BSO - Visceral Osteopathy 2011-2012 Session 3&4
... Trachea. These fasciae are divided into 2 parts: ...
... Trachea. These fasciae are divided into 2 parts: ...
2017 Thorax and Diaphragm STUDENT w checklist
... Before birth, the liver is a major hematopoetic organ. The liver is enlarged (relative to the anatomy of the adult), pushing the diaphragm up, and therefore making the thoracic cavity relatively small • Especially the pulmonary cavities/space occupied by the lungs ...
... Before birth, the liver is a major hematopoetic organ. The liver is enlarged (relative to the anatomy of the adult), pushing the diaphragm up, and therefore making the thoracic cavity relatively small • Especially the pulmonary cavities/space occupied by the lungs ...
thorax_diaphragm-1
... Before birth, the liver is a major hematopoetic organ. The liver is enlarged (relative to the anatomy of the adult), pushing the diaphragm up, and therefore making the thoracic cavity relatively small • Especially the pulmonary cavities/space occupied by the lungs ...
... Before birth, the liver is a major hematopoetic organ. The liver is enlarged (relative to the anatomy of the adult), pushing the diaphragm up, and therefore making the thoracic cavity relatively small • Especially the pulmonary cavities/space occupied by the lungs ...
11 Axial Muscles - Orange Coast College
... During inhalation, several muscles contract to increase the dimensions of the thoracic cavity as the lungs fill with air. The thoracic cavity expands both to cause the lungs to fill with air and to accommodate the expanding lungs. During exhalation, some respiratory muscles contract and others relax ...
... During inhalation, several muscles contract to increase the dimensions of the thoracic cavity as the lungs fill with air. The thoracic cavity expands both to cause the lungs to fill with air and to accommodate the expanding lungs. During exhalation, some respiratory muscles contract and others relax ...
THE LUNG AND AIR-SAC SYSTEM OF THE COMMON GRACKLE
... the interclavicular sac and posteriorly into the anterior thoracic sac in many species (Juillet, 1912; Locy and Larsell, 1916a; Akester, 1960; Delphia, 1961; King, 1966). The above studies indicated that a branch of V. 1 formed the lateral moiety of the interclavicular sac. In the Domestic Fowl, Kin ...
... the interclavicular sac and posteriorly into the anterior thoracic sac in many species (Juillet, 1912; Locy and Larsell, 1916a; Akester, 1960; Delphia, 1961; King, 1966). The above studies indicated that a branch of V. 1 formed the lateral moiety of the interclavicular sac. In the Domestic Fowl, Kin ...
LECTURE 22 - THORACIC WALLS AND DIAPHRAM Function
... There are 2 on the body of the vertebrae (superior and inferior costal facets) that articulate with the vertebral head of the rib. This is the costovertebral joint – 1 rib articulates with two vertebra, eg the 7th rib will articulate with T6 and T7 vertebra. There is one on the transverse processes ...
... There are 2 on the body of the vertebrae (superior and inferior costal facets) that articulate with the vertebral head of the rib. This is the costovertebral joint – 1 rib articulates with two vertebra, eg the 7th rib will articulate with T6 and T7 vertebra. There is one on the transverse processes ...
Percussion [Kompatibilitási mód]
... omit the scapular areas ← thick musculosceletal structures normal lung percussion → resonance → → intensity: loud, pitch: low, duration: long emphysema (lungs are hyperinflated) percussion → →diffuse hyperresonance → intensity: very loud, pitch: lower, duration: longer ...
... omit the scapular areas ← thick musculosceletal structures normal lung percussion → resonance → → intensity: loud, pitch: low, duration: long emphysema (lungs are hyperinflated) percussion → →diffuse hyperresonance → intensity: very loud, pitch: lower, duration: longer ...
Respiratory System Review Slides
... The bronchus. Here we see the typical epithelium lining the larger conducting portions of the respiratory tract. The lumen of the bronchus where air would be flowing as we breathe. A. The nuclei of the pseudostratified columnar epithelium lining the bronchus. This is actually a simple type of epith ...
... The bronchus. Here we see the typical epithelium lining the larger conducting portions of the respiratory tract. The lumen of the bronchus where air would be flowing as we breathe. A. The nuclei of the pseudostratified columnar epithelium lining the bronchus. This is actually a simple type of epith ...
Percussion
... tumor, infarction, or fluid collection; hyperresonance or even tympany, which may result from confluent air collection, as seen in pneumothorax or emphysema Abdomen: dullness, which may be produced by intra-abdominal tumors or masses; shifting dullness may indicate presence of ascites Heart: an expa ...
... tumor, infarction, or fluid collection; hyperresonance or even tympany, which may result from confluent air collection, as seen in pneumothorax or emphysema Abdomen: dullness, which may be produced by intra-abdominal tumors or masses; shifting dullness may indicate presence of ascites Heart: an expa ...
Anatomy of the Thorax
... Anything in this highlighted green is a definition or explains basically something's function. Text highlighted in yellow or with a star is what I would deem important and key information. Italics and bold just help to make certain terms stand out. The notes are a bit quirky but I hope you like them ...
... Anything in this highlighted green is a definition or explains basically something's function. Text highlighted in yellow or with a star is what I would deem important and key information. Italics and bold just help to make certain terms stand out. The notes are a bit quirky but I hope you like them ...
Introduction and Superficial Back
... Describe the framework of the thorax, including the sternum and its parts. Diagram a typical intercostal space, including muscles, nerves, and vessels. Describe the make up and surface projections of the pleural cavity. Identify its recesses. Distinguish between parietal and visceral pleura and betw ...
... Describe the framework of the thorax, including the sternum and its parts. Diagram a typical intercostal space, including muscles, nerves, and vessels. Describe the make up and surface projections of the pleural cavity. Identify its recesses. Distinguish between parietal and visceral pleura and betw ...
Lung abscess: A localized cavity with pus, resulting from necrosis of
... Lung abscess is suggested by the symptoms and signs described above. Chest xrays early in the course may show a segmental or lobar consolidation, which sometimes becomes globular as pus distends it. After an abscess ruptures into a bronchus, a cavity with a fluid level appears on xray. If chest x-r ...
... Lung abscess is suggested by the symptoms and signs described above. Chest xrays early in the course may show a segmental or lobar consolidation, which sometimes becomes globular as pus distends it. After an abscess ruptures into a bronchus, a cavity with a fluid level appears on xray. If chest x-r ...
KUMC 12 Lungs and Pleura Student
... Anterior margin extends obliquely behind the sternoclavicular joint. At sternal angle, the pleura is at the median line and two sides stay in contact until the fourth costal cartilage. Text: p 115, Fig. 1.24A ...
... Anterior margin extends obliquely behind the sternoclavicular joint. At sternal angle, the pleura is at the median line and two sides stay in contact until the fourth costal cartilage. Text: p 115, Fig. 1.24A ...
thoracic wall - Yeditepe University Pharma Anatomy
... Intercostal muscles (External, internal and innermost) Subcostal muscle Transversus thoracis muscle [1] All these muscles either elevate or depress the ribs helping to increse the volume of the thoracic cavity. The transversus thoracis muscles are deep to the internal thoracic vessels. They secure t ...
... Intercostal muscles (External, internal and innermost) Subcostal muscle Transversus thoracis muscle [1] All these muscles either elevate or depress the ribs helping to increse the volume of the thoracic cavity. The transversus thoracis muscles are deep to the internal thoracic vessels. They secure t ...
Nerve Supply of the Perineum and Pelvis
... Vasculature of the breast Medial mammary branches of anterior intercostal branches of the internal thoracic artery Lateral thoracic Thoraco-acromial arteries Posterior intercostal arteries, from the thoracic aorta ...
... Vasculature of the breast Medial mammary branches of anterior intercostal branches of the internal thoracic artery Lateral thoracic Thoraco-acromial arteries Posterior intercostal arteries, from the thoracic aorta ...
2-Muscles involved in Respiration2017-02-13 10
... Inspiratory Muscles Diaphragm o A musculotendinous partition between thoracic & abdominal cavity . ...
... Inspiratory Muscles Diaphragm o A musculotendinous partition between thoracic & abdominal cavity . ...
FREE Sample Here
... C. Deep breaths with splinting D. Breathing with arms raised ANS: C It is important for all therapists to recommend breathing (deep breathing), splinting (i.e., pillow), and coughing strategies for patients with rib fractures. PTS: ...
... C. Deep breaths with splinting D. Breathing with arms raised ANS: C It is important for all therapists to recommend breathing (deep breathing), splinting (i.e., pillow), and coughing strategies for patients with rib fractures. PTS: ...
FREE Sample Here - Test bank Store
... C. Deep breaths with splinting D. Breathing with arms raised ANS: C It is important for all therapists to recommend breathing (deep breathing), splinting (i.e., pillow), and coughing strategies for patients with rib fractures. PTS: ...
... C. Deep breaths with splinting D. Breathing with arms raised ANS: C It is important for all therapists to recommend breathing (deep breathing), splinting (i.e., pillow), and coughing strategies for patients with rib fractures. PTS: ...
L4-lung & pleura
... Left pleura: The anterior margin extends from sternoclavicular joint to the 4th costal cartilage, then deviates for about 1 inch to left at 6th costal cartilage to form cardiac notch Inferior margin : passes around the chest wall, on the 8th rib in midclavicular line, 10th rib in midaxillary line an ...
... Left pleura: The anterior margin extends from sternoclavicular joint to the 4th costal cartilage, then deviates for about 1 inch to left at 6th costal cartilage to form cardiac notch Inferior margin : passes around the chest wall, on the 8th rib in midclavicular line, 10th rib in midaxillary line an ...
Over View of Thorax
... Bounded anteriorly by xiphisternal joint, posteriorly by 12th thoracic vertebrae and laterally by curving costal margin ...
... Bounded anteriorly by xiphisternal joint, posteriorly by 12th thoracic vertebrae and laterally by curving costal margin ...
boundaries of thoracic cage
... • From sternum to anterior pericaridium anterior mediastinum. • From posterior pericardium to vertebrae posterior ...
... • From sternum to anterior pericaridium anterior mediastinum. • From posterior pericardium to vertebrae posterior ...
OVER VIEW OF THORAX
... • From sternum to anterior pericaridium anterior mediastinum. • From posterior pericardium to vertebrae posterior ...
... • From sternum to anterior pericaridium anterior mediastinum. • From posterior pericardium to vertebrae posterior ...
Lecture 4 Thorax د.رندعبداللطيف Pleura
... plexus, while the parietal layer is supplied by intercostal nerves for the costal part, phrenic nerve for the mediastinal part & diaphragmatic part of parietal pleura and the peripheral parts of diaphragmatic pleura by intercostal. The Bronchi The trachea bifurcates behind the arch of the aorta into ...
... plexus, while the parietal layer is supplied by intercostal nerves for the costal part, phrenic nerve for the mediastinal part & diaphragmatic part of parietal pleura and the peripheral parts of diaphragmatic pleura by intercostal. The Bronchi The trachea bifurcates behind the arch of the aorta into ...
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.