1) pyramidal neuron counting
锥体细胞计数
3) Count of Pyramidal Cells in Hippocam-pus
海马锥体细胞计数
4) somatic cell count
体细胞计数
1.
This paper introduced somatic cell count (SCC) in dairy cattle, including its conception, characters, measuring methods, factors which affect the count and its using in dairy industry, especially its using in reducing the incidence of mastitis in catties and using SCC as a selection marker in genetics to increase the resistance of dairy cattle to clinical mastitis.
介绍奶牛体细胞计数的概念、特征、测量方法、体细胞值所受到的影响及其在乳制品行业的应用,尤其是在降低奶牛乳房炎发病方面,用体细胞值作为一种遗传性状进行选择以提高奶牛对乳房炎抗性的应用。
5) Pyramidal cells
锥体细胞
1.
Influence of iodine deficiency on histology cerebral pyramidal cells in rats;
碘缺乏对大鼠大脑锥体细胞的影响
2.
Differences of spontaneous discharges of hippocampal pyramidal cells in rats of different age and memory groups;
不同鼠龄和学习记忆成绩大鼠海马锥体细胞自发放电差异性研究
3.
Prelimbic cortex is the main brain region for cognition and the excitatory synaptic transmission in the pyramidal cells of this region is crucial for its physio.
本实验采用全细胞膜片钳技术通过记录锥体细胞微小兴奋性突触后电流(mEPSCs)和自发兴奋性突触后电流(sEPSCs)并结合生化测定技术和药理学方法，研究了DHEAS对突触前谷氨酸释放的作用和机制。
6) pyramidal neuron
锥体细胞
1.
Method of acute isolation of CAI pyramidal neurons in hippocampus of adult rats;
成年大鼠海马CAI区锥体细胞的急性分离方法(英文)
2.
In order to study the pathogenesis of stress related mental disorders, Nissl staining,Golgi staining and electron microscope were used to explore the effects of chronic stress on morphology and structure of hippocampal CA1 and CA3 pyramidal neurons in rats.
为研究慢性应激相关精神障碍的发病机制 ,采用尼氏 (Nissl)染色法、高尔基 (Golgi)镀染法和透射电镜技术 ,探讨慢性应激对大鼠海马CA1、CA3区锥体细胞形态结构的效应 。
3.
The age-related changes of mitochondria in pyramidal neuron of hippocampus CA1 area were studied quantitatively by electron microscopy combined with stereological method in male SD rats of young group (3 months) and oldest old group (34～36 months).
应用透射电镜结合体视学方法观察并比较了海马CA1区锥体细胞线粒体的变化，结果如下：和青年组相比，老年组肿胀、变性线粒体增多，体视学分析显示老年组线粒体密度和平均体积增大，线粒体数密度和比表面减少，线粒体切面积大小频数分布图向右侧迁移，显示到衰老晚期较小的线粒体数减少。
补充资料：白细胞分类计数
白细胞分类计数
leukocyte differential count
在显微镜下观察血液染色涂片，按白细胞的形态、细胞质内有无颗粒和染色特性进行分类，并计数各类白细胞所含的百分率，如再乘其白细胞总数，即可求出每立方毫米血中所含各类白细胞的绝对值。临床根据其分类中百分率的变化，分析和判断某些病态的反应。
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