Following on from the introduction of Quercetin & Oak, the first natural line to outpace top-selling conventional antiageing creams, based on a NOBEL awarded discovery and the findings of primary research on Proteasome & Ageing, KORRES achieves another first with new principal research.
A research proposal on the study of 3,600 natural actives, submitted by KORRES in collaboration with eight  research centres, has achieved the highest mark [14.5/15] by the European Community as part of the Seventh Framework EU Programme for Research, Technological Development and Demonstration Activities.
The primary research proposal, one of 11 in total submitted by 106 participants, achieved the highest score after a 12-month assessment. KORRES in collaboration with eight  research centres will be studying the cosmetic properties of 3,600 natural actives, focusing on their antiageing, antioxidant, sun-protecting action [antiageing, anti-hyper-pigmentation & UV-protection].
The research will discover and carry to the stage of development candidates, plant derived small molecules with potential as new cosmetic agents. These compounds will derive from plants originating from major biodiversity hotspots in Europe, Africa, Latin America, and the Asia-Pacific region.
* For more information on our AGROCOS research project, please visit http://www.agrocos.eu
NATPROTECIntegrated technologies for the discovery and development of Cosmeceutical Agents from Plant Biodiversity ABOUTNATPROTEC is a research project that aims to discover and carry to the stage of development innovative products in the area of cosmeceuticals originating from European natural resources using emerging and environmentally friendly technologies. KORRES in collaboration with seven research centres and industry leaders will be studying the cosmetic properties of 600 natural actives, focusing on their antiageing, antioxidant, sun-protecting action [antiageing, anti-hyper-pigmentation & UV-protection].
THE RESEARCH AT A GLANCEA 4 year research project (February 20 12- January 2016)
300 plant species collected600 extracts produced All 600 extracts screened / skin protection, anti-ageing , anti-hyperpigmentation , & physicochemical characteristics of the extracts [Bio evaluation] Selecting the top 20 out of the 600 extracts via phytochemical investigation [Chemodiversity]Selecting the top 20 out of the 600 extracts / further selectionof the top 4 which could be applied commercially(Development – Advanced Testing – Feasibility Study)Report on the overall project (Dissemination)
KORRES COLLABORATINGWITH 7 RESEARCH CENTRES & ΙNDUSTRY LEADERS:University of AthensGreeceUniversity of Geneva Switzerland
University of InnsbruckAustriaUniversity of Reims Champagne-ArdenneFrance
Rousslet Centifugation France
Bionorica research GmbHAustria
* For more information on the NATPROTEC research project, please visit http://http://www.natprotec.eu
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