With the improvement of people’s living standards and the acceleration of the pace of life, the incidence of cardiovascular diseases has risen rapidly. According to the report of “China Cardiovascular Health and Disease Report 2020”, there are currently about 330 million patients with cardiovascular diseases in our country, of which 11.39 million are coronary heart diseases, and the number of patients with heart failure and various heart diseases ranges from 2 million to 9 million.
Recent epidemiological studies have also indicated that although cardiovascular diseases have been dubbed the title of “geriatric disease”, the younger trend of cardiovascular disease has become more and more serious. Cardiovascular diseases have seriously threatened human health. Monitoring and recording the electrocardiogram is a key method for early screening of cardiac abnormalities, and it has become more and more important in modern medicine.
The clinical significance of ECG monitoring
ECG monitoring can analyze and distinguish various arrhythmias, it can also reflect the degree and development of myocardial damage, and monitor the functional structure of the atria and ventricles. It has great reference value in guiding heart surgery and instructing necessary drug treatment.
Commonly used ECG monitoring methods
At present, the most widely used ECG monitoring methods in clinical application are ordinary ECG monitoring and 24-hour dynamic ECG monitoring.
Routine department examination:
Conventional ECG is the ECG recorded by the electrocardiograph when the patient is lying still. The monitoring time is short, and only a small amount of information about the heart state can be obtained. Therefore, it is difficult to effectively capture the accurate data that can be diagnosed by the doctor in a limited time.
Monitoring pain points: Ordinary ECG can usually only record the ECG activity of a certain moment, so that some people have symptoms of arrhythmia and go to the hospital for examination, but the ECG shows normal.
Holter Rental outside Hospital:
Dynamic ECG monitoring, commonly known as holter monitoring, is to carry the ECG recording instrument on the body, monitor and record the changes in the ECG for 24 hours, and then analyzed and judged by the doctor. It can detect some abnormal conditions that are not easily captured by ordinary ECG. It can also be combined with the patient’s activity status to determine the heart health status.
Monitoring pain points: You must go to the hospital and be worn ECG by professionals for 24-72 hours of testing. After monitoring, you need to go to the hospital to make the doctor explain the ECG data . You will also face long-term registration and queuing problems. You need to wear several lead wires during the monitoring process, which is not convenient enough. Moreover, the monitoring time is limited. If there is no arrhythmia during the monitoring period, it is easy to cause missed diagnosis.
Intelligent dynamic ECG—make up for the deficiency of traditional ECG monitoring
Since the occurrence of heart-related diseases is extremely sudden, the accuracy and convenience of ordinary ECG and traditional Holter are insufficient. Many transient arrhythmias and myocardial ischemia are difficult to be captured by the hospital’s traditional ECG machine,which is easy to miss the diagnosis of occult cardiomyopathy.
With the advancement of technology and the development of artificial intelligence, ECG monitoring technology is becoming more and more mature. The Holter recorder newly launched by Heal Force not only solves the problems of poor convenience and easily missed diagnosis of traditional ECG monitoring, but also has more features to make up for the shortcomings of traditional ECG monitoring.
Heal Force Technology New Products—Dynamic ECG Recorder, guard your heart health 24 hours a day
Heal Force FitPatch-H1 Dynamic ECG Recorder has three monitoring modes, equipped with professional sensors. It can efficiently capture the ECG signal, support 28 kinds of arrhythmia screening, pacemaker signal monitoring, sleep apnea monitoring, HRV heart rate variability Analysis, etc. Heal Force FitPatch-H1 Dynamic ECG Recorder can provide data summary analysis of the number of premature beats, ST-side events, pacing events, etc., and it can also enjoy 365 days of remote real-time monitoring by cardiologists in top three hospitals (after activating the service).
Three monitoring modes
Routine ECG monitoring: 30 seconds rapid monitoring, suitable for rapid testing before taking heart medication
Continuous monitoring: long-term cardiac monitoring, suitable for evaluation of drug efficacy after taking heart-related drugs
Holter mode: 12&24 hours randomly selected, professional doctors manually filter invalid ECG waveforms to improve accuracy, suitable for sleeping at night, going out and no wifi environment to use.
28 types of arrhythmia screening
Medical-grade ECG waveform, 28 kinds of arrhythmia screening, automatic analysis of heart rate status in the background
Compact design, weighs only 30g
The thickness is only 7.5mm, and it can be bent at 180°
No wire binding, easy to wear
Wireless charging: charging for 2 hours, battery life over 24 hours
Waterproof material: It is made of IPX7 waterproof material, which can also be worn when sweating or taking a bath.
Intelligent linkage: It supports low-power Bluetooth transmission, real-time data upload and sharing, intelligent connection to medibase cloud platform, ECG waveforms and heart rate values per second are clearly visible.
Real-time warning: After the measurement, a report is automatically generated to warn a variety of heart diseases, accompanied by noun explanations, and the results are clear at a glance.
ECG monitoring process
Arrhythmia screening, heart rate monitoring and early warning, qualitative and quantitative analysis of arrhythmia, postoperative monitoring and drug evaluation, etc.
Heart disease patients, middle-aged and elderly people, occupational groups who often stay up late and work overtime and have long-term mental stress, and potential people with cardiovascular disease.