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In Vivo Anti-Trypanosomal Activity of Basil Extract on Trypanosoma evansi

In Vivo Anti-Trypanosomal Activity of Basil Extract on Trypanosoma evansi

Esam A Razin1, Hassan Sobhy2, Tarek R. AboElnaga1, Asmaa A. Darwish1*, Rasha S. Mohammed1

1Animal and Poultry Health Department, Animal and Poultry Division, Desert Research Center, Cairo, Egypt; 2Natural Resources, Animal Resources Department, Collage of African Postgraduate Studies, Cairo University, Egypt.

 
*Correspondence | Asmaa A. Darwish, Animal and Poultry Health Department, Animal and Poultry Division, Desert Research Center, Cairo, Egypt; Email: [email protected]

Graph 1:

Figure 1:

Comparison of oxidative stress and organs function tests between the studied groups, differences between groups were considered significant when P ˂ 0.05 and indicated by (*).

Figure 2:

Comparison of glucose, protein, and lipid profiles between the studied groups, differences between groups were considered significant when P ˂ 0.05, and indicated by (*).

Figure 3:

Comparison of hematological parameters between the studied groups, differences between groups considered significant when P ˂ 0.05 and indicated by (*).

Figure 4:

(H&E X20). A: liver of CG, B: liver of TG showing congestion, area of coagulative necrosis with inflammatory cell infiltration (star) and vacuolar degeneration of hepatocytes (red arrow), C: liver of DAG showing congestion and edema (star), infiltration of inflammatory cells (yellow arrow), newly formed bile duct (black arrow) and dilatation of hepatic sinusoids, D: liver of BG more or less to normal with slight congestion.

Figure 5:

(H&E X20), A: kidney of CG, B: kidney of TG showing congestion (star), tubular necrosis (yellow arrow) and increase space of Bowman’s capsule (black arrow), C: kidney of DAG showing congestion and edema (arrow), necrosis of tubules and atrophy of glomeruli (black arrow), D: kidney of BG more or less to normal with slight congestion and necrosis of tubules (yellow arrow).

Figure 6:

(H&E X20), A: heart of CG, B: heart of TG showing large area of hemorrhage and edema, myocardiolysis (star) and necrosis of muscle (black arrow), C: heart of DAG showing myocardiolysis, hemorrhage and edema (star), swelling of muscles and muscle necrosis (yellow arrow), D: heart of BG more or less to normal with slight myocardiolysis.

Figure 7:

(H&E X4), A: lung of CG showing alveolar emphysema, B: lung of TG showing bronchitis and bronchiolitis, peribronchial edema, hyperplasia of epithelial lining (yellow arrow) and sever peribronchial infiltration of chronic inflammatory cells (star) and alveolar emphysema, C: lung of DAG showing catarrhal bronchiolitis, hyperplasia of epithelial lining, edema (yellow arrow) with massive infiltration of chronic inflammatory cells, (star) and alveolar emphysema, GD: lung of BG beginning to return to normal showing alveolar emphysema.

Figure 8:

(H&E X20), A: spleen of CG, B: spleen of TG showing splenic hemorrhage and congestion (yellow arrow), vascular and perivascular edema (black arrow) and depletion of white pulp, C: spleen of DAG showing splenic hemorrhage (blue arrow), edema and depletion of white pulp, D: spleen of BG showing more or less to normal.

Figure 9:

(H&E X20), A: showing CG brain, B:  brain of TG showing demyelination (star), chromatolysis of neuron, neuronal edema (yellow arrow) and perivascular edema. C: brain of DAG showing demyelination of brain (star) and perivascular edema (blue arrow), D: brain of BG showing decreased lesion severity, chromatolysis of neuron (red arrow) and congested blood vessels (blue arrow).

Advances in Animal and Veterinary Sciences

November

Vol. 12, Iss. 11, pp. 2062-2300

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