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Questions and Answers
The aim of absorbing oxygen by the organism is:
The aim of absorbing oxygen by the organism is:
- The reducing of formation of CO2
- Synthesis of proteins
- The improvement of the efficiency of ATP resynthesis (correct)
- The formation of oxyhemoglobin in erythrocytes (correct)
- The reduction of heat elimination
The energy of macroergic bonds of ATP molecules is used for:
The energy of macroergic bonds of ATP molecules is used for:
- Synthesis of complex substances
- All answers are correct (correct)
- Active transport of substances
- Mechanical work
What part of lungs containing alveoli participates in gas exchange with blood?
What part of lungs containing alveoli participates in gas exchange with blood?
- Dead space
- Conductive zone
- Transient zone
- Respiratory zone (correct)
Choose the gas composition of inhaled air (%).
Choose the gas composition of inhaled air (%).
Choose the gas composition of alveolar air (%).
Choose the gas composition of alveolar air (%).
The permeability of membranes of alveoli and capillaries for gas characterizes the rate of:
The permeability of membranes of alveoli and capillaries for gas characterizes the rate of:
The lungs of an adult are stretched:
The lungs of an adult are stretched:
Negative pressure in the pleural gap is provided mainly by:
Negative pressure in the pleural gap is provided mainly by:
Inspiration is performed by contracting of:
Inspiration is performed by contracting of:
The change in volume of the thoracic cavity during a quiet breathing mainly occurs due to the contraction of:
The change in volume of the thoracic cavity during a quiet breathing mainly occurs due to the contraction of:
What act of breathing involves external intercostal muscles?
What act of breathing involves external intercostal muscles?
Respiratory muscles are:
Respiratory muscles are:
During inspiration:
During inspiration:
What factors form the expiration phase?
What factors form the expiration phase?
The difference between the intrapulmonary and intrapleural pressures is called:
The difference between the intrapulmonary and intrapleural pressures is called:
If the transpulmonary pressure is equal to zero what will happen to lungs?
If the transpulmonary pressure is equal to zero what will happen to lungs?
Negative pressure in the pleural cavity caused by the fact that:
Negative pressure in the pleural cavity caused by the fact that:
What component does the anatomic dead space include?
What component does the anatomic dead space include?
The airways provide: (Find the incorrect answer)
The airways provide: (Find the incorrect answer)
The function of the surfactant is :
The function of the surfactant is :
What part of the alveolar air is renovated with each breath during a quiet breathing?
What part of the alveolar air is renovated with each breath during a quiet breathing?
The gas exchange occurs in the alveoli
The gas exchange occurs in the alveoli
The most reliable criterion of the effective ventilation is:
The most reliable criterion of the effective ventilation is:
The volume of air that a person can inhale and exhale at rest is called:
The volume of air that a person can inhale and exhale at rest is called:
The value of tidal volume in healthy adults averages:
The value of tidal volume in healthy adults averages:
The volume of air a person can inspire after a quiet inspiration is called:
The volume of air a person can inspire after a quiet inspiration is called:
A person can inspire after a quiet inspiration:
A person can inspire after a quiet inspiration:
The value of inspiratory reserve volume in healthy adults is:
The value of inspiratory reserve volume in healthy adults is:
The volume of air that a person can expire after a quiet expiration:
The volume of air that a person can expire after a quiet expiration:
The value of the expiratory reserve volume in healthy adults is:
The value of the expiratory reserve volume in healthy adults is:
After a maximal expiration in lung remains:
After a maximal expiration in lung remains:
Residual volume is:
Residual volume is:
How to calculate a functional residual capacity?
How to calculate a functional residual capacity?
What is the volume of a functional residual capacity, if a tidal volume = 0,5 liter, expiratory reserve volume = 1,5 liters, residual volume - 1 liter, inspiratory reserve volume = 2 liters?
What is the volume of a functional residual capacity, if a tidal volume = 0,5 liter, expiratory reserve volume = 1,5 liters, residual volume - 1 liter, inspiratory reserve volume = 2 liters?
What is called a vital capacity:
What is called a vital capacity:
VC consists of the following volumes:
VC consists of the following volumes:
The average volume of anatomic dead space of a healthy adult is about:
The average volume of anatomic dead space of a healthy adult is about:
MV (minute ventilation) is calculated by the equation:
MV (minute ventilation) is calculated by the equation:
Choose a normal value of MV (minute ventilation):
Choose a normal value of MV (minute ventilation):
The aim of absorbing of oxygen by organism is:
The aim of absorbing of oxygen by organism is:
What organelles are the main consumers of O2 in cells:
What organelles are the main consumers of O2 in cells:
Choose the correct sequence of respiratory phases.
Choose the correct sequence of respiratory phases.
The lungs of adult are stretched ...
The lungs of adult are stretched ...
Flashcards
What is breathing?
What is breathing?
The process of moving air in and out of the lungs.
What is residual volume?
What is residual volume?
The amount of air remaining in the lungs after a forceful exhalation.
What is surfactant?
What is surfactant?
A substance that reduces surface tension in the alveoli, preventing their collapse.
What is the driving force for inspiration?
What is the driving force for inspiration?
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What is external respiration?
What is external respiration?
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What is gas transport by blood?
What is gas transport by blood?
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What is anemic hypoxia?
What is anemic hypoxia?
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What is hypoxemia?
What is hypoxemia?
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What is the respiratory center?
What is the respiratory center?
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What is digestion?
What is digestion?
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What is absorption?
What is absorption?
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What are villi?
What are villi?
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What is bile?
What is bile?
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What is cholecystokinin (CCK)?
What is cholecystokinin (CCK)?
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What is carbohydrate digestion?
What is carbohydrate digestion?
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What is homeostasis?
What is homeostasis?
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What is excretion?
What is excretion?
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What is a nephron?
What is a nephron?
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What is glomerular filtration?
What is glomerular filtration?
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What is tubular reabsorption?
What is tubular reabsorption?
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What is the glomerular filtration rate (GFR)?
What is the glomerular filtration rate (GFR)?
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What is aldosterone?
What is aldosterone?
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What is insulin?
What is insulin?
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What is the pancreas?
What is the pancreas?
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What is diabetes mellitus?
What is diabetes mellitus?
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What is parathyroid hormone (PTH)?
What is parathyroid hormone (PTH)?
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What is nerve conduction?
What is nerve conduction?
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What is a synapse?
What is a synapse?
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What is a neurotransmitter?
What is a neurotransmitter?
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What is acetylcholine?
What is acetylcholine?
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What is norepinephrine?
What is norepinephrine?
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What is the motor cortex?
What is the motor cortex?
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What is the cerebellum?
What is the cerebellum?
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What is the sensory cortex?
What is the sensory cortex?
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What is transduction?
What is transduction?
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What is an ascending tract?
What is an ascending tract?
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Study Notes
###Â Document Details
- Title: Tests on Normal Physiology for Foreign Students
- Publisher: Orenburg State Medical University, Ministry of Health of Russia
- Publication Year: 2017
- Number of Pages: 19 pages + content pages
- Intended Audience: Foreign Medical Students studying Normal Physiology
###Â Content Summary
- This document is a study guide, specifically designed for foreign medical students studying Normal Physiology.
- It contains a variety of multiple-choice questions, each covering different aspects of respiratory physiology, external respiration, fluid electrolyte balance, physiology of excretory and blood systems, cardiovascular physiology, Somatic and Autonomic Nervous Systems, endocrine system, regulation of metabolism, sensory systems, higher functions of nervous systems, and the physiology of blood.
- The questions and content address various topics related to the normal functioning of the human body systems.
- Answers with detailed explanations are included for each question.
- The questions are organized per topic for easy navigation and understanding.
- The guide also includes information about important tests used in the screening examination.
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