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Chapter | Title | Author | Page | |
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1 - pdf | Overview of animal breeding and the role of QTL | Julius van der Werf | 1 | |
2 - pdf | The building blocks of quantitative genetics. | Brian Kinghorn | 9 | |
3 - pdf | Calculation of genotype probabilities from phenotypic data or DNA tests | Brian Kinghorn | 23 | |
4 - pdf | Introduction to some aspects of Molecular Genetics | Julius van der Werf | 35 | |
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5 - pdf | Basics of linkage and mapping | Julius van der Werf | 45 | |
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6 - pdf | Principles of estimating QTL effects (single markers) | Brian Kinghorn | 55 | |
7 - pdf | Use of multiple markers: interval mapping | Julius van der Werf | 61 | |
8 - pdf | QTL detection in designed experiments and in outbred populations | Brian Kinghorn | 71 | |
9 - pdf | Methods for QTL analysis | Julius van der Werf | 79 | |
10 - pdf | Genetic models for detecting multiple QTL | Julius van der Werf | 91 | |
11 - pdf | Multiple trait models for QTL analysis | Brian Kinghorn | 99 | |
12 - pdf | Experimental strategies for QTL detection | Jack Dekkers | 105 | |
13 - pdf | Fine mapping and IBD mapping | Julius van der Werf | 109 | |
14 - pdf | Positional cloning, candidate genes, and comparative mapping | Brian Kinghorn | 115 |
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15 - pdf | Basics of marker assisted selection | Julius van der Werf | 119 | ||||
16 - pdf | Implementation of direct and indirect markers | Brian Kinghorn | 129 | ||||
17 - pdf | Genetic evaluation at individual QTL | Julius van der Werf | 139 | ||||
18 - pdf | Examples of marker assisted selection | Julius van der Werf | 147 | ||||
19 - pdf | Targeting QTL using mate selection | Brian Kinghorn | 153 | ||||
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1-1
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1-2 -pdf 2-1 - pdf 2-2 - pdf 3-1 -pdf 3-2 - pdf 5-1 -pdf excel spreadsheet on QTL mapping |
Homepage Julius van der Werf |