David Daudé is an Engineer graduated from the National Institute of Applied Sciences of Toulouse (INSA) in 2009. In 2013, he obtained a PhD degree in Molecular and Enzyme Engineering from Toulouse Biotechnology Institute (TBI). He then joined, as a researcher, the newly created start-up Gene&GreenTK, a spin-off from Aix-Marseille University developing robust enzymes addressing major public health and environmental issues. His role in the company rapidly evolved, in 2020 he assumed the role of CEO for managing the company and CSO overseeing all aspects of R&D. In December 2019, he received the French Habilitation to Conduct Research (HDR).
Eric Chabrière is Professor of Structural Biology at Aix-Marseille University. He manages a research team in biotechnology and leads the proteomic platform at the Faculty of Medicine of Marseille in the renown Hospital Institute of Marseille (IHU Méditerranée Infection) directed by Prof. Didier Raoult. He has investigated the potential of hyperthermostable enzymes for many years and created the start-up G&G in 2013 to develop their applications for environmental and healthcare concerns.
Mikael Elias is an assistant Professor in the Department of Biochemistry, Molecular Biology and Biophysics at the BioTechnology
Institute of the University of Minnesota (MN, USA). Professor Elias is an expert in structural biology, structural enzymology and enzyme engineering and design. His research team has
developed new technologies for bacterial control.
Laure is a microbiologist at Gene&GreenTK. She achieved her PhD in pathogen bacteria plant interactions and deepened her knowledge on
Quorum sensing through her postdoctoral studies. Her work now focuses on microbial interactions and how Quorum quenching can affect them.
Strictly necessary cookies guarantee functions without which this website would not function as intended. As a result these cookies cannot be deactivated. These cookies are used exclusively by this website and are therefore first party cookies. This means that all information stored in the cookies will be returned to this website.
Functional cookies enable this website to provide you with certain functions and to store information already provided (such as registered name or language selection) in order to offer you improved and more personalized functions.
Performance cookies gather information on how a web page is used. We use them to better understand how our web pages are used in order to improve their appeal, content and functionality.
Marketing / Third Party Cookies originate from external advertising companies (among others) and are used to gather information about the websites visited by you, in order to e.g. create targeted advertising for you.