The upper respiratory tract
... lies posterior to the oral cavity. It extends inferiorly from the soft palate to the epiglottis. Given this location, both swallowed food and inhaled air pass through it. The oropharynx is lined with a more protective epithelium that is nonkeratinized stratified squamous type. The laryngopharynx als ...
... lies posterior to the oral cavity. It extends inferiorly from the soft palate to the epiglottis. Given this location, both swallowed food and inhaled air pass through it. The oropharynx is lined with a more protective epithelium that is nonkeratinized stratified squamous type. The laryngopharynx als ...
Medical Terminology - Porterville College
... – protection to the underlying layers – body temperature regulation – nerves that respond to temperature, touch, pressure, and pain ...
... – protection to the underlying layers – body temperature regulation – nerves that respond to temperature, touch, pressure, and pain ...
Thorax
... 1. Highest Mediastinal: above the left brachiocephalic vein. 2. Upper Paratracheal: above the aortic arch, but below the left brachiocephalic vein. 3. Pre-vascular or Pre-vertebral: these nodes are not adjacent to the trachea like the nodes in station 2. They are either anterior to the vessels (3A) ...
... 1. Highest Mediastinal: above the left brachiocephalic vein. 2. Upper Paratracheal: above the aortic arch, but below the left brachiocephalic vein. 3. Pre-vascular or Pre-vertebral: these nodes are not adjacent to the trachea like the nodes in station 2. They are either anterior to the vessels (3A) ...
Larynx, Trachea & Bronchi
... On entering the hilum of the left lung it divides into superior and inferior lobar bronchi ...
... On entering the hilum of the left lung it divides into superior and inferior lobar bronchi ...
Thorax MCQ`s 1. Regarding the anterior body wall a. The umbilicus
... d. Contains 50% motor and 50% sensory fibres – ? e. Divides into two main branches on the under surface of diaphragm – most branching occurs on the abdominal surface, assume there are many branches 9. Within the thoracic inlet a. The oesophagus lies against the body of C5 b. The arch of aorta passes ...
... d. Contains 50% motor and 50% sensory fibres – ? e. Divides into two main branches on the under surface of diaphragm – most branching occurs on the abdominal surface, assume there are many branches 9. Within the thoracic inlet a. The oesophagus lies against the body of C5 b. The arch of aorta passes ...
Rare case of Cryptogenic organising pneumonia
... • In addition to the alveolar inflammatory changes found with a normal pneumonia, there is also involvement of the bronchioles. • Histologically, it is characterized by the presence of buds of granulation tissue (Masson bodies) in the distal airspaces which may cause secondary bronchiolar occlusion ...
... • In addition to the alveolar inflammatory changes found with a normal pneumonia, there is also involvement of the bronchioles. • Histologically, it is characterized by the presence of buds of granulation tissue (Masson bodies) in the distal airspaces which may cause secondary bronchiolar occlusion ...
File
... esophagus over to midline. In abdomen, It descends for about 0.5 inch (1.3 cm) & then enters the stomach. ...
... esophagus over to midline. In abdomen, It descends for about 0.5 inch (1.3 cm) & then enters the stomach. ...
Pig Dissection
... Incision Time 3. & 4. Use scissors to make 2 lateral cuts. Avoid the staples on one side of the pig ...
... Incision Time 3. & 4. Use scissors to make 2 lateral cuts. Avoid the staples on one side of the pig ...
Superior Mediastinum
... Left superior intercostal vein • Drains upper two or three intercostal veins, left bronchial veins & left pericardiophrenic veins • Drains in to left brachiocephalic veins ...
... Left superior intercostal vein • Drains upper two or three intercostal veins, left bronchial veins & left pericardiophrenic veins • Drains in to left brachiocephalic veins ...
22 - Los Angeles Harbor College
... • Each main bronchus enters the hilum of one lung • Each main bronchus branches into lobar (secondary) bronchi (three right, two left) • Each lobar bronchus supplies one lobe ...
... • Each main bronchus enters the hilum of one lung • Each main bronchus branches into lobar (secondary) bronchi (three right, two left) • Each lobar bronchus supplies one lobe ...
ORAL CAVITY
... Your view should now correspond to that in the photos on page 62 and to the close-up on page 63. (Note: in both photos we observe the abdominal cavity as it appears when we first begin the dissection. Some of the "hidden" structures are not la beled in the photographs. It will be necessary to move o ...
... Your view should now correspond to that in the photos on page 62 and to the close-up on page 63. (Note: in both photos we observe the abdominal cavity as it appears when we first begin the dissection. Some of the "hidden" structures are not la beled in the photographs. It will be necessary to move o ...
Mnemonics for Week 5
... Inhaled objects are more likely to lodge into the right main bronchus, since it is the one that is more vertical. ...
... Inhaled objects are more likely to lodge into the right main bronchus, since it is the one that is more vertical. ...
ANATOMY OSPE2017-02-28 08:406.6 MB
... central part by phrenic nerves, Diaphragmatic around the periphery by lower 6 pleura intercostal nerves ...
... central part by phrenic nerves, Diaphragmatic around the periphery by lower 6 pleura intercostal nerves ...
nasal cavity
... person to breathe through the mouth In mouth breathing, air is not properly moistened, warmed, or filtered before entering the lungs ...
... person to breathe through the mouth In mouth breathing, air is not properly moistened, warmed, or filtered before entering the lungs ...
CT SCAN CHEST
... • Imaginary plane passes through T 4 divides it into superior and inferior mediastinum • Inferior mediastinum is further divided – Heart enclosed in pericardium occupies middle mediastinum – From sternum to anterior pericardium anterior mediastinum – From posterior pericardium to vertebrae posterior ...
... • Imaginary plane passes through T 4 divides it into superior and inferior mediastinum • Inferior mediastinum is further divided – Heart enclosed in pericardium occupies middle mediastinum – From sternum to anterior pericardium anterior mediastinum – From posterior pericardium to vertebrae posterior ...
FREE Sample Here
... 9. The serous fluid within the pleural space serves to provide which of the following functions? A. Create a constant negative pressure B. Assist with venous return of blood to the heart C. Reduce friction between the lungs and thoracic wall D. Serve to allow separation of the pleural layers ANS: C ...
... 9. The serous fluid within the pleural space serves to provide which of the following functions? A. Create a constant negative pressure B. Assist with venous return of blood to the heart C. Reduce friction between the lungs and thoracic wall D. Serve to allow separation of the pleural layers ANS: C ...
Thoracic wall and pleural cavities
... Two pleural cavities, one on either side of the mediastinum, surround the lungs. Superiorly, they extend above the first rib into the root of the neck. Inferiorly, they extend to a level just above the costal margin. The medial wall of each pleural cavity is the mediastinum. Each pleural cavity is l ...
... Two pleural cavities, one on either side of the mediastinum, surround the lungs. Superiorly, they extend above the first rib into the root of the neck. Inferiorly, they extend to a level just above the costal margin. The medial wall of each pleural cavity is the mediastinum. Each pleural cavity is l ...
FREE Sample Here - Test bank Store
... 9. The serous fluid within the pleural space serves to provide which of the following functions? A. Create a constant negative pressure B. Assist with venous return of blood to the heart C. Reduce friction between the lungs and thoracic wall D. Serve to allow separation of the pleural layers ANS: C ...
... 9. The serous fluid within the pleural space serves to provide which of the following functions? A. Create a constant negative pressure B. Assist with venous return of blood to the heart C. Reduce friction between the lungs and thoracic wall D. Serve to allow separation of the pleural layers ANS: C ...
Acute or subacute renal failure after therapy with
... After the emergently surgical abdominal intervention was performed was discovered unexpected: break of the mesentery with haemoperitoneum and was solved. So the cause of the haemoperitoneum was break of the mesentery this was the reason that not a hematomas of the organs was the cause. All the organ ...
... After the emergently surgical abdominal intervention was performed was discovered unexpected: break of the mesentery with haemoperitoneum and was solved. So the cause of the haemoperitoneum was break of the mesentery this was the reason that not a hematomas of the organs was the cause. All the organ ...
INGLES I
... The two lateral compartments are cavities, known as the pleural cavities. 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 superi ...
... The two lateral compartments are cavities, known as the pleural cavities. 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 superi ...
LEARNING OBJECTIVES
... The trachea divides into two main bronchi at the carina. The right main bronchus has a steeper angle than the left. There is a wide range of angles of the carina ranging from 60 to 90 degrees. The left main bronchus is longer that the right main bronchus since the left upper lobe bronchus arises mor ...
... The trachea divides into two main bronchi at the carina. The right main bronchus has a steeper angle than the left. There is a wide range of angles of the carina ranging from 60 to 90 degrees. The left main bronchus is longer that the right main bronchus since the left upper lobe bronchus arises mor ...
Gi tract embryology 1
... outpocketing of the ileum, Meckel’s diverticulum or ileal diverticulum ...
... outpocketing of the ileum, Meckel’s diverticulum or ileal diverticulum ...
1 Anatomy – Thorax
... Descending thoracic aorta Branches – Post intercostal (9 pairs), Oesophageal, Bronchial Pleura and lungs thin membrane fibrous tissue surfaced by single layer flat cells that clothes each lung and lines pleural cavity Parietal pleura Arterial Intercostal, Int thoracic, Musculophrenic; Venous Azygous ...
... Descending thoracic aorta Branches – Post intercostal (9 pairs), Oesophageal, Bronchial Pleura and lungs thin membrane fibrous tissue surfaced by single layer flat cells that clothes each lung and lines pleural cavity Parietal pleura Arterial Intercostal, Int thoracic, Musculophrenic; Venous Azygous ...
Bio-distribution
... blood is flowing to lungs, determine which areas of the lungs are capable of ventilation, and assess how well the lungs are functioning after surgery. These tests are called by different names, including perfusion lung scan, ventilation lung scan, ventilation/perfusion scanning (VPS), pulmonary scin ...
... blood is flowing to lungs, determine which areas of the lungs are capable of ventilation, and assess how well the lungs are functioning after surgery. These tests are called by different names, including perfusion lung scan, ventilation lung scan, ventilation/perfusion scanning (VPS), pulmonary scin ...
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"").