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Physical Stress (4cr)

Code: BB00CA03-3001

General information


Enrollment
01.08.2019 - 08.01.2020
Registration for the implementation has ended.
Timing
02.01.2020 - 31.01.2020
Implementation has ended.
Number of ECTS credits allocated
4 cr
Local portion
3 cr
Virtual portion
1 cr
Mode of delivery
Blended learning
Teaching languages
Finnish
Degree programmes
Bachelor of Health Care, Physiotherapy
Teachers
Maija Hiltunen
Riitta Kiili
Maria Kasanen
Tarja Svahn
Course
BB00CA03

Objective

Students will:

-learn to name internal and sensory anatomical structures and explain principles of their function
- know what factors contribute to physical fitness and understand how various types of stress influence the function of the organism
- know how to measure body composition and cardiorespiratory fitness and interpret the results
- know how to explain what body image means, and have a basic understanding of how feelings and emotions affect the body function

Content

- Human anatomy and physiology: cells, tissues, skin, cardiorespiratory system, blood circulation, digestion, production of urine, metabolism and temperature regulation, immune responses, sensory functions
- Impact of stress on the components of physical fitness and bodily systems
- Instruments for assessing aerobic endurance
- Body image, emotions and function of the body

Materials

Sand, O., Sjaastad, Ø., Haug, E., Toverud, K., Bjålie, J. & Hekkanen, R. 2012. Ihminen: fysiologia ja anatomia. Helsinki: Sanoma Pro.
Keskinen, K., Häkkinen, K., Kallinen, M., Kuivalainen, J. & Aartolahti, E. 2018. Fyysisen kunnon mittaaminen: käsi- ja oppikirja kuntotestaajille. Helsinki: Liikuntatieteellinen Seura.
Langinkoski, A., Lappalainen, J., Moody, J., Naclerio, F., Rieger, T., Jime?nez, A. & Allgrove, J. 2016. Liikuntafysiologian perusteet. Lahti: Fitra Oy.
Muu opettajan opintojaksolla ilmoittama kirjallisuus.

Teaching methods

Luennot, pienryhmätyöskentely, käytännönharjoitteet, tutustumiskäynti, tutoriaalityöskentely ja verkko-opinnot.

Employer connections

Tutustumiskäynti myöhemmin sovittavaan paikkaan.

Exam schedules

Anatomian ja fysiologian osuudesta moodle-tentti opintojakson päättyessä. Uusintakokeen ajankohta sovitaan erikseen.

Student workload

Opintojakson 4 op laajuus vastaa 106 h,josta 34 h kontaktitunteja ja tutoriaalityöskentelyä, tutustumiskäynti 8 h ja verkko-opintoja 30 h. Itsenäinen opiskelu ja kirjalliset tehtävät 38 h.

Assessment criteria, satisfactory (1)

Students:
- are able to name some structures of the most important internal and sensory organs and partly explain principles of their function
- are to a limited extent aware of the components of physical fitness and can explain a major part of the impact of various types of stress on the organism
- need some support with measuring body composition and cardiovascular fitness and with interpreting the results
-can to a limited extent explain what body image means, but cannot explain how emotions affect body function

Assessment criteria, good (3)

Students
- are able to name the structures and principal functions of the most important internal and sensory organs
- can name the stuctures and principal functions of the nervous system
- can list the components of physical fitness and can explain the impact of various types of stress on the organism
- can measure cardiovascular fitness and interpret the results.
-can to some extent explain what body image means and know some effects of emotions on body function

Assessment criteria, excellent (5)

Students:
-are able to to name the structures and principles of function of internal and sensory organs and flexibly apply their knowledge to physiotherapy work
- know how to apply their knowledge concerning the components of physical fitness and how to explain in professional situations the impact of various types of stress on the organism
- can extensively measure cardiovascular fitness and interpret the results using evidence-based knowledge
-are able to explain what body image means and have a basic understanding of how feelings and emotions affect the body function

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