Category: ECG/EKG Applications

In recent years, a variety of smart bracelets and watches have appeared on the market, and their functions are similar, most of which are monitoring heart rate, blood oxygen, blood sugar, and step counting. Because of this, smart bracelets and watches are not as popular as they used to be in recent years, but if there is a medical-grade ECG watch and bracelet with ECG monitoring function, can it be used in many common smart watches and bracelets? Get the top spot?

The most valuable of the ECG watches is the ECG. The principle of the electrocardiogram is not difficult to understand. In simple terms, when the heart muscle contracts, it will bring about tiny changes in the electrodes, sending out electrical activity signals that can be transmitted to the body surface through body fluids. Therefore, electrode leads are placed on the human body, and through a specific algorithm, these electrical activity signals can be captured and recorded to form an electrocardiogram that can reflect the heart activity. Through ECG, doctors can judge various heart problems of patients, such as arrhythmia, myocardial ischemia, coronary heart disease, atrial ventricular hypertrophy, etc. But in fact, in such a signal acquisition process, it is not so easy. Since the heart is three-dimensional, in order to have a more comprehensive understanding of the heart activity, the medical ECG equipment commonly used in the world is often to place 4 and 6 electrode pads on the human limbs and on the chest surface on the side of the heart, and then connect with the lead wires through the lead wires. A galvanometer on the device is connected to record clear electrical signals from the four atria and ventricles of the heart.

Medical ECG equipment is divided into two types: static and dynamic. Like our ECG results during physical examination, it belongs to static ECG, which can only record ECG data within two or three minutes of measurement time; dynamic ECG can continuously record ECG signals within 24 hours, which is more suitable for patients’ monitoring. Clinical observation, but doctors can only see the data recorded throughout the day on the second day to make judgments about the patient’s symptoms. Because of this, medical ECG equipment does have drawbacks, that is, it cannot monitor ECG changes in real time at all times, and it cannot issue early warnings for abnormalities in time.

Globally, the prevalence of cardiovascular disease continues to rise. According to the calculation of the National Cardiovascular Disease Center, there are more than 300 million patients with cardiovascular disease in my country, which means that every five people have a patient. At the same time, the “2019 Global Health Estimates Report” released by the WHO shows that heart disease has been the leading cause of death globally in the past 20 years. What touches the domestic community even more is that with the increasing pressure and intensity of work, sudden cardiac death has become a nightmare that contemporary young people are very afraid. If real-time monitoring and real-time feedback of the heart’s condition can be achieved, things like sudden employee death may not happen.

In this context, it is logical that smart watches that are very convenient to wear join the mobile ECG battle. The ECG results of smart watches can provide doctors with instant information about patients complaining about an abnormal period, which can provide a partial basis for doctors’ diagnosis; on the other hand, smart watches can also be regarded as an effective aid for long-term follow-up of patients outside the hospital. means. Compared with medical ECG equipment, smart watches with ECG function can not only detect ECG anytime, anywhere, but also allow people to measure in a calmer state. After all, in the hospital environment, some people are inevitably overly nervous, which leads to deviations in the results.

Plus1Health has professional ECG smart watch/band product solutions, which can easily measure and record the human body’s ECG, heart rate and other information, professional algorithm and circuit design technology, and the measurement results reach medical grade It can quickly detect ECG data, automatically assess various arrhythmias such as premature beats and atrial fibrillation, and provide medical-grade ECG waveforms to help timely detect and prevent hidden dangers to heart health.

Atrial fibrillation is the most common persistent arrhythmia disease and is usually more common in the elderly. The main symptoms after illness are palpitations, fatigue, dizziness, etc. If the relevant treatment and control are not carried out in time, it can also bring various harm to the human body. So what are the harms of atrial fibrillation to the human body?

1.Thrombosis and Embolism

Thrombosis and embolism are the significant hazards that atrial fibrillation brings to the human body. When atrial fibrillation occurs, the atrium will lose its contractile function, and blood is very easy to form thrombus from stasis in the atrium. This thrombus will gradually fall off and flow to all parts of the body with the blood. The risk of occurrence will be significantly increased.

2.Organ failure

When atrial fibrillation occurs for a long time, it is easy to lead to the weakening of the contractile function of the atrium. At this time, the heart rate will be significantly accelerated, which will increase the risk of heart failure. In severe cases, it will lead to the decline of the function of various tissues and organs, and even the phenomenon of failure. Lung failure, causing lower extremity edema, in addition, some elderly patients may also have the possibility of stroke.

3.Sudden death

Sudden death is a typical harm caused by atrial fibrillation. Atrial fibrillation is an independent risk factor for stroke. Clinically, about 20% of stroke events are related to atrial fibrillation, and about 35% of patients with atrial fibrillation will have one or more thrombosis and embolism events in their lifetime, which may lead to sudden death, which is a threat to life safety. Sex is very prominent.

The above is the harm of atrial fibrillation to the human body. In order to reduce the risk of atrial fibrillation disease, it is recommended to take active treatment measures in the early stage of atrial fibrillation. Plus1Health  has an ECG patch for ECG monitoring and screening for atrial fibrillation. There is also a free app-“AFibCheck“, which can be downloaded and used by searching in the mobile app store, and the operation is simple and convenient.

In recent years, with the intensification of the aging trend of my country’s population, the prevalence of cardiovascular disease has also increased year by year. At present, the number of cardiovascular patients nationwide is about 290 million, and the number of myocardial infarction and heart failure is as high as 2.5 million and 4.5 million, respectively, which means that 1 in 5 adults suffers from cardiovascular disease. In addition, cardiovascular diseases are mostly chronic diseases or life-long diseases, with a long course of disease, high hospitalization rate and high hospitalization costs, resulting in an increasing burden on the family and even the society. It has become a medical and health problem that has attracted social attention. The sporadic and sudden onset characteristics of cardiovascular disease make it impossible for patients to be detected and treated in time; on the other hand, cardiovascular emergencies progress rapidly, with dangerous conditions and high mortality, posing a serious threat to human health and life. However, studies by Norris showed that 72% of patients had significant discomfort before the onset of cardiovascular emergencies (such as cardiac arrest). Plus1Health  remote ECG monitoring has the functions of continuous monitoring of abnormal cardiac ECG signals for a long time, which can detect abnormalities in time and intervene to control the progress of the disease.

Remote ECG monitoring function:

1.Monitor

It can continuously monitor and record ECG data anytime, anywhere, 24 hours a day, automatically track and capture the clinically valuable dynamic data of patients according to the patient’s current basic ECG data and automatically store it, without the need for manual settings by doctors and patients, effectively reducing the workload of hospital doctors .

2.Early warning

Automatically adjust the heart rate, heart rate, ST segment analysis and warning thresholds according to the user’s heart condition, and automatically transmit the abnormal situation to the ECG monitoring center.

3.ECG analysis

It realizes ECG signal monitoring under various human motion states, and conducts multi-level and multi-angle analysis and judgment through client-side applet and remote data center analysis system.

Advantages of remote ECG monitoring：

Small in size, easy to carry, recording ECG information is not affected by factors such as time and location, high stability of data transmission, less time-consuming, and high coincidence rate in the diagnosis of arrhythmia, which is convenient for monitoring in families and communities. It can maintain real-time contact with medical staff and transmit ECG information in a timely manner. Medical staff can deal with abnormal ECG signals captured in a timely manner. The monitoring function is better than conventional ECG and 24-hour dynamic ECG, and it can reduce patients’ repeated visits to the hospital. Economic and psychological burden. Therefore, if remote ECG monitoring can be performed on patients with high-risk cardiovascular disease outside the hospital, the patient’s morbidity can be understood in real time, and timely treatment can be performed, which can significantly reduce the fatality rate of cardiovascular disease.

Remote ECG monitoring, just like having a heart housekeeper by your side, can truly control the occurrence of acute cardiovascular events from the source, and at the same time greatly reduce the mortality and disability rate of heart disease, and reduce the high cost of advanced treatment. Expenses and reduce the economic burden on society and families.

With the increase of work and life pressure, many people will have symptoms of palpitation. As a common arrhythmia, the incidence of atrial fibrillation is increasing year by year. How should atrial fibrillation patients be cared for?

Actively treat the primary disease. If the patient has palpitation and discomfort, an electrocardiogram should be performed first. Once it is determined that it is atrial fibrillation, it is necessary to consider whether it is caused by other diseases. If atrial fibrillation is caused by other diseases, it is necessary to actively take corresponding treatment measures to control the primary disease. Patients with atrial fibrillation should monitor their heart rate and blood pressure frequently. If they have obvious palpitation, shortness of breath, discomfort in the precordial area, or drop in blood pressure, they should find out in time and go to the hospital immediately.

Patients with atrial fibrillation should be actively treated. Patients need to regularly review the ECG during medication to observe the changes in the ECG of atrial fibrillation. At the same time, pay close attention to its adverse reactions. Atrial fibrillation often does not lead to critical illness, but its complications are fatal danger. If atrial fibrillation is prone to thrombosis for a long time, if patients with atrial fibrillation suddenly experience symptoms such as inconvenience in physical movement, slurred speech, drooling, chest tightness, etc., they should be alert to the possibility of thrombosis falling off, causing embolism and heart failure, and should strengthen observation and go to the hospital in time check and deal with it early.

Atrial fibrillation patients should be absolutely bed rest during acute exacerbation. For the recovery of atrial fibrillation, it should be determined according to the time. It is best to carry out drug recovery with between 24 hours of the new attack. If the degree of the attack is relatively mild, appropriate activities can be carried out according to the condition of the primary heart disease and physical state. or rest.

Nursing care of atrial fibrillation disease is a long-term process that requires the support and understanding of family members, as well as the confidence and psychological preparation of patients to overcome the disease. Usually, atrial fibrillation patients with slow heart rate, if they need to go out, they must be accompanied by someone to prevent accidents.

Pay attention to diet and health. Patients with atrial fibrillation should eat more foods rich in protein and vitamins in their daily life; eat more fresh vegetables and fruits; do not smoke, drink less alcohol, drink less strong tea and coffee, etc.; avoid spicy and irritating foods. In patients with atrial fibrillation, if the heart function is poor and there is significant edema, sodium intake should be limited.

For patients with chronic persistent atrial fibrillation, their mood is more depressed, anxious, irritable. Those who have had a history of cerebral embolism are more likely to be pessimistic and depressed. When nursing, it is necessary to enhance their confidence in the treatment of diseases, eliminate ideological concerns and fears, overcome adverse psychological factors, maintain emotional stability and psychological balance, and actively cooperate with treatment in order to stabilize the disease.

Plus1Health has ECG recorder for ECG monitoring, screening for atrial fibrillation, and remote ECG solution, which can realize remote ECG monitoring, issue ECG in real time, and give doctor a diagnosis reference.

Hypertension is a very important etiology and risk factor for atrial fibrillation, and data show that elevated blood pressure can increase the incidence of atrial fibrillation by 1.4-1.5 times. A number of studies have shown that hypertension combined with atrial fibrillation has an additive effect on the harm of patients. In patients with atrial fibrillation combined with hypertension, the risk of stroke (commonly known as cerebral thrombosis) is additionally increased by 2-3 times. From the above data, it is not difficult to see that hypertension is closely related to the occurrence, development and prognosis of atrial fibrillation.

So how does high blood pressure trigger and promote the occurrence and development of atrial fibrillation? At present, the specific mechanism of hypertension-induced atrial fibrillation is still unclear, but current research has found that there are two main reasons:

1.Elevated blood pressure causes hemodynamic changes that cause atrial fibrillation: Elevated blood pressure increases the pressure load on the left ventricle and left atrium, causing cardiomyocyte hypertrophy and cardiac interstitial fibrosis. Left atrial enlargement and atrial fibrosis are two important links in hypertension leading to atrial fibrillation.

2.Activation of the renin-angiotensin-aldosterone system (RAS): Renin is synthesized by our normal human kidneys and converted into angiotensin and aldosterone in the body, thereby maintaining electrolyte and fluid balance in the body, maintaining cardiovascular function homeostasis, and regulating blood pressure variety. Various reasons lead to its overactivation, which is an important reason for the increase of blood pressure in patients. These factors lead to the occurrence of atrial fibrillation in hypertensive patients, and are also important reasons for the difficulty in maintaining sinus rhythm in patients with atrial fibrillation and patients with atrial fibrillation who have undergone radiofrequency ablation.

Influence of atrial fibrillation on blood pressure measurement and coping methods: Regular monitoring of blood pressure changes is crucial for hypertensive patients. It is possible to evaluate the antihypertensive effect and blood pressure control of current antihypertensive drugs, so as to decide whether to adjust the drug dosage and regimen. But because atrial fibrillation causes the heart to beat irregularly, the pulse is also irregular (called tachycardia), making it difficult to measure blood pressure accurately.

Plus1Health has the PLUS101 module. The PLUS101 module is a small module that can measure “ECG, blood oxygen, blood pressure, and heart rate” at the same time. It has built-in professional algorithms and open interface documents, which can quickly help customers develop and support “heart”. Products and applications for detection of electricity, blood oxygen, blood pressure, and heart rate.

The PLUS101 ECG, blood oxygen, blood pressure, and heart rate modules are developed and designed by a professional medical device R&D team, and have undergone rigorous testing to meet medical-grade technical indicators and pass the medical device registration license. It is widely used in smart ECG watches, ECG bracelets, blood oxygen watches, blood oxygen bracelets, smart health detection and other product solutions.

In life, many people disapprove of snoring, and even think that snoring is a sign of sound sleep. In fact, one in every five snorers suffers from obstructive sleep apnea. If not taken seriously, it will often cause systemic damage such as high blood pressure, diabetes, mood changes, etc. It will also cause serious damage to pregnant women and fetuses. In severe cases, it may cause sudden death.

Sleep apnea syndrome is a sleep disorder characterized by repeated pauses in breathing during sleep. It is often overlooked in the early stages. In fact, it is not just as simple as snoring. It can affect sleep, reduce blood oxygen saturation, and further lead to high blood pressure. Blood pressure, coronary heart disease, cerebral infarction, cerebral hemorrhage, diabetes, respiratory insufficiency, may also lead to neuropsychiatric symptoms such as anxiety, depression, dementia, and even sudden death during late-night sleep.

Through the curve analysis of clinical monitoring data, it was found that the patient’s abnormal breathing event (apnea) must have occurred in the sleep state, which is also the patient’s sleep time. Continued observation found that apnea and blood oxygen saturation were highly correlated. In short, a certain length of apnea will lead to a significant drop in blood oxygen saturation. Therefore, apnea can be assessed according to the corresponding blood oxygen saturation index and apnea index, and then the risk during sleep can be evaluated.

The sleep respiration monitor can monitor blood oxygen at home. In addition to making it easier for patients to observe and adjust themselves at home, it can also wirelessly transmit it to professionals for continuous monitoring. Once blood oxygen is found to drop, it can guide patients online whether they need to increase the amount of oxygen. This is like the ECG hoter, which is continuously recorded by the instrument for 24 hours and integrated into the screening management of the disease, so that the patient does not need to go to the hospital, and the medical staff on the platform can give feedback and guidance to the patient.

Currently, portable sleep respiration monitors are widely used in clinical practice. Compared with traditional polysomnography, the biggest difference between portable sleep monitoring instruments is whether they can monitor sleep-related information, such as EEG, eye movement, EMG, nasal airflow, snoring, etc. For sleep information that cannot be monitored by portable monitoring equipment, the most important information for observing patients is breathing information, including the form of chest and abdomen breathing and blood oxygen saturation. Usually, if a snoring patient is accompanied by sleep apnea, based on clinical experience, it can be basically determined that the possibility of obstructive sleep apnea is high. By using a portable sleep monitor for out-of-hospital examination and in-ward monitoring, especially during the epidemic, It not only reduces the risk and makes the inspection process easier, but also does not miss the focus of monitoring. In addition, by monitoring blood oxygen saturation, a very important information can also be measured is the pulse. Changes in pulse and heart rate are closely related to the functional state of sympathetic autonomic nerves, and the regularity of changes in the functional state of autonomic nerves is closely related to the amplitude of respiration changes. In this way, through some special algorithms, the patient’s respiration information can be estimated, and sleep respiration monitoring can be performed. It is also a very important means.

In the clinic, patients with sleep-disordered breathing, dyspnea, daytime sleepiness, chronic obstructive pulmonary disease, and some possibly related cardiovascular and cerebrovascular diseases can be screened through this convenient wearable device to guide further clinical trials. Diagnosis and treatment. For medical staff, monitoring data can also be observed very intuitively, allowing doctors to grasp the situation of patients in time. Therefore, this wearable device for monitoring important information will have a wider range of clinical application scenarios. In recent years, wearable devices for sleep monitoring are usually used in sleep centers, snoring screening centers, and physical examination centers for initial screening of sleep apnea syndrome.

Plus1Health has the PLUS101 module. The PLUS101 module is a small module that can measure “ECG, blood oxygen, blood pressure, and heart rate” at the same time. It has built-in professional algorithms and open interface documents, which can quickly help customers develop products and applications that support “ECG, blood oxygen, blood pressure, heart rate” detect.

The PLUS101 ECG, blood oxygen, blood pressure, and heart rate modules are developed and designed by a professional medical device R&D team, and have undergone rigorous testing to meet medical-grade technical indicators and pass the medical device registration license. It is widely used in smart ECG watches, ECG bracelets, blood oxygen watches, blood oxygen bracelets, smart health detection and other product solutions.

Arrhythmia itself has a lot of hazards, so you also need to develop good habits in life. In fact, middle-aged and elderly people, people with high blood pressure, people with diabetes, and people who often stay up late are more likely to have arrhythmia. Phenomenon, so It is necessary to do the correct conditioning in order to effectively reduce the occurrence of risks, and it is not easy to have complications.

The occurrence of arrhythmia will indeed affect the health of individuals, and this disease is more likely to appear in the middle-aged and elderly people. To prevent the occurrence of this disease, we should first develop good living habits, and also some exercise should be done appropriately, especially some prone people need to pay more attention. So, who are the people who are prone to arrhythmia?

1. Middle-aged and elderly people

In fact, middle-aged and elderly people are more prone to arrhythmia, because the elderly are older, and the organ function of the human body will also enter a stage of decline. If you don’t pay attention to your living habits, you are more likely to develop these diseases. In daily life, the elderly must take corresponding preventive measures to reduce the occurrence of arrhythmias. In addition, they should also quit smoking and drinking. This is also a major key to prevention. It is important for the health of the elderly. There are also good help.

2. People with high blood pressure

People with high blood pressure are also particularly prone to arrhythmias. Therefore, such patients should control their blood pressure and pay special attention to their diet. They should control their salt intake and check their blood pressure regularly. Excessive blood pressure is particularly likely to cause arrhythmia. Doing some aerobic exercise appropriately in life can also help control blood pressure. In addition, you should drink more water and choose more light food. certain benefits.

3. Diabetic patients

For diabetic patients, they are also particularly prone to arrhythmia. The appearance of diabetes will also have an impact on the patient’s health. It is also particularly prone to a series of complications. If the patient does not pay attention to life care, it may also cause arrhythmia, so in daily life, first of all, you should firmly control the blood sugar level, you can choose to take appropriate drugs, you can also use the method of exercise, if necessary, you can also choose important methods to regulate, all there are certain benefits.

4. People who often stay up late

People who stay up late like to drink strong tea and coffee. Staying up late will lead to a serious load on the heart, insufficient blood supply to the heart muscle, and sometimes excessive excitation of the heart will cause premature contractions, that is premature beats. These conditions may cause us to suffer from arrhythmia.

Plus1Health has an ECG patch, which is equipped with the “ECG Tinew” applet, which can screen for atrial fibrillation. There is also a free app for measuring atrial fibrillation—“AFibCheck”, which can be downloaded and used by searching in the mobile app store, and the operation is simple and convenient.

Xiaomi Phone: AFibCheck-Xiaomi App Store

Huawei mobile phone: https://appstore.huawei.com/app

ECG is widely used in clinical practice and can detect many diseases, such as the following:

First, arrhythmia, whether it is fast heartbeat, slow heartbeat, irregular heartbeat, premature beats, ventricular tachycardia, atrial fibrillation, ventricular fibrillation, etc., can be found by doing an electrocardiogram.

Second, structural heart disease, whether the heart is enlarged or thickened, whether the atrium is enlarged or the ventricle is enlarged, can also be reflected by the electrocardiogram.

Third, the important disease that can be detected is myocardial ischemia, especially myocardial infarction. There is a type of myocardial infarction called ST-segment elevation myocardial infarction. This diagnosis can only be made by electrocardiogram. Therefore, electrocardiogram is used in the diagnosis of myocardial infarction. It is very important in the diagnosis of myocardial ischemia.

Fourth, electrolyte abnormalities, electrolyte disturbances, such as low potassium, low blood potassium, high blood potassium, high blood calcium, low blood calcium, etc., can be reflected by the electrocardiogram.

Fifth, other important diseases, especially acute and critical illnesses, such as pulmonary embolism, also have specific manifestations on the electrocardiogram.

Therefore, ECG is very important in clinical practice. Of course, special emphasis is placed on doing ECG when symptoms occur, and the sensitivity and specificity will be relatively better. However, due to the transient characteristics of heart disease attacks, it is difficult to accurately capture, and the traditional ECG detection is cumbersome to operate. Therefore, patients with heart disease need to do daily regular monitoring.

Plus1Health has an ECG recorder, which can monitor ECG, issue ECG in time, and support single-lead, 3-lead, 6-lead, and 12-lead. There is also a free APP “AFibCheck“, which can be downloaded and used by searching in the mobile app store, and the operation is simple and convenient.

Xiaomi Phone: AFibCheck-Xiaomi App Store

Huawei mobile phone: https://appstore.huawei.com/app

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.

First of all, patients with arrhythmia diseases are the main monitoring objects of long-range ambulatory ECG monitoring. From arrhythmia screening before diagnosis, to follow-up of disease development during diagnosis, and evaluation of effect after treatment, long-term dynamic monitoring is required. Through 24 hours or even 7 days of continuous monitoring, it is possible to detect potential diseases early, dynamically track the changes of the disease, prevent the risk of disease deterioration, and evaluate and guide the effect of drug treatment or surgical treatment.

Heart rate is an important parameter in human vital signs. Long-range dynamic heart rate and ECG monitoring can realize continuous observation of human vital signs. Therefore, long-term ambulatory ECG monitoring is also required in the postoperative rehabilitation population. Long-range ambulatory ECG monitoring can help doctors effectively assess postoperative recovery and treatment effects, and then formulate treatment plans for the next stage.

People with primary underlying diseases such as high blood pressure, high blood lipids, high cholesterol, and diabetes are at high risk of cardiovascular disease. Because primary diseases can cause certain damage to heart function, they are more likely to cause arrhythmia than ordinary people. These groups are more prone to worsening effects after complicated arrhythmia diseases, and it is necessary to strengthen continuous monitoring and recording of cardiac electrical activity in daily life.

With the increase of age, people often have health problems such as senile degeneration and decreased heart function, and many elderly people suffer from primary underlying diseases to varying degrees, which are more likely to cause cardiovascular diseases. Therefore, even in the elderly population (especially those over 65 years old), even if the results of ECG examinations are normal, it is recommended to strengthen long-term ambulatory ECG monitoring. Some early arrhythmias have no obvious symptoms and can have serious consequences if ignored.

Athletes and sports enthusiasts can also perform long-range holter monitoring as needed. The level of the basal heart rate determines the degree of adaptation of the human body to the exercise intensity. At the same time, the exercise rhythm also affects the change of the heart rate. Athletes and exercise enthusiasts can control the rhythm of exercise according to the results of dynamic ECG monitoring, and allocate physical fitness reasonably, which can not only improve exercise efficiency, but also effectively ensure exercise safety, and avoid the tragedy of injury and sudden death caused by excessive cardiac load.

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.