After passing the course the student should be able to
contribute in planning and the implementation of a laboratory project in synthetic biology
apply basic subject knowledge in biology, biotechnology and/or bioinformatics for applications in synthetic biology
participate in a smaller project group with the task to carry out a laboratory subproject
compile and present basic knowledge of importance for a successful implementation of a laboratory subproject
compile and report the laboratory results of the completed subproject
apply a scientific working method in planning, implementation, presentation and interpretation of completed experiments
discuss scientific literature in the subject field
evaluate a laboratory subproject ethically
participate in the implementation and compilation of a risk assessment of a laboratory synthetic biology project.
Advanced biotechnological methods comprising cloning, mutagenesis, PCR technology, synthesis of nucleic acids and DNA sequence determination. Experimental characterization of structural and functional properties of biomolecules. Purification and production of macromolecules. Bioinformatic analysis and categorisation of project relevant genes and biomolecules. Basic theoretical and computational modeling of replicating systems. Laboratory sessions highlighting BioBrick cloning as a methodology in synthetic biology.
The teaching is given in the form of group exercises, seminars and laboratory sessions. Participation in the main part of completed group work, seminars and laboratory sessions are compulsory.
Course modules: Preparatory planning 3 credits; Laboratory work 10 credits; Presentation 2 credits The module preparatory planning requires active participation. The module laboratory work requires completed laboratory sessions presented according to, in the course, presented guidelines. The module presentation is examined through written and oral presentation.