Anatomy, Histologyو Embryology
Behrooz Yahyaei; Neda Sheikh Mohammadi
Volume 28, Issue 6 , January and February 2022, , Pages 979-981
Abstract
Background: Due to the effect of L-arginine analogues on inhibiting nitric oxide synthesis and exercise training as one of the non-pharmacological methods, the aim of this study was to evaluate the effect of aerobic exercise training with garlic extract on changes of cerebellar tissue in rats with induced ...
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Background: Due to the effect of L-arginine analogues on inhibiting nitric oxide synthesis and exercise training as one of the non-pharmacological methods, the aim of this study was to evaluate the effect of aerobic exercise training with garlic extract on changes of cerebellar tissue in rats with induced hypertension.Materials & Methods: Rats weighing 200 to 220 gr and hypertension at 10 to 12 weeks of age responding to the main symptoms of hypertension were selected. The rats will be divided into 6 treatment groups after a period of injection of L_NAME that results in hypertension. Balance and motor coordination test was performed after 8 weeks of exercise using Beam Walking Test. The treatment groups were given orally garlic and sorbide extracting.Results: In the hypertensive group, white matter and gray matter had some amount of hypertension associated with cellular distribution in the granular area. In Purkinje cells, degenerative cellular changes are observed.Endurance training group did not show any significant changes compared to control group. The endurance training group and the garlic extract retained some meningeal detachment along with some blood accumulation, and the sorbide group in the purkinje cells degenerative changes such as bold cytoplasm and unspecified nucleus are seen.Conclusion: Hypertension causes moderate changes in the purkinje layer and mild changes in the granular layer, as well as mild hyperemia in the cerebellar tissue and the sorbide and garlic extract alone, as well as markedly reduced exercise training.
Anatomy, Histologyو Embryology
Behrooz Yahyaei; Mahnaz Nouri; Maedeh Ramezani
Volume 25, Issue 6 , November and December 2018, , Pages 885-894
Abstract
Introduction:Today the anabolic steroids, widely used but side effects aren’t wellknown, this research aimed to study the effects of anabolic steroids Bulednon with aerobic training on cerebellar tissue changes of male Wistar rat have been made during 2016.Methods: This study was conducted on mice ...
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Introduction:Today the anabolic steroids, widely used but side effects aren’t wellknown, this research aimed to study the effects of anabolic steroids Bulednon with aerobic training on cerebellar tissue changes of male Wistar rat have been made during 2016.Methods: This study was conducted on mice Wistar rat. 49 rats into 7 groups: control (n=7), sham (n=7), no practice at a dose of 2mg/kg Boldenone (n=7), without practicing at a dose of 5mg/kg Boldenone (n=7), group exercise (n=7), a workout at a dose of 2mg / kg dose Boldenone (n=7) and practice 5mg/kg Boldenone (n=7) were divided. The mice were kept under identical conditions and with the same power and endurance activities according to their protocol and drug Boldenone the intervention groups were injected. After eight weeks, the mice were anesthetized and sacrificed them tissue samples from the cerebellum were prepared.Results: There was a significant difference between the groups treated with exercise and control group without exercise. In the group exercise amount and rate of change of the cerebellum tissue is significantly lower than the control group. And even there was a significant difference between the two groups with different dosages also under endurance exercise.Conclusion: The results showed that endurance and aerobic activity for 8 weeks can be largely Boldenone effects of the drug on mice reduces brain tissue but with increasing doses Boldenone creation these changes are inevitable.