| Code: | 232 | Acronym: | 232 |
| Active? | Yes |
| Course/CS Responsible: | Sports Sciences |
| Acronym | No. of Students | Study Plan | Curricular Years | Credits UCN | Credits ECTS | Contact hours | Total Time |
|---|---|---|---|---|---|---|---|
| LCD | 255 | First Degree in Sports Sciences (2011/2012) | 2 | - | 3 | - |
To develop knowledge on exercise physiology by using them in the creation, design and discussion of problems in Sport Sciences.
Students with success in this Curricular Unit should present the following skills: i) to understand the different acute and chronic organic adaptations induced by an acute bout of exercise and by exercise training, respectively; (ii) to comprehend distinct limitations motivated by different characteristics of the subjects; (iii) to understand the mild frontier between the increased physical function and pathology induced by physical exercise.
I. Physiology of Exercise – Past, present and future
1. Europe influence
2. Harvard Laboratory fatigue
3. From Physical Education to the Sport Sciences
4. Exercise physiology and Sports Physiology
II. Skeletal muscle: Structure, function and exercise adaptation
1. Skeletal muscle structure
2. Neuromuscular junction
3. Muscle contraction
4. Fiber type
5. Fiber type alterations with training
6. Muscle contraction and relaxing velocities
7. Force regulation
8. Force/velocity relationship
9. Physiological effects of strength training
9.1. Increased strength
9.1.1. Neural factors
9.1.2. Muscle growth
9.1.3. Strength and endurance training
III. Hormonal response to exercise
1. Neuroendocrinology
2. Hormones: regulation and action
2.1. Hypothalamus and hypophysis
2.2. Thyroid
2.3. Parathyroid
2.4. Adrenals
2.5. Pancreas
2.6. Testis and ovaries
3. Hormonal regulation by exercise
Practical classes
I. Physical and physiological evaluation
II. Assessment of muscular strength
1. Types of strength
2. Purposes
3. Methods
3.1. Free weights (maximal repetition)
3.2. Variable load devices
3.3. Isometric dynamometers
3.4. Isokinetic dynamometers
3.5. Stretch-shortening cycle
4. Importance of force in sports performance
5. Importance of force in injury prevention
6. Design of specific protocols of force evaluation
III. Assessment of flexibility
1. Types of flexibility
2. Purposes
3. Methods
3.1. Direct
3.2. Indirect
4. Importance of flexibility in sports performance
5. Importance of flexibility in injury prevention
6. Design of specific protocols of flexibility evaluation
Theoretical classes for theoretical learning
Seminars and laboratory classes for practical learning
| designation | Weight (%) |
|---|---|
| Exame | 100,00 |
| Total: | 100,00 |
| designation | Time (hours) |
|---|---|
| Estudo autónomo | 51,00 |
| Frequência das aulas | 30,00 |
| Total: | 81,00 |
Students are submitted to a final exam containing all the contents and topics exposed during the classes. The maximal possible grade is 20 and the minimal is 0. Students are approved when a grade of 9.5 or higher is obtained in the final exam.
The obtained score on the Curricular Unit corresponds to that obtained in the final exam.
No alternative and complementary evaluation works are considered in addition to the final exam
Examination scheduled by the Pedagogic Council
In accordance with the general regulation of the University of Porto for evaluation.