Effects of Artesunate Alone and In Combination with Folic Acid on the Liver and Serum Iron Level of Male Wistar Rats
Contenu principal de l'article
Résumé
The effects of oral administration of artesunate alone and with folic acid on the liver and on the serum levels of iron were assessed in eighty-one male wistar rats with a mean weight of 180 g (172-188 g). Thirty-six rats received artesunate of graded doses ; another thirty-six rats received a combination of artesunate and folic acid; while normal saline was administered to the remaining nine rats which served as the negative control group. Comparison of means of results was done with the student’s test at a 95% level of significance. The results showed that in rats treated with 6.00 mg/kg of artesunate alone, there was a significant decrease in liver weight from 3.25±0.55 to 2.64±0.12g.
Necrosis of the hepatocytes as revealed by liver histology also occurred. The serum iron level rose significantly from 784±11.49 ?mol/L to 1773±11.32 ?mol/L. It was also found that folic acid reversed metabolic and tissue disorder associated with lower doses of artesunate but offered partial relief to the same disorders associated with higher doses of the drug. This is evident by the decrease in serum iron and the the healthy cytoarchitecture of the liver .
Téléchargements
Renseignements sur l'article
Cette œuvre est sous licence Creative Commons Attribution - Pas d'Utilisation Commerciale - Pas de Modification 4.0 International.
Références
Baradell LB and Fitton A.( 1995). Artesunate – A review of its pharmaceutical and therapeutic efficacy in the treatment of Malaria. Drug.;50 (4):714 – 41.
Edoho EJ, Oladimeji HO, Udobre AS (2006). Effect of Artemisinin Administration with and without folic acid on Iron and Zinc levels of
male wistar rats. Integrated Journal of Science and Engineering ;5(1)40 – 4.
Jeremiah ZA, Uko EK, Busari FI, Jeremiah TA.(2007). Field Evaluation of SD Bioline Rapid Malaria Diagnostic Test among Asymptomatic
Malaria Infected Children in Port Harcourt, Nigeria. Res J Parasitol ;1:1-6.
Karbwang, J., Na – Bang Chang, K and Tharia Vibula (1994). Comparison of Oral Artesunate and quinine plus tetracycline in acute
uncomplicated falciparum malaria. World Health Organization, Bulletin;72 (2): 233 –38.
Liy and Wu, YL. (1998) How Chinese Scientists discovered qinghaosu (artemisinin) and developed its derivatives? What are the future
perspectives? Med. Trop.; 583: 9-12.6
Ogunbona FA, Akata KJ, Fadiran EO, Femi-Oyewo MN(editors.). 1990 Malaria Chemotheraphy in Nigeria: Problems and
Prospects. AUP. Lagos Nigeria,; p. 131.
Reich, P.R. Deykin D. (1978). Hacmatology. Pharmacologic basis for clinical practice. Megaloblastic anemia 3. p65.
Udobre AS, Edoho EJ, Eseyin O and Etim I. (2009) Effect of Artemisinin with Folic Acid on the Activiteis of Aspartate Amino Transferase
and Alkaline Phosphase in Rat. Asian J Biochem ;53-59.
Woedenbag HJ, Pras N and Vasuden W. (1994). Progress in the research of artemisinin -related antimalarials. An update. Pharm World Sc. ;16(4):161 - 80