Therapeutic potential of Pegnum harmela against Schistosoma bovis in buffaloes

  • Sadaf Niaz
  • Tanveer Akhter
  • Naser M AbdEl-Salam
  • Sultan Ayaz
  • Sumaira Shams
  • Riaz Ullah
  • Hidayat Hussain
  • Safia Bibi
Keywords: Pegnum harmela, Schistosoma, infection

Abstract

Background: Peganum harmala have many biological and pharmacological activities such as antifungal, antibacterial, analgesic and antiinflammatory. The present study was carried out to evaluate the  antischistosomal activities of Peganum harmala with special reference to bovine schistosomiasis in naturally infected buffaloes.

Methods and Materials: A total of 54 naturally infected buffaloes with “Schistosomiasis” of ages around five years were used for anthelmintic studies. All of the buffaloes were properly marked so as to make a distinction from one other. A doctor of veterinary was available for daily checkup. Samples prepared according to the available methods in literature.

Results: In the present study, naturally infected buffaloes with Schistosoma bovis were treated with  Peganum harmala (Harmal, seed), with dose 75 mg/kg, 150 mg/kg and 225 mg/kg body weight  respectively, and their impact on various parameters like eggs reduction, milk production, weight gain and feed intake was noted. Furthermore, their efficiency (%) was evaluated with “Praziquantel”  (allopathic drug) at “10mg/Kg body weight” dose level. After first dose of “Praziquantel” hundred percent effectiveness was noted, while the same result obtained for herbal drug after giving second dose of  “225mg/kg body weight”. To evaluate the effect of herbal medicines on protein portions, sera of treated and control buffaloes were also investigated.


Conclusion: From present findings, it is concluded that the herb Peganum harmala can easily replace  Praziquantal (PZQ) with almost same efficiency (%). Furthermore, the herb is easily available at cheap price at local market and it will be good for the economy of Pakistan

Key words: Pegnum harmela, Schistosoma, infection

Published
2015-11-05
Section
Articles

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eISSN: 0189-6016