Tracheal Endotracheal intubation can be associated with complications such as broken teeth or lacerations of the tissues of the upper airway.
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Tracheal Endotracheal intubation can be associated with complications such as broken teeth or lacerations of the tissues of the upper airway.
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Tracheal Endotracheal intubation is indicated in a variety of situations when illness or a medical procedure prevents a person from maintaining a clear airway, breathing, and oxygenating the blood.
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Tracheal Endotracheal intubation is often required to restore patency of the airway and protect the tracheobronchial tree from pulmonary aspiration of gastric contents.
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Rapid sequence induction and Endotracheal intubation is a particular method of induction of general anesthesia, commonly employed in emergency operations and other situations where patients are assumed to have a full stomach.
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One important difference between RSI and routine tracheal Endotracheal intubation is that the practitioner does not manually assist the ventilation of the lungs after the onset of general anesthesia and cessation of breathing, until the trachea has been intubated and the cuff has been inflated.
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Nasotracheal Endotracheal intubation carries a risk of dislodgement of adenoids and nasal bleeding.
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Endotrachael suctioning is often used during Endotracheal intubation in newborn infants to reduce the risk of a blocked tube due to secretions, a collapsed lung, and to reduce pain.
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Tracheal Endotracheal intubation is not a simple procedure and the consequences of failure are grave.
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Many classification systems have been developed in an effort to predict difficulty of tracheal Endotracheal intubation, including the Cormack-Lehane classification system, the Intubation Difficulty Scale, and the Mallampati score.
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Tracheal Endotracheal intubation is generally considered the best method for airway management under a wide variety of circumstances, as it provides the most reliable means of oxygenation and ventilation and the greatest degree of protection against regurgitation and pulmonary aspiration.
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Four anatomic features must be present for orotracheal Endotracheal intubation to be straightforward: adequate mouth opening, sufficient pharyngeal space, sufficient submandibular space, and adequate extension of the cervical spine at the atlanto-occipital joint.
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Newer technologies such as flexible fiberoptic laryngoscopy have fared better in reducing the incidence of some of these complications, though the most frequent cause of Endotracheal intubation trauma remains a lack of skill on the part of the laryngoscopist.
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General anesthesia is often administered without tracheal Endotracheal intubation in selected cases where the procedure is brief in duration, or procedures where the depth of anesthesia is not sufficient to cause significant compromise in ventilatory function.
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Tracheal Endotracheal intubation is a typical example of a closed technique as ventilation occurs using a closed circuit.
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Ibn Sina described the use of tracheal Endotracheal intubation to facilitate breathing in 1025 in his 14-volume medical encyclopedia, The Canon of Medicine.
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