Human Functioning

Title	% from total grade	Grade
1. Preparation for test work and final exams in anatomy, dynamic anatomy, sports biomechanics and normal physiology	-	-
Students prepare independently for tests and final exams on all topics provided for in the course using lecture materials, video lectures and materials, self-study tests in e-studies, and textbooks.
2. Biomechanical analysis of movements of a kind of sport	2.00% from total grade	10 points
Students independently prepare and submit a report on the biomechanical analysis of their sport in the e-course LSPA_501, using scientific literature sources. The volume of the report may be from 4 to 10 pages depending on the specifics of the sport, at least 3 literature sources must be referred to. The student presents his/her report during the lesson, for which he/she receives an assessment of 10 points (at examinations) together with the presentation and answers to questions, which constitutes 10% of the final assessment for the study course.

Title	% from total grade	Grade
1. Vertebral column and trunk osteosyndesmology	2.00% from total grade	10 points
Written test work with open questions on osteosyndesmology of the spine and trunk. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
2. Upper limb osteosyndesmology	2.00% from total grade	10 points
Written test work with open questions on osteosyndesmology of the upper limb. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
3. Osteosyndesmology of the lower limb	2.00% from total grade	10 points
Written test work with open questions on osteosyndesmology of the lower limb. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
4. Trunk myology	2.00% from total grade	10 points
Written test work with open questions on the myology of the trunk. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
5. Upper limb myology	2.00% from total grade	10 points
Written test work with open questions on the myology of the upper limb. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
6. Lower limb myology	2.00% from total grade	10 points
Written test work with open questions on the myology of the lower limb. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
7. Cardiovascular anatomy	2.00% from total grade	10 points
Written test work with open questions on the cardiovascular system. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
8. Anatomy of the nervous system	2.00% from total grade	10 points
Written test work with open questions on the nervous system. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
9. Exam in Anatomy	14.00% from total grade	10 points
Only students who have passed all tests are allowed to take the exam. Oral examination in anatomy of the musculoskeletal system. The student answers 3 questions from the drawn ticket on: 1) passive locomotor apparatus (osteosyndesmology of the skeleton); 2) active locomotor apparatus (myology); and 3) describes the possible movements in a specific joint and the muscles involved in performing these movements. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
10. Dynamic anatomy of basic human movements	2.00% from total grade	10 points
Written test work with open questions on the analysis of the dynamic anatomy of basic human movements. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
11. Analysis of movements of a kind of sport from the aspect of dynamic anatomy	4.00% from total grade	10 points
During the practical class, the student presents his/her independent work: an analysis of the movement of a sport from the aspect of dynamic anatomy. Presentation time: 5 - 7 minutes.
12. Dynamic anatomy	4.00% from total grade	10 points
Oral examination in dynamic anatomy (joints and muscles involved in basic movements and sports movements). The student must answer the open questions on the ticket. To pass, at least 55% of the content of the questions must be answered correctly. The student is only allowed to take the exam if he/she has previously passed the test and defended a presentation on the dynamic anatomy of his/her sport.
13. Mechanical analysis of movement (mechanical work, power and energy in human movement)	2.00% from total grade	10 points
Written test work with open-type questions on mechanical work, power and energy in human movement. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
14. Biomechanics of the musculoskeletal system	2.00% from total grade	10 points
The written test consists of open-type questions on the biomechanics of the human musculoskeletal system. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
15. Biomechanical analysis of physical characteristics	2.00% from total grade	10 points
The written test consists of open-type questions on the biomechanical characteristics of force, speed, endurance, etc., and physical qualities. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
16. Differential biomechanical (human physical characteristics and movement technique peculiarities depending on age and gender)	2.00% from total grade	10 points
Written test work with open-type questions on the topics of differential biomechanics. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
17. Biomechanical analysis of the movement of a sport	10.00% from total grade	10 points
Students prepare and submit a report on the biomechanical analysis of their sport in the e-course LSPA_501, using scientific literature sources. The volume of the report may be from 4 to 10 pages depending on the specifics of the sport, at least 3 literature sources must be referred to. The student presents their report during the lesson, for which they receive an assessment in a 10-point system together with the presentation and answers to questions, which constitutes 10% of the final assessment for the study course.
18. Exam in sports biomechanics	12.00% from total grade	10 points
Written exam with open-type questions on all topics of sports biomechanics. To be admitted to the exam, all tests must be successfully passed, and the report on your sport must be passed. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
19. Sound of heart tone, measurement of arterial blood pressure, determination of heart rate and pulse, observation of eye-heart reflex.	1.00% from total grade	Test
Students acquire skills to count the pulse, determine the heart rate and measure the arterial blood pressure. The completed laboratory work protocol must be submitted in the e-course.
20. Blood, cardiovascular physiology	2.00% from total grade	10 points
Tests in e-studies with multiple choice questions on blood, heart and circulatory physiology. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
21. Determination of static pulmonary volumes (spirometry). Measuring the maximum handgrip strength and spinal extensor muscle strength.	1.00% from total grade	Test
Students learn how to measure lung static volumes and maximum isometric muscle strength. The completed laboratory work protocol must be submitted in the e-course.
22. Respiratory and muscular physiology	2.00% from total grade	10 points
Tests in e-studies with multiple-choice questions on respiratory and muscular physiology. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
23. Monitoring of tendon reflexes	1.00% from total grade	Test
Students acquire skills in determining tendon reflexes. The completed laboratory work protocol must be submitted in the e-course.
24. Physiology of the nervous system and motor control	2.00% from total grade	10 points
Tests in e-studies with multiple choice questions on the physiology of the nervous system and motor control. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.
25. Exam in physiology	12.00% from total grade	10 points
Oral examination on the physiology of blood, heart, circulation, respiration, muscles and nervous system. The student answers 3 questions on the drawn ticket. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly. The student is only allowed to take the exam if all tests and laboratory work have been passed successfully.
26. Physiology of digestive, metabolic, energy exchange, internal secretion, excretion systems, and thermoregulation	2.00% from total grade	10 points
Written test in the e-course with multiple choice questions on the physiology of digestion, metabolism, energy exchange, endocrine system, excretion and thermoregulation. To pass the test, at least 55% of the questions must be answered correctly.
27. Determination of visual acuity and field, assessment of skin kinaesthetic sensations.	1.00% from total grade	Test
Students acquire skills to determine visual acuity and visual field, skin kinesthetic sensation accuracy. The completed laboratory work protocol must be submitted in the e-course.
28. Physiology of digestive, metabolic, energy exchange, internal secretion, excretory systems, thermoregulation and sensory systems	6.00% from total grade	10 points
Written examination with open-type questions on the following topics: physiology of digestion, metabolism, energy exchange, internal secretion, excretion, thermoregulation and sensory systems. Students are allowed to take the exam only if they have successfully passed the test and completed the laboratory work. To receive a positive assessment, at least 55% of the content of the questions must be answered correctly.

Introduction to the subject of anatomy and sports morphology as science. Methods. Description Lecture on the objectives, tasks, research methods, human body planes, movements, and Latin terminology used in the anatomy study course.

Vertebral column and trunk osteosyndesmology Description Lecture on vertebral and torso bones, joints, ligaments.

Vertebral column and trunk osteosyndesmology Description Practical class and written test on vertebral column and trunk osteosyndesmology.

Vertebral column and trunk osteosyndesmology Description Practical class and written test on vertebral column and trunk osteosyndesmology.

Upper limb osteosyndesmology Description Lecture. Upper limb osteosyndesmology.

Upper limb osteosyndesmology Description Lecture. Upper limb osteosyndesmology.

Upper limb osteosyndesmology Description Practical class and written test on upper limb osteosyndesmology.

Osteosyndesmology of the lower limb Description Lecture. Osteosyndesmology of the lower limb.

Osteosyndesmology of the lower limb Description Lecture. Osteosyndesmology of the lower limb.

Osteosyndesmology of the lower limb Description Practical class and written test on the osteosyndesmology of the lower limb.

Trunk myology Description Lecture. Trunk myology.

Trunk myology Description Practical class and written test on trunk myology.

Trunk myology Description Practical class and written test on trunk myology.

Upper limb myology Description Lecture. Myology of the upper limb.

Upper limb myology Description Practical class and written test on the myology of the upper limb.

Upper limb myology Description Practical class and written test on the myology of the upper limb.

Lower limb myology Description Lecture. Myology of the lower limb.

Lower limb myology Description Practical class and written test on the myology of the lower limb.

Lower limb myology Description Practical class and written test on the myology of the lower limb.

Cardiovascular anatomy Description Lecture. Cardiovascular anatomy.

Cardiovascular system Description Practical class and written test work on the anatomy of the cardiovascular system.

Cardiovascular system Description Practical class and written test work on the anatomy of the cardiovascular system.

Anatomy of the nervous system Description Lecture. Central, peripheral, somatic, and vegetative nervous systems.

Anatomy of the nervous system Description Lecture. Central, peripheral, somatic, and vegetative nervous systems.

Anatomy of the nervous system Description Lecture. Central, peripheral, somatic, and vegetative nervous systems.

Anatomy of the nervous system Description Practical class and written test on the anatomy of the nervous system.

Anatomy of the nervous system Description Practical class and written test on the anatomy of the nervous system.

Sports morphology Description Lecture. Sports morphology: anatomical characterization of different body conditions and movements.

Sports morphology Description Lecture. Sports morphology: anatomical characterization of different body conditions and movements.

Sports morphology Description Practical class. Sports morphology: anatomical characterization of different body conditions and movements.

Final exam on anatomy of the musculoskeletal system Description Oral exam on anatomy of the musculoskeletal system.

Introduction to dynamic anatomy. Research methods Description Lecture. Object of motion anatomy and research methods.

Dynamic anatomy of basic human movements: anatomical analysis of posture Description Lecture. Anatomical analysis of the posture.

Dynamic anatomy of basic human movements: analysis of gait movements Description Lecture. Analysis of gait movements.

Dynamic anatomy of basic human movements: analysis of running motion Description Lecture. Analysis of running movements.

Dynamic anatomy of basic human movements: analysis of jump motion. Description Lecture. Analysis of jump movement.

Dynamic anatomy of basic human movements: analysis of thowing movement Description Lecture. Analysis of the motion of the throw.

Dynamic anatomy of basic human movements: analysis of gravity lifting (pushing) movement Description Lecture. Analysis of heavyweight lifting (pushing) movement.

Dynamic anatomy of basic human movements Description Practical class and written test work on the dynamic anatomy of basic human movements.

Combination of basic movements in the analysis of movements of certain sports Description Lecture. Combination of basic movements in the analysis of movements of certain sports.

PowerPoint presentations about your sport’s motion analysis Description Practical class (seminar) on the analysis of movements of different sports.

PowerPoint presentations about your sport’s motion analysis Description Practical class (seminar) on the analysis of movements of different sports.

PowerPoint presentations about your sport’s motion analysis Description Practical class (seminar) on the analysis of movements of different sports.

Content of the dynamic anatomy study course Description Oral exam in Dynamic Anatomy (joints and muscles involved in basic and sporting movements).

Introduction to sports biomechanics Description Lecture. Goals, tasks, and research methods for sports biomechanics.

Kinematics of human movements Description Lecture. Kinematic analysis of human movements.

Dynamics of human movements Description Lecture. Analysis of human motion dynamics.

Kinematics of human movements Description Lecture. Kinematic analysis of human movements.

Dynamics of human movements Description Lecture. Analysis of human motion dynamics.

Mechanical work, power and energy in human movements Description Lecture, Mechanical work, Power and Energy in Human movements.

Balance biomechanics Description Lecture. Biomechanics of balance.

Static and dynamic posture biodynamics Description Lecture. Biodynamics of static and dynamic posture.

Biomechanical basis of locomotion Description Lecture. Biomechanical basis of locomotion.

Biomechanics of walking and running Description Lecture. Biomechanics of walking and running.

Mechanical work, power and energy in human movements Description Practical class and written test on mechanical work, power, and energy in human movements.

Biomechanics of the musculoskeletal system 1 Description Lecture. Biomechanics of the musculoskeletal system (skeleton, joints).

Biomechanics of the musculoskeletal system. 4 Description Lecture. Biomechanics of the musculoskeletal system (stretching and shortening cycle of connective tissue).

Biomechanical aspects of technical and tactical mastery of motor operations Description Lecture. Biomechanics of the musculoskeletal system (muscle properties, models).

Biomechanics of the musculoskeletal system 1 Description Lecture. Biomechanics of the musculoskeletal system (skeleton, joints).

Differential biomechanics Description Lecture. Biomechanics of the musculoskeletal system (properties of tendons and ligaments).

Biomechanics of physical characteristics (strength) Description Lecture. Biomechanics of strength development.

Biomechanics of physical characteristics (power) Description Lecture. Biomechanics of power properties.

Biomechanics of physical characteristics (speed) Description Lecture. Biomechanics of speed.

Biomechanics of physical characteristics (endurance) Description Lecture. Biomechanics of endurance.

Biomechanics of physical characteristics (flexibility) Description Lecture. Biomechanics of flexibility.

Biomechanical aspects of technical and tactical mastery of motor operations Description Lecture. Biomechanics of the musculoskeletal system (muscle properties, models).

Biomechanics of physical characteristics Description Practical class on the biomechanics of physical qualities.

Differential Biomechanics 1 Description Lecture. Differential biomechanics: the influence of age and maturity on the technique of sports movement.

Differential Biomechanics 2 Description Lecture. Differential biomechanics: the influence of gender on the technique of sports movement.

Biomechanical aspects of technical and tactical mastery of motor operations Description Lecture. Biomechanics of the musculoskeletal system (muscle properties, models).

Biomechanics of the “seated” position Description Lecture. Differential biomechanics: the influence of physical fitness on the technique of sports movement.

Differential Biomechanics Description Practical class and written test work on differential biomechanics.

Biomechanical aspects of technical and tactical mastery of motor operations Description Lecture. Biomechanics of the musculoskeletal system (muscle properties, models).

Biomechanics of the musculoskeletal system 1 Description Lecture. Biomechanics of the musculoskeletal system (skeleton, joints).

Report on biomechanical analysis of movements of a sport Description Student prepares and submits a report on biomechanical analysis of movement of his or her sport

Report on biomechanical analysis of movements of a sport Description Student prepares and submits a report on biomechanical analysis of movement of his or her sport

Final test in sports biomechanics Description A written exam on the subjects of the sports biomechanics study course.

Physiology subject charactgerization. Research methods in physiology Description Video lecture. Physiology subject characterisation, purpose, tasks and research methods to be used.

Blood physiology Description Lecture. Blood composition (plasma, cells) and functions.

Heart physiology Description Lecture. Heart structure, functions, and examination methods.

Circulatory physiology Description Lecture. Circulatory arcs, types of blood vessels, circulatory volumes, blood pressure, pulse rate, and their measurement.

Cardiovascular physiology Description Laboratory work. Sound of heart tone, measurement of arterial blood pressure, determination of heart rate and pulse, observation of eye-heart reflex.

Blood, cardiovascular physiology Description Practical class (seminar) and test in the e-course with many choice questions about blood composition, functions, and cardiovascular physiology.

Respiratory physiology Description Lecture. Respiratory organs and their functions, external, internal and cellular respiration, respiratory system examination methods.

Respiratory physiology (spirometry) Description Laboratory work. Determination of static pulmonary volumes (spirometry).

Muscle physiology Description Lecture. Muscle structure, contraction mechanism, types of muscle fibres, types of contractions, muscle working modes and types of whole muscle contractions, strength measurement, etc., evaluation methods.

Muscle physiology Description Lecture. Muscle structure, contraction mechanism, types of muscle fibres, types of contractions, muscle working modes and types of whole muscle contractions, strength measurement, etc., evaluation methods.

Muscle physiology: measuring maximum strength Description Laboratory work. Measuring the absolute maximum isometric strength of the handgrip and back extensor muscles. Calculation of relative muscle strength.

Respiratory and muscular physiology Description Practical class (seminar) and test in the e-course with many choice questions about respiratory and muscular physiology.

General physiology of the nervous system Description Lecture. Central and peripheral, somatic and vegetative nervous system, brain parts, functions, reflexes.

Motor control of movements by the brain Description Lecture. The role of different parts of the brain in controlling movement.

Motor control of movements by the brain Description Lecture. The role of different parts of the brain in controlling movement.

Observation of tendon reflexes Description Laboratory work. Observation of knee, Achilles, and upper arm bi-head muscle tendon reflexes.

General nervous system physiology and role in motor control Description Practical class (seminar) and test in the e-course with many choice questions on the physiology of the nervous system and motor control.

Final exam in physiology Description An oral exam on the physiology of the blood, heart, circulation, breathing, muscles, and nervous system.

Respiratory physiology Description Lecture. Respiratory organs and their functions, external, internal and cellular respiration, respiratory system examination methods.

Digestive system physiology Description Lecture. Digestive organs and their functions, digestive juices, enzymes, bowel movements, regulation.

Metabolism and energy exchange Description Lecture. Metabolic and energy exchange physiology: assimilation and disimilation, nutrients for use, energy sources, methods for determining energy consumption, energy consumption in various sports.

Internal secretion Description Lecture. Internal secretion glands, their functions and hormones, secretion regulation.

Excretory systems and thermoregulation physiology Description Lecture. Excretory organs and their functions. Regulating mechanisms for body temperature.

Digestive, metabolic, energy exchange, internal secretion, excretory systems, thermal regulation physiology Description Practical class (seminar) and test in the e-course on the physiology of digestion, metabolism, energy exchange, internal secretion, excretory systems, and thermoregulation.

Visual, auditory, proprioceptive senses and skin sensory systems Description Lecture. Physiology of vision, hearing, proprioceptive senses, and skin systems sensory systems.

Determination of visual acuity and field. Assessment of the tactile sense of skin Description Laboratory work. Determination of visual acuity and field. Assessing the accuracy of kinaesthetic sensations.

Final examination of the physiology of digestive, metabolic, energy exchange, internal secretion, excretory, thermoegulation and sensory systems Description A written exam on the physiology of digestive, metabolic, energy exchange, internal secretion, outputs, thermal regulation and sensory systems.

Introduction to the subject of anatomy and sports morphology as science. Methods. Description Lecture on the objectives, tasks, research methods, human body planes, movements, and Latin terminology used in the anatomy study course.

Vertebral column and trunk osteosyndesmology Description Lecture on vertebral and torso bones, joints, ligaments.

Vertebral column and trunk osteosyndesmology Description Practical class and written test on vertebral column and trunk osteosyndesmology.

Upper limb osteosyndesmology Description Lecture. Upper limb osteosyndesmology.

Osteosyndesmology of the lower limb Description Lecture. Osteosyndesmology of the lower limb.

Upper limb osteosyndesmology Description Practical class and written test on upper limb osteosyndesmology.

Osteosyndesmology of the lower limb Description Practical class and written test on the osteosyndesmology of the lower limb.

Trunk myology Description Lecture. Trunk myology.

Trunk myology Description Practical class and written test on trunk myology.

Upper limb myology Description Lecture. Myology of the upper limb.

Upper limb myology Description Practical class and written test on the myology of the upper limb.

Lower limb myology Description Lecture. Myology of the lower limb.

Lower limb myology Description Practical class and written test on the myology of the lower limb.

Cardiovascular anatomy Description Lecture. Cardiovascular anatomy.

Cardiovascular system Description Practical class and written test work on the anatomy of the cardiovascular system.

Anatomy of the nervous system Description Lecture. Central, peripheral, somatic, and vegetative nervous systems.

Anatomy of the nervous system Description Practical class and written test on the anatomy of the nervous system.

Final exam on anatomy of the musculoskeletal system Description Oral exam on anatomy of the musculoskeletal system.

Introduction to dynamic anatomy. Research methods Description Lecture. Object of motion anatomy and research methods.

Dynamic anatomy of basic human movements: anatomical analysis of posture Description Lecture. Anatomical analysis of the posture.

Dynamic anatomy of basic human movements: analysis of gait movements Description Lecture. Analysis of gait movements.

Dynamic anatomy of basic human movements: analysis of running motion Description Lecture. Analysis of running movements.

Dynamic anatomy of basic human movements: analysis of jump motion. Description Lecture. Analysis of jump movement.

Dynamic anatomy of basic human movements: analysis of thowing movement Description Lecture. Analysis of the motion of the throw.

Dynamic anatomy of basic human movements: analysis of gravity lifting (pushing) movement Description Lecture. Analysis of heavyweight lifting (pushing) movement.

Dynamic anatomy of basic human movements Description Practical class and written test work on the dynamic anatomy of basic human movements.

PowerPoint presentations about your sport’s motion analysis Description Practical class (seminar) on the analysis of movements of different sports.

Kinematics of human movements Description Lecture. Kinematic analysis of human movements.

Dynamics of human movements Description Lecture. Analysis of human motion dynamics.

Mechanical work, power and energy in human movements Description Lecture, Mechanical work, Power and Energy in Human movements.

Balance biomechanics Description Lecture. Biomechanics of balance.

Biomechanics of the musculoskeletal system. 4 Description Lecture. Biomechanics of the musculoskeletal system (stretching and shortening cycle of connective tissue).

PowerPoint presentations about your sport’s motion analysis Description Practical class (seminar) on the analysis of movements of different sports.

Content of the dynamic anatomy study course Description Oral exam in Dynamic Anatomy (joints and muscles involved in basic and sporting movements).

Final test in sports biomechanics Description A written exam on the subjects of the sports biomechanics study course.

Physiology subject charactgerization. Research methods in physiology Description Video lecture. Physiology subject characterisation, purpose, tasks and research methods to be used.

Blood physiology Description Lecture. Blood composition (plasma, cells) and functions.

Heart physiology Description Lecture. Heart structure, functions, and examination methods.

Circulatory physiology Description Lecture. Circulatory arcs, types of blood vessels, circulatory volumes, blood pressure, pulse rate, and their measurement.

Blood, cardiovascular physiology Description Practical class (seminar) and test in the e-course with many choice questions about blood composition, functions, and cardiovascular physiology.

Respiratory physiology Description Lecture. Respiratory organs and their functions, external, internal and cellular respiration, respiratory system examination methods.

Respiratory physiology Description Lecture. Respiratory organs and their functions, external, internal and cellular respiration, respiratory system examination methods.

Muscle physiology Description Lecture. Muscle structure, contraction mechanism, types of muscle fibres, types of contractions, muscle working modes and types of whole muscle contractions, strength measurement, etc., evaluation methods.

Muscle physiology Description Lecture. Muscle structure, contraction mechanism, types of muscle fibres, types of contractions, muscle working modes and types of whole muscle contractions, strength measurement, etc., evaluation methods.

General nervous system physiology and role in motor control Description Practical class (seminar) and test in the e-course with many choice questions on the physiology of the nervous system and motor control.

General physiology of the nervous system Description Lecture. Central and peripheral, somatic and vegetative nervous system, brain parts, functions, reflexes.

Motor control of movements by the brain Description Lecture. The role of different parts of the brain in controlling movement.

Final exam in physiology Description An oral exam on the physiology of the blood, heart, circulation, breathing, muscles, and nervous system.

Digestive system physiology Description Lecture. Digestive organs and their functions, digestive juices, enzymes, bowel movements, regulation.

Metabolism and energy exchange Description Lecture. Metabolic and energy exchange physiology: assimilation and disimilation, nutrients for use, energy sources, methods for determining energy consumption, energy consumption in various sports.

Internal secretion Description Lecture. Internal secretion glands, their functions and hormones, secretion regulation.

Excretory systems and thermoregulation physiology Description Lecture. Excretory organs and their functions. Regulating mechanisms for body temperature.

Digestive, metabolic, energy exchange, internal secretion, excretory systems, thermal regulation physiology Description Practical class (seminar) and test in the e-course on the physiology of digestion, metabolism, energy exchange, internal secretion, excretory systems, and thermoregulation.

Visual, auditory, proprioceptive senses and skin sensory systems Description Lecture. Physiology of vision, hearing, proprioceptive senses, and skin systems sensory systems.

Final examination of the physiology of digestive, metabolic, energy exchange, internal secretion, excretory, thermoegulation and sensory systems Description A written exam on the physiology of digestive, metabolic, energy exchange, internal secretion, outputs, thermal regulation and sensory systems.