College of Veterinary Medicine, University of Duhok, Zakho Street 38, 1006 AJ Duhok, Duhok, Kurdistan Region, Iraq
A significant revolution in organic chemistry is being driven by artificial intelligence. A number of platforms, including applications for planned synthesis and reaction prediction Machine learning has successfully integrated itself into the daily work of organic chemists, enabling in synthetic issues with a specific domain. Contrary to retrosynthetic models and reaction prediction, the Despite the huge potential of response yield prediction, it has gotten less attention. accurately forecasting the rates of response conversion. Reaction generates models that specify the proportion. Chemists to choose high produced reactions and score synthesis methods, decreasing the number of tries. The reactants transformed to the wanted products. For high-capacity studies, yield estimates have primarily been made using a firm encoding of reactants, focused molecular patterns, or calculated chemicals used to describe.
Chemistry, Reaction prediction, Machine learning, Yield prediction, Artificial intelligence
