Kyrakuijsten

Summary from Epidemiology, VU Amsterdam covering fundamental study design concepts and control mechanisms in biomedical research. Topics include experimental vs. observational designs, randomized controlled trials, case studies, cross-sectional surveys, ecological studies, case-control designs, cohort studies, and meta-analysis, with clear explanations of retrospective vs. prospective approaches. I achieved a 9.9/10 for this course!

Summary from Toxicology and Development (AB_1140) at VU Amsterdam covering the fundamentals of toxicology and toxic effects on organisms. Topics include mechanistic, descriptive, and regulatory toxicology; dose-response curves and their analysis; key parameters like LD50, LC50, NOEC, and LOEC; potency and efficacy comparisons; and case studies on BPA, microplastics, and the precautionary principle. I achieved an 8.5/10 for the exam

Summary from Oncology and Public Health (AB_1184) at VU Amsterdam covering the foundational concepts of cancer epidemiology and public health approaches to oncology. Topics include the global burden of cancer, the Big 5 cancer types, public health functions and achievements, cancer prevention strategies (primary and secondary), geographic variation in cancer incidence, and European networks for rare cancer care including the hub-and-spoke model. I achieved an 8.5/10 for the exam

Summary from AB_1135 Genetics and Public Health course at VU Amsterdam covering fundamental concepts in genetic inheritance and disease. Topics include autosomal dominant/recessive inheritance patterns, X-linked inheritance, pedigree analysis, and the application of genomics to public health challenges including malaria, COVID-19, and newborn screening programs I achieved an 8/10 for the exam

Summary from the Neurological and Psychiatric Disorders (AB_1201) course at VU Amsterdam covering brain imaging techniques and their clinical applications. Topics include structural imaging modalities (CT, MRI, T1/T2 weighting, FLAIR, DWI, tractography), functional imaging (PET, MRS, fMRI), and specific clinical applications like ischemic stroke diagnosis. Comprehensive coverage of imaging physics, signal acquisition, and interpretation—essential for understanding how neuroimaging is used in b...

Summary from the Heart Failure and Therapy (AB_1201) course at VU Amsterdam, covering the fundamentals of cardiovascular physiology. Topics include excitation-contraction coupling, pacemaker cell function, the cardiac cycle, stroke volume, ejection fraction, and key regulatory mechanisms like the Frank-Starling mechanism and adrenergic stimulation. I achieved an 8.5/10 for the exam

Medical Imaging 1 – Summary This clear and structured summary covers the key topics from Medical Imaging 1 and is designed to help you efficiently prepare for the exam. It includes an overview of the main concepts, imaging techniques, principles and terminology covered throughout the course. The information is organized into clear sections with structured headings, making it easy to navigate and review the material. Perfect for quick revision, learning the key concepts, and preparing ...

Summary from the Imaging Principles course at VU Amsterdam covering the fundamentals of PET (Positron Emission Tomography) imaging in personalized medicine. Topics include basic atomic and nuclear physics, radioactive decay, radionuclides (Carbon-11, Fluorine-18, Zirconium-89), cyclotron production, tracer chemistry, and detection methods. Essential for understanding how PET images are generated and their clinical applications in tumor monitoring and disease detection—ideal preparation for exa...

Summary for the R Programming course in Data Science & Biostatistics at VU Amsterdam. Topics include R syntax and data structures (vectors, matrices, data frames), the five stages of statistical analysis (data import, inspection, analysis, validation, reporting), and practical statistical methods including ANOVA, multiple comparisons, and p-value corrections (Bonferroni, Benjamini-Hochberg). Essential reference for mastering R programming techniques and statistical analysis workflows required in...

Summary from the Basics of Clinical Research and Regulations course at VU Amsterdam covering empirical research methodology and evidence-based medicine. Topics include the empirical cycle (observation, induction, deduction, testing, evaluation), levels of evidence, PICO framework, informed consent principles, and ethical guidelines including WMO vs nWMO research classifications. Essential for exam preparation—includes practical tips on patient communication, decision capacity assessment, and e...

Summary from lectures from the Personalized Medicine course at VU Amsterdam covering clinical genetics and organoid models for virus research. Topics include rare genetic disorders, dysmorphology, oncogenetics, chromosomal abnormalities, prenatal diagnosis, and the use of organotypic models (airway epithelium, intestinal epithelium, brain organoids) in studying viral infections. Essential for understanding how personalized medicine applies genetic insights to individual patient cases and how org...

Summary from the Partners in Innovation course at VU Amsterdam covering personalized medicine and interdisciplinary collaboration in healthcare innovation. Topics include cross-disciplinary teamwork models, therapy development phases, stakeholder mapping, ATMPs (advanced therapy medicinal products), intellectual property strategy, and socially responsible partnerships in rare disease development. Ideal for understanding how to navigate collaboration between labs, clinics, and companies while pre...

Study notes for Health Promotion and Disease Prevention at VU Amsterdam covering core concepts in health intervention design and evaluation. Topics include types of prevention (primary, secondary, tertiary, palliative), prevention levels (universal, selective, indicated), intervention frameworks, health behavior determinants, and research ethics using Emanuel's framework. Well-organized notes with practical examples like the VU Health Pack case study, ideal for understanding exam content and ass...

Complete summary of the Clinical Immunology course, covering all 22 lectures. The summary is clearly structured per lecture and includes the key concepts, mechanisms, diseases, diagnostics, and treatments discussed throughout the course. The table of contents gives a clear overview of all topics covered. The summary includes topics such as Multiple Sclerosis, Myasthenia Gravis, Celiac Disease, IBD, SLE, autoimmune diseases, the complement system, AIHA, HIV/AIDS, primary immunodeficiencies,...