灰质是由神经细胞体构成。
结论盐酸不能刺激附红细胞体的活力；
In conclusion, hydrochloric acid could not stimulate the vigor of Eperythrozoon.
结论附红细胞体的宿主特异性可被打破。
Conclusion We can break the host's specificity of Eperythrozoon.
结论可以用小鼠建立附红细胞体感染动物模型。
Conclusion The model of infection with eperythrozoon was established in mice.
结果镜检观察A组小鼠血液中可见猪附红细胞体。
Results M. suis was observed in blood of mice in group a by microscopy.
近几年，国内对猪附红细胞体病的报道日益增多。
In recent years, the reports associated with this disease are increasing gradually.
这些细胞体累积起来你可以从算术的角度来看待他们。
The cell body sums it up and you could view it arithmetically.
鞭毛是细胞体上的细长突出，它的作用是推动微生物移动。
A flagellum is a long, slender projection from the cell body, whose function is to propel an organism.
目的：探索成釉细胞离体培养方法，建立成釉细胞体外模型。
Objective: the main idea of this study was to explore the method of the normal ameloblast culture in vitro.
不正常的过氧化物酶体是一种可以导致疾病和衰老的细胞体。
Peroxisomes are cell organelles that can cause disease and aging processes if they do not function properly.
一些种类的黏菌千上万个个体聚集起来，形成可以爬行的多细胞体。
Some species gather by the thousands to form multicellular bodies that can crawl.
抗体的制备方法，包括如下步骤：取猪附红细胞体抗原，制备血清；
The method for preparing antibody comprises the following steps: taking the antigen of Eperythrozoon suis to prepare serum;
神经元有一种先天的倾向性，从名为树突的细胞体上伸展出树枝状的突出。
Neurons possess an innate tendency to extend branched projections from the cell body known as dendrites.
说明猪附红细胞体的体抗原和分泌抗原中均含有反应原性较好的抗原蛋白。
The results indicated that the specific antigen and the secretory antigen both have better reactionogenicity.
一个神经细胞包括一个细胞体和一个传递神经信号的被称为神经突的突出部分。
A nerve cell consists of a cell body and a projection called an axon that carries the nerve signal.
在本发明的基础上，可方便地应用双抗夹心elisa法检测猪附红细胞体。
By using the invention, a double-antibody sandwich ELISA method can be conveniently utilized to detect the Eperythrozoon suis.
用免疫细胞化学方法显示肾上腺神经肽Y（NPY）样细胞体及其纤维的分布。
The localization of NPY-like immunoreactive cell bodies and fibers in rat adrenal gland were observed by immunocytochemical method.
在方法二的体外培养系统中，在固体和液体培养基上均没有附红细胞体生长与繁殖。
Eperythrozoon suis does not grow on solid and liquid training base or breed in training system of method two in vitro.
空囊产生的主要途径：①四分体至单核早期绒毡层细胞体积发生明显的增大、液化；
The main pathways of causing empty anther sacs are obvious enlargement and liquidization of tapetum cells from tetrad to slope nucleus early period;
猪附红细胞体抵抗力的试验结果表明，猪附红细胞体对物理和化学药物的抵抗力较弱。
The consequence indicated that eperythrozoon suis resis thinness to physics and chemicals in resistant experiment.
经24小时应力作用，仍存活的细胞出现不规则形态细胞体肿胀、水泡形成和轴突破碎。
Cells that survived 24-hours stress showed swollen irregular-shaped soma, bleb formation, and fragmented neurites.
结果显示，山羊的可视黏膜苍白贫血，红细胞明显变形，红细胞表面有附红细胞体附着；
The results indicated that the goat showed symptoms of anemia, visualization mucosa pale and weak, erythrocyte were deformed and Eperythrozoon adhered to the red blood cell surface.
板状感器由神经细胞体、树状突的近端部、纤毛区、树状突的远端部及其分出的分枝等组成。
The plate sensillum consists of nerve cells, proximal and distal parts of dendrites, ciliary region, and dendrite branches.
相反，两个细胞结合，将他们的DNA合并成一个新的单细胞体继续生长—触角可以延伸几码远。
Instead, two cells merge, combining their DNA into a new single-celled organism that just keeps growing - extending tentacles that can extend as far as several yards.
介绍了奶牛附红细胞体病的流行病学、临床症状、化验室诊断、治疗、疗效观察及其预防措施。
The epidemiology, clinical symptoms, laboratory diagnosis, treatment, observation of curative effect and preventive measures of cow eperythrogoonosis were introduced.
目的观察盐酸、胃蛋白酶、胰蛋白酶对附红细胞体活力的影响，探讨附红细胞体的消化道传播。
The aim of this study was to observe the influences of hydrochloric acid, pepsin and trypsinase on vigor of Eperythrozoon, and explore its transmission in alimentary tract.
成年脑内ng 2胶质细胞突起丰富、有较多分支，细胞体呈星形但是在各脑区形态不完全一致。
The soma of NG2 positive cell displays a star-like morphology with different shapes in the gray and white matter of cerebrum cortex.
因此，就附红细胞体病的病原分类、形态及生物学特征，以及该病的诊断方法等研究进展作其阐述。
The purpose of this review is to provide a background of what was known concerning the pathogen classification, morphology, biological character and diagnosis.
然而，传统神经元的M - P模型用连接权值和非线性激活函数分别模仿神经元的突触和细胞体的作用。
However, the traditional M-P neuron model which used connective weights and a nonlinear activation function simulate the operation of neural's synapse and soma respectively.
然而，传统神经元的M - P模型用连接权值和非线性激活函数分别模仿神经元的突触和细胞体的作用。
However, the traditional M-P neuron model which used connective weights and a nonlinear activation function simulate the operation of neural's synapse and soma respectively.
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