Single Step Retrosynthesis

Single-step retrosynthesis is a chemical synthesis strategy that aims to determine the immediate precursors of a target molecule through reverse analysis, thereby simplifying the design of synthetic pathways. This method leverages advanced algorithms and databases to rapidly identify feasible reaction steps, enhancing the efficiency and success rate of synthesis. In fields such as drug discovery, single-step retrosynthesis can significantly accelerate the identification and optimization of new drugs, reducing research and development costs, and thus holds important application value.