Design, synthesis, and anti-microbial activity of some novel benzoxazole derivatives

Authors

  • K. Lavanya Assistant professor, Department of Pharmaceutical Chemistry, KVK College of Pharmacy, Hyderabad, Telangana, India
  • T. Aravind KVK College of Pharmacy, Surmaiguda (V), Lashkarguda (G.P), Abdullapurmet (M), R.R Dist., TS- 501512
  • B. Pradeep Kumar KVK College of Pharmacy, Surmaiguda (V), Lashkarguda (G.P), Abdullapurmet (M), R.R Dist., TS- 501512
  • A. Pranavi KVK College of Pharmacy, Surmaiguda (V), Lashkarguda (G.P), Abdullapurmet (M), R.R Dist., TS- 501512
  • R. Uday Kiran KVK College of Pharmacy, Surmaiguda (V), Lashkarguda (G.P), Abdullapurmet (M), R.R Dist., TS- 501512
  • K. Indra Nandini KVK College of Pharmacy, Surmaiguda (V), Lashkarguda (G.P), Abdullapurmet (M), R.R Dist., TS- 501512
  • Musaib Rasul KVK College of Pharmacy, Surmaiguda (V), Lashkarguda (G.P), Abdullapurmet (M), R.R Dist., TS- 501512

Keywords:

Benzoxazole, Anti-Microbial

Abstract

Advances in Organic Chemistry have made possible the synthesis of complex molecule. Today the chief source of agents for cure,
the mitigation or prevention of diseases are organic, natural or synthetic, together with so called organometallics. The derivatives
bearing fluoro-substituted benzoxazole nucleus presented here; up to a great extent have proved to be potent antibacterial agents. It
is much clear that the use of electron-withdrawing functional groups in the final derivatives as substituents has influenced the
biological property of the synthesized motifs. This concept of utilizing electron-withdrawing substituents will be kept in mind while
undertaking other scientific work of the same kind.

Dimensions

Published

2023-01-02