Learning Outcomes |
PO |
MME |
The students who succeeded in this course: |
|
|
LO-1 |
Can explain the concepts of the introductory concepts of human physiology and discuss homeostatic principles. |
PO-2 Interprets and evaluates data using advanced knowledge and skills acquired in the fields of Sports Sciences, Coaching, Conditioning and Performance Analysis, defines and analyzes problems in parallel with current technological developments, and develops solutions based on research and evidence.
|
Examination Quiz |
LO-2 |
Sinir-kas koordinasyonunu açıklayabilir. Düzenle Sinir-kas koordinasyonunu açıklayabilir. Can explain nerve-muscle coordination. |
PO-4 He/She has the competence to share information and learn together in the field of Sports Sciences, Coaching, Conditioning and Performance Analysis.
|
Examination |
LO-3 |
Work to strengthen the cardiovascular system can be organized |
PO-4 He/She has the competence to share information and learn together in the field of Sports Sciences, Coaching, Conditioning and Performance Analysis.
|
Examination |
LO-4 |
can describe the names and functions of hormones. |
PO-1 He/She has an advanced level of basic conceptual knowledge in the fields of Sports Sciences, Coaching, Conditioning and Performance Analysis, taking into account the reflections in practice.
|
Examination |
PO: Programme Outcomes MME:Method of measurement & Evaluation |
Course Contents |
Learning the functions of tissues and organs, understanding energy sources and their importance in exercise, fatigue and recovery, hormonal reaction of exercise, physiological bases of training, understanding of differences according to sex, being able to perform performance measurements at the same time. |
Weekly Course Content |
Week |
Subject |
Learning Activities and Teaching Methods |
1 |
Muscle metabolism and exercise |
Narrative Method, Problem Solving Method, Article Critique |
2 |
Muscle contraction |
Narrative Method, Problem Solving Method, Article Critique |
3 |
Energy metabolism |
Narrative Method, Problem Solving Method, Article Critique |
4 |
Respiratory system and adaptation to the exercise |
Narrative Method, Problem Solving Method, Article Critique |
5 |
Circulatory system and adaptation to exercise |
Narrative Method, Problem Solving Method, Article Critique |
6 |
Blood and transport of gases |
Narrative Method, Problem Solving Method, Article Critique |
7 |
Yöntemi, Makale Eleştirisi High altitude adaptation |
Narrative Method, Problem Solving Method, Article Critique |
8 |
mid-term exam |
|
9 |
Fatigue and recovery |
Narrative Method, Problem Solving Method, Article Critique |
10 |
Medulla spinalis and reflexes |
Narrative Method, Problem Solving Method, Article Critique |
11 |
Voluntary control of the central nervous system and movements |
Narrative Method, Problem Solving Method, Article Critique |
12 |
Endocrine system and exercise |
Narrative Method, Problem Solving Method, Article Critique |
13 |
Liquid electrolyte balance and exercise |
Narrative Method, Problem Solving Method, Article Critique |
14 |
Acid base balance |
Narrative Method, Problem Solving Method, Article Critique |
15 |
Physiological adaptations to training |
Narrative Method, Problem Solving Method, Article Critique |
16 |
final exam |
|
Recommend Course Book / Supplementary Book/Reading |
1 |
Text book of work physiology; P.O Astrand |
2 |
Physiological basis for exercise and sport; Fox |
3 |
Exercise physiology; WD Mc Ardle, F.I.Katch, L.V. Katch |
Required Course instruments and materials |
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