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If you’re like me, you probably hook your chest tube up to a Pleur-Evac, put it on the ground, then back away slowly. Who knows what goes on in that mysterious bubbling white box? Hopefully this will post shed some light. Isn’t this just a container for stuff that comes out of the chest? Why does it look so complicated? It’s complicated because the detection/collection of air and fluid require different setups. Most commercial models also allow you to hook the drainage system to wall suction, so you can quickly evacuate the pleural space. This requires its own setup. Because of the need to juggle air, fluid and suction, the most common commercial system includes 3 distinct chambers. If you were to simplify the device, or build one out of spare bottles and tubes, it might look like this:
Dr. Eric Janssen of SportsMED Orthopaedic Surgery & Spine Center in Huntsville, Alabama demonstrates a total knee replacement using dry bones model. In this demonstration he uses the Wright Medical Evolution Knee implant. This demonstrations does not include soft tissue.
About Us Contact Disclaimer Get Published! Follow Us Epomedicine Medical Students Clinical Discussion Cases Emergencies Blog Medical Mnemonics Clinical Skills Search Subjects Clinical examination Gastrointestinal system Internal medicine Updated on January 31, 2017 Percussion of Spleen Traube’s semilunar space Borders: Superiorly: Left 6th rib superiorly Laterally: Left midaxillary line or Left anterior axillary line Inferiorly: Left costal margin Method: Patient’s position: supine with left arm slightly abducted. Percuss: from medial to lateral Interpretation: Resonance (Normal) and Dullness (Splenomegaly) Also: Pleural effusion or mass in stomach may cause dullness in Traube’s space.
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Hiatal hernias occur when contents of the abdominal cavity protrude through the esophageal hiatus of the diaphragm. Factors that contribute to the development of a hiatal hernia include an enlargement of the esophageal hiatus due to developmental defects, an increased abdominal thoracic pressure gradient, and the depletion of elastic fibers in the phrenoesophageal membrane with aging. There are four different types of hiatal hernias and management varies depending on the type. Type I, also known as a sliding hernia, is a simple displacement of the gastroesophageal junction into the thoracic cavity. The stomach remains in the abdominal cavity. This is the most common type of hiatal hernia, accounting for about 95% of all hiatal hernias. Types II-IV are classified as paraesophageal hernias. Type II occurs when the gastroesophageal junction maintains its position but the gastric fundus herniates through the diaphragmatic hiatus. Type III has both the gastroesophageal junction and the stomach herniate above the diaphragm. When more than 30% of the stomach is herniated into the thoracic cavity, it is termed a “giant” paraesophageal hernia. A patient has a type IV hernia when other organs, such as the colon, in addition to the stomach herniate above the diaphragm.
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