Universiteit Antwerpen (UA) • Biomedische wetenschappen

Summary of the Biomedical Imaging course at Universiteit Antwerpen covering microscopy fundamentals and functional MRI techniques. The document spans microscopy basics (light properties, refraction, diffraction, interference, lens theory) through to advanced fMRI applications including resting-state fMRI, pharmacological fMRI, and clinical applications in neuroimaging. Well-organized with clear explanations of optical principles, mathematical formulas, and practical imaging applications—ideal ...

Comprehensive lecture notes for the Virology course at Universiteit Antwerpen covering fundamental concepts about viral biology. The document covers viral structure and classification, viral origins (primordial virus world, regression, and escaped genes hypotheses), and viral replication mechanisms compared to bacteria and eukaryotic cells. Essential preparation for understanding virology coursework, with clear explanations of why viruses are obligate intracellular parasites and their role in ge...

This document is a summary of the complete Virology course from 3rd bachelor Biomedical Sciences at the University of Antwerp, in the language it was taught in (English). The summary consists of all the learning material from the slides (including many pictures) as well as the information given during the lessons.

Exam questions and study material for the Bioethics module in Laboratory Animal Science at Universiteit Antwerpen. The document covers foundational bioethical concepts including ethico-onto-epistemology, the philosophical origins of morality (Hobbes vs. De Waal), and their application to biomedical practice and animal experimentation. Essential preparation for understanding how ontology, epistemology, and ethics interconnect in scientific research and for mastering the theoretical frameworks tau...

Uitgebreide samenvatting in het Engels van het vak epidemiology, bevat alle lessen inclusief alle gastlessen

* session 2 and 17 are not included in the document This is a comprehensive summary of the Epidemiology and Public Health course at Universiteit Antwerpen for the 2025/2026 academic year. The document covers all 11 chapters including introduction to epidemiology, measures of occurrence and association, causality, diagnostic testing, study designs (cohorts and case-control), clinical trials, and molecular and genomic epidemiology. Well-structured with clear definitions and key concepts outlin...

The document contains 15 multiple choice questions about concepts in bioethics such as autonomy, consent, and principles of bioethics. 2. It addresses topics like what constitutes valid consent, when advance decisions can be made, and whether ethics is derived from religious texts. 3. The questions have answer options A, B, C, or D and cover differentiating core bioethical principles from other considerations as well as true/false statements about concepts in bioethics.

Summary based on the lectures of the Biomedical Imaging course at Universiteit Antwerpen covering the fundamentals of microscopy and fluorescence imaging. Topics include resolution, wave properties of light (refraction, dispersion, diffraction, interference), lens theory, the optical train of compound microscopes, Köhler illumination, numerical aperture, contrast enhancement, and an introduction to fluorescence basics. Essential for understanding microscopy principles tested in the course—wel...

Lecture notes from the Advanced Protein Technology and Proteome Analysis course at Universiteit Antwerpen. Topics include different techniques explained in the lectures from post translational modifications (PTM) and PPI. Essential study material for understanding phosphopeptide enrichment methods and their applications in proteomics research - well-structured with clear workflow descriptions ideal for exam preparation.

Lecture notes from Chapter 1 of the Biomedical Imaging course at Universiteit Antwerpen, covering the fundamental principles of microscopy and optical physics. Topics include wave properties of light, refraction and Snell's law, diffraction, interference, lens theory, compound microscope design (upright and inverted), optical trains, conjugate planes, and resolution limits. These notes provide a comprehensive foundation for understanding how microscopes work and are essential for mastering th...

Taught by D. Van Dam and C. Van Ginniken. This document contains the complete summary of the course ‘Laboratory Animal Science - Rodents’. This is an optional course in the 2nd Master year of the study Biomedical Science at the UA.

Taught by L. Paemen. This document contains the complete summary of the course ‘Patents and innovations’, which is a mandatory course in the 2nd master year of Biomedical sciences.

**Bio-imaging technieken** - Basisbegrippen van optica, transmissie microscopie en contrastverhoging. - Fluorescentiemicroscopie, fluorescente merkers en -reporters - Fluorescente labellingstechnieken en confocale microscopie - Technieken om moleculaire interacties en dynamiek te onderzoeken - 'High throughput' en 'high content' microscopie voor biologische systemen - Superresolutie - Microscopie op moleculair niveau: elektronemicroscopie, label-vrije microscopie (Raman, C...

in depth complete summary of all lectures in the virology course including the discussion of the different viruses

Uitgebreide samenvatting biomedical imaging. Omvat zowel het deel microscopie als het deel macroscopie.

Het is een samenvatting van het deel MRI volledig in het Engels geschreven.

This summary is short, clear, and easy to study, yet contains everything you need to pass the exam. Perfect if you’re short on time or want a quick but complete overview of the course content. The material is explained in a straightforward and structured way, making it very easy to learn. I personally used this summary and achieved a 19/20 on the exam.

Summary covering the whole course of clinical drug research of the master Clinical scientific research (biomedical sciences).

All the theory + notes from class + possible exam questions given in class!

All the theory + notes from the classes, incl seminar and exercises + self-studies All you need to know for the exam