脊柱动物

该病毒是布尼亚病毒的一个新的变种，而布尼亚感染常见于许多脊柱动物和节肢动物。

The virus has been identified as a new variation of the Bunyaviridae , commonly found in vertebrates and arthropods .

他解释在几百万年前，在脊柱动物的进化史上有一次主要的改变。

He explains that hundreds of millions of years ago , there was a major split in the evolutionary tree of vertebrates .

后者是陆地脊柱动物的祖先，他们当中的一些还保持着探测电磁场的能力。

The latter gave rise to land vertebrates , some of which , such as the Mexican axolotl salamanders , retained electrosense ability .

结果：成功建立脊柱结核动物模型。

Results : The spondylocace model was successfully established in rabbits .

有脊索但无真正的脊柱鱼类动物。

Fishlike animals having a notochord rather than a true spinal column .

幼犬脊柱侧凸动物模型的建立

Scoliosis creation in an immature dog model

目的通过鸡松果体蒂部切断的方法，研究褪黑素在松果体切除鸡脊柱侧凸动物模型中的作用。

Objective To find the role of melatonin in the pathogenesis of chicken 's scoliosis via excision of pineal stalk .

显性脊柱裂动物模型膀胱胆碱乙酰转移酶多巴胺β羟化酶和降钙素基因相关肽表达的研究

Expression of choline acetyl transferase , dopamine - β - hydroxylase and calcitonin gene related peptide in rats with spinal bifida aperta

相关对比研究发现，在诱导体内异位成骨和脊柱融合的动物实验中，LMP-1的效能强于BMP-2。

Animal experiments demonstrated that LMP-1 is more potent than BMP-2 in inducing ectopic bone formation and spinal fusion .

退变性脊柱侧凸的动物试验研究及影像学观察

The Animal Model of De Novo Scoliosis and Imageology Observation

先天性脊柱畸形是动物的各种脊椎形成异常的总称。

Congenital vertebral anomalies are a collection of malformations of the spine in animals .

本文用21只兔研究同种脱钙骨的实验性脊柱融合，实验动物分三组：脱钙骨粉组；

This paper reports a study of experimental spinal fusion with allograft of decalcified bone in 21 rabbits .

前言：目的：设计山羊脊柱内固定的动物模型，研究脊柱内固定对固定邻近椎间盘胶原的影响。

Objective : A goats model was used to study the biological effect on the adjacent intervertebral disc induced by internal spinal instrumentation .

方法：设计山羊长节段及短节段脊柱内固定的动物模型，对固定6个月后近头侧两个邻近关节突关节进行光镜、扫描电镜及透射电镜的观察。

Methed : The light microscops , transmission and scanning electronic microscops were performed on cartilage of adjacent joint facet cephalad to multi segments and short segmental spinal internal fixation in 10 goats at 6 months postoperatively .

目的以较小损伤脊柱结构的方法建立进展性、结构性犬胸腰段脊柱侧弯动物模型。

Objective To found a progressive and structural thoracolumbar scoliosis model with less trauma .