Titlebook: Cardiac Electrophysiology Without Fluoroscopy; Riccardo Proietti,Yan Wang,Félix Ayala-Paredes Book 2019 Springer Nature Switzerland AG 201

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Gaetano Assanto,Andrea Fratalocchiifferent degrees of exposure associated with each procedure and utilise a personal dosimeter to monitor exposure. In general, diagnostic procedures have lower radiation exposure compared to ablative procedures. Atrial fibrillation ablation has the highest radiation exposure of all electrophysiologic

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Circuit Model of Gain in Metamaterialsphysiology of lesion formation as well as its relative advantages and disadvantages when harnessed for reduced-fluoroscopy ablation. Commonly used and alternative ablation energy sources are surveyed here. Specific considerations when these energy sources are utilized in low- and zero-fluoroscopy sc

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Chaos and Evolution in Economic Processes. As we all know, radiation exposure is harmful to the patients. The medical staffs still receive cumulative radiation exposure despite wearing heavy-lead aprons for protection. Besides, the heavy-lead aprons exert heavy physical burden and thermal fatigue to the staffs. Recently, three-dimensional

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Kumaraswamy Velupillai,H?kan J. Holmst to allow fluoroless procedures in most instances, experience is lacking. While the learning curve will require time, and may slow the productivity of the lab down for a while, the benefits to both the patients and the staff are worth the investment. If one visits an experienced lab doing fluorole

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F. Lederer,S. Darmanyan,A. Kobyakove use of fluoroscopy comes with radiation risks to the patient as well as to the electrophysiology lab staff. Newly navigation methods are used to help in mapping and ablation, reducing X-ray exposure to zero or near zero. The aim of the present review is to evaluate the safety and efficacy of radio

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https://doi.org/10.1007/978-94-010-0542-5n exposure patients and health personnel. Combining 3-D mapping systems and nonionizing imaging modalities such as intracardiac echocardiography (ICE) allows safe and effective completion of the ablation procedure without fluoroscopy.

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Nonlinearity in Condensed Matterin the heart chambers; we describe a total non-fluoroscopic approach to address idiopathic ventricular substrates, combining electroanatomical mapping and, when needed, non-ionizing imaging modalities as intracardiac ultrasound.