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Neuroscience
脊髓损伤 wistar 大鼠跑步机的作业训练
脊髓损伤 wistar 大鼠跑步机的作业训练
JoVE Journal
Neuroscience
This content is Free Access.
JoVE Journal Neuroscience
Activity-based Training on a Treadmill with Spinal Cord Injured Wistar Rats

脊髓损伤 wistar 大鼠跑步机的作业训练

Full Text
8,292 Views
06:40 min
January 16, 2019

DOI: 10.3791/58983-v

Jason H. Gumbel1, Casey J. Steadman1, Robert F. Hoey1, James E. Armstrong1, Jason D. Fell1, Cui Bo Yang1, Lynnette R. Montgomery1, Charles H. Hubscher1,2

1Department of Anatomical Sciences and Neurobiology,University of Louisville, 2Kentucky Spinal Cord Injury Rehabilitation Center,University of Louisville

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Please note that some of the translations on this page are AI generated. Click here for the English version.

Summary

该方案展示了我们的基于活动的运动跑步机训练大鼠脊髓损伤 (sci) 模型。其中包括四足组和前肢组, 以及两种不同类型的未训练控制组。调查人员能够使用该协议评估对 sci 大鼠的训练效果。

Transcript

运动和运动训练通常用于脊髓损伤患者人群的康复治疗。基于活动的培训的主要优点是,许多功能优势已被记录,在临床前动物研究,并在临床实践中。演示这个程序的将是詹姆斯·阿姆斯特朗和克里斯汀·亚贝里,他们都是高级研究技术人员,还有我实验室的研究生杰森·甘贝尔。在脊髓损伤前的一周内,处理每只大鼠五到十分钟,每天一次,为期五天。受伤当天,在受伤地点剃掉第一只200至225克大鼠的背部的头发,并在低处将麻醉动物放在加热垫上。管理眼部润滑剂、长效普通抗生素、镇痛剂和五毫升生理盐水。根据椎骨张胆估计目标病变水平的位置,并使用数字10手术刀在动物的胸椎上,直接在中线椎骨上方,进行大约5厘米的切口。使用海莫斯特,收回侧肌,使用4-0丝缝合线。对于中胸挫伤,使用荣格去除覆盖的T7椎骨层,暴露脊髓的T8-T9水平,并使用挫伤装置进行挫伤。分娩后,使用4-0直径的单丝缝合在一起的肌肉和筋膜在脊髓上。用九毫米手术伤口夹合合皮肤。再注射五毫升的生理盐水。然后将动物放在单独的清洁笼子里,放在加热垫上,在24-48小时内进行密切监测。使用手动信任

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