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