发育生物学

• This survey was accomplished during two years by mr yuan yida , a researcher of the institute of chinese academy of genetic and developmental biology
  这项调查和研究是由中国科学院遗传与发育生物学研究所袁义达研究员主持完成的，历时两年。
• Mcdb faculty head research groups studying fundamental biological processes using modern tools of genetics , biochemistry , molecular biology , cell biology , and developmental biology
  中文简介:分子细胞和发育生物学部( mcdb )采用各种各样的实验技术和生物来研究细胞的机制、相互作用和发育等。
• Pluripotent stem cells may be employed to understand fundamental events in embryonic development , such as the mechanism of differential gene expression and so on
  多能干细胞是研究胚胎早期发生、细胞分化和基因调控等发育生物学基本问题的理想模型，也是组织工程、药理学和临床医学研究的重要工具。
• First , we choose a class of nonlinear reaction - diffusion equations in developmental biology as the research model , because of its abundant bifurcation phenomenon and not simple expression
  第一部分我们选取发育生物学中一类非线性反应扩散方程作为主要研究模型，该方程组形式比较复杂而且分歧现象较为丰富，是一个理想的模型。
• Here , we tried to bridge up theses seemingly separate areas by analyzing the expressing pattern of cortactin in zebrafish early embryos using western blotting , whole - mount antibody staining and laser confocal scanning microscope techniques
  但是，由于胚胎组织观察的困难和缺乏细胞学方面的研究，发育生物学中对于细胞运动的理解仍停留在形态描述上。
• In the second part , we consider a class of reaction - diffusion equations in developmental biology . near the bifurcation points , using the liapunove - schmidt reduction process , we obtain the nontrivial solution branches which are bifurcated from the trival solution when the parameter changes
  然后考虑发育生物学中一类反应扩散方程组，在分歧点附近利用liapunov - schmidt约化技巧，得到了从平凡解分歧出来的随参数变化的非平凡解枝以及它们的近似解析表达。
• The college was formed by the amalgamation of the departments of microbiology , biochemistry and molecular biology , genetics and cell biology , botany and ecology , zoology and developmental biology and includes institutes of molecular biology , insect research , taida institute of functional genes as well as experimental center
  学院设有微生物学系、生物化学和分子生物学系、遗传学和细胞生物学系、植物生物学和生态学系、动物生物学和发育生物学系、分子生物学研究所、昆虫学研究所、泰达功能基因研究中心、本科实验教学中心。
• This research reviewed the relationships of the myriapods to other arthropoda , based on morphological and molecular sequence data and the studies of developmental biology . the review was followed the major controversies in the higher - level phylogeny of myriapods . the complete 18s rrna sequences of four groups of myriapoda plus hexapoda ( protura , diplura , insecta ) and crustacea were used for phylogenetic study
  本研究首先从形态学性状、分子性状( dna和蛋白质)以及结合形态和分子性状、发育生物学的研究等方面对多足类动物与其他节肢动物之间的亲缘关系进行了综述，同时对多足类的系统发生研究进行了综述。
• Basic science research plays an equally important role in the understanding of disease mechanisms , and the faculty emphasizes the integration of basic science research and clinical research , such as in the areas of transplantation immunology , molecular and cellular biology in various cancers , developmental biology of paediatric surgical diseases , and common childhood diseases
  基础科学研究对了解疾病同样重要。医学院非常著重基础科学研究及临床研究的结合，例如在移植免疫学、有关各种癌症的分子及细胞生物学、小儿外科疾病的发育生物学及一般儿科疾病等范畴。
• In summary , we should investigate the more efficient cultural system for mammary orgnoids in vitro for enriched more mammary epithelial stem cells , and to screen the expression profiles in mammary epithelial stem cells to discover the specific marker for mammary epithelial stem cells in order to utilize the model of mammary epithelial stem cells to regenerate transgenic mammary glands in cow or sheep for human health , to uncover the mechanism of organogenesis , and differentiation
  在此之前，仍然只能以造血干细胞的特异性表达抗原scal - 1作为一个标记，进行类乳腺干细胞的分析和分选研究。进一步研究类乳腺干细胞的特异性表达谱，以期能够找到类乳腺干细胞的特异性表达抗原，分离得到类乳腺干细胞，作为发育生物学和再生生物学研究的模型。