首页> 外文期刊>Revista Brasileira de Medicina do Esporte >MODELO DE TREINAMENTO DE DUATHLON ADAPTADO PARA RATAS: CORRELA??O DE GLICOSE-LACTATO NO SANGUEMODELO DE ENTRENAMIENTO DE DUATLóN ADAPTADO PARA RATONES: CORRELACIóN DE GLUCOSA-LACTATO EN LA SANGRE
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MODELO DE TREINAMENTO DE DUATHLON ADAPTADO PARA RATAS: CORRELA??O DE GLICOSE-LACTATO NO SANGUEMODELO DE ENTRENAMIENTO DE DUATLóN ADAPTADO PARA RATONES: CORRELACIóN DE GLUCOSA-LACTATO EN LA SANGRE

机译:适用于大鼠的铁人三项韧带模型:CORRELA或适用于小鼠的铁人三项的非葡萄糖乳酸训练模型:血液中的葡萄糖-乳酸盐相关性

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Objective: To propose a duathlon model adapted for rats (associated swimming and running training) and compare it with the individual activities carried out separately, considering the glucose uptake and serum lactate production mechanism. Methods: Twenty-eight 90-day-old Wistar rats with a mean weight of 150-200 g were used. The animals were divided into four groups: control group, swimming group, running group, and swimming/running group. These animals were adapted to their respective training programs for three days and underwent the 4-week training protocol soon afterwards. Pre- and post-training blood lactate and blood glucose analyses were performed at the end of each week. Statistical difference was considered when the p value was less than 0.01 (p 0.01). Results: There was a decrease in glycemic levels and an increase in lactate levels in the swimming and swimming/running groups throughout the training period, which did not occur in the running group. Conclusion: The duathlon model adapted for rats proved satisfactory in terms of the production and stabilization of blood lactate levels. Level of evidence II; Therapeutic Studies - Investigating the Results of Treatment.
机译:目的:提出一种适合大鼠的铁人两项模型(游泳和跑步相关训练),并将其与单独进行的个别活动进行比较,并考虑葡萄糖的摄取和血清乳酸的产生机理。方法:使用二十八只90天大的Wistar大鼠,平均体重为150-200 g。将动物分为四组:对照组,游泳组,跑步组和游泳/跑步组。这些动物适应了各自的训练计划三天,之后不久接受了为期4周的训练。每周结束时进行训练前后的血乳酸和血糖分析。当p值小于0.01(p <0.01)时,考虑统计学差异。结果:在整个训练期间,游泳和游泳/跑步组的血糖水平降低,而乳​​酸水平升高,而跑步组则没有。结论:适用于大鼠的铁人两项模型在血液乳酸水平的产生和稳定方面被证明令人满意。证据等级II;治疗研究-研究治疗结果。

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