Base Knowledge
n/a
Teaching Methodologies
The T contents are presented in expository sessions, using audiovisual means, using the bibliography of the specialty, promoting discussion and reflection on the topics under analysis, relating them to the other contents addressed in this CU and in other CU of the study cycle. Due to these characteristics, this approach can be carried out through the Distance Learning methodology, in a synchronous format. The TP contents are also addressed in expository sessions. In addition, current data/facts are presented that support the contents under analysis and/or good practice projects, which allow students to better understand the practical applicability of the topics covered. This CU is assessed by continuous/periodic evaluation and exam [100% = 20 points]. By continuous/periodic evaluation, the following items are considered: 1. Tests (55%). 2. Practical, theoretical-practical and practical-laboratory tests (45%). By exam, the following items are considered: 1. Test (100%).
Learning Results
1. To know the composition, morphology and functions of organites, cells, tissues, organs and systems associated to the human motor activity.
2. To understand the dynamics of interaction of the different body structures in the postural and motor behaviours.
3. To differentiate of types of movements depending on the level of motor control.
4. To know the types of muscle participation and articular structures associated with certain postures or movements..
Program
1. General organization of the human body: anatomical position of reference, planes, cell structure and functioning; cellular transport processes; connective tissue of the locomotor apparatus; surface anatomy.
2. Analysis of the osteo-articular system: histological characterization of the bone tissue; fundaments of arthrology; regional analysis of the osteo-articular system.
3. Myology: muscle structure and functioning; muscular anatomy; analysis of muscle participation in movement.
4. Nervous system: nervous tissue structural organization and functioning; neuromuscular system.
5. Cardiocirculatory system: structure and function of the heart and blood vessels; electrical activity of the heart; heart regulation mechanisms.
6. Respiratory apparatus: ventilatory structure and function.
Grading Methods
- - Frequency - 55.0%
- - Laboratory work or Field work - 45.0%
- - Exam - 100.0%
Internship(s)
NAO
Bibliography
1. Behnke, R. (2023). Kinetic anatomy. Human Kinetics.
2. Correia, P. (2012). Estudo do movimento. Edições FMH.
3. Whiting, W., & Rugg, S. (2012). Dynamic human anatomy. Human Kinetics.
4. Correia, P. (2012). Aparelho locomotor: Função neuromuscular e adaptações à atividade física. Edições FMH.
5. Correia, P., & Espanha, M. (2010). Aparelho locomotor: Anatomofisiologia dos sistemas nervoso, osteoarticular e muscular. Edições FMH.
6. Correia, P., Espanha, M., Freitas, S., Oliveira, R., & Pascoal, A. (2012). Estudo do movimento: Exercícios e estudos práticos. Edições FMH.
7. Tate, P. (2012). Seeley’s principles of anatomy & physiology. McGraw Hill.