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Discover different views on human anatomy!

Sem01 (2024-2025) New Anatomy

Get an inside view on human anatomy!

Main course elements and concepts:

  1. Introduction to anatomy and biomechanics: In section 1, students will study parts of the musculoskeletal system and be trained and train themselves in biomechanics. With self-study and interactive classes, students will familiarize themselves with the human musculoskeletal anatomy, focusing on the extremities, and basic biomechanics. This section will be evaluated with a (written) interim exam.
  2. Classical and integrated approach: Section 2 comprises dissection practicals and expert lectures on the engineering and the integrative approach. The first practical is meant as introductory practical for students to gain hands-on experience in dissection. In the following practicals students will step into a surgeons shoes and perform a tendon transfer for a specific nerve trauma and resulting functional impairment. Students will write a case study on their practical assignment and present the results for their peers.

Course terms and conditions:

  • To ensure a relatively coherent entry level, this course is only open for students WITHOUT a (extended) background in (musculoskeletal) anatomy;
  • Students following the Human Movement Sciences or Medicine BSc programs will NOT be admitted;
  • Dissection of, and working with, human conserved material forms part of this course;
  • Attendance for all lectures, practicals and symposia is mandatory.

Course details

  • Practical information

    Academic year
    2024 - 2025

    Semester
    1

    Period
    1 & 2

    Days
    Monday and Wednesday

    Time
    Regular lectures: 18:00 – 20:00
    Lab classes: 18:00 – 21:00

    Number of meetings
    18

    All Dates
    2, 4, 9, 11, 16, 18, 23, 25 en 30 Sept
    7, 9, 14, 17 Oct
    4, 6, 11, 18, 20 Nov

    Regular lecture
    2, 4, 9, 11, 23, 25, 30 September
    14, 17 October
    18 November (Symposium Group A)
    20 November (Symposium Group B)

    Lab classes
    16 (Group A), 18 September (Group B)
    7 (Group A), 9 October (Group B)
    4 November (Group A), 6 November (Group B)

    Interim exam (18:00-19:00)
    30 September

    Practice final presentations
    11 November

    Location
    Vrije Universiteit, De Boelelaan 1105, 1081 HV Amsterdam;
    Klinisch Trainingscentrum (KTC) VUmc, De Boelelaan 1118, 1081 HZ Amsterdam

    Room
    Tbd 

    Credits
    6

    Coordinator and Lecturer

    Guest Lecturers

    • A diverse selection of guest lecturers
  • Learning objectives

    After completing this course, the student:

    • solves basic biomechanical equations;
    • understands selected biomechanical principles (moment arm, line-of-action, moment, force) and applies these on an intuitive level ;
    • knows the major joints and muscles of upper and lower extremity;
    • understands the basics of the engineering approach; i.e. the application of the rules of mechanics to understand the musculoskeletal system;
    • understands the basics of the integrated approach; i.e. the definition of muscles as units interacting with their environment.
    • critically reflects on the merits and limitations of the engineering approach and the integrated approach in writing and verbally.
    • judges the value of either approach for the (study of) clinical treatments related to musculoskeletal dysfunction in writing and verbally.
  • Working formats & structure


    Contact hoursPreparation
    Lectures1648
    Dissection practicals912
    Interim exam220
    Case report039
    Symposium220
    Total29139
    Overall 168
  • Assessment methods

    • Interim exam (25%)
    • Written report (50%)
    • Presentation (25%)
  • Study materials

    Tentative list of course readings:

    • Selected chapters from Carol Oatis: Kinesiology, The Mechanics And Pathomechanics Of Human Movement