Rong TANG

浙江湃肽上海分公司负责人，团队规模在50-60人。主要工作方向： 1.       非药物多肽（美容肽/保健品/食品）创新分子项目 2.       搭建AI计算大模型，对多肽及小分子结构，靶点功效在理论层面和实际数据层面进行分析解析 3.       二三类械字号医美注射类或辅料注册开发及机理项目（二类2款三类1款） 4.       功能性食品研发及生产落地项目（3款食品原料落地销售） 5.       特殊化妆品/普通化妆品配方输出项目（防脱2款产品落地销售，配方储备几十款） 6.       化妆品新原料开发申报（3个新原料报批） 7.       体外及临床检测平台搭建和管理（完整第三方检测CMA CNAS） 8.       销售市场端开发和管理（2026年起由总公司统一管理） Head of Shanghai branch, with a team of 50-60 people. Main areas of responsibility are: Innovative Molecule Project of Non-pharmaceutical Peptides (Cosmetic Peptides, Health Supplements & Food-Grade Peptides) Develop an AI Computing Large Model to analyze and interpret peptide & small-molecule structures, as well as target efficacy from both theoretical and practical data dimensions Registration, Development and Mechanism Research of Class II & Class III Medical Device Aesthetic Injection Products and Auxiliary Materials (2 Class II products, 1 Class III product) R&D and Industrialization Project of Functional Foods (3 food raw materials completed launch and sales) Formula Licensing Project for Special Cosmetics & General Cosmetics (2 anti-hair-loss products launched for sale, with dozens of reserve formulas) Development and Registration Application of New Cosmetic Raw Materials (3 new raw materials under official registration approval) Construction and Operation Management of In Vitro & Clinical Testing Platform (full-service third-party testing laboratory with CMA and CNAS accreditation) Sales & Market Development and Administration (to be centrally managed by the parent company starting from 2026)

Complife Beijing currently has an in vivo laboratory, and works closely with the in vitro, chemical and microbiological laboratories of our group all over the world such as Italy, France, and Spain, so that we could offer you the most effective technical support for product efficacy and R&D solutions. The scope of the Complife Group: cosmetics, food supplements, medical devices, and the support of Chinese-EU laws and regulations. Complife Group 科莱福（北京）检测技术有限公司, 公司总部在意大利米兰，欧洲知名第三方独立检测公司。集团成立于1994年。 北京现设有体内IN VIVO 实验室，并和意大利，法国，西班牙等我司集团的体外 IN VITRO, 化学和微生物等实验室进行密切合作，让产品的功效和研发得到最专业的技术支持。公司范围：化妆品，食品添加剂，医疗器械， 以及中国欧盟法律法规支持等。

- major cosmetics collaborators on skin, hair and finger nail : L’Oréal, Estée Lauder, Pierre Fabre, SEPPIC, Lipotec... - major pharmaceutical collaborators: sanofi, Janssen, probiotical... -Development R&D out-sourcing in fields of : pharmaceuticals and cosmetics, plastic composites and elastomers ... - The sale of our "high-range / unconventional" scientific expertise to the R&D and/or marketing departments. - Analyze and understand new trends / techniques from different markets internationally - Understand and analyze needs, strategies and expectations of customers, give the appropriate solutions, popularization of our techniques - Establish quotes, followed from A to Z of each project, piloting multilateral projects - Participation of exhibitions with or without company booths, research of marketing tendency, build a network, propose visits ... Novitom is an unique private company in the world specialized in 3D material characterisation, NDT and microanalysis based on advanced imaging techniques including synchrotron technology : Microbiology techniques, X Ray Tomography, X Ray Microdiffraction, SEM-FEG Microscopy, X Ray Microscopy Flouorescence, spectrometer UV, FTIR, etc. website: http://www.novitom.com

The aim of this thesis, carried out in collaboration with the Skin Research Center of Pierre Fabre Dermo-Cosmétique, is to analyze the changes in the dermis and the hydric organization within the matrix with age and under the effect of UVs to help the knowledge of skin alteration under these conditions. A combination of different techniques is necessary to reach the macromolecular dynamics via behavior laws. *We studied the evolution of thermal, dielectric and vibrational signatures of the dermis during chronological aging and photo-aging via a (in vivo) clinical study involving subjects from two age groups. Markers of intrinsic and extrinsic aging have been extracted from this work. The evolution of these signatures was also studied in an ex vivo study on the effects of UV exposure of dermis, leading to a better understanding of the different mechanisms involved in chronological aging and photo-aging.

Studies on various organocatalysts for the bulk polymerization (ROP) of CBT (butylene cyclic terephthalate) monomer to synthesize PBT (polybutylene terephthalate), without the aid of metal catalysts. Characterization of polymers by GPC/HPLC, NMR, MS, TGA, DSC and Viscometer, etc.

Synthesis of brown algal polysaccharide gel, obtaining the alginate beads in a solution of metal salts, characterization of properties by SEM, BET theory, X-ray diffraction

Doctorate Sciences and Materials Engineering at the University of Toulouse in collaboration with the Center of skin Research (Pierre Fabre Dermo-Cosmétique)