Eliminating transition state calculations for faster and more accurate reactivity prediction in Sulfa-Michael additions relevant to human health and the environment
(2022)
Journal Article
Fast and accurate computational approaches to predicting reactivity in sulfa-Michael additions are required for high-throughput screening in toxicology (e.g., predicting excess aquatic toxicity and skin sensitization), chemical synthesis, covalent dr... Read More about Eliminating transition state calculations for faster and more accurate reactivity prediction in Sulfa-Michael additions relevant to human health and the environment.