Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus

Mageswari; M.; Chinnamani; S.; Murugaian; P. and Sivasuriyan; S.

doi:https://doi.org/10.5281/zenodo.1346655

Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S.

Year : 2018 | Volume: 3 | Issue: 4 | Pages: 350-357

doi: https://doi.org/10.5281/zenodo.1346655

Article History
How to Cite
View Cite

Received on: 07/12/2018

Revised on: 07/25/2018

Accepted on: 07/30/2018

Published on: 08/17/2018

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S.( 2018).
Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus
. International Journal of Zoology and Applied Biosciences, 3( 4), 350-357.

click to view the cite format

APA

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S. (2018). Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus. International Journal of Zoology and Applied Biosciences, 3 (4), 350-357.

Chicago style

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S. 2018. "Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus" International Journal of Zoology and Applied Biosciences 3, (4): 350-357.

Harvard

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S. 2018.
Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus
International Journal of Zoology and Applied Biosciences. ,vol.3 .no.4, pp.350-357.

MLA

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S. "Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus" International Journal of Zoology and Applied Biosciences. 3. 4 (2018): 350-357.

Vancouver

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S.
Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus
Int.J.Zool.Appl.Biosci. 2018 3 (4) 350-357.

Text

Mageswari, M., Chinnamani, S., Murugaian, P. and Sivasuriyan, S.,
Responses of sub lethal exposure to the pesticide propargite induced metabolic enzymatic stress of fresh water fish Channa striatus,
International Journal of Zoology and Applied Biosciences,
Volume 3 Issue 4,
2018,
350-357.
ISSN : 2455-9571

Abstract

The aim of study was to investigate effect of exposure to sub- lethal concentration of propargite, an organo sulphuric pesticide the oxidative enzyme glutamate oxaloacetate transaminase (GOT), glutamate pyruvate transaminase (GPT), lactate dehydrogenase (LDH), acid phosphates and alkaline phosphates in muscles, liver, kidney, and gill tissue estimation of propargite effects significantly (P>0.05) of a fresh water fish, Channa striatus were investigated. Fish were exposed to sub lethal concentration as 0.034 ppm, 0.102 ppm duration of 15 days and 30 days of propargite. As a result revealed that there GOT activity were increased in liver, kidney, gill and showed that muscle decreased. GPT and LDH activities were increased in muscle, liver, gill and kidney tissue significantly different in the propargite concentration of 0.034 ppm and 0.102 ppm of 30 days then compared to 15 days and control. A significantly ACP was observed decreased in liver, muscle, gill and kidney, but a significantly increase. ALP activity in muscle, liver, gill, and kidney significantly increase in the propargite concentration of 0.034 ppm and 0.102 ppm of 30 days then compared to 15 days and when compare to control respectively. In conclusion the result of present study suggests that of oxidative enzyme could be one of the muscle, liver, gills and kidney toxic effect of damage propargite. These alterations could be attributed to the changes in the metabolic pathways induced propargite pesticide in aquatic environment.