Applied Genetics and Breeding

Farming

Explore the application of genetics to the breeding of plants, animals and microbes for agricultural production systems, with practical knowledge of molecular genetics and gene technology.

NZ$1,027

inc GST

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This course starts anytime

(15 Credits)


In-person study

Face-to-face learning in a physical classroom setting

Lincoln University Campus, Christchurch


Core skills this course teaches


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Advanced knowledge of genetics to develop breeding strategies

Use advanced knowledge of classical, molecular and quantitative genetics to develop strategies for manipulating genetic composition of organisms relevant to agricultural production.

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Application of analytical tools in genetics and breeding

Identify and apply appropriate quantitative and qualitative analytical tools to address problems and challenges in genetics and breeding.

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Genetic population analysis and manipulation

Apply knowledge to analysis and manipulation of genetic composition of populations of animals, plants and micro-organisms.

What You're Signing Up For

Applied Genetics and Breeding explores the application of genetics to breeding of plants, animals and microbes relevant to agricultural production systems. It provides practical knowledge and applied uses of molecular genetics and modern gene technology techniques. The course covers classical, molecular and quantitative genetics to develop strategies in genetics manipulation, analytical tools application, population genetics analysis, and ethical considerations including selective breeding and transgenics. It emphasizes balancing genetic and breeding tools to produce valued, healthy livestock.

Course Content

  • Application of genetics to breeding of plants, animals and microbes in agriculture
  • Molecular genetics and gene technology
  • Classical genetics
  • Molecular genetics
  • Quantitative genetics
  • Development of breeding strategies
  • Use of quantitative and qualitative analytical tools
  • Analysis and manipulation of genetic populations
  • Ethical issues in genetics study and application
  • Selective breeding
  • Pre-implantation genetic diagnosis
  • Transgenics
  • Balancing genetic and other breeding tools for livestock welfare

What you need to know first

Genetics, GENE-201

Restriction: Molecular Biology, BICH-321

Restriction: Animal Breeding and Genetics, ANSC-340

Restriction: Plant Biotechnology, PLSC-332

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What sort of industry will this job lead to

  • Agriculture

  • Biotechnology

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Future employment opportunities might be

  • Genetics analyst

  • Breeding program manager

  • Agricultural biotechnologist

  • Molecular biologist