The laboratory completed the internal deployment of a next-generation stability prediction model for active ingredients. The model integrates accelerated stability data with formulation-environment parameters to provide a traceable reference framework for assessing ingredient storage life.
The laboratory joined the BAIYUESHENG Bio International Innovation Platform, continuing its work on stability technologies for cosmetic ingredients and active substances.
The laboratory completed an expansion of its stability monitoring platform, adding three temperature- and humidity-controlled chambers covering ICH Q1A standard conditions and strengthening long-term and accelerated stability testing capacity for ingredients.
The laboratory completed an interim data exchange with Evonik on the release behavior of active-ingredient carrier systems in emulsion systems and prepared the next set of test protocols.
The laboratory completed internal validation of a dynamic light scattering (DLS) particle-size analysis method and established an in vitro transdermal observation workflow using Franz diffusion cells to evaluate the release behavior of active ingredients.
The laboratory made significant progress on the formulation stability of Copper Peptide (GHK-CU) and issued a technical approach intended to improve long-term stability and activity retention of Copper Peptide (GHK-CU) in cosmetic formulation systems.
The laboratory introduced high-performance liquid chromatography (HPLC) and gas chromatography-mass spectrometry (GC-MS) equipment, expanding its capacity to analyze ingredient purity, impurity profiles, and volatile components.
The laboratory established a joint method-development collaboration with the analytical chemistry laboratory at Université Claude Bernard Lyon 1 and completed the first method validations for purity testing and impurity profiling of peptide ingredients.
The laboratory formally launched its formulation compatibility service, covering creams, serums, aqueous preparations, and anhydrous systems to help clients evaluate ingredient compatibility and use limits in practical formulations.
The laboratory established an independent stability monitoring platform and began providing accelerated and long-term storage testing for cosmetic and fine-chemical ingredients.
Dr. Étienne Moreau founded the laboratory in Saint-Priest, in the Lyon metropolitan area, France. Its early work focused on bench-scale preparation and impurity analysis of fine-chemical intermediates.