seno S, Nakamura H, Fukui A, Asashima M. (2008) XHAPLN3 plays a key role in cardiogenesis by maintaining the hyaluronan matrix. Developmental Biology. 34-45.
Karlsson J, Sjögren LS, Lohmander LS. (2004) Comparison of two hyaluronan drugs and placebo in patients with knee osteoarthritis: a controlled, randomized, double-blind, parallel-design multicenter study. Rheumatology41(11): 1240-8.
Laurent TC, Fraser JR. (1992) Hyaluronan. FASEB Journal. 6(7): 2397-2404.
Nathan C. (2002) Points of control in inflammation. Nature.420: 846-852.
Stern R. (2004). Hyaluronan catabolism: a new metabolic pathway. European Journal of Cellular Biology.83(7): 317–25.