ORGANS SYSTEMS REVIEW - Foundation for Biomedical Research
... Female: ovaries, uterus, vagina, mammary glands Respiratory: lungs, nose, trachea, bronchi Skeletal: bones and joints Urinary/Excretory: kidneys, urinary bladder, urethra, ureters It is important to keep in mind that these systems don't just exist as individual units. The final product of these coop ...
... Female: ovaries, uterus, vagina, mammary glands Respiratory: lungs, nose, trachea, bronchi Skeletal: bones and joints Urinary/Excretory: kidneys, urinary bladder, urethra, ureters It is important to keep in mind that these systems don't just exist as individual units. The final product of these coop ...
Introduction to Biomechanics for engineering students
... also contribute to keeping the body warm through generating heat when contracting. The skeletal system and the muscle system are strongly coupled both structurally and functionally. The muscle tissue continues through the tendons into the bone tissue and ensures secure fixations. Physiologically, th ...
... also contribute to keeping the body warm through generating heat when contracting. The skeletal system and the muscle system are strongly coupled both structurally and functionally. The muscle tissue continues through the tendons into the bone tissue and ensures secure fixations. Physiologically, th ...
System+Coloring+Book
... carrying blood to the heart) that carries oxygen-poor blood to the right atrium from the lower half of the body. left atrium - the left upper chamber of the heart. It receives oxygen-rich blood from the lungs via the pulmonary vein. left ventricle - the left lower chamber of the heart. It pumps the ...
... carrying blood to the heart) that carries oxygen-poor blood to the right atrium from the lower half of the body. left atrium - the left upper chamber of the heart. It receives oxygen-rich blood from the lungs via the pulmonary vein. left ventricle - the left lower chamber of the heart. It pumps the ...
Introduction to Biomechanics for engineering students
... contribute to keeping the body warm through generating heat when contracting. The skeletal system and the muscle system are strongly coupled both structurally and functionally. The muscle tissue continues through the tendons into the bone tissue and ensures secure fixations. Physiologically, the mus ...
... contribute to keeping the body warm through generating heat when contracting. The skeletal system and the muscle system are strongly coupled both structurally and functionally. The muscle tissue continues through the tendons into the bone tissue and ensures secure fixations. Physiologically, the mus ...
The EAR - Ipswich-Year2-Med-PBL-Gp-2
... Margins- anterior and inferior Surfaces-costal, medial, diaphragmatic R lung- 3 lobes, 2 fissures L lung- 2 lobes, 1 fissure, lingula and cardiac impression ...
... Margins- anterior and inferior Surfaces-costal, medial, diaphragmatic R lung- 3 lobes, 2 fissures L lung- 2 lobes, 1 fissure, lingula and cardiac impression ...
Lower Respiratory Tract Anatomy - Scottish Universities Medical
... joint (i.e. the sternal angle), the pulmonary trunk, the beginning and end of the aortic arch, and the entry point of the superior vena cava into the right atrium. The right bronchus is both more vertical and wider than the left. These two main bronchi then split into lobar or ...
... joint (i.e. the sternal angle), the pulmonary trunk, the beginning and end of the aortic arch, and the entry point of the superior vena cava into the right atrium. The right bronchus is both more vertical and wider than the left. These two main bronchi then split into lobar or ...
Skeletal, Muscular, Respiratory, Digestive and Urinary
... 2. Maintain body temperature 3. Maintain posture List the three types of muscle, tell where they are found, and tell whether they are voluntary or involuntary. 1. Skeletal – Voluntary 2. Cardiac – Involuntary 3. Smooth - Involuntary What is produced when muscles contract? heat List at least 3 functi ...
... 2. Maintain body temperature 3. Maintain posture List the three types of muscle, tell where they are found, and tell whether they are voluntary or involuntary. 1. Skeletal – Voluntary 2. Cardiac – Involuntary 3. Smooth - Involuntary What is produced when muscles contract? heat List at least 3 functi ...
Chapter 1 Quiz 1
... a. The heart is medial to the lungs. b. The heart is deep to the lungs. c. The heart is lateral to the lungs. d. The heart is superior to the lungs. e. The heart is inferior to the lungs. ...
... a. The heart is medial to the lungs. b. The heart is deep to the lungs. c. The heart is lateral to the lungs. d. The heart is superior to the lungs. e. The heart is inferior to the lungs. ...
Thorax Worksheet
... Esophageal varices are often associated with what condition? Portal hypertension caused by diseased liver. Finish the sentence. Cervical spinal nerves exit just (above/below) the corresponding vertebrae; thoracic spinal nerves exit just (above/below) the corresponding vertebrae. Cervical spinal nerv ...
... Esophageal varices are often associated with what condition? Portal hypertension caused by diseased liver. Finish the sentence. Cervical spinal nerves exit just (above/below) the corresponding vertebrae; thoracic spinal nerves exit just (above/below) the corresponding vertebrae. Cervical spinal nerv ...
Intermediate - Maggie`s Earth Adventures
... If you guessed that your left lung is smaller, you are right. This is because the left side of your body needs room for your heart. You have one big tube leading to each lung. These are called bronchi. Smaller tubes branch off from these. These tiny branches are called bronchioles. There are about 3 ...
... If you guessed that your left lung is smaller, you are right. This is because the left side of your body needs room for your heart. You have one big tube leading to each lung. These are called bronchi. Smaller tubes branch off from these. These tiny branches are called bronchioles. There are about 3 ...
Anatomy Workshop #1
... Esophageal varices are often associated with what condition? Portal hypertension caused by diseased liver. Finish the sentence. Cervical spinal nerves exit just (above/below) the corresponding vertebrae; thoracic spinal nerves exit just (above/below) the corresponding vertebrae. Cervical spinal nerv ...
... Esophageal varices are often associated with what condition? Portal hypertension caused by diseased liver. Finish the sentence. Cervical spinal nerves exit just (above/below) the corresponding vertebrae; thoracic spinal nerves exit just (above/below) the corresponding vertebrae. Cervical spinal nerv ...
Anesthesia and surgical preparation of the animals
... The recipient pig is placed in right lateral decubitus position and a wide left thoracotomy performed just below the tip of the scapula. The fifth rib is excised and the retractor is opened carefully to avoid bleeding from collateral branches that feed the hemi-azygos vein. The inferior pulmonary li ...
... The recipient pig is placed in right lateral decubitus position and a wide left thoracotomy performed just below the tip of the scapula. The fifth rib is excised and the retractor is opened carefully to avoid bleeding from collateral branches that feed the hemi-azygos vein. The inferior pulmonary li ...
MTC8: Introduction to Anatomy 28/09/07
... The mediastinum is a protective partition oriented along the median plane and contains the heart, oesophagus and trachea, among others. The pleural cavities lie laterally on either side of the mediastinum and so are completely separated from one another, covering the inside of the ribs (reaching abo ...
... The mediastinum is a protective partition oriented along the median plane and contains the heart, oesophagus and trachea, among others. The pleural cavities lie laterally on either side of the mediastinum and so are completely separated from one another, covering the inside of the ribs (reaching abo ...
Click - The Music Shed
... In the image above, the front of the larynx is the left hand side. One of the main functions of the larynx is to protect the airways and to stop food entering the lungs. Food should pass down the oesophagus into the stomach. As can be seen from the image above, the vocal folds sit over the open spac ...
... In the image above, the front of the larynx is the left hand side. One of the main functions of the larynx is to protect the airways and to stop food entering the lungs. Food should pass down the oesophagus into the stomach. As can be seen from the image above, the vocal folds sit over the open spac ...
Anatomy of the Respiratory System 2
... TBs is the respiratory zone and from each TB is an acinus. TBs divide into respiratory bronchioles and alveolar ducts. The distance from the TB to the most distal alveolus is only a few millimetres but the respiratory zone makes up most of the lung, its volume about 2.5-3 litres at rest. Because the ...
... TBs is the respiratory zone and from each TB is an acinus. TBs divide into respiratory bronchioles and alveolar ducts. The distance from the TB to the most distal alveolus is only a few millimetres but the respiratory zone makes up most of the lung, its volume about 2.5-3 litres at rest. Because the ...
Basic Anatomy - es26medic.net
... “Tube” surrounded by semicircular cartilage – giving it shape Top cartilage is the Cricoid Cartilage ...
... “Tube” surrounded by semicircular cartilage – giving it shape Top cartilage is the Cricoid Cartilage ...
Respiratory System Educator`s Guide
... cardiovascular system. It takes the de-oxygenated, carbon dioxide rich blood returning from the body’s trillions of cells, and through the pumping of the heart, pushes this blood through the pulmonary artery into the lungs. Inside the lungs a network of ever branching and ever smaller arteries termi ...
... cardiovascular system. It takes the de-oxygenated, carbon dioxide rich blood returning from the body’s trillions of cells, and through the pumping of the heart, pushes this blood through the pulmonary artery into the lungs. Inside the lungs a network of ever branching and ever smaller arteries termi ...
Directional Term Practice
... Insert the missing directional terms in the blanks in the statements below the diagram. 1. The head is _SUPERIOR_ to the pelvis. ...
... Insert the missing directional terms in the blanks in the statements below the diagram. 1. The head is _SUPERIOR_ to the pelvis. ...
Respiratory System Diseases
... been diagnosed and is resistant to drug therapy. This has created a concern that TB will become a widespread infectious disease. ...
... been diagnosed and is resistant to drug therapy. This has created a concern that TB will become a widespread infectious disease. ...
8th Grade Health
... c. Urethra – OPENING WHERE URINE LEAVES THE BODY d. Urea – LIQUID WASTE FOUND IN BLOODSTREAM 10. Liver – LARGEST ORGAN INSIDE THE BODY, WHICH PRODUCES BILE AND FILTERS TOXINS OUT OF NUTRIENT RICH BLOOD ...
... c. Urethra – OPENING WHERE URINE LEAVES THE BODY d. Urea – LIQUID WASTE FOUND IN BLOODSTREAM 10. Liver – LARGEST ORGAN INSIDE THE BODY, WHICH PRODUCES BILE AND FILTERS TOXINS OUT OF NUTRIENT RICH BLOOD ...
The Respiratory System: - Western Washington University
... What are the functions of the respiratory system? What tissue helps prevent the collapse of air passageways in the trachea, bronchi, and bronchioles? Identify some of these by name. ...
... What are the functions of the respiratory system? What tissue helps prevent the collapse of air passageways in the trachea, bronchi, and bronchioles? Identify some of these by name. ...
Throat, Thorax, and Visceral Conditions
... • Right side pumps blood to the lungs • Left side receives oxygenated blood from lungs and pumps it into the systemic circulation. • Atria-simultaneously contract pushing blood into• Ventricles- contract simultaneously pushing blood into lungs and systemic circulatory circuit. ...
... • Right side pumps blood to the lungs • Left side receives oxygenated blood from lungs and pumps it into the systemic circulation. • Atria-simultaneously contract pushing blood into• Ventricles- contract simultaneously pushing blood into lungs and systemic circulatory circuit. ...
Respiratory System
... the respiratory system is remarkably simple – to bring about the exchange of oxygen and carbon dioxide between the blood, air, and tissues. The process of respiration includes breathing, transport of gases by the circulatory system, and exchange of gases with body cells. The rate of respiration is c ...
... the respiratory system is remarkably simple – to bring about the exchange of oxygen and carbon dioxide between the blood, air, and tissues. The process of respiration includes breathing, transport of gases by the circulatory system, and exchange of gases with body cells. The rate of respiration is c ...
Slide ()
... Bronchopulmonary segments of human lung. Left and right upper lobes: (1) apical, (2) posterior, (3) anterior, (4) superior lingular, and (5) inferior lingular segments. Right middle lobe: (4) lateral and (5) medial segments. Lower lobes (6): superior (apical), (7) medial–basal, (8) anterior–basal, ( ...
... Bronchopulmonary segments of human lung. Left and right upper lobes: (1) apical, (2) posterior, (3) anterior, (4) superior lingular, and (5) inferior lingular segments. Right middle lobe: (4) lateral and (5) medial segments. Lower lobes (6): superior (apical), (7) medial–basal, (8) anterior–basal, ( ...
Lung
The lung is the essential respiratory organ in many air-breathing animals, including most tetrapods, a few fish and a few snails. In mammals and most other vertebrates, two lungs are located near the backbone on either side of the heart. Their function is to extract oxygen from the atmosphere and transfer it into the bloodstream, and to release carbon dioxide from the bloodstream into the atmosphere, a process of gas exchange in the respiratory system.The air that enters, or ventilates, the lungs enters the body through the mouth or nose, and travels through the pharynx, larynx, and trachea (windpipe). The trachea divides into two bronchi one for the right and one for the left lung, which then progressively subdivide into a system of smaller secondary and tertiary bronchi and smaller bronchioles. This division ends in alveoli, which are thin-walled sacs where gas exchange of carbon dioxide and oxygen, takes place.Respiration is driven by different muscular systems in different species. Mammals, reptiles and birds use their musculoskeletal systems to support and foster breathing. In humans, the primary muscle that drives breathing is the diaphragm. In early tetrapods, air was driven into the lungs by the pharyngeal muscles via buccal pumping, a mechanism still seen in amphibians. Medical terms related to the lung often begin with pulmo-, such as in the (adjectival form: pulmonary) or from the Latin pulmonarius (""of the lungs""), or with pneumo- (from Greek πνεύμων ""lung"").