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AQS 224 Fish Breeding

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AQS 224 Fish Breeding

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1. Week Domestication, Genetic Improvement Practices in Aquaculture

2. Week Selective breeding / production in seafood

3. Week Theoretical Foundations of Cultivation and Selection

4. Week Breeding Programs

5. Week Strategies for Breeding

6. Week Selection and Mating Design Methods

7. Week Estimation of Breeding Values

8. Week Genotype and Environment Interaction

9. Week Calculating the Selection Response

10. Week Side Effects in Fish Breeding Practices

11. Week Biotechnology in Fish Farming

12. Week Reproduction Techniques in Fish Breeding 1

13. Week Reproduction Techniques in Fish Breeding 2

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10. Week

Side Effects in Fish Breeding Practices

Breeding Programs Applying Individual Selection

Advanced Breeding Programs (Mating & Hatching, Tagging, Recording

During Grow-Out, Harvest and Pre-selection of Broodstock at

Breeding Stations, Final Selection of Broodstock, Genetic Markers for

Parentage Assignment)

Test Stations

Production of Special Lines

Dissemination of Genetic Gains (Direct Dissemination from Nucleus,

Dissemination from Multipliers)

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Reference

• Gjedrem, T., & Baranski, M. (2010). Selective breeding in

aquaculture: an introduction (Vol. 10). Springer Science &

Referanslar

Benzer Belgeler

• A combined selection and crossbreeding strategy called reciprocal recurrent selection (RRS) was developed by Comstock et al.. This design, described in detail by Falconer and

• The different selection methods that can be applied in a breeding program were used for aquatic species.. • Individual and family based selection are the most commonly used

• The purpose of a breeding program is to increase productivity of a population, which in real terms means the moving of the averages of economically important traits in a

Week Domestication, Genetic Improvement Practices in Aquaculture.. Week Theoretical Foundations of Cultivation

There are several important reasons for why a breeding program should implement methods for monitoring realised genetic gain: • To document the magnitude of genetic gain for each

• Quantitative Trait Loci (QTL) • Marker Assisted Selection. • Other Applications of Genetic Markers • Gene

• The addition of male hormone (17 α-methyl-testosterone) in first feeding produces close to 100% phenotypic males. • The addition of female hormone (diethylstilboestrol) in

• Relative Contribution of Selection and Feed Regimes to Performance • Who Benefits from Genetic Improvements. The Animal