Master's Degree in Sciences and techniques of preventive and adaptative motor activities
Academic Year 2019/2020 - 1° Year
FISIOLOGIA E BIOCHIMICA APPLICATA
Teaching Staff
AGOSTINO PALMERI - Module Physiology - BIO/09 - 4 CFUDANIELE TIBULLO - Module Biochemistry - BIO/10 - 4 CFU
Learning Objectives
- Physiology
The course aims at acquiring in-depth knowledge on the adaptations of the cardiovascular, pulmonary, metabolic, endocrine and neuromuscular functions of the human body in response to sports activities, even in extreme environmental conditions, at different intensities, in relation to gender, age, state of health or clinical condition of each subject; physiological changes induced by training; also for the purpose of knowing the functional responses related to motor assessment and exercise tests. The practical skills achieved will include the ability to perform assessments on aerobic capacity, using various types of tests (cycle ergometer, running, step); the determination of the maximum oxygen consumption; the interpretation of an ECG under exercise in normal conditions.
- Biochemistry
The goal of the course is to describe the biochemical processes and the integration of metabolism in the muscle during exercise
Course Structure
- Physiology
Frontal lessons.
Detailed Course Content
- Physiology
- Physical activity for health and physical efficiency: Hypokinetic disease; Obesity; Body weight control; Sport and diabetes.
- Functional evaluation in non-competitive and competitive activity.
- Performance and athletic conditioning: Food supplements; doping substances.
- Physiological aspects of motor and sports activity in adolescents: Development of muscular strength and resistance training in children and adolescents. Aerobic and anaerobic performance plasticity with growth. Cardio-respiratory responses in the developmental age.
- Physical exercise in old age: Changes in the main physiological functions in aging. Muscle, metabolic and cardio-respiratory responses in the elderly.
- Physical activity at great heights: Respiratory mechanics at high altitude. Ventilatory response and acid-base balance in hypoxia. Cardio-circulatory adaptations to acute and chronic hypoxia. Aerobic and anaerobic metabolism at great heights.
- Immersion physiology: Environmental characteristics of apnea and scuba diving. Physiological aspects of respiratory activity, cardio-circulatory activity and energy metabolism in underwater activity.
- Elements on electrophysiological investigation techniques of the central and peripheral nervous system: Evoked potentials; EMG techniques; recording techniques and motion kinematics analysis.
- Muscle pain and physical activity.
- Itori Transient consciousness disturbances and physical activity.
- Biochemistry
- Metabolism and physical activity
- Metabolic equivalents and level of physical activity
- Metabolism: anabolism and catabolism
- Oxidative metabolism and ATP synthesis
- Mechanism of muscle contraction
- ATP and phosphocreatine
- Aerobic and anaerobic metabolism
- Structure and function of haemoglobin and myoglobin
- Glucose metabolism
- Glycolysis, glycogensynthesis and glycogenlysis
- Fermentation homolactic
- Cori cycle
- Krebs cycle
- Metabolism of acetyl-CoA in muscle tissue
- Lipid metabolism during exercise
- Plasma lipoproteins
- Fatty acid oxidation in muscle
- Ketone bodies
- Metabolism of proteins and amino acids in the muscle during exercise
- Branched chain amino acids
- Transamination
- Deamination
- Urea cycle
- Glucogenic and ketogenic amino acids
Textbook Information
- Physiology
McArdle W. D., Katch F.I., Katch V.L Fisiologia applicata allo sport. Casa Editrice Ambrosiana – Milano 2018
- Biochemistry
- Siliprandi e Tettamandi . Biochimica medica. Piccin
- D.L. Nelson, M.M. Cox. I principi di Biochimica di Lehninger. Zanichelli
- Di Giulio. Biochimica delle scienze motorie. Cea
- G. Arienti, A. Fiorilli. Biochimica dell’attività motoria. Piccin
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