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Summary of the Clinical Trials (BMs-48) course. The content of this summary could be used outside this course. Information provided about superiority, equivalent, and non-inferiority trials. Other discussed terms are: Cluster RCT, cross-over design, appropriate care, non-inferiority margin, randomization, stratification, gatekeeping procedure, hierarchical structure, contamination, equipoise, and more. See content list for full description of the discussed content.

An in depth summary of the "Biomedical Imaging (BMs23 course)". This summary contains all material discussed in the course and you should easily pass the exam using this. In addition, this summary can be used outside this course for a clear and complete description of MRI, ultrasound, PET, SPECT, X-ray, CT, and mammography, as well as the mechanisms behind them. See the content list for the complete overview. Some important concepts that are described are: fluorescence, tomosynthesis, t1, t2, t2...

Summary of the content of the Neural Control of Movement course (BMs50). In depth coverage of the movement circuits (Cerebellum and Basal Ganglia) and how the entire pathway functions. Both indirect and direct pathways are covered, subsequently, hypokinetic (Parkinson's) and hyperkinetic (Huntington's) disorders and their malfunctioning pathways are discussed. Additionally, multiple neuromuscular disorders are adressed; duchenne, gravis, neuropathy, amyotrophy, CTS, Guillain barré syndrome, e...

Summary of the content of the orthopaedic biomechanics in motion course (BMs53). Including the information of the most important lectures and assignments. In-depth coverage of the proposed subjects. Using this summary and attending the lectures should be enough to easily pass the exam.

Summary of the content of the biomarkers in population-based research course (BMs47). Including most important lectures and self-study assignments. Discussing a variety of subjects, including; factors that should be taken into account during design of study, pre-analytical factors, storage effets, batch effects, accuracy, precision, sensitivity, specificity, preanalytical variation, imprecision & bias calculations, formalin-fixed parrafin embedded tissue vs. frozen tissue, tumor microarray vs wh...

Summary of the most important content of the design of applied medical research course (BMs77); self-study-assignments, lectures, and group work. Mutliple study designs are discussed with their (dis)advantages. Confounding and multiple types of bias (attrition, selection, information, recall, immortal time) are discussed, and how to prevent them. And more..