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TR

MUSCULOSKELETAL INJURY MECHANISMS

Course
FTRE509 - MUSCULOSKELETAL INJURY MECHANISMS
Department
Physiotherapy and Rehabilitation - Turkish - Master
Course Type
Course
Status
Required
Language
Turkish
Credit
3
ECTS
6
T+P+L
3 + 0 + 0
Course Coordinator(s)
-
Prerequisite
-
Keywords

Course Description

The aim of the course is to increase knowledge and skills on the problems, injury mechanisms and biomechanical information, healing processes and treatment practices in cervical, lumbar, thoracic region, lower and upper extremity musculoskeletal injuries.

MUSCULOSKELETAL INJURY MECHANISMS

Evaluation Tools (Active Term)

No evaluation items have been defined.

Course outcomes

  1. 01 Know physiological, anatomical, biomechanical properties and injury mechanisms of different tissues in the body.

Course Syllabus

Week Topic
Week 1 Yürüme ve biyomekaniği
Week 2 Fasya anatomisi ve biomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 3 Ligament anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 4 Ligament anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 5 Tendon anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 6 Kas anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 7 Kas anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 8 Kasın kasılma mekanizması, yaralanma ile ilişkisi
Week 9 Kemik anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 10 Kemik anatomisi ve biyomekaniği, mekanik özelliklerinin yaralanma ile ilişkisi
Week 11 Nöral sistem ve yaralanmadaki rolü
Week 12 Psikolojinin yaralanma mekanizmasına etkileri
Week 13 Hedefe yönelik harekette yaralanma mekanizmaları
Week 14 Genel tekrar ve tartışma
Week 15 Final sınavı

Reference Books & Course Materials

  1. 01 Backup K. 2005. Clinical tests for the musculoskeletal system. Stutgart.Germany
  2. 02 Pubmed, Web of Science
  3. 03 Cohrane database

Learning Outcomes

No learning outcomes have been defined.

Program Outcomes

  1. Monitors conceptual and clinical scientific developments in core measurement, assessment, and treatment techniques specific to physiotherapy and rehabilitation; applies the advanced and systematic knowledge gained in professional and academic work.
  2. Uses theoretical and practical concepts and principles of physiotherapy and rehabilitation to critically evaluate and integrate information from other disciplines, generate new knowledge, and develop problem-solving and clinical decision-making abilities.
  3. Designs research plans and participates in projects; selects appropriate statistical methods for their studies, interprets results, prepares reports, and presents findings at scientific meetings or publishes them.
  4. Independently conducts specialized practices and research in physiotherapy and rehabilitation in accordance with ethical principles; contributes professional knowledge and skills responsibly within team-based work.
  5. Identifies personal learning needs and goals, pursues lifelong learning, and contributes to quality improvement, professional training, and outreach programs.
  6. Contributes to public health and health policy; raises awareness among individuals, families, and communities about educational, preventive, and rehabilitative approaches.
  7. Uses at least one foreign language included in the European Language Portfolio to communicate effectively in both spoken and written form at an international professional and academic level.

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