Active clinical trials for "Bradycardia"

The purpose of the PREMS study is to evaluate the capability of the periodic IEGM feature (intracardiac electrogram) to provide more extensive remote information about cardiac rhythm, sensing and capture, and thus to detect anomalies that may deserve a clinical action. PREMS is a non-interventional, prospective, and multicenter study. The primary objective is to assess the added clinical value of periodic IEGMs, based on the rate of patients with a rhythm or sensing/pacing anomaly detected on the first IEGM transmitted by Home Monitoring (HM) and non detectable so obvious on the other parameter set offered for the remote follow-up.

The SWAF study will compare the performance of a smartwatch combined with Cardiologs Platform algorithm in the detection of Atrial Fibrillation and other arrhythmias with that measured on a manually read 12-lead ECG in subjects hospitalized for cardioversion or AF ablation.

This is a multi-site, non-randomized, data collection study. The purpose of this study is to investigate the cardiac electrical and mechanical function during LBBAP with different AV intervals.

Most of the conduction abnormalities with TAVR are usually detected during the procedure or during the following days of observation. Little is known about the prevalence and timing of any conduction abnormalities that exist before (other than standard ECG) or after through long term cardiac monitoring.

Cardiorespiratory and gastroesophageal reflux events often coexist in infants in Neonatal Intensive Care Unit (NICU) thus leading to drugs over-prescription and delayed discharge. Through cardiorespiratory and pH-impedance monitoring this study aims to evaluate the temporal association between gastroesophageal reflux (GER) and cardiorespiratory (CR) events in a large number of infants with gastroesophageal reflux disease (GERD) and CR symptoms and, whether this association is significant, to clarify the impact of GER on CR events.

The purpose of this field evaluation is to collect and evaluate information related to CareLink transmission compliance as well as patient perceived benefit of BlueSync™ and the health care provider perception of the value of BlueSync™ and satisfaction with BlueSync™.

In Western countries, every sixth person in their lifetime and 15,000 people in Finland have a new stroke each year. About every fourth stroke is based on cardiac embolism. Atrial fibrillation causes formation of thrombi in the left atrium with ensuing embolization in the cerebral and peripheral circulation. This study investigates the suitability of measurement techniques and new calculation methods used in sport/wellness technology for the screening and diagnosis of atrial fibrillation and other arrhythmias. New measurement technologies, the one-time ECG measurement and pulse wristband measurement, are studied for their characteristics, data quality and rhythm recognition. Identifying latent arrhythmias with new self-monitoring technologies can significantly reduce the number of strokes (the latent arrhythmias causes about 25% of strokes). The research will be accomplished in cooperation with the Kuopio University Hospital Emergency Department, the Heart Center, the Department of Applied Physics of the University of Eastern Finland and Heart2Save Ltd. The results of the research project will be published in the scientific journals of medicine and medical technology and will be presented at scientific conferences of the respective fields. The research results of the project can be utilized by all companies in the medical technology industry, in particular companies that produce ECG measuring instruments and companies that produce rhythm recognition software.

This study aims to perform statistical inference and prediction of changes in fetal heart rate during active labor in healthy pregnant women by comparing three different machine learning methods

The technological progress allowed the development of more and more sophisticated pacemakers, widening the therapeutic indications but also meeting the physiological needs of the patient. This progress led to a more and more complex programming for the physicians. To help them set optimally the pacing parameters, physicians refer to the existing recommendations of learned societies as well as to his expertise. Manufacturers developed also algorithms integrated into pacemakers with the aim of assisting physicians in their programming. TherapyGuide is a function which proposes a programming adapted to the psychopathological state of the patient, with a justification based on experts' consensus, clinical studies as well as on published articles. Physicians have the choice to accept or reject the programming proposed by TherapyGuide. When rejected, there is no means to analyze the modifications brought to the proposed set of parameters. The nature, the frequency and the reasons of these modifications are not thus known. The purpose of this study is to assess the acceptance of the TherapyGuide proposals by physicians and to identify the most frequent type of programming changes they make and their rationale.

The study objective is to collect mid-term clinical outcome in a group of patients implanted with permanent pacemaker (PM) according to real-life clinical practice in a multicenter and international environment.