Zhejiang normal university postgraduate re-examination subjects
examination syllabus
Subject Code and Name: 590 Genetics
Applicable major: 07 10 biology (04 biochemistry and molecular biology)
First, the examination form and examination paper structure
(1) Full marks of test papers and test time
The full mark of this volume is 150, and the examination time is 180 minutes.
(2) the way to answer questions
The answer methods are closed book and written test.
The test paper consists of test questions and answer sheets; The answer must be written in the corresponding position on the answer sheet.
(C) the question structure of the test paper
Noun explanation questions: 8 small questions, 4 points for each small question, ***32 points.
Fill in the blanks: 20 blanks, each blank 1 point, ***20 points.
Multiple-choice questions: 10, with 2 points for each question and * * 20 points.
Analysis and discussion questions: 7 small questions, each with 8 ~ 18 points and ***78 points.
Second, the examination objectives (review requirements)
The full-time postgraduate genetics subjects include four basic courses of genetics, including classical genetics, cytogenetics, molecular genetics and developmental genetics. Candidates are required to systematically master the basic knowledge, basic theories and methods of related disciplines, and use relevant theories and methods to analyze and solve practical problems in genetics.
III. Overview of the scope or content of the examination
The first chapter is introduction.
1. Research objects and tasks of genetics.
2. A brief history of genetics.
3. The role of genetics in scientific research and production practice.
Chapter II Genetic Material
1. Cell division.
2. Chromosome perihistory.
3. Genetic chromosome theory.
Chapter III Mendel's Law and Its Extension
1. separation phenomenon.
2. The law of independent distribution and free combination.
3. The application of probability and statistical principles in genetic research.
Chapter Four Linkage Exchange and Gene Mapping
1. Linkage and exchange phenomena.
2. Linkage exchange and gene mapping.
3. linkage group.
Chapter V Sex Determination and Sex-linked Inheritance
1. Sex determination.
2. Sex-linked inheritance.
3. Gender differentiation.
Chapter VI Inheritance of Bacteria and Phages
1. Mutations in bacteria and phages.
2. Inheritance and mapping of bacteria.
3. Inheritance and mapping of phage.
Chapter VII Gene Recombination
1.
2. Site-specific recombination.
3. transposition and reorganization.
Chapter VIII Chromosome Aberration
Structural variation of 1. chromosome.
2. Changes in chromosome number.
Chapter 9 Gene Mutation
Characteristics of 1. gene mutation.
2. Expression and detection of mutation.
3. Gene mutation and its molecular mechanism.
Chapter 10 Cytoplasmic Inheritance
1. The concept and characteristics of cytoplasmic inheritance.
2. Inheritance of organelle genome.
3. Inheritance of non-cytoplasmic components.
4. Plant male sterility
Chapter II Inheritance of Quantitative Traits of XI
1. Genetic characteristics of quantitative traits.
2. Statistical analysis of quantitative trait inheritance.
3. Heritability and its estimation.
Chapter XII Population Inheritance
1. Some basic concepts of population genetics?
2. The law of gene balance.
3. Factors affecting genetic balance.
Reference materials or main reference books:
1. Zhang Zhu's General Genetics (2nd Edition), Science Press, 20 10.
2. Modern Genetics by Zhao and Qiao Shouyi (2nd Edition), 2 1 century course textbook, Higher Education Press, 20 10.
3. Liu Zudong's Genetics, Volume I and Volume II, Higher Education Press, 199 1 year.
4. Zhang Yujing, Molecular Genetics, Science Press, 2006.
5. hartwell, Jaco, etc., Genetics: From Gene to Genome (3rd Edition), Science Press, 2008.
6. Otto Ryan Lesser, edited by Stephen Day, Qu, translated, Mechanism of Plant Development, Higher Education Press, 2006.
7. Cui Keming, Plant Developmental Biology, Peking University Press, 2007.
Good luck ~