1) archistriatum
古纹状体
1.
The descending projections of the archistriatum towards the pons and medullar oblongata were investigated in male, younger chicken by using iontophoretically the cholera toxin Bchain conjugated to horseradish peroxidase(CTBHRP) into the archistriatum.
以ＣＴＢ－ＨＲＰ为顺行示踪剂，经微电泳引入鸡一侧古纹状体，追踪其向脑桥和延髓的下行投射。
2) nucleus robustus archistriatalis
古纹状体粗核
1.
The effects of electrically stimuating the nucleus robustus archistriatalis (RA) and RA cup on vocalization and respiration were observed in the oscine bird,Carduelis Spinus.
电刺激鸣禽黄雀(Carduelis Spinus)古纹状体粗核(RA)和RA壳区,再用生物素标记的葡聚糖胺(BDA)示踪剂对其纤维联系进行研究,以了解RA及其壳区对发声和呼吸的影响及其神经支配。
2.
Efferent projections of nucleus robustus archistriatalis (RA) were investigated in songbird zebra finch with BDA anterograde tracing technique.
用生物素结合的葡聚精胺顺行示踪技术对鸣禽斑胸草雀古纹状体粗核的传出投射进行了研究。
3) striatum
纹状体
1.
Expressing changes of HMW MAP-2 in the striatum of hemiparkinsonism monkey model;
偏侧PD猴模型纹状体HMW MAP-2表达的变化
2.
Expression of Kir 2 gene in striatum of MPTP-induced parkinsonian mice;
MPTP诱导的帕金森病小鼠模型纹状体中Kir2基因的表达
3.
Effect of Taurine on Active Calmodulin Content of the Striatum Tissue in Manganese Exposed Rats;
牛磺酸对锰染毒大鼠纹状体活性钙调素含量的影响
4) new striate body
新纹状体
5) hyperstriatum
上纹状体
1.
Following electrical stimula-tion of somatic projecting area of hyperstriatum, the spontaneous discharges and the re-sponses of DIVA somatosensory units to radial inputs were obviously inhibited and thedegree.
电刺激上纹状体的躯体传入投射区,可引致上述DIVA躯体感觉单位的自发放电和对桡神经传入的反应发生明显抑制。
6) corpus striatum
纹状体
1.
Distribution of neuronal nitric oxide synthase-immunopositive neurons in rat corpus striatum and their ultrastructures;
大鼠纹状体神经元型一氧化氮合酶神经元的分布和超微结构特征
2.
In vitro culture and induced differentiation of adult rat neural stem cells from the corpus striatum;
成年大鼠纹状体神经干细胞的体外培养及分化
3.
Postnatal distribution and development of nitric oxide synthase positive neurons of corpus striatum in rats;
大鼠纹状体一氧化氮合酶阳性神经元的生后分布及发育
补充资料：纹状体
纹状体
corpus striatum
锥体外运动系的主要神经结构之一。包括豆状核和尾状核。后者又分为壳和苍白球。从发生和纤维联系上看，尾状核和壳属于新纹状体，苍白球属旧纹状体。豆状核的头端和尾状核头是相连的，在相连处和豆状核内部都有神经纤维进行联系，形成灰白相间的条纹，这种形态在半球中部的水平切面上十分清楚，故将尾状核和豆状核合称纹状体。一般将纹状体看成是大脑皮质下行传导束的重要中继核。其功能有：①维持肌肉的正常张力；②肌肉运动时保持肌群的协调和相对稳定。临床上纹状体病变所产生的症状和体征可归纳为两类。一类肌张力紊乱，多表现为肌张力升高而引起运动迟缓，面部表情过少(面具脸）。另一类运动障碍，常常出现不自主的运动，如震颤、手足徐动和舞蹈症。此类动作往往在情绪激动时增多增强，而在安睡时消失。
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