Clinics in chest medicine
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A synopsis of both blunt and penetrating thoracic trauma, this article outlines an approach to management for injuries to the lung, heart, esophagus, tracheobronchial tree, diaphragm, and major thoracic vessels. Also outlined are the management of rib fractures, scapula fractures, sternal fractures, and, in particular, flail chest with associated pulmonary contusion.
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Complications of tracheotomy are largely preventable. Although some authors cite these complications as indications for prolonged endotracheal intubation to avoid tracheotomy, others believe that the laryngotracheal complications of prolonged endotracheal intubation warrant early tracheotomy. Obviously, unnecessary tracheotomies should not be performed, and the controversy regarding the timing of conversion of endotracheal intubation to tracheotomy is handled in an earlier article in this issue. ⋯ These patients are best managed conservatively until they are able to be weaned from a ventilator. A single-stage repair of both the esophagus and the trachea should then be done. Tracheoinnominate artery fistula can be avoided by correct placement of the tracheostomy stoma through the second and third tracheal rings rather than lower in the trachea and by avoidance of overinflation of tracheostomy tube cuffs.
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All critical care physicians should be adept at medical management of the airway, including basic and advanced life support measures. Proper head and neck positioning, use of non-definitive airways, and ability to oxygenate and ventilate the patient with bag-valve-mask should be part of the armamentarium of every critical care physician. ⋯ Oral intubation is preferred for emergency establishment of a definitive airway in most situations. Skillful intubation technique and meticulous daily management of the upper airway should diminish the risk of complications of translaryngeal intubation.
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For clinicians involved in airway management, a plan of action for dealing with the difficult airway or a failed intubation should be developed well in advance of encountering a patient in whom intubation is not routine. When difficulty is anticipated, the equipment necessary for performing a difficult intubation should be immediately available. It also is prudent to have a surgeon skilled in performing a tracheotomy and a criothyroidotomy stand by. ⋯ On a third attempt, traction to the tongue can be applied by an assistant, a tube changer could be used to enter the larynx, or one of the other special techniques previously described can be used. If this third attempt fails, it may be helpful to have a physician more experienced in airway management attempt intubation after oxygen has been administered to the patient. If all attempts are unsuccessful, then invasive techniques to secure the airway will have to be performed.
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The human larynx is complex and serves multiple functions. Unfortunately, endotracheal tubes do not reproduce all these functions. They serve well as air passages but cannot do so without damaging the mucosa of the posterior larynx. ⋯ It is hoped that this reduction in complications will carry over into the chronic care setting as such monitoring becomes the standard after intubations. Compared with malposition of the tube, most of the other complications of intubation are minor. However, knowledge of the various complications can ensure avoidance of many and early detection and correction of others.