English
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If sufficient demand

The basis of many biological processes is written down in the genetic code that is translated into biomolecules that cooperate to create, and various biochemical processes and ultimately life forms. As part of this course molecular genetic processes and biomolecular structure and interactions are studied and discussedin order to enabling detailed studies of life processes and related biotechnological and molecular genetic applications.

* be able to describe and discuss in depth the components of proteins and genes, as well as systems composed of those
*• be able to describe and discuss in depth processes in which genes and / or proteins interact

* be able to reflect in depth upon genetic and protein-based processes and be able to explain experimental observations of such processes

* demonstrate a willingness to adequately present, question and debate scientific knowledge and theories in the field of molecular biology

Self-study literature review

Oral exam

Failed, pass

Admitted (or expected to be admitted) to doctoral studies in Immunotechnology. Course is included (expected to be included) in the Individual study plan.

Knowledge of molecular biology at basic (G) level.

Watson: Molecular Biology of the Gene (senaste utgåvan).
Lesk: Introduction to Protein Science: Architecture, Function, and Genomics (senaste utgåvan).
Ytterligare litteraturval görs gemensamt av studenterna och examinatorn.

Course KIM001F based on group studies is the first choice for this course content. This course is given if the student base is insufficient to offer KIM001F.

KIM025F

 -05-23

FN2/Eva Nordberg Karlsson