| 释义 |
CajalBNC¹¹⁴⁰²⁴⁺⁵
基本例句
卡扎尔¹⁰⁰
As a young boy, Cajal had taken to drawing and painting, at which he became very skillful.
当还是一个小男孩儿时，卡哈尔曾学习过绘画，并且对此很是擅长。 yeeyan
Because Cajal wrote in Spanish, and was isolated from the scientific community, his work received little attention from others in the field.
因为卡哈尔使用西班牙语写作，并且与科学共同体隔绝，他的工作在该领域只吸引到极少的注意。 yeeyan
Born in a small village in Northern Spain, Cajal studied medicine at the Faculty of Medicine in Zaragoza, where he taught histology upon graduating.
出生于西班牙北部的一个小村庄，卡哈尔在位于 Zaragoza的医学系学习医学，毕业之后，他在那里教授组织学。 yeeyan
In 1888, Cajal described a section of chick cerebellum he had stained using his improved Golgi methodbelow.
1888年，卡哈尔描述了他使用经由自己改进的高尔基染色法在小鸡小脑某个部位上获得的发现。 yeeyan
It was at this meeting that Cajal met other investigators, some of whom were so impressed by his work that they abandoned their beliefs in the reticular theory.
在这次会议上，卡哈尔见到了他的同行，其中的一些人被他的工作深深的吸引，放弃了对网状结构理论的坚持。 yeeyan
It was perhaps because of this isolation that Cajal was not influenced by the ideas of other investigators.
也许正是因为这种隔绝，卡哈尔可以不受到其他研究观点的影响。 yeeyan
More importantly, Cajal found no evidence of a reticulum, noting instead that each“ nervous element neuron is an absolutely autonomous unit.”
更重要的是，卡哈尔没有发现神经网状理论的证据，相反，他注意到，“每个神经元都是一个绝对独立的单元。” yeeyan
Objective To evaluate the role of interstitial cells of Cajal and synapse formation in congenital hypertrophic pyloric stenosis CHPS.
目的研究先天性肥厚性幽门狭窄 CHPS幽门卡哈尔间质细胞发育和突触形成情况。 cnki
Objective To evaluate the distributions of Cajal cells and ganglia in congenital intestine atresia and to discuss the significance.
目的了解卡哈尔间质细胞和神经节细胞在先天性小肠闭锁中的分布情况并探讨其意义。 cnki
The following year, armed with tissue specimens and his beloved Zeiss microscope, Cajal travelled to Berlin to attend a meeting of the German Anatomical Society.
第二年，携带着组织标本和他心爱的 Zeiss显微镜，卡哈尔到德国参加一个德国解剖学会的会议。 yeeyan
These embryological studies led Cajal to provide the first description of the growth cone.
这些胚胎学的研究导致卡哈尔做出了对于生长锥的最早描述。 yeeyan
This led Cajal to formulate the law of dynamic polarization, according to which information flows in one direction through a neuron, from the dendrites, through the cell body, to the axon.
这导致了卡哈尔建立他的动态极化法则，这个法则表明，信息在神经元上是单向传递，从树突，经过胞体，到达轴突。 yeeyan
Cajal examined nervous tissue from embryos, and noticed that the axon and dendrites grow out of the cell body of the neuron.
卡哈尔在用胚胎观察神经组织时，发现轴突和树突是从胞体上生出的。 yeeyan |