What Is Developmental Biology?

Developmental biology is a science in which graduate students develop from sperm and egg generation, fertilization, development, and growth to aging and death.

Developmental Biology

Developmental biology is

Disciplinaryly speaking, developmental biology is larger than experimental embryology, which basically studies the fertilization of eggs and post-fertilization development, although it also includes

From the research object, the experiment

From

Developmental biology is a multi-disciplinary research field. It uses all the technical methods of related disciplines and also uses their research results to study and explain developmental problems. For example, to understand gene activity during early development, you need to use molecular biology techniques to study before and after fertilization.

Research in developmental biology has taught people that

Some materials that were less commonly used in experimental embryology in the past but are beneficial for studying certain developmental biology issues have been valued. Such as

From the history of development, developmental biology is an ancient and young discipline. It was developed on the basis of embryology and originated from

Developmental biology is one of the most active fields in contemporary life science research. On the one hand, molecular biology,

Developmental biology is a subject with a wide range of applications.

Achievements in developmental biology have advanced the questions raised by experimental embryology in some ways, but for some issues, such as

Basic Information on Developmental Biology

Author: An Liguo editor

Publisher: Science Press

Publication time: 2010-11-1

Edition: 1 Pages: 195 Words: 352000

Printing time: 2010-11-1 Folio: Big 16 folio Paper: Offset paper

Number of prints: 1I SBN: 9787030292391 Packaging: Paperback

Introduction to Developmental Biology

This book is divided into 12 chapters, including the development of germ cells, fertilization, cleavage, blastocysts, gastrula embryos, neuroblasts, organogenesis, post-embryonic development, plant development, development, and evolution. Plant development highlights human development. This book takes development as the main line, takes morphogenesis as the basis, and combines the main events of development to introduce the development principles and mechanisms, so that students can systematically understand the basic development process, basic development rules and development mechanisms of organisms. The text in this book is concise, the content is concise, the pictures and texts are strong, and it is easy to use.

This book is a textbook for the majors of biological science and biotechnology. It is especially suitable for the selection of biological science majors in normal colleges and universities. It can also be used as a reference for students and scientific and technical personnel of biological sciences, medicine, agriculture, forestry, and other life science related majors.

Editor's Choice for Developmental Biology

Developmental biology is a discipline that studies the development mechanism of biological individuals at the cellular and molecular level. The reproduction, growth, aging, death, and development patterns involved in it are all core issues in life science research. Developmental biology has an important guiding role in the research of other disciplines of biology, and is the leading discipline of life sciences in the 21st century.

Developmental Biology Catalogue

Foreword

introduction

The first section of the basic process of development

First, the development process of animals

Pre-embryonic development

2. Embryo development

3. Post-embryonic development

Second, the development process of plants

Pre-embryonic development

2. Embryo development

3. Post-embryonic development

The second basic mechanism of development

Cell division

Cell differentiation

1. Cell differentiation is the result of differential gene expression

2. Cell differentiation can be induced by the environment

Schema formation

Fourth, morphogenesis

Five, growth

Section 3 Model organisms studying developmental biology

1. Model organism for plant development: Arabidopsis

Model organisms for invertebrate development

1.Caenorhabditis elegans

2.Drosophila melanogaster

Model organisms for vertebrate development

1. Model organism of fish: Zebrafish (Danio rerio)

2. Amphibian model organism: Xenopus laevis

3. Model creatures of birds: Gallus gallus

4. Mammalian model organisms: mice (Mus musculus)

Section 4 Research History of Developmental Biology

I. Post-emergence and pre-emergence theory of embryogenesis

2. Cytology promotes the development of embryology theory

Third, mosaic development and adjustment development

Fourth, the discovery of induced phenomena

5. Combination of genetics and development

...

Chapter 1 The Occurrence of Germ Cells

Chapter II Fertilization

Chapter III Cleavage and Blastocyst Formation

Chapter IV Gut Effect

Chapter 5. Early Differentiation of Neural Embryos and Three Germ Layers

Chapter VI Organogenesis (I)-Nerves and Sensory

Chapter VII Organogenesis (II)-Limbs

Chapter VIII Organogenesis (3)-Circulation, Digestion, Respiration, Urinary and Reproduction

Chapter IX Post-embryonic Development

Chapter 10 Plant Development

Chapter XI Development and Evolution

Main bibliography

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