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Abstract

Many topical anti-infective agents have been developed by conventional medicine; however, due to the emergence of antibiotic- and chemotherapeutic-resistant pathogens, some of these agents are no longer very effective. Ozone has been known for more than a century to be a great disinfectant, but because of its oxidizing qualities, it needed to be used carefully. Only in the past ten years has it been possible to permanently incorporate the gas into triglycerides, where gaseous ozone chemically reacts with unsaturated substrates to produce ozonated derivatives that are therapeutically active, thereby taming its extreme reactivity. As of right now, ozonated oils have proven to be stable and effective. However, because there are so many commercial products available, this paper will examine these derivatives and offer a method for producing the best products possible.

Keywords

Aeruginosa, hypoxic, keratinoblast, Criegee ozonide’s

Reference

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Salunke R. Yashraj
Corresponding author

Nandkumar shinde college of pharmacy, Vaijapur

Photo
Saurabh R. Kharat
Co-author

Nandkumar shinde college of pharmacy, Vaijapur

Photo
Sham Ganesh Ardad
Co-author

Nandkumar shinde college of pharmacy, Vaijapur

Photo
Nimbalkar Vaibhav
Co-author

Nandkumar shinde college of pharmacy, Vaijapur

Photo
Jadhav Anil B.
Co-author

Nandkumar shinde college of pharmacy, Vaijapur

Y. R. Salunke, S. R. Kharat, V. D. Nimbalkar, S. G. Ardad, Jadhav A. B. , Ozone And Ozonated Oils In Skin Diseases, Int. J. of Pharm. Sci., 2024, Vol 2, Issue 2, 41-46. https://doi.org/10.5281/zenodo.10605433

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