发育解剖学

Morphological and anatomical studies have demonstrated that tillering process in rice can be divided into two stages: the formation of a tiller bud at each leaf axil and the outgrowth of tiller bud into tiller.

根据形态解剖学的研究，水稻分蘖的生长过程分为两个阶段：（1）在每个叶子的叶腋里分化形成一个分蘖芽；（2）分蘖芽进一步生长发育成分蘖。

Because the vertebrates express anatomical characteristics consistently during the process of fetation, many researchers conjectured ancient vertebrates by the characteristics of the animals living nowadays and speculate the origin and the process of evolution.

由於所有的脊椎动物在其胚胎发育中都呈现连续的解剖学特徵，因此过去很多学者都根据现存脊椎动物的形态特徵和在其发育过程中的解剖学特徵假想原始脊椎动物，并推导其进化过程和起源。

Division of Anatomy is primarily dedicated to teaching and research in anatomy including vertebrate morphogenesis, oxygen regulation of placental development, neural coding in the hypothalamus, neurogenesis, brain mechanisms of emotion, animal models for schizophrenia, the notochord and vertebral patterning, axon guidance in the developing brain, brain information processing in cerebellar cortex.

解剖学系主要致力于解剖学的教学与研究，研究领域包括脊椎动物形态发生，胎盘发育的氧调整，丘脑下部的神经编码，神经发生，情绪情感的脑机制，神经分裂症动物模型，脊索和脊椎模型，大脑发育时轴索控制，小脑皮层中的脑信息加工等。

Morphological and cytological observations showed that the pol CMS plants in DGCMS-Yi-3A were complete male sterile, had no pollen sac differentiation and had smaller petals and stamens at higher temperature situation. They were partial sterile, had 1～3 pollen sacs in each anther and had relative bigger petals and stamens at lower temperature situation.

花器形态和花药发育的解剖学观察结果表明，DGCMS-宜3A中表现波里马细胞质雄性不育的植株，其花器形态和花药发育的解剖学特点与pol CMS相同，即在高温条件下，花瓣较小，表现彻底不育，无花粉囊的分化，在低温条件下，花瓣变大，表现部分雄性不育，可分化出1～4个花粉囊，并产生一定数量可育花粉。

Morphological and cytological observations showed that the pol CMS plants in DGCMS Yi 3A were complete male sterile, had no pollen sac differentiation and had smaller petals and stamens at higher temperature situation.

花器形态和花药发育的解剖学观察结果表明，DGCMS-宜 3A中表现波里马细胞质雄性不育的植株，其花器形态和花药发育的解剖学特点与 pol CMS相同，即在高温条件下，花瓣较小，表现彻底不育，无花粉囊的分化；在低温条件下，花瓣变大，表现部分雄性不育，可分化出 1～ 4个花粉囊，并产生一定数量可育花粉。

Morphological and anatomical observations showed that the pol CMS plants in RGCMS?117A or RGCMS S45A were complete male sterile ,had no pollen sac differentiation and had smaller petals and stamens at higher temperature situation.

花器形态和花药发育的解剖学观察表明，RGCMS S45A和RGCMS 117A中表现波里马细胞质雄性不育的植株，其花器形态和花药发育的解剖学特点与polCMS相同，即在高温条件下，花瓣较小，表现彻底不育，无花粉囊的分化；在低温条件下，花瓣变大，表现部分雄性不育，可分化出 1～ 4个花粉囊，并产生一定数量可育花粉。

Swingle ; Secretory duct ; primary structure ; development anatomy

臭椿；分泌道；初生结构；发育解剖学

The development of female flower, megasporegensis and the development of embryo of Fraxinus mandshurica were observed by the paraffin sectioning method.

摘要用石蜡切片法对水曲柳雌花发育、大孢子发生及胚胎发育的过程进行了解剖学观察。

Plant Development Anatomy is a elective course for graduate students of several specialities such as Botany, Agronomy, Pomology, Vegetable Crop, Plant Nutriology and so on. It has close relation to Plant physiology, Cell Biology, Molecular Biology, Plant Systematic, Plant Taxonomy, Plant Ecology and other courses.

中文简介：植物发育解剖学是植物学、农学、果树、蔬菜和植物营养等专业硕士研究生的选修课；是与植物生理学、细胞生物学、分子生物学、植物系统学、植物分类学和植物生态学等学位课程密切相关的课程。

The author also carried out a research on breast volume measurement and the body surface anatomy of 125 unmarried young women to fine out Chinese women's characteristics of breast volume measurement and the body surface anatomy and so no.

为了解中国女性乳房体积、形状及身体发育等方面的特点，对125名未婚青年女性进行了乳房体积测量及体表解剖学的研究，并将研究成果应用于临床，设计出双环形切口的乳房缩小整形术式。一、乳房体积测量和乳房体表解剖学的研究是开展乳房整形手术的基础，作者通过测量研究得出如下结论： 1、中国青年女性身体发育的特点： a、平均身高：159.00cm——160.00cm；平均体重：50.4kg——51.00kg；标准体重：身高减110 b、平均胸围差：2.0cm。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。