Notre groupe organise plus de 3 000 séries de conférences Événements chaque année aux États-Unis, en Europe et en Europe. Asie avec le soutien de 1 000 autres Sociétés scientifiques et publie plus de 700 Open Access Revues qui contiennent plus de 50 000 personnalités éminentes, des scientifiques réputés en tant que membres du comité de rédaction.
Les revues en libre accès gagnent plus de lecteurs et de citations
700 revues et 15 000 000 de lecteurs Chaque revue attire plus de 25 000 lecteurs
Randhir S Makkar, Augustine A DiNovo, Caroline Westwater and David A Schofield
Organophosphates are extremely toxic compounds, which pose a threat to the environment and public due to
their widespread use as common pesticides or due to their deliberate release as chemical weapons. The bacterial enzyme organophosphorus hydrolase (OPH, EC. 3.1.8.1) can hydrolyze, and thereby detoxify a broad range of organophosphate nerve agents. This enzyme therefore offers the opportunity for the development of naturally occurring newer bioremediation strategies. The aim of this research was to generate a stable yeast biocatalyst that was capable of hydrolyzing the poorly hydrolyzed P-S class of organophosphates. The genes encoding the wild-type OPH, or the enhanced variant enzyme S308L-OPH, were integrated into the ribosomal operon of the Saccharomyces cerevisiae genome to create a stable yeast biocatalyst.