Permanganatic oxidation of neomycine sulphate salt in basic media: a kinetic study

  • Narayan V. Lawale Moreshwar Arts, Commerce and Science College, Bhokardan Dist Jalna, Maharashtra, India
  • Bhagwan Singh Dobhal Badrinarayan Barwale, Arts, Commerce and Science College, Jalna. Maharashtra, India
  • Sandip Singh Gaur Sant Ramdas Arts, Science and commerce College Ghansawangi. Dist Jalna. Maharashtra, India
  • Rajendra Pardeshi Sant Ramdas Arts, Science and commerce College Ghansawangi. Dist Jalna. Maharashtra, India

Abstract

Permanganatic oxidation of Neomycine sulphate salt has been studied at different temperatures using spectrophotometer under alkaline conditions. The effect of variation of substrate Neomycine sulphate salt (NS), oxidant (KMnO4) and NaOH was studied under pseudo first order reaction conditions. The effect of different salts and solvents on oxidation of NS was also studied. The reaction was found to be first order with respect to oxidant, substrate and NaOH..


Keywords: Neomycine sulphate salt (NS), KMnO4 , permanganatic  oxidation, alkaline permanganate

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Author Biographies

Narayan V. Lawale, Moreshwar Arts, Commerce and Science College, Bhokardan Dist Jalna, Maharashtra, India

Moreshwar Arts, Commerce and Science College, Bhokardan Dist Jalna, Maharashtra, India

Bhagwan Singh Dobhal, Badrinarayan Barwale, Arts, Commerce and Science College, Jalna. Maharashtra, India

Badrinarayan Barwale, Arts, Commerce and Science College, Jalna. Maharashtra, India

Sandip Singh Gaur, Sant Ramdas Arts, Science and commerce College Ghansawangi. Dist Jalna. Maharashtra, India

Sant Ramdas Arts, Science and commerce College Ghansawangi. Dist Jalna. Maharashtra, India

Rajendra Pardeshi, Sant Ramdas Arts, Science and commerce College Ghansawangi. Dist Jalna. Maharashtra, India

Sant Ramdas Arts, Science and commerce College Ghansawangi. Dist Jalna. Maharashtra, India

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How to Cite
Lawale, N. V., Dobhal, B. S., Gaur, S. S., & Pardeshi, R. (2019). Permanganatic oxidation of neomycine sulphate salt in basic media: a kinetic study. Journal of Drug Delivery and Therapeutics, 9(1), 159-164. https://doi.org/10.22270/jddt.v9i1.2201