Course content

Description of different models (dissolved gas models, phase models, diffusion models), comparative aspects of these models. Theoretical and experimental basics of the different models and how decompression procedures are constructed. Evaluation of decompression procedures. Localisation of bubbles and hazard mechanisms. Long term effects of decompression.

Learning outcome

The course will provide knowledge of the most important models of gas uptake and elimination and distribution of gases in the organism. Knowledge of the most important theoretical models of formation of bubbles. The course will teach the students practical skills and basic theories on how decompression procedures are developed, on a level which enables the student to evaluate the procedures. The course will provide knowledge of the correlation between formation of bubbles and damages and the principals for treatment of these damages. The course will prepare the student to plan and carry out independent studies of the decompression process.

Learning methods and activities

10 hours lectures, 4 weeks self tuition.

Compulsory assignments

• Lectures

Recommended previous knowledge

Basic knowledge in physiology, physics and mathematics.

Required previous knowledge

Admission requirements: Master's Degree or equivalent education. Medical students at The Student Research Programme. Candidates with a lower degree will be assessed individually.

Course materials

None.