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Fish Genetics (Gomelsky 2011)

Gomelsky, B., Fish Genetics - Theory and Practice, VDM Verlag Dr. Müller GmbH & Co KG, 2011 (190 S.)

 

Inhalt:

 

Chapter 1. Fish Chromosomes and Cytogenetics of Fish Reproduction

1.1.0.0. Variability and Evolution of Fish Karyotypes
1.1.1.0. Introduction: Chromosomes and Karyotypes
1.1.2.0. Variability of Fish Karyotypes
1.1.3.0. Evolution of Fish Karyotypes
1.2.0.0. Sex Chromosomes and Genetics of Sex Determination
1.3.0.0. Formation of Reproductive System and Sex Differentiation
1.4.0.0. Gametogenesis and Fertilization
1.4.1.0. Introduction: Gametogenesis and Meiosis
1.4.2.0. Oogenesis
1.4.3.0. Spermatogenesis
1.4.4.0. Fertilization
1.5.0.0. Natural Gynogenesis and Hybridogenesis


Chapter 2. Inheritance of Qualitative Morphological Traits in Fish

2.1.0.0. Introduction: Main Features of Qualitative Traits
2.2.0.0. Inheritance of Color Traits in Fish
2.2.1.0. Basic Principles of Color Development and Inheritance
2.2.2.0. Albinism and Its Inheritance
2.2.3.0. Color Modifications in Some Aquaculture and Sport Fish Species
2.2.3.1. Rainbow Trout
2.2.3.2. Tilapias
2.2.3.3. Koi
2.2.3.4. Crappie
2.3.0.0. Inheritance of Scale Cover in Common Carp and Koi
2.4.0.0. Inheritance of Other Qualitative Morphological Traits in Fish


Chapter 3. Inheritance of Quantitative Traits in Fish

3.1.0.0. Quantitative Traits: Main Features and Principles of Inheritance
3.2.0.0. Genetic Analysis of Quantitative Traits. Concept of Heritability
3.3.0.0. Methods of Heritability Determination


Chapter 4. DNA Genetic Markers and Their Application

4.1.0.0. Genetic Markers: Definition and Basic Types
4.2.0.0. DNA Markers and Methods of Molecular Genetics
4.3.0.0. Types of DNA Markers
4.3.1.0. Restriction Fragment Length Polymorphism (RFLP) of Nuclear and Mitochondrial DNA
4.3.2.0. Multilocus Minisatellites
4.3.3.0. Microsatellites or Simple Sequence Repeats
4.3.4.0. Random Amplified Polymorphic DNA (RAPD)
4.3.5.0. Amplified Fragment Length Polymorphism (AFLP)
4.3.6.0. Single Nucleotide Polymorphism (SNP)
4.4.0.0. Application of DNA Markers in Aquaculture and Fisheries
4.4.1.0. Evaluation of Within-Population and Between-Population Genetic Variability
4.4.2.0. Monitoring the Level of Genetic Variability in Cultured Fish Stocks
4.4.3.0. Identification of Species and Interspecies Hybrids
4.4.4.0. Parentage Determination
4.4.5.0. Genetic Mapping
4.4.6.0. Identification of Quantitative Trait Loci
4.4.7.0. Marker-Assisted Selection
4.4.8.0. Identification of Genetic Sex


Chapter 5. Selective Breeding and Hybridization

5.1.0.0. Introduction: Methods of Genetic Improvement of Fish
5.2.0.0. Fish Selection
5.2.1.0. Artificial Selection and Its Forms
5.2.2.0. Peculiarities of Fish as Objects of Selection
5.2.3.0. Directions and Objectives of Fish Selection
5.2.4.0. Methods of Fish Selection
5.2.4.1. Individual or Mass Selection
5.2.4.2. Selection Based on Relatives
5.3.0.0. Inbreeding and Methods of Its Reduction
5.3.1.0. Inbreeding: Definition and Methods of Its Determination
5.3.2.0. Expression of Inbreeding Depression in Fish
5.3.3.0. Methods of Inbreeding Reduction
5.4.0.0. Intraspecies and Interspecies Hybridization
5.4.1.0. Intraspecies Hybridization or Crossbreeding
5.4.2.0. Interspecies Hybridization


Chapter 6. Chromosome Set Manipulation and Sex Control

6.1.0.0. Induced Gynogenesis
6.1.1.0. Methods of Production of Gynogenetic Fish. Types of Induced Gynogenesis
6.1.2.0. Properties of Gynogenetic Fish
6.2.0.0. Induced Androgenesis
6.3.0.0. Induced Polyploidy
6.3.1.0. Production of Triploid Fish by Suppression of 2nd Meiotic Division in Eggs
6.3.2.0. Properties of Triploid Fish
6.3.3.0. Production of Triploids by Crossing of Tetraploids
6.4.0.0. Hormonal Sex Reversal and Genetic Sex Regulation
6.4.1.0. Hormonal Sex Reversal in Fish
6.4.2.0. Application of Hormonal Sex Reversal for Sex Control


Chapter 7. Gene Engineering and Genomics

7.1.0.0.Gene Engineering and Production of Transgenic Fish
7.1.1.0.Introduction: Gene Engineering and Transgenic Animals
7.1.2.0.Methods of Transgenic Fish Production
7.1.3.0.Properties of Transgenic Fish Valuable for Aquaculture
7.1.4.0.Future Prospective of Using Transgenic Fish in Aquaculture
7.2.0.0.Fish Genomics
7.2.1.0.Introduction: Genomics and Its Basic Directions
7.4.2.0.Current Status of Fish Genomics


References



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