Ders Planı

CLASS 4

Lesson plan / BIOMECHANICS AND KINESIOLOGY I

Lesson Information

Course Credit	3.0
Course ECTS Credit	4.0
Teaching Language of Instruction	Türkçe
Level of Course	Bachelor's Degree, TYYÇ: Level 6, EQF-LLL: Level 6, QF-EHEA: First Cycle
Type of Course	Compulsory
Mode of Delivery	Face-to-face
Does the course require compulsory or optional work experience?	Z
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Instructor (s)
Course Assistant

Purpose and Content

The aim of the course	The aim of this course; is to explain the structures and their mechanics which play a role during the movement, to explain the response to stress and pathological changes of tissues and to interpret the relationship between the movement and the mechanical principles.
Course Content	This course covers the following topics: 'The definition of kinesiology', 'Subjects within the scope pf kinesiology', 'Types of motion and movement', 'General mechanical principles', 'Development and nutrition of bone tissue and physiological properties and laws of bone cells', 'Stress loads on the bone', 'Functional adaptation in pathological conditions of bone', 'Bone diseases', 'Structure-properties, mechanics, pathokinetics of cartilage tissue', 'Mechanics and pathomechanics of muscle function', 'The mechanical properties and pathomechanics of collagen tissue', 'Classification of joints', 'Synovial joints and their properties', 'Joint cohesion', 'Movements in joints according to planes, sliding and rocking movement', and 'Leverages, balance, orientation planes and coordinates'.

The aim of the course

The aim of this course; is to explain the structures and their mechanics which play a role during the movement, to explain the response to stress and pathological changes of tissues and to interpret the relationship between the movement and the mechanical principles.

Course Content

This course covers the following topics: 'The definition of kinesiology', 'Subjects within the scope pf kinesiology', 'Types of motion and movement', 'General mechanical principles', 'Development and nutrition of bone tissue and physiological properties and laws of bone cells', 'Stress loads on the bone', 'Functional adaptation in pathological conditions of bone', 'Bone diseases', 'Structure-properties, mechanics, pathokinetics of cartilage tissue', 'Mechanics and pathomechanics of muscle function', 'The mechanical properties and pathomechanics of collagen tissue', 'Classification of joints', 'Synovial joints and their properties', 'Joint cohesion', 'Movements in joints according to planes, sliding and rocking movement', and 'Leverages, balance, orientation planes and coordinates'.

Learning Outcomes

All graduates can assess and plan physiotherapy and rehabilitation protocols by using quantitative and qualitative principals and concepts in physiotherapy and rehabilitation field.
All graduates apply physiotherapy and rehabilitation program by using further level knowledge and skills with in the order of systematically and safely ethic rules; finish or change treatment protocols if necessary
Creates protective / improving physiotherapy programs for healthy people
Gains the ability to use current apparatus and equipment safely in Physiotherapy and Rehabilitation and follows current developments in this field.
Can use computer, statistics, information and communication technologies as required by the field
All graduates have innovative behavior to protect public health; contribute to produce health politics for the changing and varying necessities on physiotherapy and rehabilitation field.
Maintains personal development and lifelong learning; contributes quality improvement, educational and promotional programs related to the field; exhibits professional behavior at the international level.
Can use at least one foreign language in order to follow current treatment approaches and academic advances
Behave fairly and equitable to their patients and counterparts within the framework of ethical principles and professional responsibility
Communicates effectively with patients and the other disciplines at every stage of the study, ensures a coordinated execution of teamwork
Can make evidence-based scientific research and can follow developments in order to contribute the development of the physiotherapy profession.

Weekly Course Subjects

1	Definition of kinesiology, subjects within the scope of kinesiology.
2	Motion and motion types, general mechanical principles.
3	Types of bone tissue, classification of bones, bone development, nutrition, bone cells, physiological properties and laws of bone, stresses on bone.
4	Functional adaptation of the bone in pathological conditions, Bone diseases.
5	Metabolic Bone Diseases.
6	Function of muscle tissue, muscle groups, microscopic structure of muscle fiber, muscle mechanics, muscle contraction mechanism.
7	Contracture and Fatigue.
8	Connective tissue, functions of connective tissue, classification, connective tissue cells, mechanics and pathomechanics of connective tissue.
9	Midterm.
10	Structure, properties, mechanics and pathomechanics of cartilage tissue.
11	Classification of joints, body joints, synovial joints and their properties.
12	Movements in joints relative to planes, sliding and swinging motion, joint cohesion, joint mechanics and leverage systems.
13	Orientation planes and coordinate system of the body.
14	General overview.

Resources

1. Neumann DA. Kinesiology of the musculoskeletal system: foundations for rehabilitation, Elsevier, 2017.
2. Nordin M. Frankel VH. Basic biomechanics of the musculoskeletal system, Wolters Kluwer Health- Lippincott Williams&Wilk, 2012.
3. Şener G. Kinezyoloji ve Biyomekanik, Hipokrat Kitabevi, Ankara, 2016.
4. Süzen B. Hareket Sistemi Anatomisi ve Kinesiyoloji, Nobel Tıp Kitabevleri, İstanbul, 2017.

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Lesson Information

Purpose and Content

Learning Outcomes

Weekly Course Subjects

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