ISAG, 1998 Marker Assisted Selection Integration with breeding programs

19-08-98


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Table of Contents

ISAG, 1998 Marker Assisted Selection Integration with breeding programs

Rapid progress in QTL detection and gene identification ...

Marker Assisted Selection Integration with breeding programs

QTL-marker recombination problems.

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Indirect genetic markers

Indirect genetic markers

Indirect genetic markers

Indirect genetic markers

Indirect genetic markers

MAS - some questions to ask

MAS - which animals to select ?

Approach 2: Within family analysis

Genetic evaluation at individual QTL: What do we want to evaluate?

Approach 3: GRM method

Approach 3: GRM method

The Gametic Relationship Matrix

Approach 4: Regression method

Regression method

Regression method: Adding marker information:

GRM versus Regression

Approach 5: Direct genetic markers

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Short and long term effects of Marker Assisted Selection.

Short and long term effects of Marker Assisted Selection.

Short and long term effects of Marker Assisted Selection.

Conditions that are good for MAS

Design of MAS programs ...

MAS targets for a dominant QTL allele, Q

MAS targets for a recessive QTL allele, Q

MAS targets for a dominant X linked QTL allele, Q

MAS targets for a maternally imprinted dominant QTL allele, Q

MAS targets for a female fecundity dominant QTL allele, Q

Multi - QTL targets ??

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Key actions for Animal Breeders

A unifying approach ...

Predicted outcomes ...

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Author: Brian Kinghorn

Email: bkinghor@metz.une.edu.au

Home Page: http://metz.une.edu.au/~bkinghor/