발생생물학

경희대학교
손영숙

페이스북 트위터 카카오톡 네이버밴드 링크복사

주제분류

자연과학 >생물ㆍ화학ㆍ환경 >생명과학
강의학기

2012년 2학기

조회수

5,512
평점

5/5.0 (1)

This course presents the cellular and molecular levels of animal development with emphasis on processes including fertilization, cleavage, gastrulation and organogenesis, and the underlying mechanism. The current techniques for the study of development and the major model system were covered as well. This course provides the basic principle for animal development and tissue differentiation and their application on research area.

차시별 강의

1.	Orientation	Lecture Introduction
2.	Introduction to Developmental Biology	General introduction of developmental biology and its application
	Introduction to Developmental Biology	General introduction of developmental biology and its application
3.	Common feature of development Ⅰ	Common features of embryonic development ,metamorphosis and regeneration
	Common feature of development Ⅱ	Conception of embryonic development, morphogenesis and their mechanism
4.	Experimental embryology	Experimental methods for fate mapping; clonal analysis
	Experimental embryology	Experimental methods for fate mapping; clonal analysis
5.	Techniques for the study of development	Introduction of techniques for developmental biology: biochemical methods, immunohistochemistry, cell labeling and sorting.
6.	Major model system: model animal	Xenopus oogenesis and early development;gastrulation
7.	Xenopus Ⅰ	Early development; neurulation and fate map
7.	Xenopus Ⅱ	Mesoderm induction and neural induction
7.	Xenopus	Early development of xenopus
8.	Mouse and human Ⅰ	Fertilization and early embryology development of mouse
8.	Mouse and human Ⅱ	Mouse model for organogenesis and genetic manipulation
	Mouse and human	Early embryonic development of mouse
9.	Organogenesis: Tissue organization and stem cells Ⅰ	Tissue types, renewal and stem cell introduction
9.	Organogenesis: Tissue organization and stem cells Ⅱ	Stem cell identification and conception of adult stem cell
10.	Organogenesis: Tissue organization and stem cells Ⅲ	Stem cell introduction, characterization and application in regenerative medicine
	Organogenesis: Tissue organization and stem cells	Tissue organization, stem cell and application in regenerative medicine