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Preface to the second edition ix
Acknowledgements xi
Chapter 1 What is genetic variation? 1
Deoxyribose nucleic acid 1
Ribose nucleic acid 5
What is the genetic code? 7
Protein structure 7
So what about chromosomes? 9
How does sexual reproduction produce variation? 11
Mitochondrial and chloroplast DNA 16
Chapter 2 How can genetic variation be measured? 19
DNA sequence variation 19
DNA fragment size variation 36
Protein variation 44
Phenotypic variation 47
Chapter 3 Genetic structure in natural populations 49
What is a population? 49
How are allele frequencies estimated? 51
What is the relationship between alleles and genotypes? 51
How do allele frequencies change over time? 53
How does population structure arise? 54
How are genetic markers used to study population structure? 55
Levels of genetic differentiation in aquatic organisms 60
Potential problems with allozymes and coding markers 61
mtDNA variation 63
Microsatellite variation 66
Population structure in the flat oyster 68
Mixed stock analysis (MSA) 73
Chapter 4 Genetics of population size in conservation and aquaculture 77
Genetics of small population size in the wild 78
Genetic markers in conservation 82
Genetics of small population size in the hatchery 85
Is there evidence of loss of genetic variation in the hatchery? 87
How does hatchery propagation affect heterozygosity? 89
Genetic markers for identification of hatchery product 93
Genetic markers for pathogen identification 94
Chapter 5 Genetic variation of traits 99
Qualitative traits 99
Quantitative traits 105
What kinds of traits are important? 106
Variation of a quantitative trait 106
How can we estimate narrow-sense heritability? 109
Realised heritability 115
Correlated traits 118
What types of artificial selections are there? 118
Setting up a breeding programme 122
Inbreeding, cross-breeding and hybridisation 123
Current status of selective breeding programmes in aquaculture 126
Chapter 6 From genetics to genomics 129
What is the genome? 129
Genome mapping 130
Whole genome sequencing: the 'big picture' 137
QTL mapping 137
Application of QTLs in aquaculture and fisheries management 138
Marker-assisted selection (MAS): from QTLs to genomic selection 139
Transcriptomics 139
Chapter 7 Triploids and beyond: why manipulate ploidy? 145
How is it done? 146
Production of gynogens and androgens 148
Identification of ploidy change 149
Value of Triploids 151
Tetraploids 155
Gynogens and androgens 157
Chapter 8 Genetic engineering in aquaculture 161
The DNA construct 162
Transgene delivery 164
Transgene integration 168
Detecting integration and expression of the transgene 169
Results of transgenesis efforts in fish 171
So much for transgenics-what about cloning? 176
Genethics 176
Glossary 181
Index 193
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Scot Shelley
reviewed Biotechnology and Genetics in Fisheries and Aquaculture on March 15, 2012
Biotechnology and Genetics in Fisheries and Aquaculture
This is a great introductory book to the study of Lichens. If it has a fault it is written for the British audience and I wonder will North Americans be able to find the same Lichen as those that grow on the British Isles.
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Add Biotechnology and Genetics in Fisheries and Aquaculture, Following the extremely well-received structure of the first edition, this carefully revised and updated new edition now includes much new information of vital importance to those working and researching in the fisheries and aquaculture industries. Commen, Biotechnology and Genetics in Fisheries and Aquaculture to the inventory that you are selling on WonderClubX
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Add Biotechnology and Genetics in Fisheries and Aquaculture, Following the extremely well-received structure of the first edition, this carefully revised and updated new edition now includes much new information of vital importance to those working and researching in the fisheries and aquaculture industries. Commen, Biotechnology and Genetics in Fisheries and Aquaculture to your collection on WonderClub |
