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New implantable therapeutic device for the control of an atrial fibrillation attack using the Peltier element

机译:用于使用Peltier元件控制心房颤动攻击的新植入治疗装置

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For the development of the new therapeutic device for the atrial fibrillation, implantable cooling device using Peltier element was developed in this study. An implantable cooling device had been consisted from Peltier element with transcutaneous energy transmission system (TETS). 1st coil can be contacted from outside of the body, when the patients will feel palpitation. Electrical current will be induced to the implanted 2nd coil. Peltier element will able to cool the surface of the atrium. For the confirmation of the effect of the cooling device, trial manufacture model was developed. Animal experiments using six healthy adult goats after animal ethical committee allowance was carried out. Fourth intercostals space had been opened after anesthesia inhalation, and various sensors had been inserted. AF was induced by the electrical current with battery. As the results, AF had been recovered to the normal sinus rhythm after cooling in all six goats. So, this cooling system for the control of AF showed evident effect in these experiments. Smaller size cooling device has been under development aiming at totally implantable type. Catheter type cooling device for the insertion by the use of fiber-scope type is now under planning for the clinical application. This new type device may be able to become good news for the patients with uncontrollable AF
机译:为了开发用于心房颤动的新治疗装置,本研究开发了使用珀耳帖元素的可植入冷却装置。植入式冷却装置已由具有经皮能传输系统(TETS)的珀耳帖元件组成。当患者感到心悸时,可以从身体外部接触第一线圈。电流将被诱导到植入的第二线圈。 Peltier元件将能够冷却庭的表面。为了确认冷却装置的效果,开发了试验模型。进行动物道德委员会津贴后使用六个健康成年山羊的动物实验。在麻醉吸入后,第四个肋间空间已打开,并且已插入各种传感器。通过电池电流引起AF。作为结果,在所有六只山羊冷却后,AF已被恢复到正常的窦性心律。因此,这种用于控制AF的冷却系统在这些实验中表现出明显的效果。较小的尺寸冷却装置已经旨在完全可植入的类型。通过使用纤维范围类型的导管型冷却装置现在正在规划临床应用。这种新型设备可能能够成为无法控制的AF的患者的好消息

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