Synthesis and Application of Dithioesters and Related Systems in Organic Synthesis

Abstract

Synthetic organic chemistry has great impact on development of a healthy newlinesociety from various aspects and has been flourished significantly over the past newlinedecades. Several millions of organic compounds made over the last century that are newlineimmensely useful in everyday life. Organic synthesis is directly involved in the newlineproduction of food, drugs, polymers, dyes/pigments, detergents, insecticides, and newlinenumerous other important materials. Although synthetic organic chemistry is of high newlineimportance for our society, it has also dragged the attention of critics due to the newlineincreasing environmental hazard associated with it. Therefore it is high time to evolve newlineorganic synthetic procedure in order to decrease waste and increase the efficiency and newlineenvironment tolerability. Several highly selective procedures have been developed newlinewhich allow the preparation of simple to complex molecules with excellent regio-, newlinechemo-, diastereo-, and enantioselectivity. Besides the traditional methods, organic newlinesynthesis also includes photo-catalysis, electro-organic synthesis, enzymatic newlinesynthesis, domino synthesis, synthesis in ionic liquid, solvent-free organic synthesis, newlineon-water organic synthesis, computer based molecular designing etc. as the alternative newlinegreener process. newline