15th World Congress Clinical Nutrition

19th – 22nd September 2010  El Sokhna Resort -  Egypt

 Home Page

 About Us
 Scientific Programme
 International speakers
 News
 Contact us
 
 
 
Copyright © 2010.
WCCN2010.COM
All rights reserved

Chemoprotective effects of lipodal matter of Atriplex Lindleyimoq Moq. (LINDLEY'S SALTBUCH) on hepato renal toxicity

Azza A. matloub1, Sahar S. M. El Souda2 and Manal A. Hamed3

Departments of 1Pharmacognosy, 2Chemistry of natural compounds & 3Therapeutic Chemistry, National Research Center, Giza , Egypt

Objective: The work aimed the detailed description of the lipoidal profile and hepato-renal protective effect of Atriplex lindleyi areal part against bromobenzene (BB) intoxication in rats.

Methods Through GC/MS technique, the unsaponifiable matter and fatty acid methyl esters from the petroleum ether (60-800C) extract were qualitatively and quantitatively investigated. In vivo examinations of the petroleum ether extract, five groups of albino rats were selected in this study. Group1: normal control group, group 2: i.p injected with BB (460mg/kg b.wt) two times/week for three weeks, group 3: received oral doses of plant extract (150mg/kg b.wt.) at the same time and duration of BB injection. Group 4: served as group 3 and treated with hepaticum (100 mg/kg b.wt.) as a reference drug. Group 5: received plant extract only.

Results Oxygenated and non-oxygenated hydrocarbons, alcoholic, phenolic and steroidal compounds were identified in the unsaponifiable matter. GC/MS analysis of fatty acid methyl ester led to identify 22 compounds. Drastic changes were observed after BB intoxication in liver function enzymes (AST, ALT and ALP), hepatic cell organelles marker enzymes (SD, LDH, G-6-Pase, AP and 5`- nucleotidase), kidney disorder parameters (creatinine and urea) and certain antioxidants; glutathione, lipid peroxide and superoxide dismutase. Treatment with plant extract improved all biochemical parameters under investigation as well as the histopathological picture of liver and kidney.

Conclusion, the lipoidal matter of A. lindleyi contains bioactive compounds exhibiting hepato-renal protection.




 
Scientific Sessions Posters
 

Home    ::    Register   ::    Scientific Programme   ::    About us    ::    Contact us