用电镜连续7代动态地观察了培养细胞中兔脑炎原虫的超微结构与发育状态。
The Ultrastructure and development of Encephalitozoon cuniculi in culture cells from lst to 7th were dynamically generation observed with electron micro-scope.
如果在胎儿发育中，关键的基因没有正常运作，那将永久改变一个未出生婴儿的生命结构与功能。
If crucial genes are not switched on during foetal development as they should be, that can permanently change the structure and function of an unborn baby for life.
又系统观察了在不同发育时期淀粉体及淀粉体dna的变化，揭示了淀粉体dna与淀粉核心、晶体结构的关系。
The changes of amyloplast and amyloplast DNA in different development stages were also observed, indicating the relationship among the amyloplast core, crystal structure and the amyloplast DNA.
目的：研究先天性畸形胎儿结肠的解剖及组织学结构，探讨几种畸形与结肠发育之间的关系。
Purpose: to study the anatomical and histological structure of colon of congenital malformation fetus, to discuss the relationships between several malformations and the development of colon.
结果显示移植物神经元的形态结构与正常内侧膝状体基本一致，但在发育过程上有一定的延迟。
The experimental results indicated neuronic morphology and structure of grafts were as same as normal medial geniculate body's on the whole, but neuronic development of grafts had certain delay.
随进一步发育，分隔细胞与锈孢子脱离，锈孢子表面出现大量的瘤状结构。
With further development, the intercalary cell was disintegrated from the mature aeciospore and numerous warts appeared on the aeciospore surface.
在光学显微镜和电子显微镜下对银杏叶片分泌腔的发生发育进程、超微结构特征及与分泌物积累的关系进行了系统研究。
The origin, development and the ultrastructure of secretory cavities in leaf of Ginkgo biloba and its relation to the secretory products were studied under light and electron microscopes.
目的探讨脐带血管的解剖结构和血流参数与胎儿生长发育的关系。
Objective To study the relation between the dissection structure of umbilical cord artery and blood flow indices and fetus′ growth.
作者介绍了褪黑激素受体1b的结构和功能，褪黑激素受体1b基因的克隆及基因结构、发育性表达与作用、定位与多态性，并讨论了该基因与繁殖季节性的关系。
This review introduced the structure and function of melatonin receptor 1b, the cloning and structure, developmental expression, mapping and polymorphism of melatonin receptor 1b gene.
结合形态与结构分析，表明差异蛋白质可能与体细胞胚的发生和发育相关。
In combination with morphological and structural analysis, it indicated that these specific proteins may be relevant to embryo formation and development.
其中包括易兴奋细胞的结构与生物物理性质、突触传递、神经化学、神经发育以及简单系统与视觉系统资讯的整合。
Includes the structure and biophysical properties of excitable cells, synaptic transmission, neurochemistry, neurodevelopment, and integration of information in simple systems and the visual system.
与加速沉积有关的条件包括流域面积，沟壑发育状况和土壤结构等。
Conditions that are correlated with accelerated deposition include drainage area, gully development, and texture of source material.
它的外观与体细胞胚有相似之处，但其结构和发育过程上有明显区别。
They are similar to somatic embryos in appearance but differ in structures and developmental processes.
其油藏结构复杂、断块发育、岩性与水性复杂多变，同时油层低阻现象普遍。
Its structure is quite complex, fault block well developed, lithology complex, formation water salinity variable and oil zones universally exhibit low resistivity.
储层中泥质白云岩与粗结构藻白云岩韵律性的岩性剖面，纵向上储层与非储层交替出现，孔洞的发育顺层分布，形成同层渗透带；
In cycled lithologic sections of argillaceous dolomite and coarse texture algae dolomite, reservoir and non-reservoir alternately appear, which make pores and caves growing along the layer.
这种新的树结构一方面与植物生长发育的过程相符，另一方面也容易实现。
It fits to the process of plant growth and development. It is realized easily too.
凹陷的结构类型、断裂展布、平面与剖面构造样式、构造发育演化等与油气富集关系非常密切。
Structure type, fault distribution, plane and section structure pattern, structure evolution are closely related with hydrocarbon accumulation.
太谷麦不育株花药绒毡层细胞的发育进程和亚显微结构与可育株有明显的不同。
The ultrastructure of the tapetal layer in male sterile form showed a significantly different feature from that of the fertile form.
植物生物学主要介绍植物的生长与发育、结构与功能，以及植物个体发育和系统发育的过程等基本知识。
The plant biology mainly introduces the basic knowledge of the growth and development, structure and function etc of the plant, and the process of the plant individual growth and system development.
本文综述了CARP基因与蛋白质结构、CARP的表达模式及其表达调控、参与调节CARP的细胞内信号转导通路、CARP在肌肉发育中的作用，以及MARP家族其他成员。
This paper reviews the structure of CARP and its functional role during striated muscle development. The signal pathway involved in CARP expression, and the other members of MARP family.
目的：了解不同出生体重脑瘫高危儿婴儿期粗大与精细运动技能发育的结构特征及其相关性。
Objective: to study the characteristics and correlation between gross motor and fine motor skills developments in different birth weight infants with high risk of potential cerebral palsy.
“发育中老鼠的加注组织切片”提供老鼠发育过程中的详细图解，并提供如原位基因表现与细胞谱系等空间结构资料。
Annotated histology sections of developing mouse is a digital atlas of mouse development and a database resource for spatially mapped data such as in situ gene expression and cell lineage.
“发育中老鼠的加注组织切片”提供老鼠发育过程中的详细图解，并提供如原位基因表现与细胞谱系等空间结构资料。
Annotated histology sections of developing mouse is a digital atlas of mouse development and a database resource for spatially mapped data such as in situ gene expression and cell lineage.
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