Module 38 / Gross Anatomy and the Upper Respiratory
... Extending from the nasal septum are three pairs of C-shaped structures called conchae. The superior, middle, and inferior conchae extend the length of the nasal cavity. They are covered by a mucus membrane that contains a large number of mucus-secreting cells and blood vessels. A bloody nose highlig ...
... Extending from the nasal septum are three pairs of C-shaped structures called conchae. The superior, middle, and inferior conchae extend the length of the nasal cavity. They are covered by a mucus membrane that contains a large number of mucus-secreting cells and blood vessels. A bloody nose highlig ...
Fetal Pig Dissection Unit - Grosse Pointe Public School System
... destroys damaged red blood cells. (not in the digestive system) ...
... destroys damaged red blood cells. (not in the digestive system) ...
Diaphragms/ Fluid Model/Lymphatics
... larger than blood capillaries and they lack a basal lamina. Unlike most blood capillaries, their endothelium is quite permeable to colloidal material, cells & cell debris, and microorganisms from tissue spaces. •Obstruction of the lymphatic vessels causes edema. The surrounding tissues distend with ...
... larger than blood capillaries and they lack a basal lamina. Unlike most blood capillaries, their endothelium is quite permeable to colloidal material, cells & cell debris, and microorganisms from tissue spaces. •Obstruction of the lymphatic vessels causes edema. The surrounding tissues distend with ...
bio : fetal pig dissection guide
... 8. Locate the diaphragm, a sheet of muscle that separates the abdominal cavity from the thoracic cavity. Find the largest, most obvious structure in the abdominal cavity, the brownish-colored liver. 9. Between the lobes of the liver, find the small, greenish-brown gall bladder. Locate the hepatic d ...
... 8. Locate the diaphragm, a sheet of muscle that separates the abdominal cavity from the thoracic cavity. Find the largest, most obvious structure in the abdominal cavity, the brownish-colored liver. 9. Between the lobes of the liver, find the small, greenish-brown gall bladder. Locate the hepatic d ...
Respiratory Anatomy by Radiology Lecture
... edge of the right lung. There is air outside it, within the pleural cavity. The edge is barely visible, but there are no vascular markings lateral to the arrows. The trachea is still central but may shift away from the side of the lesion in a tension pneumothorax. ...
... edge of the right lung. There is air outside it, within the pleural cavity. The edge is barely visible, but there are no vascular markings lateral to the arrows. The trachea is still central but may shift away from the side of the lesion in a tension pneumothorax. ...
Organogenesis Of The Gastrointestinal Tract.
... Accessory lungs an extra lung bud in abnormal site e.g. neck, abdomen. Pulmonary hypolasiadecreased lung development Pulmonary agenesis/aplasiaabsence of lung, very rare. Congenital pulmonary cystspart of bronchial tree loses connection with main bronchusendodermal secretions form cysts. Respir ...
... Accessory lungs an extra lung bud in abnormal site e.g. neck, abdomen. Pulmonary hypolasiadecreased lung development Pulmonary agenesis/aplasiaabsence of lung, very rare. Congenital pulmonary cystspart of bronchial tree loses connection with main bronchusendodermal secretions form cysts. Respir ...
02 THE_MUSCLES_INVOLVED_IN_RESPIRATION
... discs on right side & bodies of first two lumbar vertebrae and their intervertebral discs on left side (right & left crus) and the arcuate ligaments. 3. Sternal: xiphoid process of sternum ...
... discs on right side & bodies of first two lumbar vertebrae and their intervertebral discs on left side (right & left crus) and the arcuate ligaments. 3. Sternal: xiphoid process of sternum ...
Respiratory system
... •Behind the trachea we have the esophagus •CARINA >>it is the end of trachea in internal medial cartilage ,,where the trachea divided in to left and right bronchi in the lung ...
... •Behind the trachea we have the esophagus •CARINA >>it is the end of trachea in internal medial cartilage ,,where the trachea divided in to left and right bronchi in the lung ...
L2-THE MUSCLES INVOLVED IN RESPIRATION 2014
... penetrates diaphragm & innervates it from abdominal surface • Action: contraction (descent) of diaphragm increases vertical diameter of thoracic cavity (essential for normal breathing) ...
... penetrates diaphragm & innervates it from abdominal surface • Action: contraction (descent) of diaphragm increases vertical diameter of thoracic cavity (essential for normal breathing) ...
Oxygen…The most important drug you are taking! - Oxy-View
... in the 1970’s by Dr. Thomas L. Petty and colleagues. These early studies done in both the United States and Great Britain, proved beyond any doubt that survival (how long you lived) was directly related to how continuously patients were able to wear their oxygen. In other words, how compliant they w ...
... in the 1970’s by Dr. Thomas L. Petty and colleagues. These early studies done in both the United States and Great Britain, proved beyond any doubt that survival (how long you lived) was directly related to how continuously patients were able to wear their oxygen. In other words, how compliant they w ...
Groups
... features and structures present in the fetal body. In other words, what you learn by dissection of the fetal pig is broadly applicable to most other mammals. Even if your primary interest is human anatomy, the pig has very similar anatomy, and most of the anatomical names you will learn apply to hum ...
... features and structures present in the fetal body. In other words, what you learn by dissection of the fetal pig is broadly applicable to most other mammals. Even if your primary interest is human anatomy, the pig has very similar anatomy, and most of the anatomical names you will learn apply to hum ...
Radiological anatomy of the chest
... Lung disorders such as pneumonia, emphysema, pleural effusion, tuberculosis and lung cancer. Heart disorders such as congestive heart failure (which causes the heart to enlarge). Chest radiographs are also used to screen for job-related lung diseases in industries such as mining where workers are ...
... Lung disorders such as pneumonia, emphysema, pleural effusion, tuberculosis and lung cancer. Heart disorders such as congestive heart failure (which causes the heart to enlarge). Chest radiographs are also used to screen for job-related lung diseases in industries such as mining where workers are ...
Body Cavities
... defect but it does not arise from a failure in body wall closure. Instead, it originates when portions of the gut tube (the midgut), that normally herniates into the umbilical cord during the 6th to 10th weeks fails to return to the abdominal cavity. ...
... defect but it does not arise from a failure in body wall closure. Instead, it originates when portions of the gut tube (the midgut), that normally herniates into the umbilical cord during the 6th to 10th weeks fails to return to the abdominal cavity. ...
02-diaphragm-master_Dr.Sanaa
... than in the atmospheric pressure, which sucks air into the lungs till becomes equal each other. It is an active process. ...
... than in the atmospheric pressure, which sucks air into the lungs till becomes equal each other. It is an active process. ...
ANATOMY AND PHYSIOLOGY OF THE PULMONARY SYSTEM
... 1. vessels follow bronchial airways, arteries, and veins to hilum 2. unicuspid, funnel shaped valves direct fluid toward hilum 3. large lymph channels have smooth muscle bands that actively produce peristaltic movement regulated by the autonomic nervous system 4. vessels end in pulmonary and broncho ...
... 1. vessels follow bronchial airways, arteries, and veins to hilum 2. unicuspid, funnel shaped valves direct fluid toward hilum 3. large lymph channels have smooth muscle bands that actively produce peristaltic movement regulated by the autonomic nervous system 4. vessels end in pulmonary and broncho ...
INGLES I
... These contain the lungs. The mediastinum is commonly considered to have three divisions, lying anterior, posterior and superior to the pericardium. Both the anterior and the posterior mediastinum are continuous with the superior mediastinum, which connects freely with the neck. The anterior mediasti ...
... These contain the lungs. The mediastinum is commonly considered to have three divisions, lying anterior, posterior and superior to the pericardium. Both the anterior and the posterior mediastinum are continuous with the superior mediastinum, which connects freely with the neck. The anterior mediasti ...
6._Airway
... routinely provided in the post operative period regardless of the duration or type of surgery. ...
... routinely provided in the post operative period regardless of the duration or type of surgery. ...
Lungs - GMCH
... Pulmonary artery (PA) supply deoxygenated blood to lungs Rt PA is longer Enters the root of the lung & branches in to arteries for superior middle &inferior lobe Lt PA is shorter 2 Pulmonary vein (superior & inferior) on each side PV drain in to left atria ...
... Pulmonary artery (PA) supply deoxygenated blood to lungs Rt PA is longer Enters the root of the lung & branches in to arteries for superior middle &inferior lobe Lt PA is shorter 2 Pulmonary vein (superior & inferior) on each side PV drain in to left atria ...
Personal Anatomy Notes – The Thoracic Cage
... RASSP. Sitting/Standing = Posterior Basal If it continues further down, and the patient was lying down (recumbent) when it happened, where would it most likely end up? RASSP. Recumbent = Apical/Superior Basal (This is also for Mendelson’s Syndrome!!!) What structure isolates one Bronchopulmonary ...
... RASSP. Sitting/Standing = Posterior Basal If it continues further down, and the patient was lying down (recumbent) when it happened, where would it most likely end up? RASSP. Recumbent = Apical/Superior Basal (This is also for Mendelson’s Syndrome!!!) What structure isolates one Bronchopulmonary ...
Introductio to Splanchnology
... Foreign bodies are therefore more likely to lodge in this bronchus or one of its branches ...
... Foreign bodies are therefore more likely to lodge in this bronchus or one of its branches ...
The Respiratory System
... Foreign bodies are therefore more likely to lodge in this bronchus or one of its branches ...
... Foreign bodies are therefore more likely to lodge in this bronchus or one of its branches ...
20-trachea& Bronchopulmonary Seg
... than left. Before entering the hilum of the right lung it give of superior lobar bronchus. On entering the hilum, it divides into a middle & an inferior lobar bronchus. ...
... than left. Before entering the hilum of the right lung it give of superior lobar bronchus. On entering the hilum, it divides into a middle & an inferior lobar bronchus. ...
Abdominal Wall and Cavity
... For article on abdominal muscles, role of different layers and use of lifting belts: http://www.paulchekseminars.com/articles.cfm?select=16#top ...
... For article on abdominal muscles, role of different layers and use of lifting belts: http://www.paulchekseminars.com/articles.cfm?select=16#top ...
Abdominal Wall and Cavity
... For article on abdominal muscles, role of different layers and use of lifting belts: http://www.paulchekseminars.com/articles.cfm?select=16#top ...
... For article on abdominal muscles, role of different layers and use of lifting belts: http://www.paulchekseminars.com/articles.cfm?select=16#top ...
Respiratory system
The respiratory system (called also respiratory apparatus, ventilatory system) is a biological system consisting of specific organs and structures used for the process of respiration in an organism. The respiratory system is involved in the intake and exchange of oxygen and carbon dioxide between an organism and the environment.In air-breathing vertebrates like human beings, respiration takes place in the respiratory organs called lungs. The passage of air into the lungs to supply the body with oxygen is known as inhalation, and the passage of air out of the lungs to expel carbon dioxide is known as exhalation; this process is collectively called breathing or ventilation. In humans and other mammals, the anatomical features of the respiratory system include trachea, bronchi, bronchioles, lungs, and diaphragm. Molecules of oxygen and carbon dioxide are passively exchanged, by diffusion, between the gaseous external environment and the blood. This exchange process occurs in the alveoli (air sacs) in the lungs.In fish and many invertebrates, respiration takes place through the gills. Other animals, such as insects, have respiratory systems with very simple anatomical features, and in amphibians even the skin plays a vital role in gas exchange. Plants also have respiratory systems but the directionality of gas exchange can be opposite to that in animals. The respiratory system in plants also includes anatomical features such as holes on the undersides of leaves known as stomata.