Molecular Genetic (5 cr)

Objective

Learning outcomes
As a student you are able to explain the structure and functions of the human genome and regulation of these functions, as well as the links of these factors to disease mechanisms. You understand the importance of genetic testing in the diagnostics of diseases. You are able to describe the differences between nucleic acids, the formation of the chromosomes and the different ways they are passed on. You are familiar with the basic principles of molecular biology methods and genetic engineering methods and their areas of application. You are able to perform basic genetic tests and understand the significance of the different steps in these tests. You are able to use data systems and apply the principles of the quality system and occupational safety in your work. You understand the ethical questions and challenges involved in genetic engineering.

Content

Contents
DNA isolation using different methods
DNA cloning techniques
Key methods of testing genes and chromosomes
Basics of cell culture and the use of grown cells
Ethical perspectives of genetic engineering

Evaluation scale

0-5

Assessment criteria, satisfactory (1)

Assessment criteria
Satisfactory (1–2)
0–5
Assessment framework, see the appendix.
Assessment criteria for beginner/advanced level are applied.

Qualifications

Prior competence
Anatomy, Physiology and Pathophysiology, Immunology, Pre-analytics, Immunology, Chemistry and Methods in Laboratory Work and Cell Biology