Afterward, he spent 2 years without any regular training due to depression. He then reduced the volume/intensity of exercise for 4 years. During the patient’s hospitalization for a transient ischemic attack, the longest pauses on the Holter ECG were recorded, and he was suggested to undergo pacemaker implantation. Simultaneous HRM and Holter ECG recordings were performed in an outpatient clinic, finding consistent 6.3 s sinus arrests (SA) with bradycardia of 33 beats/min. This case report presents a 34-year-old male amateur soccer player with severe bradycardia who accidentally identified numerous pauses of over 4 s (maximum length: 7.3 s) during sleep on his own HRM with a heart rate variability (HRV) function. This would facilitate the ability to improve our understanding of one’s cardiovascular state, provide a clue as to what is causing the current state and Heart Failure, facilitate titration of medication to more optimal levels and provide a means of assessing one’s response to medication adjustments.Heart rate monitors (HRMs) are used by millions of athletes worldwide to monitor exercise intensity and heart rate (HR) during training. NICaS is able to provide accurate (highly correlates with pulmonary artery catheter), consistent and real-time data of one’s cardiovascular physiology. In addition, NICaS utilities a standard three-lead ECG connection for measuring the pulse rate. Cardiac output is calculated by multiplying stroke volume by the heart rate. This calculates the stoke volume by a proprietary algorithm.
NICaS transmits a small electrical signal through the body via two electrical sensors arranged in wrist-ankle configuration. Our products are FDA cleared and CE marked. The NICaS algorithms were developed by Ni Medical scientists over more than twenty years of research and validated by extensive clinical testing. Whole-body Bio-impedance Technology, utilized in NICaS, is unique and propriety to Ni Medical.
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