Genetics 2A: Introduction to Genetic Analysis

Undergraduate | 2026

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Mode
Mode
Your studies will be on-campus, and may include some online delivery
On campus
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Area/Catalogue
BIOL 2005
Course ID icon
Course ID
200423
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Campus
Adelaide City Campus East
Level of study
Level of study
Undergraduate
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Unit value
6
Course owner
Course owner
School of Biological Sciences
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Course level
2
Work Integrated Learning course
Work Integrated Learning course
No
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Inbound study abroad and exchange
Inbound study abroad and exchange
The fee you pay will depend on the number and type of courses you study.
Yes
University-wide elective icon
University-wide elective course
Yes
Single course enrollment
Single course enrolment
Yes

Course overview

This course will provide fundamental principles of genetics and inheritance, building upon the concepts introduced in first year biology courses. By examining key concepts in Mendelian inheritance, genetic linkage and recombination, regulation of gene expression, and tools of genetic analysis, students will develop critical thinking and problem-solving strategies. This course, along with Genetics 2B, provides a foundation for third year genetics subjects in the Genetics major.

  • Inheritance of variation in traits
  • Linked genes and chromosome inheritance
  • Mutations and gene function
  • Gene regulation in eukaryotes

Course learning outcomes

  • Apply the principles of Mendelian inheritance and further allelic and gene interactions to interpret and predict patterns of inheritance in genetic crosses and in pedigrees.
  • Describe, recognise and explain non-Mendelian patterns of inheritance, including but not limited to analysing and predicting linkage and interpreting basic linkage maps, for both genetic crosses and pedigrees.
  • Understand how different types of mutations can arise and connect these with differences in phenotype and the basis of inheritance of phenotypes, including understanding genomic variation.
  • Integrate principles of classical and molecular genetics to explain how gene expression can be regulated in eukaryotes.
  • Analyse and interpret experimental data to elucidate the basis of inheritance of variation in traits.
  • Use and understand genetics vocabulary accurately.

Prerequisite(s)

  • must have completed BIOL1003 Biology 1A: Molecules, Genes and Cells AND ( must have completed all of HBIO1002 Human Anatomy and Physiology A/HBIO1003 Human Anatomy and Physiology B OR must have completed 1 of BIOL1004 Biology 1B: Evolution and Diversity of Organisms/BIOL1031 Biology 1C: Molecular Biology and Biomedical Science/STAT1000 Data Skills for Scientists)

Corequisite(s)

N/A

Antirequisite(s)

N/A

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If you are studying in a Professional Pathway Psychology, Clinical Psychology or Social Work program, please refer to the Student Contributions amounts published here.

The Student Contribution amount displayed below is for students commencing a new program from 2021 onwards. If you are continuing in a program you commenced prior to 1 January 2021, or are commencing an Honours degree relating to an undergraduate degree you commenced prior to 1 January 2021, you may be charged a different Student Contribution amount from the amount displayed below. Please check the Student Contribution bands for continuing students here. If you are an international student, or a domestic student studying in a full fee paying place, and are continuing study that you commenced in 2025 or earlier, your fees will be available here before enrolments open for 2026.