FORMULATION AND EVALUATION OF RAMIPRIL TRANSFEROSOMAL GEL

Authors

  • Amena Aiman Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India
  • Syeda Aysha Hussain Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India
  • Juveriya Masi Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India
  • Muneera Unnisa Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India
  • Neha Sultana Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India
  • Swathi.B Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India
  • Ramya Sri.S Department of Pharmaceutics, Bojjam Narashimulu Pharmacy College For Women, Telangana, India. Sura Pharma Labs, Dilsukhnagar, Hyderabad, Telangana-500060, India

Keywords:

Ramipril, Topical, Carbopol 971, Sodium CMC and Carbopol

Abstract

In the present work an attempt was being made to formulate and evaluate topical gel containing Ramipril. Carbopol 971, Sodium CMC and Carbopol 934 were selected as polymers. The drug and excipient compatibility was studied by using FTIR. Nine formulations of gels were prepared by taking different quantities of polymers. The prepared gel was subjected to various evaluation tests like pH, Spreadability, viscosity, content uniformity and diffusion studies conducted up to 12 hrs. All the results were within the limits; by diffusion studies it was observed that formulation F7 shown maximum drug release of 95.49% which was considered as optimized formulation.

Dimensions

Published

2021-05-14