![SUPERIOR MEDIASTINUM](http://s1.studyres.com/store/data/004679350_1-14e59bd33d74d81983104701c7526198-300x300.png)
SUPERIOR MEDIASTINUM
... the free borders of which are turned toward the vein, so as to prevent the passage of venous blood into the duct. ...
... the free borders of which are turned toward the vein, so as to prevent the passage of venous blood into the duct. ...
superior mediastinum
... the free borders of which are turned toward the vein, so as to prevent the passage of venous blood into the duct. ...
... the free borders of which are turned toward the vein, so as to prevent the passage of venous blood into the duct. ...
The Vagus Nerve
... The internal laryngeal nerve transmits visceral sensory information from most of the larynx, the aryepiglottic folds, mucous membrane of the epiglottis and the base of the tongue. In addition, general sensory fibers convey touch, pain and temperature information from areas above the vocal folds. The ...
... The internal laryngeal nerve transmits visceral sensory information from most of the larynx, the aryepiglottic folds, mucous membrane of the epiglottis and the base of the tongue. In addition, general sensory fibers convey touch, pain and temperature information from areas above the vocal folds. The ...
Respiratory System iratory System
... between them; the right lung, by contrast, has three lobes—superior, middle, and inferior—separated by two fissures. The Bronchial Tree The lung has a spongy parenchyma containing the bronchial tree , a highly branched system of air tubes extending from the primary bronchus to about 65,000 terminal ...
... between them; the right lung, by contrast, has three lobes—superior, middle, and inferior—separated by two fissures. The Bronchial Tree The lung has a spongy parenchyma containing the bronchial tree , a highly branched system of air tubes extending from the primary bronchus to about 65,000 terminal ...
Blood vessels and nerves of thoracic wall 胸壁的血管和神经The
... The innervation of thoracic wall Anterior branches of thoracic nerves • Intercostal nerves 肋间神经 (anterior rami of T1- T11): • Subcostal nerve 肋下神经 (anterior ramus of T12): follows inferior border of T12 rib and passes into abdominal wall • Distribution: distributed to intercostales and anterolatera ...
... The innervation of thoracic wall Anterior branches of thoracic nerves • Intercostal nerves 肋间神经 (anterior rami of T1- T11): • Subcostal nerve 肋下神经 (anterior ramus of T12): follows inferior border of T12 rib and passes into abdominal wall • Distribution: distributed to intercostales and anterolatera ...
Human Anatomy تشريح / د . سيف (م 8
... parts. The pharynx is funnel shaped, its upper, wider end lying under the skull and its lower, narrow end becoming continuous with the esophagus opposite the 6th cervical vertebra. The pharynx has a musculomembranous wall, which is deficient anteriorly. ...
... parts. The pharynx is funnel shaped, its upper, wider end lying under the skull and its lower, narrow end becoming continuous with the esophagus opposite the 6th cervical vertebra. The pharynx has a musculomembranous wall, which is deficient anteriorly. ...
General Anatomy - Circle of Docs
... 37. Which cell lines the respiratory tract a. Simple squamous b. Stratified squamous c. Pseudostratified ciliated columnar d. Simple columnar 38. Which is not a border of the suboccipital triangle in the neck a. Inferior oblique b. Superior oblique c. Rectus capitus posterior minor d. Rectus capitus ...
... 37. Which cell lines the respiratory tract a. Simple squamous b. Stratified squamous c. Pseudostratified ciliated columnar d. Simple columnar 38. Which is not a border of the suboccipital triangle in the neck a. Inferior oblique b. Superior oblique c. Rectus capitus posterior minor d. Rectus capitus ...
ANATOMY OSPE2017-02-28 08:406.6 MB
... The thoracic spinal levels at which the three major structures pass through the diaphragm can be remembered by the number of letters contained in each structure: Vena Cava (8 letters) – Passes through the diaphragm at T8. Oesophagus (10 letters) – Passes through the diaphragm at T10. Aortic Hiatus ( ...
... The thoracic spinal levels at which the three major structures pass through the diaphragm can be remembered by the number of letters contained in each structure: Vena Cava (8 letters) – Passes through the diaphragm at T8. Oesophagus (10 letters) – Passes through the diaphragm at T10. Aortic Hiatus ( ...
2.Diaphragm
... raising the intra-abdominal pressure. Before doing this make sure that a person have adequate sphincteric control of the bladder and anal canal under these circumstances. Thoracoaabdominal pump: The descent of the diaphragm decreases the intrathoracic pressure & increases the intra-abdominal pressur ...
... raising the intra-abdominal pressure. Before doing this make sure that a person have adequate sphincteric control of the bladder and anal canal under these circumstances. Thoracoaabdominal pump: The descent of the diaphragm decreases the intrathoracic pressure & increases the intra-abdominal pressur ...
general arrangement of the abdominal viscera
... The terminal part of the ileum enters the large intestine at the junction of the cecum with the ascending colon The opening is provided with two folds, or lips, which form the so-called ileocecal valve The appendix communicates with the cavity of the cecum through an opening located below and beh ...
... The terminal part of the ileum enters the large intestine at the junction of the cecum with the ascending colon The opening is provided with two folds, or lips, which form the so-called ileocecal valve The appendix communicates with the cavity of the cecum through an opening located below and beh ...
Fetal Pig Dissection Unit - Grosse Pointe Public School System
... The pig has a digestive system which is classified as monogastric or nonruminant. Humans also have this type of digestive system. They have one stomach (mono=one, gastric=stomach). Locate the entrance to the stomach or esophageal area, the cardiac region which is largest, and the pyloric region wher ...
... The pig has a digestive system which is classified as monogastric or nonruminant. Humans also have this type of digestive system. They have one stomach (mono=one, gastric=stomach). Locate the entrance to the stomach or esophageal area, the cardiac region which is largest, and the pyloric region wher ...
Anatomy 2 Parotid Gland
... Stem of facial nerve divides the parotid into Superficial and deep lobes and is then branched into 5 branches that supply muscles of facial expression. After surgery to parotid, surgeon should make sure that no nerve branch is injured or facial palsy might form. He is supposed to ask the patient to ...
... Stem of facial nerve divides the parotid into Superficial and deep lobes and is then branched into 5 branches that supply muscles of facial expression. After surgery to parotid, surgeon should make sure that no nerve branch is injured or facial palsy might form. He is supposed to ask the patient to ...
1-Nose, Nasal cavity & Paranasal sinuses & Pharynx
... posterior surface of larynx. communicates with the larynx through the laryngeal inlet Extends from upper border of epiglottis to lower border of cricoid cartilage. A small depression situated on either side of the laryngeal inlet is called ‘piriform fossa’. It is a common site for the lodgin ...
... posterior surface of larynx. communicates with the larynx through the laryngeal inlet Extends from upper border of epiglottis to lower border of cricoid cartilage. A small depression situated on either side of the laryngeal inlet is called ‘piriform fossa’. It is a common site for the lodgin ...
EMBRYOLOGY
... Intraperitoneal organs are suspended in such mesentery and retroperitoneal organs are not, but instead, covered only on their anterior side by mesentery. Peritoneal ligaments are thickened areas of double layered peritoneum that support organs. Nerves, vessels, adipose tissue, and lymphatics are bet ...
... Intraperitoneal organs are suspended in such mesentery and retroperitoneal organs are not, but instead, covered only on their anterior side by mesentery. Peritoneal ligaments are thickened areas of double layered peritoneum that support organs. Nerves, vessels, adipose tissue, and lymphatics are bet ...
Gastro17-GITractPt1
... He used this to demonstrate the development of the stomach and its surrounding organs. Development of the stomach entails two rotations o 1st the stomach rotates clockwise such that its left border moves anteriorly together with the vagus nerve; ventral mesentery (front plastic flap) rotates to ...
... He used this to demonstrate the development of the stomach and its surrounding organs. Development of the stomach entails two rotations o 1st the stomach rotates clockwise such that its left border moves anteriorly together with the vagus nerve; ventral mesentery (front plastic flap) rotates to ...
投影片 1 - ntuh.gov.tw
... reflex, deviation of the uvula to the contralateral side, loss of taste in the post. third of the tongue, and decreased sensation in the soft palate, post. third of the tongue, and pharynx ...
... reflex, deviation of the uvula to the contralateral side, loss of taste in the post. third of the tongue, and decreased sensation in the soft palate, post. third of the tongue, and pharynx ...
ANATOMY TEAM Lecture (6) Mediastinum
... voice and difficulty swallowing. “wont effect the trachea and diaphragm ( cuz there innervations by pherinic nerve)” 14- Cisterna Chyli= white sac 15- if the surgeon wants to do an abdominal surgery he will do a vagotomy (excision of vagus nerve) for the left vagus nerve because it will give the ant ...
... voice and difficulty swallowing. “wont effect the trachea and diaphragm ( cuz there innervations by pherinic nerve)” 14- Cisterna Chyli= white sac 15- if the surgeon wants to do an abdominal surgery he will do a vagotomy (excision of vagus nerve) for the left vagus nerve because it will give the ant ...
1 NOTES: Respiratory System, Chapter 22 and Digestive System
... • Simple columnar epithelium and mucus-secreting cells • Mucus • Protects digestive organs from enzymes • Eases food passage • May secrete enzymes and hormones (e.g., in stomach and small intestine) ...
... • Simple columnar epithelium and mucus-secreting cells • Mucus • Protects digestive organs from enzymes • Eases food passage • May secrete enzymes and hormones (e.g., in stomach and small intestine) ...
dr.mohamed saad eldeen
... top of C5 to top of T2. In contrast to prior RTOG lung studies of contouring the major trunks of the brachial plexus with inclusion of subclavian and axillary vessels, this trial requests contouring the nerves according to the CT anatomy on every other CT slice. The structure should extend at least ...
... top of C5 to top of T2. In contrast to prior RTOG lung studies of contouring the major trunks of the brachial plexus with inclusion of subclavian and axillary vessels, this trial requests contouring the nerves according to the CT anatomy on every other CT slice. The structure should extend at least ...
View PDF - OMICS International
... There are still many points in lymphatic embryology and anatomy to discover because of the limitation of exploratory methods that are available. The lymphatic vascular system is very complex and it hasn't been studied like the blood vascular system. There are different lymphatic drainage pathways in ...
... There are still many points in lymphatic embryology and anatomy to discover because of the limitation of exploratory methods that are available. The lymphatic vascular system is very complex and it hasn't been studied like the blood vascular system. There are different lymphatic drainage pathways in ...
PAC01 Abdomen
... stomach. The esophagus follows the curvature of the vertebral column as it descends through the neck and the posterior mediastinum. The esophagus pierces the diaphragm just to the left of the median plane. It enters the cardia region of the stomach at about the level of the 7th costal cartilage or t ...
... stomach. The esophagus follows the curvature of the vertebral column as it descends through the neck and the posterior mediastinum. The esophagus pierces the diaphragm just to the left of the median plane. It enters the cardia region of the stomach at about the level of the 7th costal cartilage or t ...
L1-Nose, Nasal cavity & Paranasal sinuses & Pharynx 2014
... Laryngopharynx Extends from upper border of epiglottis to lower border of ...
... Laryngopharynx Extends from upper border of epiglottis to lower border of ...
Medications for Reflux and Other Upper GI Problems
... Elavil (amitriptyline) and other tri-cyclic antidepressants may be helpful for children with Visceral Hyperalgesia or other neuropathic or neurological conditions affecting the GI tract. This medication takes a minimum of one month before becoming effective and its use should be monitored closely be ...
... Elavil (amitriptyline) and other tri-cyclic antidepressants may be helpful for children with Visceral Hyperalgesia or other neuropathic or neurological conditions affecting the GI tract. This medication takes a minimum of one month before becoming effective and its use should be monitored closely be ...
PERITONEUM and TORSION of GUT TUBE
... Provides parasympathetic innervation to abdominal viscera: To left colic flexure. Branches: Esophageal branches (to esophageal plexus). Gastric branches: Anterior gastric to stomach. Posterior gastric to stomach. Gall bladder. Intestinal. ...
... Provides parasympathetic innervation to abdominal viscera: To left colic flexure. Branches: Esophageal branches (to esophageal plexus). Gastric branches: Anterior gastric to stomach. Posterior gastric to stomach. Gall bladder. Intestinal. ...
1. Sympathetic fibers in the greater thoracic splanchnic nerve arise
... White rami communicantes carry presynaptic sympathetic fibers to the sympathetic trunk. When a presynaptic nerve fiber reaches the sympathetic chain, there are three things that can happen. First, the nerve fibers can enter a ganglia, synapse at that level, and rejoin the spinal nerve via the grey ...
... White rami communicantes carry presynaptic sympathetic fibers to the sympathetic trunk. When a presynaptic nerve fiber reaches the sympathetic chain, there are three things that can happen. First, the nerve fibers can enter a ganglia, synapse at that level, and rejoin the spinal nerve via the grey ...
Esophagus
The esophagus (American English) or oesophagus (British English), commonly known as the foodpipe or gullet, is an organ in vertebrates which consists of a fibromuscular tube through which food passes, aided by peristaltic contractions, from the pharynx to the stomach. In humans, the esophagus is usually 18–25 centimeters (cm) long. During swallowing the epiglottis tilts backwards to prevent food from going down the larynx. The esophagus travels behind the trachea and heart, passes through the diaphragm and empties into the cardia of the stomach. The word esophagus derives from the Greek word oisophagos, which means ""to carry to eat.""The wall of the esophagus from the lumen outwards consists of mucosa, sub-mucosa (connective tissue), layers of muscle fibers between layers of fibrous tissue, and an outer layer of connective tissue. The mucosa is a stratified squamous epithelium (multiple layers of cells topped by a layer of flat cells) which contrasts to the single layer of columnar cells of the stomach. The transition between these two type of epithelium is visible as a zig-zag line. Most of the muscle is smooth muscle although striated muscle predominates in its upper third. It has two muscular rings or sphincters in its wall, one at the top and one at the bottom. The lower sphincter helps to prevent reflux of acidic stomach content. The esophagus has a rich blood supply and vascular drainage. Its smooth muscle is innervated by involuntary nerves (sympathetic nerves via the sympathetic trunk and parasympathetic nerves via the vagus nerve) and in addition voluntary nerves (lower motor neurons) are carried in the vagus nerve to innervate its striated muscle.The esophagus may be affected by gastric reflux, cancer, prominent dilated blood vessels called varices that can bleed heavily, tears, constrictions, and disorders of motility. Clinical investigations include X-rays using barium, endoscopy, and CT scans.