Jeunesse Adult Stem Cell Technology

Jeunesse Adult Stem Cell Technology

Not stem cells. Stem cell Technology . . .

 

Adult stem cell technology is dramatically expanding the horizons of skin care development. This revolution in the science of youth is made possible because of the intersection of bio-engineering technology and years of product formulation expertise. 

 View Dr. Nathan Newman's short 2-min. video explaining the essence of adult stem cell technology in relation to skin cell regeneration, and how Luminesce works at our skin's cellular level:

How is Jeunesse Stem Cell skin serum formulated?

The elements of this stem cell technology include the following:

– First, the greatest abundance of stem cells in the body is in adipose (fat) tissue

– In a hypoallergenic process, the stem cells are extracted from the adipose tissue

– The stem cells are then cultured in a nutrient-rich media which becomes infused with the characteristics of the stem cells

– These "miracle molecules" are then extracted from the media using a sophisticated filtration process, leaving behind the actual stem cells

– This stem cell media is then formulated with other state-of-the-art ingredients to create a "one of a kind" anti-aging facial serum, LUMINESCE cellular rejuvenation serum

– This serum has been formulated with regulatory proteins, cytokines and interleukins, which replicate those same elements in the human body. Since these proteins have the same attributes, whether in the body or in this serum, there is a perfect interaction between this extraordinary product and natural body processes

– The stem cell technology delivers more than 200 growth factors already found in natural skin. These growth factors and cytokines enter the pores of the skin then penetrate the epidermal barrier This breakthrough technology represents the culmination of decades of research in one of the most important scientific and medical fields in the last half-century. The result is an exclusive line of products to help restore youthful luminosity, firmness, smoothness and elasticity to the skin.

– The synergistic combination of the stem cell technology and natural body processes stimulates the production of matrix proteins such as collagen and elastin. This results in the plumping and firming of the skin which helps to diminish the appearance of fine lines and wrinkles

What are Stem Cells?

What are Stem Cells?  Click here !

Effects Of Vitamin D And Skin's Physiology Examined

ScienceDaily (Feb. 24, 2008) — Researchers from Boston University School of Medicine (BUSM) have found that previtamin D3 production varies depending on several factors including skin type and weather conditions. Excessive exposure to sunlight does not result in Vitamin D intoxification because previtamin D3 and vitamin D3 are photolyzed to several photoproducts. During the winter at latitudes above ~35 degrees, there is minimal if any previtamin D3 production in the skin.

Increased skin pigmentation, application of a sunscreen, aging and clothing have a dramatic effect on previtamin D3 production in the skin. It has been speculated that people living at higher latitudes may be able to more efficiently produce vitamin D3 in their skin because there is less ozone to absorb the UVB photons.

Forty-five nursing home residents who were taking a multivitamin that contained 400 IU of vitamin D2 showed a dramatic decline in their 25(OH)D levels from the end of summer to the beginning of the following summer. Forty-nine percent, 67 percent, 74 percent, and 78 percent of the nursing home residents were vitamin D deficient in August, November, February, and May respectively.

Fifteen healthy adults aged 20-53 received exposure three times per week from a commercial tanning bed that emitted five percent of its UV energy in the UVB range 290-320 nm to most of their body while in a bathing suit. 25(OH)D levels were determined weekly for a total of seven weeks.

Exposure of 7-dehydrocholesterol to tanning bed irradiation revealed -1 percent production of previtamin D after one minute and a linear increase to -10 percent at 10 minutes. After one week, there was a 50 percent increase in 25 (OH)D levels that continued to increase over a period of five weeks to -150 percent above baseline levels. The blood levels of 25 (OH)D plateaued after five weeks and were sustained out to seven weeks.

"Vitamin D deficiency is common in both children and adults worldwide," said Michael Holick, PhD, MD, director of the General Clinical Research Center and professor of medicine, physiology and biophysics at BUSM and senior author of this study. "Exposure to lamps that emit UVB radiation is an excellent source for producing vitamin D3 in the skin and is especially efficacious in patients with fat malabsortion syndromes."

It has been observed that living at higher latitudes and being more prone to vitamin D deficiency markedly increases risk of many deadly cancers including cancer of the colon, prostate, breast, and esophagus, according to Holick, who is also director of the Bone Healthcare Clinic and the vitamin D, Skin and Bone Research Laboratory at Boston University Medical Center. Living at higher latitudes also increase the risk of having hypertension, type I diabetes, multiple sclerosis and other autoimmune diseases, and infectious diseases including tuberculosis and influenza.

According to researchers, most experts now agree that a minimum of 1000 IU of vitamin D3 per day is necessary to maintain circulating concentrations of 25(OH)D.

The study will appear in the March 2008 issue of the Journal of Bone and Mineral Research.

This study was funded in part by the National Institutes of Health and the Ultraviolet Light Foundation.

Adapted from materials provided by Boston University.

GINSENG

The best known varieties of ginseng are Korean or Chinese ginseng (Panax ginseng) and Siberian ginseng (Eleutherococcus senticosus). Korean ginseng is considered to be more stimulating than Siberian ginseng. Ginseng has long been used in Chinese medicine as a tonic. The enhance to body’s ability to cope with stress, improve energy metabolism, lower blood sugar, blood immunity, enhance liver function, and regulate cell growth. Chemicals that are found in ginseng are arabinose, camphor, ginsenosides, mucilage, panaxosides, resin, saponin, and starch.

How This Mineral Works in Your Body:
Stimulates brain, heart, and blood vessels
Reduces stress and fatigue
Increases secretion of histamine
Improves appetite and digestion
Acts as a stimulant
Acts as an antioxidant
Treat rheumatic pain in the elderly
Used as an aphrodisiac
May increase mental and physical stamina
May treat symptoms of menopausejavascript:void(0)
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May reduce effects of radiation exposure
May reduce blood glucose in diabetics
May alleviate insomnia