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American Journal of Pharmacy and Health Research

Published

Scarus ghobban Fish mucus methanolic extract attenuates UV-B radiation induced immune suppression reactions analyzed through cytokine IL-2 on Human Keratinocytes.

Published in November 2014 Issue 11 (Vol. 2, Issue 11, 2014)

Scarus ghobban Fish mucus methanolic extract attenuates UV-B radiation induced immune suppression reactions analyzed through cytokine IL-2 on Human Keratinocytes. - Issue cover

Abstract

Ultraviolet-B radiation affects the surface layer of the skin mainly Keratinocytes which leads to harmful biological disorder. This study explored the effect of Methanolic extracts of Fish Mucus (FME) from parrot fish Scarus ghobban against UV-B radiation treated Cultured Human Keratinocytes (HaCaT). HaCaT cells treated with FME for 24hrs followed by UV-B irradiation for 15mJ/cm2. After the irradiation, the HaCaT Cells were assayed for IL-2 cytokine. UV-B radiation induces an increase in cytokines, when ti is incorporated with the FME the concentration of cytokines reduced to normal. This study reveals that FME may be a photoprotective agent.

Authors (2)

Shankarlal S

Centre of Advanced Study in Ma...

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Natarajan E

Centre of Advanced Study in Ma...

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Article Information

AJPHR211011

AJPHR-01-000249

2014-11-01

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How to Cite

S & E (2014). Scarus ghobban Fish mucus methanolic extract attenuates UV-B radiation induced immune suppression reactions analyzed through cytokine IL-2 on Human Keratinocytes.. American Journal of Pharmacy and Health Research, 2(11), xx-xx. https://ajphr.com/articles/AJPHR211011

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