Compared with the conventional ECG examination that takes more than ten seconds, the long-range ambulatory ECG monitoring can monitor and record the human heart electrical activity in real time for 24 hours or even longer, and analyze and process it with the help of the software system to find out the routine ECG. Arrhythmia provides an important objective basis for clinical diagnosis, treatment and judgment of curative effect.
Arrhythmias often have the characteristics of sudden onset, short duration, and irregular attacks. The attack time generally does not last for a whole day. It is often difficult to capture paroxysmal arrhythmias, such as cardiac bradycardia, tachycardia, etc. Other arrhythmias, such as atrial fibrillation, atrial premature beats, sinus arrhythmia, escape beats, etc., are easy to be ignored because the symptoms of the attack are not obvious, causing the disease to deteriorate.
Long-range ambulatory ECG monitoring can capture sporadic and short-term ECG abnormalities that are not easily found by conventional ECG, screen and analyze various arrhythmia conditions, and clarify the type, frequency and risk of arrhythmia, so as to carry out targeted treatment and assessment and guidance of treatment efficacy.
After further exploring the applicable objects and applicable scenarios of long-range dynamic ECG monitoring, it will be found that healthy people also need to accept long-range dynamic ECG monitoring in certain environments or states to monitor the health status of the heart in real time. Compared with traditional in-hospital examinations, dynamic ECG monitoring is more inclusive to the environment, and can meet people’s needs for health and safety monitoring in daily life, work, and even sports scenarios.
Plus1Health has an ECG recorder that can realize long-range ambulatory ECG monitoring, which can be easily worn and realize the collection and recording of ambulatory ECG data. The ECG data will be simultaneously transmitted to the patient terminal, family terminal, and enterprise big data center, and real-time data and analysis reports can be viewed on the mobile phone applet, realizing self-monitoring and active management of dynamic ECG.