Biswa Mohan Sahoo* and Bimal Krishna Banik Pages 92 - 105 ( 14 )
Background: The continuous increase in challenges associated with the effective treatment of life threatening diseases influence the development of drug therapies with suitable physico-chemical properties, efficiency and selectivity. So, organocatalys is a potential synthetic tool which is accelerating the development of new drug molecules.
Methods: Organocatalysis reactions can be carried out at lower temperatures and in milder pH conditions as compared to metal based catalysed reactions. Due to readily availability of catalysts, stable, purity, low toxicity and easy in handling of the chemical reactions, it become an attractive technique to synthesise complex molecules with diverse structures. Here, the impact of various catalysts in organic synthesis with methods is discussed.
Results: Organic catalysts are used widely in various chemical reactions such as Michael Addition, aldol reaction, Diels-Alder reactions and Knoevenagal reactions etc. It was observed that the use of organocatalyst results the formation of stereo active molecules with diverse biological activities.
Conclusion: This review also focuses on the various scopes and limitations of organocatalytic reactions in the production of medicinally useful drug molecules. Organocatalysts possess several advantages over traditional metal catalysts because it non-toxic, readily available, stable, efficient, easy to handle which involves environmentally friendly reaction.
Chemistry, development, drug, organocatalysis, reaction, synthesis.
Department of Pharmacy, Vikas Group of Institution, Nunna-521212, Vijayawada Rural, Andhra Pradesh, Community Health System of South Texas, Edinburg, Texas 78539