Titlebook: Resuscitation; Translational Resear Antonino Gullo,Giuseppe Ristagno Book 2014 Springer-Verlag Italia 2014 cardiac arrest.cerebral resuscit

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Ventricular Fibrillation and Defibrillation: State of Our Knowledge and Uncertainities cardiac arrest with VF as the initial rhythm. Current ILCOR and American Heart Association Guidelines advocate a period of two minutes following a defibrillation shock committed to cardiopulmonary resuscitation (CPR), without regard to the post-shock rhythm, including recurrent VF. Because VF is a

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Amplitude Spectrum Area to Predict the Success of Defibrillationnjunction with electrical defibrillation (DF) has the potential of re-establishing the return of spontaneous circulation (ROSC). During cardiac arrest, coronary blood flow ceases, accounting for a progressive and severe energy imbalance. Intra-myocardial hypercarbic acidosis is associated with deple

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The Importance of Automated External Defibrillation Implementation Programsduction of the AEDs into clinical practice.Presently the AEDs use a biphasic waveform technology but most of the devices have different features in terms of energy and current delivered as well as different waveforms duration depending on whether they deploy a biphasic truncated or a rectilinear wav

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Mechanical Versus Manual CPRdden loss of consciousness caused by the lack of cerebral blood flow, which occurs when the heart ceases to pump. Indeed, it represents a leading cause of death in the Western world, with as many as 350,000–700,000 people in the United States, Canada, and Europe sustaining cardiac arrest each year [

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Vasopressors During CPRuring cardiac arrest is its vasoconstrictive (α) effect, which could improve both coronary and cerebral perfusion pressure by increasing diastolic arterial pressure. However, epinephrine has also side effects, as a β-mediated increase of myocardial oxygen consumption and a potential α1-mediated inte

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The Potential Contribution of Corticosteroids to Positive Cardiac Arrest Outcomeshe pathophysiology of the postcardiac arrest syndrome has provided clear clinical targets for certain well-established pharmacological actions of the corticosteroids. These include their antiinflammatory and anticytokine effects, and their potentiation of the vasopressor effects of the catecholamine