Cardiac arrhythmias are a common symptom in the population and are particularly dangerous in patients burdened with chronic conditions. In the diagnostic practice of patients suffering from infrequent and irregular cardiac disorders, in whom classical diagnostic methods of the 24-hour Holter registration have been unsuccessful, event Holter devices (EHO-MINI Event Holter) are recommended. Patients can use these recorders for a very long time, until the ECG recordings with abnormalities/incidents are successfully recorded. This allows extremely effective detection of very rare and sporadic cardiac disorders. Once the abnormalities are detected, the doctor and patient are provided with reliable medical data based on which an effective treatment method can be applied, while not generating large amounts of data for evaluation by medical personnel.
EHO-MINI (Event Holter) is a small-sized, mobile device for cardiac tele-diagnosis and tele-monitoring. The device can work in event recording or auto-holter mode, which is ideal for diagnostics performed in primary care and AOS. The device allows you to adjust the operating parameters and configuration of the leads to the individual needs of the patient, also during the monitoring.
Application advantages:
- Easy operation and clear indication of the device status
- High precision and accuracy of measurement
- fully digital processing of ECG signals (test recording and data transmission)
- fully synchronous digital ECG recording from all leads
Ability to remotely change the operating parameters of the device also during the monitoring after reviewing the current results of the patient Using long-term monitoring (>3 days), we achieve increased efficiency in the diagnosis of patients with cardiac arrhythmias:
65% success rate in detecting arrhythmias in long-term telemonitoring >3 days
39% efficiency in arrhythmia detection with standard Holter method
* TELEMARC study “Optimization of diagnosis and therapy of cardiac arrhythmias and syncope using intelligent telemetry solutions”.