动物解剖学

So it is necessary to induce the NTDs model and to study the etiology and mechanism by the point of view of the embryogenesis and biotomy.

因此建立神经管缺陷的动物模型，从胚胎发育学和生物解剖学角度研究畸形的病因和发生机制是有必要的。

In this chapter we have covered a vast territory citing embryological , anatomical , physiological , and genetic facts pertinent to a great variety of animals.

在这一章，我们涵盖了广大的范围，指出胚胎学、解剖学、生理学及遗传学 facts pertinent to a great variety of animals 和许多动物有关。

It well informs the research advances in all aspects of mammalogy,including anatomy, morphology, palaeontology, taxonomy, molecular biology, physiology, neurobiology, ethology, genetics, reproduction, development, evolutionary biology, domestication, ecology, wildlife biology and conservation biology etc.

该杂志全面提供了哺乳动物学各方面的研究进展，包括解剖学、形态学、古生物学、分类学、分子生物学、生理学、神经生物学、动物行为学、遗传学、繁殖、发育、进化生物学、驯养、生态学、野生动植物生物学以及保存生物学等等。

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。

It's an important marine fishery resource with high economic values. Anatomical, histological and histochemical methods were used on the studies on the form, the organization and the location of relevant digestive enzyme in digestive tract of Sipunculus nudus, and discussed the relationship along morphology, structure and function.

本论文运用解剖学、组织学和组织化学的方法对裸体方格星虫消化道形态、组织结构和有关消化的定位及其分布进行了研究，探讨形态结构与功能的关系，以丰富星虫动物形态学、组织学和组织化学内容，为裸体方格星虫消化生理的研究及增养殖提供理论基础，并对星虫动物的分类具有重要作用。

In this "five-step", the evolution of the first step in the series of groups of animals very strange: 14 more haikou insect specimens comparative anatomy studies show that, they not only, and the lack of chordomas in skin, muscle, breathing, circulation, neural organs such as the system with the fundamental difference between the existing chordates, One of the most distinctive is the gills of six foreign composed of respiratory system, and this is the mouth of higher animals in the gills.

在这分&五步走&的演化系列中，&第一步&的动物类群十分奇特：对1400多枚海口虫标本进行比较解剖学研究表明，它们不仅缺少脊索构造，而且在皮肤、肌肉、呼吸、循环、神经等器官系统上与脊索动物存在着根本差别；其中最为独特的是其由6对外鳃组成的呼吸系统，这与较为高等的后口动物的勤鳃迥然有别。

In this five-step, the evolution of the first step in the series of groups of animals very strange: 14 more haikou insect specimens comparative anatomy studies show that, they not only, and the lack of chordomas in skin, muscle, breathing, circulation, neural organs such as the system with the fundamental difference between the existing chordates, One of the most distinctive is the gills of six foreign composed of respiratory system, and this is the mouth of higher animals in the gills.

在这分&五步走&的演化系列中，&第一步&的动物类群十分奇特：对1400多枚海口虫标本进行比较解剖学研究表明，它们不仅缺少脊索构造，而且在皮肤、肌肉、呼吸、循环、神经等器官系统上与脊索动物存在着根本区别；其中最为独特的是其由6对外鳃组成的呼吸系统，这与较为高等的后口动物的内鳃迥然有别。

Subjects: biotechnology, botany, cell biology, cell physiology, didactic drawing, ecology, evolution and ethology, genetics, ICT, invertebrates, mathematics, life sciences, environmentology, physics, plant anatomy, vertebrates, food and health.

主题：生物技术，植物学，细胞生物学，细胞生理学，教学绘画，生态，进化和动物行为学，遗传学，信息和通信技术，无脊椎动物，数学，生命科学，环境学，物理学，植物解剖学，脊椎动物，食品和保健。

Omnivores are more similar to carnivores than they are to herbivores .

人类在解剖学上更类似于天然肉食动物还是草食动物呢？

The human and animal physiology is one of professional basic lesson s in higher normal university, and is a subsequence course after the zoology , the human histology and anatomy and the biochemistry . It studies the law and principle of the vital activity.

内容提要：人体及动物生理学是高等师范学校的一门必修专业课，是动物学、人体组织解剖学与生物化学的后继课程，研究人和动物机体生命活动规律及原理。

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。