Titlebook: Anesthesia and the Lung 1992; T. H. Stanley,R. J. Sperry Book 1992 Kluwer Academic Publishers 1992 Surgery.epidemiology.hemodynamics.hypox

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Management of The Difficult Airway Part II: Proper Preparation for the Awake Intubation, Fiberopticof subtle factors (large tongue size, small mandibular space, restricted atlanto-occipital extension), then airway patency should be secured and guaranteed (usually by EIT intubation) while the patient is awake. Although this is generally much more time consuming for the anesthesiologist and a more

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Management of the Difficult Airway Part III: The Anesthetized Patient whose Trachea is Difficult toery difficult airway. First, the patient may already be unconscious(e.g., posttrauma) or generally anesthetized (e.g., drug overdose).Second, the patient may absolutely refuse to be intubated awake (e.g., anintoxicated combative patient). Third, and perhaps the largest category,the anesthesiologist

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Management of the Difficult Airway Part I: Epidemiology, The Asa Algorithm And Recognition,sed malpractice claims involve a brain damaged or dead patient (1) and it has been estimated that inability to successfully manage very difficult airways has been responsible for up to 30% of deaths totally attributable to anesthesia (2–4).

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Elastodynamic Modeling of Parallel Robotsept that HPV contributes to regulation of ventilation/perfusion ratios . and that . distribution is an important determinant of steady state pulmonary hemodynamics. The purpose of this discussion is to introduce the beginnings of the resolution of this long standing pulmonary research problem.