Tijdens je studie

Molecular Medicine

Course modules & EC points

The table below provides an overview of the courses. Course descriptions can be found below. For full descriptions, please have a look in our current Student Manual, pages 20 – 50.

Course CodeNameECHours
MM-IWIntroduction Weeks256
MM-DBDevelopmental Bilogy
DB - Review Presentation
MM-MBC-AMolecular Biology of the Cell part A5140
MM-MBC-BMolecular Biology of the Cell part B5140
MM-BODBiology of Disease384
MM-CRT-FContemporary Research Topics - Faculty sessions4112
MM-RES1Lab Research Project Year 124672
MM-PSPresentation Skills256
MM-P1Research Progress Presentation - Year 1256
MM-RWReport Writing
Research Report
 Total Year 1601680
MM-CSCourses and Seminars4112
MM-LRLiterature Review4112
MM-PPWriting a Research Proposal256
MM-P2Research Progress Presentation - Year 2256
MM-RES2Lab Research Project Year 2381064
MM-MSTHMaster Thesis
Master Thesis - Presentation
 Total Year 2601680
  • Click on the courses below to read their descriptions.

    At the start of the program, during the course Introduction Weeks, you will get to know the program organizers and course directors, and familiarize yourself with the basic and translational research laboratories within our institute. Several MSc faculty will hold short presentations, to give you a broader view of possible lines of investigation, and enable you to make an informed choice for the research projects ahead.

    In the course Developmental Biology, you will learn about developmental biology from an evolutionary perspective. The course is concluded with a written exam and you will give a presentation on a topic of choice.

    Based on Alberts' leading textbook, a general course on the basic aspects of biology, Molecular Biology of the Cell (part A and part B), is given. The MBC part A and the MBC part B examinations are designed to test insight and scientific ability.

    The course Biology of Disease aims to give you a deeper insight into current problems in translational research, narrowing the gap between clinical and biological science and scientists. In small groups, students will work on, and finally present, a possible strategy to further investigate the biological causes of a specific clinical problem. 

    The Contemporary Research Topics - Faculty sessions (CRT-F) course is setup as a journal club; a literature reading course. Besides the research articles, some pages of the Molecular Biology of the Cell textbook, highlighting a technique or approach that is of importance to the paper. MSc faculty will discuss a series of published basic research papers with you as a group. The CRT exam tests your ability to read and interpret a recent research paper.

    During the first year, skills for presenting research work in oral and written form will be developed and practiced

    Based on faculty presentations, lab rotations, and discussions with research supervisors and course directors, the students will choose a topic and lab group for the Lab Research Project Year 1. At the end of the project, in July of Year 1, the results are written up as a Research Report.

  • The second year of the program is almost entirely taken up by a second large Lab Research Project, again to be chosen by you. 

    You will write a research proposal, describing the research work to be done. You are trained in additional specific methods. 

    Participation in graduate school courses, seminars and meetings is essential and forms an integral part of the second year curriculum.

    Individually, students will write an insightful literature review on a specific topic within the wide field of biomedical science. An experienced faculty member will be available to offer guidance and support.

    Upon completion of the program, when the MSc Thesis has been submitted, defended, and approved, you are awarded the Master of Science in Molecular Medicine degree.