POURQUIER Philippe
CEO

A graduate engineer from AgroParisTech, I founded Innovative Diagnostics in 2004, a company specialized in developing ELISA and PCR reagents for the diagnosis of zoonotic and veterinary infectious diseases.
While diagnostics is the primary means of combating infectious diseases, the vast majority of people living in low- and middle-income countries still do not have access to it. In these countries, infectious diseases are the first cause of mortality.
To help improve access to diagnostics for infectious diseases by developing high-performance, low-cost tools tailored to the needs and constraints of the most demanding laboratory environments, based on three areas of innovation: molecular biology, artificial intelligence and industrial processes.

This approach is based on the scientific and technical expertise acquired by Innovative Diagnostics, which has developed solutions for the veterinary and human sectors, from a "One Health" perspective in in vitro diagnostics.
R&D is at the heart of AFYIA Diagnostics and this team is mainly dedicated to it.

AFYIA is a scientific company developing innovative solutions for diagnosing infectious diseases, combining molecular biology and artificial intelligence. This R&D is carried out continuously in our laboratory based in Grabels in the south of France.
AFYIA was born of the shared desire of its founders to address healthcare issues in developing countries using innovative technical solutions. The story began around ten years ago ...








A graduate engineer from AgroParisTech, I founded Innovative Diagnostics in 2004, a company specialized in developing ELISA and PCR reagents for the diagnosis of zoonotic and veterinary infectious diseases.


With a background as an agronomist and a PhD in microbiology and molecular biology, I have been working for over ten years in the field of biology and health, specializing in infectious disease diagnostics.


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As a researcher at IRD, I lead the scientific department “Ecology and Biodiversity of Continental Ecosystems,” where my work focuses primarily on the evolution and virulence of major pathogens in aquaculture.