![]() ![]() Data from the device may alert the physician and/or the patient to important events, such as device malfunction, arrhythmia, changes in haemodynamic status or inadvertent changes in programmed parameters. Regardless of type, once a device has been implanted, its continued monitoring is necessary for evaluating the effects of therapy and has become part of a complete cardiac evaluation, much like an electrocardiogram, echocardiogram or stress test. 2 The indications for CIED implantation have also broadened, and CIEDs are now important therapeutic options for selected patients with bradycardia, tachycardia or heart failure as well as a diagnostic option for patients with syncope. 1 Cardiovascular implantable electronic devices (CIEDs) now include implantable cardioverter defibrillators (ICDs), pacemakers (PMs), cardiac resynchronisation therapy (CRT) devices, implantable loop recorders (ILRs) and implantable haemodynamic monitors (IHMs). A rapidly expanding number of patients depend on this technology. Since the first implantable pacemaker was introduced in 1958, electronic devices designed to treat cardiac problems have experienced technological leaps. ![]() This article summarises the impact of remote monitoring on clinical practice today and how the use of remote monitoring may evolve to affect the practice of medicine in the future. With the advent of new methods of remote monitoring, the information recorded by these devices can be accessible in real time and thus lead to more timely clinical decision-making. As an outgrowth of this increased sophistication, once implanted, CIEDs can provide significant amounts of important clinical information, allowing to identify the presence of significant arrhythmias, assess drug efficacy, evaluate heart failure status and continuously monitor device function. Early generations of CIEDs provided only basic operations and stored only rudimentary data, but the evolution of all types of CIEDs (pacemakers, defibrillators, cardiac resynchronisation devices, implantable monitors) has led to their increased complexity and the development of a myriad of specialised features. One of the doctors who helped treat Eriksen on the field told German media that the midfielder could speak and think clearly immediately after he was resuscitated with a defibrillator.There has been a rapid growth in the number of patients with cardiovascular implantable electronic devices (CIEDs), due to the consistent good results from large randomised trials and changing worldwide demographics with progressive ageing in all developed countries. He called it "a shock that will be part of me - part of all of us - forever.” Kjaer, who is close friends with Eriksen and his family, was one of the first players to come to the midfielder’s aid after his collapse. ![]() That is the greatest motivation for us all.” We will play for Christian, and as always for all of Denmark. ”It gives us peace in our minds, which allows us to focus on the game of football. ”Today, we will enter the pitch against Belgium with Christian in our hearts and thoughts,” Denmark captain Simon Kjaer said before the match in his first public statement since the incident. The game featured a minute’s applause for Eriksen just after the clock hit 10 minutes in honor of his No. He had one fitted after being diagnosed with an inflamed heart muscle in 2019.ĭenmark played Belgium in its second Euro 2020 game on Thursday and lost 2-1. Netherlands defender Daley Blind still plays professionally with an ICD. ![]()
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