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The Impact of Physical Load and Adaptogens on the Animal Work Capacity

The Impact of Physical Load and Adaptogens on the Animal Work Capacity

Ilvir Khabibullin1*, Ruzel Khabibullin1, Irina Mironova1, Lyalya Musina2, Elmira Akhmadullina1, Victoria Morozova1 

1Federal State Budgetary Educational Establishment of Higher Education, Bashkir State Agrarian University, Ufa, Russian Federation; 2Federal State Budgetary Institution All-Russian Center of Eye and Plastic Surgery of the Russian Ministry of Health, Ufa, Russian Federation.

 
*Correspondence | Ilvir Khabibullin, Federal State Budgetary Educational Establishment of Higher Education, Bashkir State Agrarian University, Ufa, Russian Federation; Email: [email protected]

Figure 1:

The experiment scheme.

Figure 2:

Swimming activity of experimental mice after the experiment.

Figure 3:

Swimming activity of hamsters.

Figure 4:

a) Cardiac myocytes of the control group animal H and E staining. 10Xoc.lens, 10Xobj.lens; b) Cardiac myocytes of the animal from the experimental group 1. H and E staining. 10Xoc.lens, 4Xobj.lens; c) Heart muscle tissue of animals given pantocrine. H and E staining. 10Xoc.lens, 20Xobj.lens.

Figure 5:

a) Venous myocardial hyperemia of an experimental animal using lemongrass. H and E staining. 10Xoc.lens, 40Xobj.lens; b) Venous myocardial hyperemia when using drone brood. H and E staining. 10Xoc.lens, 40Xobj.lens; c) Marked venous hyperemia of the myocardium of the control group of animals. H and E staining. 10Xoc.lens, 40Xobj.lens.

Figure 6:

a) Somatic musculature of control group animals. H and E staining. 10Xoc.lens, 40Xobj.lens; b) Skeletal muscle tissue of an animal after high physical exertion and the use of lemongrass as an adaptogen. H and E staining. 10Xoc.lens, 40Xobj.lens; c) Hypertrophied skeletal muscle tissue of a hamster after physical exertion and combined use of a drone brood preparation. H and E staining. 10Xoc.lens, 40Xobj.lens.

Figure 7:

a) Venous hyperemia of the kidney cortex in the control group animals. H and E staining. 10Xoc.lens, 40Xobj.lens; b) The hyperemia zone of the kidney cortex blood vessel in animals after physical exertion and the lemongrass use. H and E staining. 10Xoc.lens, 40Xobj.lens; c) Moderate stagnation in the kidney cortex blood vessels in animals using the drone brood after physical exertion. H and E staining. 10Xoc.lens, 40Xobj.lens.

Figure 8:

a) Fullness of the venous vessel of the liver in an animal of the control group after physical exertion. H and E staining. 10Xoc.lens, 40Xobj.lens; b) Venous hyperemia of the liver triad of animals when using lemongrass after physical exertion. H and E staining. 10Xoc.lens, 40Xobj.lens; c) Full blood vessels of the liver of animals when using the drone brood after physical exertion. H and E staining. 10Xoc.lens, 40Xobj.lens.

Figure 9:

a) Marked lung alveolitis in an animal from the control group. H and E staining. 10Xoc.lens, 40Xobj.lens; b) Lung alveoli in hamsters after physical exertion and the use of lemongrass. H and E staining. 10Xoc.lens, 40Xobj.lens; c) Focal alveolitis in the lung of animals after ultra-high physical exertion and the use of an adsorbed drone brood preparation. H and E staining. 10Xoc.lens, 40Xobj.lens.

Advances in Animal and Veterinary Sciences

March

Adv. Anim. Vet. Sci., Vol. 13, Iss. 3,

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