The Science of DNA CoFator
DNA辅因子科技
2 Technologies
2项技术
1 Powerful Product Lineup
1套强有力的产品系列
NEOVA’s medically-acclaimed DNA CoFactor products help to boost the skin’s repair and skin protection levels to dramatically reduce the appearance of photoaging and improve overall skin appearance.
——
NEOVA公司的DNA辅因子技术在医学上广受赞誉，它可以帮助改善皮肤的修复和保护水平，显著降低皮肤的光老化现象，改善整体的皮肤外观。
DNA CoFactor Formulas and DNA Damage Control Sunscreens
DNA辅因子和DNA损伤控制防晒霜
So Intelligent They're Patented他们是智能的专利配方
The novel formulas are so head-turning that in 2016, the United States Patent Office issued protection for all of them for "having demonstrated the formulas' ability to treat sun-damaged skin with a multi-faceted and targeted approach to the cellular aspects of damage caused by sunlight."
——
2016年美国专利局为这些引人注目新颖配方颁发了保护证书：“这些配方充分展示了其针对皮肤细胞在阳光下晒伤后，以及预防此类问题全方位、有针对性的解决方案。”
Advanced Technologies Call for Advanced Delivery Systems
先进的技术需要先进的传输系统
Scientific studies have demonstrated that DNA repair and copper play fundamental roles in skin health. Without advanced delivery systems, vital nutrients, proteins and enzymes are unable to reach their destination and revitalize the appearance of skin. NEOVA products defend against the signs of skin DNA damage with the newest therapies and most powerful delivery systems available:——
科学研究表明，DNA修复和铜在皮肤健康中起着重要作用。如果没有先进的传输系统，关键的营养物质、蛋白质和酶就无法到达目的地，更无法充分发挥作用。
NEOVA采用独有的、先进的微脂囊传输系统让关键成分顺利抵达目的地，充分发挥应有作用。DNA Repair Enzymes
DNA修复酶
The patented liposome technology is engineered developed for the transference of DNA repair enzymes to skin cells to support the DNA repair of UV-irradiated skin. The liposome delivery system has been shown in clinical studies* to correct and improve the visible signs of photodamage and strenghten skin's barrier function.
——
获得专利的微脂囊技术被设计用于将DNA修复酶传输到皮肤细胞，用以改善被紫外线照射后皮肤的DNA修复。临床研究显示，微脂囊传输系统可以矫正和改善光损伤的可见体征，并加强皮肤的防护功能。
* DNA Repair Enzymes: An Important Role in Skin Cancer Prevention and Reversal of Photodamage ? A Review of the Literature;
* DNA修复酶:皮肤癌预防和光损伤逆转的重要作用?文献综述;
Yasmeen Kabir MD, Rachel Seidel BA, Braden Mcknight BS, Ronald Moy MD, Department of Internal Medicine, UCLAOV/CedarsSinai, Los Angeles, CA; Georgetown University, School of Medicine, Washington, DC; Keck School of Medicine of USC, Los Angeles, CA
——
Yasmeen Kabir医学博士，Rachel Seidel BA, Braden Mcknight BS, Ronald Moy医学博士，内科，UCLAOV/CedarsSinai，洛杉矶，加州;乔治敦大学医学院，华盛顿特区;凯克医学院，南加州大学，洛杉矶分校
The patented Copper Peptide Complex®
专利的铜胜肽复合物
The patented Copper Peptide Complex® delivery system, which utilizes the same protective amino acid transport system for copper that the body uses, has been validated in published clinical research for more than 2 decades. Studies* have clearly demonstrated that copper plays a fundamental role in skin health by helping to boost the skin’s ability to repair itself.
——
专利的铜胜肽复合物传输系统，运用了与身体相同的氨基酸传输系统，这个系统在发表临床研究验证超过2年，研究表明，铜在促进皮肤自我修复方面发挥着重要作用。
* GHK Peptide as a Natural Modulator of Multiple Cellular Pathways in Skin Regeneration, Loren Pickart, Jessica Michelle Vasquez-Soltero, and Anna Margolina; Skin Biology, Research & Development Department, 4122 Factoria Boulevard, SE Suite No. 200 Bellevue, WA 98006, USA; 2015 Mar 17.
——
* GHK肽是皮肤再生中多种细胞通路的天然调节剂，罗兰·匹克特，杰西卡·米歇尔·瓦斯奎兹·索特罗，安娜·马戈琳娜;皮肤生物学，研发部，4122工厂大道，SE Suite 200 Bellevue, WA 98006, USA;2015年3月17日。
neova © 2018