Géraldine Epane

Glycosaminoglycans mimetic (RGTA) production for tissue regeneration therapy. Project cycle definition. New chemical strategy and entities proposals. Drafting and validation of Standard Operating Procedures. Business intelligence. Laboratory management. Lyophilization techniques. Purification (gel chromatography, membrane,…). Quality and validation control. Chemical analysis.

Production of organic acids polymers and intermediates of great value for chemical industries. Project cycle definition.Time and budget management.Scientific vigilance. Process optimization (experimental design). Drafting of a scientific article. Microwave technologies. Solventless reactions. Green chemistry. Responsible for the design and specifications of microwave vessels and instrumentations. Pilot scale-up (mg to kg). Students (45) monitoring. In charge of 2 technicians. Laboratory management.

Synthesis and characterization of alpha-blockers for neurodegenerative diseases such as Alzheimer, Parkinson and Schizophrenia. Production of new entities. Identification of the biological target. Strategic approach. Continuous improvement of process. Application of GMP. Chemical synthesis and purification automation. Drafting and validation of Standard Operating Procedures. Scientific vigilance.

Quality and validation control during the manufacture of an industrial PAI (principal active ingredient). GMP Environment. Application of the FDA regulations. Chemical analysis. Process optimization. Statistical data. Chemical Engineering. Formulation. Granulometry.

Organic synthesis. Study of the therapeutic activity of quinolines in the case of a Leishmaniasis/HIV co-infection. First experience in time management.

Production of organic acids polymers and intermediates of great added-value for chemical industries. Green chemistry applications: innovative, solventless and solid phase reactions, biomass conversion, microwave... Very honorable distinction with unanimous congratulations from the jury.

Education in organic synthesis and in the study of compounds of biological interest, toxicology, natural drugs and pharmaceutical development. Cum Laude.

Theoretical and practical education in which enable a flexible and creative mind in all areas of chemistry. Cum Laude.

Basic education in theoretical and experimental chemistry.

Education in organic and inorganic chemistry, in chemical engineering and physics. Excellent training in chemistry and industrial/manufacturing engineering.