My dear friends,
Do you ever think why some people look younger than their actual age? I sure have, because looking my best is very important to me.
Currently, most dermatological research focuses on correcting skin damage after it occurs. The great news is, that in the revolutionary skincare breakthrough, Nuskin and Purdue University have unlocked the science behind the secret.
Scientists present compelling evidence that arNOX, an enzyme associated with cell membranes, is present and active on skin cells. Significantly, arNox activity increases during the "aging" years of about 45-70.
"Identifying skin-associated arNOX and its increasing activity with age is a breakthrough discovery in understanding skin aging," said Zoe Diana Draelos, MD, primary investigator with Dermatology Consulting Services, member of Nu Skin Scientific Advisory Board, and one of the study authors.
Identifying an internal source of free radicals in skin, and advancing an understanding of how and why they are generated, adds to our ability to address fundamental mechanisms that may combine with external sources to lead to accelerated skin aging.
In an additional breakthrough, Nu Skin scientists have recently identified an exclusive blend of ingredients that slow production of free radicals in the epidermis.
Introducing ageLOC—technology designed to reduce the visible signs of aging by targeting an invisible source of your aging appearance.
Nu Skin Galvanic Spa Facial Gels now feature new ageLOC technology—a proprietary blend of ingredients that help slow the signs of aging at their source.
Nu Skin® Galvanic Spa™ Face Gels with NEW ageLOC™ Technology Restores and Protects Skin’s Youthful Radiance
Treatment Gel with ageLOC™ Description of Benefits;
ageLOC ingredients have been shown to prevent the expression of free radicals associated with arNOX
http://tanyusha.nsedreams.com/
Some content was taken from Nuskin Press Release at International Investigative Dermatology 2008 (IID2008) Conference, a major scientific venue for the latest information on skin biology, last May in Kyoto, Japan
Do you ever think why some people look younger than their actual age? I sure have, because looking my best is very important to me.
Currently, most dermatological research focuses on correcting skin damage after it occurs. The great news is, that in the revolutionary skincare breakthrough, Nuskin and Purdue University have unlocked the science behind the secret.
Scientists present compelling evidence that arNOX, an enzyme associated with cell membranes, is present and active on skin cells. Significantly, arNox activity increases during the "aging" years of about 45-70.
"Identifying skin-associated arNOX and its increasing activity with age is a breakthrough discovery in understanding skin aging," said Zoe Diana Draelos, MD, primary investigator with Dermatology Consulting Services, member of Nu Skin Scientific Advisory Board, and one of the study authors.
Identifying an internal source of free radicals in skin, and advancing an understanding of how and why they are generated, adds to our ability to address fundamental mechanisms that may combine with external sources to lead to accelerated skin aging.
In an additional breakthrough, Nu Skin scientists have recently identified an exclusive blend of ingredients that slow production of free radicals in the epidermis.
Introducing ageLOC—technology designed to reduce the visible signs of aging by targeting an invisible source of your aging appearance.
Nu Skin Galvanic Spa Facial Gels now feature new ageLOC technology—a proprietary blend of ingredients that help slow the signs of aging at their source.
Nu Skin® Galvanic Spa™ Face Gels with NEW ageLOC™ Technology Restores and Protects Skin’s Youthful Radiance
Treatment Gel with ageLOC™ Description of Benefits;
ageLOC ingredients have been shown to prevent the expression of free radicals associated with arNOX
http://tanyusha.nsedreams.com/
Some content was taken from Nuskin Press Release at International Investigative Dermatology 2008 (IID2008) Conference, a major scientific venue for the latest information on skin biology, last May in Kyoto, Japan
