There is growing interest in continuous flow chemistry within the organic chemist community. The advantages linked to the continuous flow but above all to the reactors used (high surface area to volume ratio) make it possible to overcome certain constraints encountered in batch chemistry: the use and \/ or the production of gas, even at high pressure, the use of very reactive intermediates, or potentially dangerous reagents, the control of the reaction parameters, are facilitated. This seminar will focus more specifically on the contributions of continuous flow chemistry for the synthesis of drugs, particularly in industry, through several examples.<\/p>\n
Camille Lescot, Doctor of Pharmacy, obtained her PhD in organic chemistry in 2011 at the institute for the chemistry of natural substances (ICSN), under the supervision of Dr. Philippe Dauban. After 4 years of post-doctorate, including 2 in Denmark in the laboratory of Troels Skrydstrup in Aarhus, she obtained a position as researcher at CNRS, in the SEISAD team of iCLeHS laboratory. Her current research focuses on the development of new synthesis methodologies in microfluidic systems for radiolabelling applications for imaging.<\/p>\n