1) rubrospinal tract transection
红核脊髓束横断
1.
Protective effects of Buyang Huanwu Decoction on neurons after rubrospinal tract transection;
补阳还五汤对红核脊髓束横断后神经元的保护作用
2) rubrospinal tract
红核脊髓束
1.
To observe the effect of Buyang Huanwu Decoction(BYHWD) on axon regeneration and functional recovery of the animal after spinal cord injury(SCI),SD rats were given BYHWD or distilled water via gastrogavage after right rubrospinal tract(RST) transection at the level between C3 and C4.
为探讨补阳还五汤对脊髓损伤后轴突再生及功能修复的影响,将SD大鼠C3-C4右侧红核脊髓束(RST)横断后,分别以补阳还五汤和蒸馏水连续灌胃8周,用BDA顺行束路示踪方法检测轴突再生情况,采用自发性直立探究行为学测试方法评判前肢运动功能的恢复。
2.
Objective To establish a simple and reliable animal model of rubrospinal tract(RST) transection for the study of central nerve system regeneration.
目的研究中枢神经再生,建立一种简易可靠的红核脊髓束横断动物模型。
3) tSCI
脊髓横断
1.
Methods 40 adult SD rats were randomly divided into 4 groups: SO group,tSCI group,NS group and PNS therapy group.
方法40只成年健康SD大鼠,随机均分为假手术对照组(SO组),单纯脊髓横断组(tSCI组),生理盐水组(NS组),三七总皂甙组(PNS组)。
2.
Methods 40 adult SD rats were randomly and averagely divided into 4 groups: SO group,tSCI group,NS group and EGB therapy group.
方法40只成年健康SD大鼠,随机均分为假手术对照组(SO组)、单纯脊髓横断组(tSCI组)、生理盐水治疗组(NS组)和银杏叶提取物治疗组(EGB组)。
4) Spinal cord injury
脊髓横断
1.
Spinal cord injury (SCI)is a kind of frequent injury in nervous system,with serous consequence,bringing much suffering to the patients and muchburden for the society.
本实验设计改良大鼠脊髓完全横断模型,确保脊髓横断完全,对研究脊髓损伤后轴突再生具有重要价值。
5) spinal cord transection
脊髓横断
1.
Methods40 female Wistar rats were divided randomly into the control group and three spinal cord transection (ST) groups, ST7, ST15, and ST30 with 10 animals in each group.
目的观察大鼠脊髓横断后早期比目鱼肌重量及肌球蛋白重链(MHC)各亚型mRNA表达的变化规律。
2.
Methods Male Sprague\|Dawley rats weighing 200\|250?g were divided into three groups at random:(1)Spinal cord transection group which was randomly .
方法 雄性SD大鼠 4 2只随机分为 3组 :1 脊髓横断组 :动物脊髓在胸 9节段完全横断 ,按存活时间不同分为术后 3、7、14、2 1及 2 8d组 ;2 假手术组 (只行椎板切除术 ) ;3 正常对照组。
3.
Objective To explore the changes of autoimmunity and its significance after spinal cord transection (SCT).
目的 探讨脊髓横断 (SCT)后自体免疫反应的变化及其意义。
6) Spinal cord hemisection
脊髓半横断
1.
Objective To study the changes in ERK1/2 activity and the cell types involved following spinal cord hemisection.
方法 大鼠行脊髓半横断术后 3d ,用免疫组织化学法和免疫荧光双标记法观察磷酸化ERK1/ 2的变化及其与各种神经细胞标记物的共存状况。
补充资料：皮质脊髓束
皮质脊髓束
corticospinal tract
是人脑中最大的下行纤维束。它起始于大脑皮质中央前回和皮质旁中央小叶的前部，经内囊、中脑和脑桥障入延髓锥体，在锥体下端大部分纤维交叉至对侧，在脊髓侧索内下行，直达骶髓。这部分交叉的纤维称皮质脊髓侧束，而没有交叉的小部分纤维，在同侧前索中下行，居前正中裂两侧，一般下行不超过胸节，这部分纤维称皮质脊髓前束。两束最后终止于脊髓前角运动细胞。此束主要控制骨骼肌的随意运动。当一侧的皮质脊髓束损伤时，病灶的同侧伤面以下肢体产生痉挛性瘫痪，肌张力增高，腱反射亢进，以致出现阵挛，病理反射阳性、浅反射消失等症状。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条