BI 108 : Introduction to Human Genetics
Introduction to Human Genetics
Standard letter grades
Contact hours total
Designed for non-science majors and introduces students to basic principles of genetics and genetic technologies applied to human health and human affairs. Topics include classical (Mendelian) inheritance, complex inheritance, inherited disorders, analysis of pedigrees, gene structure and gene expression, epigenetic effects on gene expression, sex determination and the genetics of cancer. Some technologies introduced include: the use of DNA in genealogy and forensic biology, gene-editing technologies, and reproductive cloning technologies.
1. Search genetic databases (OMIM/GenBank, FlyBase), and apply genetic concepts to diagnose genetic disorders using inquiry-based case studies.
2. Describe mechanisms of gene transmission and identify genetic markers used to trace ancestry in genealogy studies.
3. Trace the flow of information from allele to phenotype. Describe how epigenetic gene silencing can occur.
4. Explain why cancer has not yet been cured and explore new technologies that help our own immune systems target cancerous cells.
5. Argue the benefits and costs of using gene-editing technologies in human reproduction.
1. Structure and function of the human genome
2. Learn how to use Genetic Databases (GenBank and OMIM)
3. Overview of the eukaryotic cell
4. The cell cycle, development, and aging
5. Human reproduction, meiosis, the genetics of sexual development
6. Reproductive Technologies (Reproductive technologies - Somatic Nuclear Transfer)
7. Gene transmission (Mendel's laws and simple Mendelian inheritance - complete dominance)
8. Complex inheritance patterns including gene interactions, polygenic inheritance, co-dominance, incomplete dominance, and pleiotropy
9. DNA structure and DNA replication
10. Gene mutations, genetic testing and study of human genetic disorders
11. DNA technologies and Gene Editing
12. Gene Expression and regulation of gene expression
13. Epigenetic Gene Regulation
14. Genomics and DNA markers
15. Allele Frequencies in Populations
16. DNA forensics and DNA in human ancestry and evolution
17. Genetics of Cancer
This course will be assessed by weekly online quizzes, case studies requiring group activity and participation, midterms and a single cumulative final exam.
General education/Related instruction lists
- Science not Lab