Animal Genetics And Breeding - Notes, Syllabus & Materials | YNetStudyHub

Animal Genetics And Breeding

Comprehensive curriculum, topic notes, practice questions, and past examination papers for Animal Genetics And Breeding on YNetStudyHub.

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Topics & Syllabus 10

#1 Introduction to Animal Genetics
An overview of basic genetic concepts such as genes, alleles, chromosomes, and geneti...
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#2 Mendelian Genetics in Animals
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#3 Genetic Variation in Animal Populations
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#4 Quantitative Genetics in Animal Breeding
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#5 Selective Breeding in Livestock
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#6 Marker-Assisted Selection (MAS) in Animal Breeding
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#7 Genomic Selection in Animal Breeding
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#8 Inbreeding and Genetic Diversity in Animal Breeding
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#9 Genetically Modified Animals
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#10 Ethical Considerations in Animal Breeding
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Unit Outline 30h

Learning Objectives

4 objectives
  • Understand fundamental genetic concepts and their relevance to animals.
  • Explain Mendelian and quantitative genetics principles in the context of animal breeding.
  • Analyze the role of genetic variation and molecular tools in improving animal breeding programs.
  • Evaluate ethical considerations and the impact of genetic technologies on animal welfare.

Content Outline

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Unit 2350: Animal Genetics and Breeding

1. Introduction to Animal Genetics

  • Definition of genes, alleles, chromosomes
  • Genetic inheritance basics in animals
  • Overview of DNA structure and function

2. Mendelian Genetics in Animals

  • Gregor Mendel's laws: Law of Segregation and Law of Independent Assortment
  • Application of Mendelian inheritance to animal breeding
  • Punnett squares and predicting offspring genotypes and phenotypes

3. Genetic Variation in Animal Populations

  • Sources of genetic variation: mutation, recombination, gene flow
  • Importance of genetic variation for adaptation and selection
  • Population genetics concepts: gene pool and allele frequency

4. Quantitative Genetics in Animal Breeding

  • Definition of quantitative traits vs. qualitative traits
  • Heritability: concepts and estimation
  • Genetic correlations between traits
  • Role of quantitative genetics in selection and breeding decisions

5. Selective Breeding in Livestock

  • Principles of selective breeding
  • Breeding methods: mass selection, family selection, crossbreeding
  • Target traits: growth rate, milk production, disease resistance
  • Advantages and limitations of selective breeding

6. Marker-Assisted Selection (MAS) in Animal Breeding

  • Molecular markers: SNPs, microsatellites
  • How MAS improves selection accuracy and efficiency
  • Examples of MAS in livestock breeding programs

7. Genomic Selection in Animal Breeding

  • Overview of genomic technologies (genotyping arrays, sequencing)
  • Genomic estimated breeding values (GEBVs)
  • Integration of genomic data into breeding programs
  • Benefits over traditional selection methods

8. Inbreeding and Genetic Diversity in Animal Breeding

  • Effects of inbreeding: inbreeding depression and fitness
  • Measuring and monitoring genetic diversity
  • Strategies to maintain genetic variability: outcrossing, rotational breeding

9. Genetically Modified Animals

  • Genetic engineering techniques: transgenesis, CRISPR-Cas9
  • Applications in research, agriculture, and medicine
  • Case studies of genetically modified animals

10. Ethical Considerations in Animal Breeding

  • Welfare concerns related to genetic manipulation
  • Ethical debates around selective breeding and GM animals
  • Regulatory frameworks and responsible breeding practices

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Parent Course
Master of Science in Animal Science

This unit is an integral part of the Master of Science in Animal Science syllabus.

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