Pierre Monsan

Centre National de la Recherche Scientifique

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About

Pierre Monsan is a pioneering figure in enzyme engineering and biocatalysis, with a career dedicated to unraveling the molecular mechanisms of carbohydrate-active enzymes. His research centers on the structure-function relationships of transglucosidases and lipases, particularly their dynamic conformational changes and industrial potential. Monsan’s seminal work on amylosucrase from *Neisseria polysaccharea* revealed how this enzyme elongates glycogen without a primer, offering profound insights into polysaccharide synthesis—a contribution cited over 25 times. He further advanced the field by integrating molecular modeling with robotics to simulate the large-scale "open-to-closed" lid movement of *Burkholderia cepacia* lipase, a breakthrough in understanding interfacial activation that has garnered 20 citations. These studies not only deepened fundamental knowledge of enzyme dynamics but also paved the way for rational design in biotechnological applications. Monsan’s innovative mixed computational approach exemplifies his ability to bridge theoretical and experimental domains, making him a key reference for researchers exploring enzyme mechanics and sustainable biocatalysis. His work continues to inspire students and scientists aiming to harness enzymatic processes for green chemistry and biomaterials.