Th. Karachalios, Z. Dailiana, S. Varitimidis, G. Komnos, A. Koutalos
ECTS:
2.00
COURSE TYPE
EL |Specific scientific area, Development of dexterities
TEACHING SEMESTER
WINTER SEMESTER
WEEKLY TEACHING HOURS:
2 HOURS
Total Time (Teaching Hours + Student Workload)
54 HOURS
PREREQUIRED COURSES:
NO
LANGUAGE OF TEACHING AND EXAMS
Greek and English in practical training
AVAILABLE TO ERASMUS STUDENTS
YES
SEMESTER LECTURES:
DETAILS/LECTURES
TEACHING AND LEARNING METHODS :
Lectures (Medical Students who select the lesson are obliged to attend 6 out of 8 lectures)
Face to face E-class Preparation for congress participation
Power point presentations E-class
Ε-book access Pubmed access Posting online information and announcements about the course and other educational activities Students and faculty communications by e-mail
STUDENT EVALUATION
1. The student’s progress is monitored throughout the semester and the final grade is summed-up by the student’s overall image throughout the course of teaching and practical course.
An evaluation is also being carried out: • Throught courses with questions and clinical scenarios • By laboratory workout – evaluation: ✓ model development ✓ the use of microsurgical, surgical and microscope tools ✓ wound suturing techniques
2. Oral exams
Objective Objectives/Desired Results:
Participation in sports and exercise activities has been increased significantly the last two decades. However, increased participation in sports and recreational activities increases the exposure to the hazards and risk factors associated with the occurrence of sports injuries. As more people participate in such activities, it can be expected that the number of injuries associated with them also has the potential to increase. Medical students or young doctors could be involved in many ways (team physician, e.t.c) with athletic injuries and therefore they should familiar with diagnosis and treatment of these injuries. Learning objectives: Upon completion of this lesson, the student will be able to: Understand the pathophysiology of sports injuries, Diagnose the most common sports injuries Provide safe and effective management for on field sports injuries
Course URL :
http://www.med.uth.gr/
Course Description:
1. Introduction to sports injuries 2. Pathophysiology of sports injuries 3. Knee sports injuries 4. Ankle and foot sports injuries 5. Wrist and hand sports injuries 6. Shoulder and elbow sports injuries 7. Hip sports injuries 8. Sports injuries of the spine 9. Sports injuries in females and children 10. On field management of sports injuries
Recommended reading:
-Recommended Bibliography:
e-class presentantions
-Related Scientific Journals: American Journal of Sports Medicine Knee Surgery Sports Traumatology and Arthroscopy Arthroscopy