Investigation of the Experimental and Theoretical Release of Caffeine from Cosmetic Hydrogels and Patches

Tools

Jiao, Yimeng and Rakic, Aleksandra and Janjic, Goran and Tamburic, Slobodanka and Stevic, Milica (2022) Investigation of the Experimental and Theoretical Release of Caffeine from Cosmetic Hydrogels and Patches. In: 32nd IFSCC Congress, 19-22 Sept 2022, London, UK.

Type of Research:	Conference, Symposium or Workshop Item
Creators:	Jiao, Yimeng and Rakic, Aleksandra and Janjic, Goran and Tamburic, Slobodanka and Stevic, Milica
Description:	Molecular docking (MD) is a tool that performs computational simulation. In the systems such as solutions, gels, and creams, it can be used to predict types of chemical interactions by calculating binding energies of temporary created complexes between the molecules. This study explores experimental (IVRT) and theoretical (MD) release of caffeine from six different cosmetic hydrogels and patches. The aim of the study was to compare the experimental and theoretical data and determine whether MD can be used as a tool to predict the release of caffeine.
Official Website:	https://www.ifscc2022.com/
Your affiliations with UAL:	Colleges > London College of Fashion
Date:	21 September 2022
Event Location:	London, UK
Date Deposited:	18 Nov 2022 14:28
Last Modified:	19 Feb 2026 11:51
Item ID:	19381
URI:	https://ualresearchonline.arts.ac.uk/id/eprint/19381
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