Learning outcome

After completing the course, the students should have the following qualifications regarding knowledge, skills, and general competence:

• be familiar with many different applications of genetic engineering
• specialized insights in specific methods used in the field
• knowledge of ethical implications
• can use relevant methods in a manner that is required in a DNA lab.
• be able to apply techniques for extraction of DNA from various sources, saliva, blood, hair, tissue
• be able to optimize PCR reactions
• mastering primer design
• can carry out limited research projects under supervision for detection of various genetic differences
• planning to carry out tasks in line with ethical guidelines
• be able to convey specific topics in writing

Course Description

Key theme:

· extraction of DNA

· measurement of DNA concentration and purity

· PCR setup and optimization

· primer design

· detection of genetic variation using RFLP, microsatellites and AD-assay

· sequencing

· Real-time PCR

Ethical issues

Assessment Methods

Laboratory reports will constitute 40% and a final written examination (3 hours) represent 60% of the final grade.

Minor adjustments may occur during the academic year, subject to the decision of the Dean