L'optimisation des protéines présente des avantages considérables pour la recherche, la biopharmacie et les applications industrielles. However, the design of stable, highly functional, and well-expressed proteins remains a challenge.  In this webinar, Olga Khersonsky from the Weizmann Institute of Science, will describe how their novel computational protein optimization tools, PROSS and FuncLib, address these challenges to deliver stable enzymes and other proteins — resulting in improvements in function, expression, and thermal resistance. Olga partagera son expérience en explorant des exemples de travail et des études de cas. *Les résultats des expériences clients ne sont pas prédictifs de ceux obtenus dans d’autres cas. Les résultats peuvent varier dans d’autres cas.

The production of virgin plastics poses a monumental environmental threat. Global greenhouse gas emissions can be attributed alone to the production of virgin plastic material. Poor end-of-life plastic waste management and recycling solutions can mean that the overwhelming majority of post-consumer plastic accumulates as pollution, imposing untold environmental damage. Hear how Dr. Matthew Spence used Twist Synthetic DNA to develop a novel enzyme design platform for engineering poly(ethylene) terephthalate (PET) hydrolases that can rapidly degrade PET plastic under harsh industrial conditions while sharing only distant homology to natural enzymes.

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