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Why do you need to wear a Holter monitor?

A Holter monitor is a portable device that many doctors prescribe patients to wear when they need to solve a medical mystery. The monitor allows doctors to measure the heart’s rate and rhythm in order to determine how a patient’s heart is functioning. It is typically worn between 24 and 48 hours while patients continue throughout their normal days. There are a number of reasons why your doctor may require you to wear a Holter monitor.

ECG are generally performed if the patient experiences an abnormal heart rhythm. An ECG measures heart rate and rhythm but these abnormalities may not show up at the time of the the examination since the test only lasts several minutes, which is why many doctors may request that you wear a Holter monitor for an extended period of time to diagnose an arrhythmia, or irregular heartbeat.

Doctors may also order you to wear a Holter monitor if you have a heart condition that may increase the likelihood of an abnormal heart rhythm. They may also request that you keep a diary of the activities you are performing throughout the day. A Holter test may provide more information that could explain dizziness or fainting and palpitations or the feeling that your heart is fluttering.

Unlike the event monitor, which only records when you experience an “event” or abnormal symptom, the Holter monitor continuously records for the entire period that you wear it. Paired with the beat-by-beat record and your diary, your doctor is able to diagnose the problems that may be causing your irregular symptoms.

Plus1Health offers Holter monitors that allow doctors to provide patients with quicker diagnoses that may lead to faster treatments. Contact us today to find out more about our Holter monitoring solutions that can help you live a healthier life.

Plus1Health has a 24-hour Holter ECG,it is compact and exquisite, easy to carry, and can monitor in real-time, record abnormal situations, automatically generate electrocardiogram and report analysis.

Here is a free ECG monitor apps—”AFibCheck”,which can be downloaded and used after searching in the mobile app store.

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Can a Holter monitor detect heart blockage?

a Holter monitor can potentially detect heart blockage. A Holter monitor is a type of monitor used to monitor and record a patient’s heart rhythm for 24 to 48 hours. It can measure indicators such as heart rate and rhythm, blockages, and other abnormal cardiac activity.

During the monitoring period, information is collected that can help in the diagnosis of certain heart problems, such as heart blockages in the arteries or slow, fast, or abnormal heart rhythms. While the Holter monitor can potentially detect heart blockage, it is important to note that it is a noninvasive method of monitoring and is not considered a definitive diagnosis.

A more definitive diagnosis would require additional testing, such as an EKG or angiogram, to further assess the patient’s condition.

Plus1Health has a 24-hour Holter ECG,it is compact and exquisite, easy to carry, and can monitor in real-time, record abnormal situations, automatically generate electrocardiogram and report analysis.

Here is a free ECG monitor apps—”AFibCheck”,which can be downloaded and used after searching in the mobile app store.

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Can lack of sleep damage your heart?

Habitual short sleep and short sleep duration are associated with many cardiovascular events like atherosclerosis (narrowing and hardening of the arteries), coronary heart disease, high cholesterol, high blood pressure, heart failure, and stroke. Let’s have a look at insufficient sleep and its effects on different heart conditions. 

1.Sleep and Heart Rate

Our heart rate drops to 20-30% during the NREM deep sleep stages. It returns to normal when you wake up. Chronic sleep deprivation results in irregular and increased heartbeat and high blood pressure that puts extra pressure on our heart. Heart palpitations can also happen as a consequence of abrupt awakenings which are common among those with obstructive sleep apnea (OSA). 

2.Sleep and High Blood Pressure

Scientists observe a 10-20% drop in blood pressure during the normal NREM deep sleep stage, a phenomenon known as nocturnal dipping. Those with sleep disruptions and lack of sleep experience non-dipping, which means that their blood pressure does not drop during sleep. This increases the risk of high blood pressure, which may have serious consequences such as heart attack, stroke, coronary heart disease, or kidney failure, as we wrote about in our article about hypertension in Singapore and its complications here. 

3.Sleep and Heart Failure

Heart failure happens when the heart fails to pump and supply enough blood throughout the body, in many cases as a result of unmanaged hypertension. An observational study reported linkage between sleep deprivation and heart failure. This study also reported an increased risk of heart failure in those who sleep less than seven hours a day. The risk of heart failure was also found to be more common in people with unhealthy sleep behaviors like snoring, daytime sleepiness, and insomnia symptoms. 

4.Sleep and Atherosclerosis & Coronary Heart Disease

Coronary heart disease, also known as coronary artery disease, occurs when plaque builds up in the arteries, and restricts blood flow, a condition called atherosclerosis. Lack of sleep and sleep disruptions are believed to contribute to atherosclerosis, possibly due to chronic inflammation in the body. Atherosclerosis interferes with normal blood flow, causing coronary heart disease. In severe cases heart attack happens when a coronary artery is completely obstructed. Find out more about common heart diseases in Singapore and what causes them apart from loss of sleep in our in-depth blog post here. 

5.Sleep and Stroke

A stroke occurs when the brain cells die from the lack of oxygen because of obstructed blood flow to the brain. Studies have found a correlation between loss of sleep and stroke. Insufficient sleep increases the risk of stroke by elevating blood pressure and contributing to plaque buildup.  

Plus1Health has a sleep record,which is compact and exquisite, easy to carry, and can monitor in real-time, record abnormal situations, automatically generate sleep reports and analyses.

Here are two free heart rate monitor apps—”Heart Rate” and ”AFibCheck”, it is simple and convenient to operate,which can be downloaded and used after searching in the mobile app store.

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Which Ways To Improve Sleep Quality And Heart Health

As sleep is associated with the body’s healing and restoring abilities, it is crucial for keeping our heart safe. Improving sleep quality is crucial to improving our heart health.

If you have been struggling to get quality shut-eye time without success for a while, seeking medical help is recommended. Lack of sleep can be either a cause and a consequence of another medical condition. With a professional’s help, you will be able to check and treat any underlying medical causes that prevent you from getting a peaceful night’s sleep. In the case of primary insomnia (lack of sleep without an underlying cause), you may benefit from prescribed medications to help transit to a better sleep routine. 

However, medications for sleep may have their limitations, such as dependency, and reduced effect over time. Therefore, lifestyle changes at home are essential to improve sleep quality and quantity in the long-term. Below are some good lifestyle choices and sleep hygiene habits that are good for our slumber, which also means they are good for our heart:

1.Observe Symptoms Of Possible Sleep Disorders

Underlying sleep disorders like sleep apnea or daytime sleepiness can be the cause of poor sleep quality. Look into symptoms such as waking up tired even after sleeping for eight hours, snoring, struggling to stay awake in a meeting or while driving, and waking up from sleep multiple times a night. If you observe these symptoms, it is important to consult your GP or healthcare provider to identify the medical causes and address them effectively.

2.Improve Sleep Environment

A sleep-inducing environment contributes to a good night’s sleep. Electronics, extra lights, unwanted noise, late-night TV are among the public enemies of sleep. Bedroom should be sufficiently dark and at a comfortable temperature. Changing to fresh bed linens and pillow covers regularly can also help you sleep better. Also, you should only go to the bedroom to sleep when you are tired. Using the bedroom to work or lying in bed to watch TV can make the brain disassociate the sleep environment with sleep, making it harder for you to fall asleep when you want to.

3.Have A Consistent Pre-Sleep Routine

Going to bed and waking up at the same time sets the body clock, helping you to fall and stay asleep better. Pre-sleep routine also includes activities to prime the body and brain for sleep, such as changing from work clothes to loose and comfortable sleepwear. Other helpful habits are reading a book for 30 minutes, listening to relaxing music, and taking a bath before bedtime. 

Some people report having a glass of wine before bedtime helps them sleep better. This is not proven by research. Alcohol has sedative quality and may help you fall asleep faster, but it is believed to disrupt sleep quality later in the night. Caffeine is another sleep disruptor to avoid. If you want to fall asleep by 10pm, stop having coffee by 2pm the same day.

4.Exercise More

Regular exercise and physical activities during the day not only keeps our heart strong but also helps you fall asleep and stay asleep. 20-30 minutes of physical activity is recommended daily to boost sleep quality. However, avoid strenuous exercise late in the evening as it can take time for the body to switch to the relaxing state it needs before falling into sleep mode. 

Heart patients can also exercise by performing relaxing activities such as light stretching, yoga, meditation or deep breathing. Check out our recommended exercises for adults with cardiovascular conditions here. 

 Plus1Health has a sleep record, which is compact and exquisite, easy to carry, and can monitor sleep quality, record abnormal situations, automatically generate sleep reports and analyses.

Here are two free heart rate monitor apps—”Heart Rate” and ”AFibCheck”, it is simple and convenient to operate,which can be downloaded and used after searching in the mobile app store.

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What safety factors should be considered when wearing a heart-rate monitor during sleep?

However, it’s important to ensure that the heart-rate monitor you are using is designed and intended for continuous wear during sleep. Some monitors may not be specifically designed for overnight use or may cause discomfort during sleep, which could disrupt your sleep quality.

Here are a few considerations when wearing a heart-rate monitor during sleep:

1.Comfort: Choose a heart-rate monitor that is comfortable to wear during sleep and does not interfere with your sleep or cause any discomfort. It should have a soft and adjustable strap or a wristband that fits well without being too tight or restrictive.

2.Safety precautions: Ensure that the heart-rate monitor is safe to wear during sleep and does not pose any risks of skin irritation, allergic reactions, or other adverse effects. Follow the manufacturer’s instructions for usage and maintenance.

3.Data interpretation: Keep in mind that heart-rate monitors provide information about your heart rate, but they are not diagnostic tools for medical conditions. Interpreting the data collected by a heart-rate monitor should be done in consultation with a healthcare professional who can provide appropriate context and analysis.

4.Sleep quality: Wearing a heart-rate monitor during sleep should not negatively impact your sleep quality. If you find that it is interfering with your ability to sleep or causing discomfort, it may be best to remove the monitor or explore alternative monitoring methods.

It’s worth noting that if you have any underlying medical conditions or concerns about your heart health, it’s important to consult with a healthcare professional. They can provide personalized guidance based on your individual health needs and determine if wearing a heart-rate monitor during sleep is appropriate and beneficial for you.

Plus1Health has a sleep record, which is compact and exquisite, easy to carry, safety and can monitor sleep quality, record abnormal situations, automatically generate sleep reports and analyses.

Here are two free heart rate monitor apps—”Heart Rate” and ”AFibCheck”, it is simple and convenient to operate, which can be downloaded and used after searching in the mobile app store.

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Plus1Health sleep detection module, supporting secondary development, can be applied to various scenarios such as institutional elderly care, community elderly care, home elderly care, smart mattresses, maternity centers, health hotels

The Plus1Health sleep detection module is a module that focuses on collecting data on human vital signs. The module utilizes sensors and software to accurately detect real human vital signs. The module has the characteristics of small size, convenient appearance design, and low power consumption, combined with software and a precise and unique algorithm summarized through a large amount of human sample testing data.

The Plus1Health sleep detection module adopts a driver free method. Customers only need to correctly connect the module to the application product and power it on, and can quickly achieve sleep monitoring, experiencing the infinite joy of monitoring human vital signs.

The Plus1Health sleep detection module can be redeveloped to monitor sleep, respiration, and heart rate. The sleep belt monitors heart rate, respiration, and body movement in real-time, and automatically generates sleep reports, such as average heart rate, respiration rate, and duration of deep and shallow sleep.

High precision measurement, secondary development networking, and development data packages.

Recording sleep status can be applied to various scenarios. For example, institutional elderly care, community elderly care, home based elderly care, smart mattresses, maternity centers, wellness hotels, etc.

Single mode group is output through serial port data, without networking function, suitable for verification function.

Users can view data by connecting to a computer through a serial port tool.

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Smart Mattress Product APP Development Solution

The development of a smart mattress app can monitor users’ sleep status, allowing them to sleep more securely. The living pressure of modern urbanites is increasing, and having a good sleep state is particularly important. The smart mattress and app not only allows users to sleep soundly, but also displays their sleep status on the app, allowing users to fall asleep more quickly.

1. The advantages of developing a smart mattress app

Accurate monitoring: By monitoring heart rate and respiratory rate, a curve graph is generated to evaluate sleep quality, which can be viewed on the mobile app.

Exclusive proposition: Record every detail of sleep, analyze data to generate sleep reports, reshape one’s sleep habits, and provide sleep quality.

Health tips: Monitor heartbeat, respiration, body movements, and out of bed data comprehensively. After analyzing the user’s physical condition through data analysis, the app will prompt in a timely manner in case of any abnormalities.

2. The functions of the smart mattress app

1) Sleep monitoring: Users’ sleep status, sleep duration, deep sleep duration, and light sleep duration can be understood on the app. It can also monitor snoring and provide sleep advice based on analysis.

2) Heart rate statistics: Mattresses can also monitor users’ heart rate, allowing users to easily understand their physical condition through these data. The heart rate and respiratory rate can be directly viewed on the app.

3) Sleep details: Users can easily understand their sleep status and more through sleep details.

4) Smart detection: Through the smart mattress app software, we can achieve rapid detection and achieve fast connection between mobile devices and smart mattress devices.

5) Smart anti-snoring: After identifying snoring, the height of the mattress will be automatically adjusted to achieve the effect of anti-snoring.

6)Abnormal prompt: If there is an abnormal situation during sleep monitoring, it will automatically prompt, such as tachycardia/bradycardia, etc.

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Smart Snoring Prevention Mattress Solution – Physical Snoring Prevention to Improve Sleep Quality

It is understood that people who snore for a long time are likely to suffer from OSAHS. Approximately three thousand people worldwide die from this disease every day, and almost all patients have a history of snoring during sleep, with approximately one in five snorers suffering from this disease. If sleep monitoring confirms that snoring has affected physical health, timely intervention and treatment should be carried out.

If, after monitoring, it is shown that one is suffering from OSAHS, how to treat it?

It is recommended not to use a ventilator for now. Although the effect of the ventilator is immediate. But it requires plugging in and wearing a mask, which is inconvenient to use. If there is a sudden power outage, there are safety hazards and even some criticized problems. For example, positive pressure ventilation not only works when you inhale, but also when you exhale, which can affect the comfort of normal breathing and affect sleep. If you are a patient with severe apnea, it is recommended to use a ventilator again.

It is recommended that patients with moderate to mild sleep apnea be treated with weight loss and lateral sleep.

Weight loss can reduce the degree of respiratory obstruction, and in reality, more than half of patients can reduce and slow down snoring and obstructive sleep apnea through successful weight loss.

Side sleeping can prevent soft tissue in the throat and tongue from falling back and compressing the airway, reduce airway pressure caused by extra weight on the abdomen, chest, and neck, avoid respiratory obstruction, effectively improve respiratory conditions, and reduce snoring. For the anti snoring effect of lateral lying, many research literature has also provided clear conclusions: lateral lying (at least 30 °) is the main influencing factor of snoring rate and AHI (apnea hypopnea index). The ideal lateral sleeping position can reduce the snoring rate by 80%. In addition, when lying on the side at least 30 ° and raising the back by 2cm, AHI can be reduced by 80%.

Some people may say that sleeping on their side also snores, what’s the matter?

If you snore while lying on your side, it may be because there is too much meat on your neck, which compresses the airways severely. Even if you lie on your side, you cannot open the airways. Therefore, you need to lose weight first, and then receive side sleep treatment after appropriate weight loss, which can achieve good anti snoring effects.

Is sleeping on the side just enough for sleeping on the side? Of course not.

You sleep on your side, but after falling asleep at night, you cannot guarantee your posture, so maintaining a side sleep also requires skills and methods. Human intelligence is infinite, and the predecessors in the field of sleep have invented devices to help people lie on their sides, and they have been updated and iterated with the progress of technology.

Smart Snoring Mattresses – With the development of the smart home industry, products such as smart snoring mattresses have emerged. The principle of an smart anti-snoring mattress is to monitor snoring sound and push the snorer’s head position to move, automatically raising the back angle to guide the body to lie on its side, thereby adjusting the airway angle to achieve the purpose of anti-snoring. Equipped with a dedicated app, just like a user’s private sleep doctor, it will collect data on snoring duration during their sleep and assist users in monitoring changes in their sleep quality.

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What is the relationship between snoring and hypertension?

Snoring is related to high blood pressure, mainly caused by sleep apnea syndrome. In addition, it may also be related to physiological factors such as improper sleeping posture and excessive fatigue.

1. Hypertension

Secondary hypertension is generally considered to be related to kidney disease, brain lesions, sleep apnea syndrome, and other conditions. Snoring may be caused by sleep apnea syndrome, so there is a certain relationship between snoring and hypertension. Patients with sleep apnea syndrome may exhibit multiple system injuries, while patients with cardiovascular system injuries may exhibit increased blood pressure, heart rate abnormalities, and in severe cases, may also induce sudden cardiac death. In addition, clinical data shows that more than 50% of patients with obstructive sleep apnea hypopnea syndrome are associated with hypertension, while approximately 30% of patients with hypertension are also associated with obstructive sleep apnea hypopnea syndrome.

2. Physiological factors

When the body sleeps improperly, overwork, improper pillow height, obesity, etc., it is easy to induce snoring. Snoring in this type of population is not related to hypertension. It is recommended that patients with hypertension and snoring actively seek medical examination and cooperate with doctors for targeted treatment to avoid delaying the condition.

Plus1Health has two free apps: “Snore Tracker” that can record snoring sounds, and “AFibCheck” that can monitor heart rate; There is also a sleep recorder that can perform sleep monitoring, real-time monitoring of heart rate and respiration, automatically generating sleep reports to help screen for sleep apnea syndrome.

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Why should heart disease patients undergo sleep monitoring?

Sleep is closely related to heart health. Sleep monitoring for heart disease patients can help identify the following issues:

1. Heart burden: During sleep, the burden on the heart changes. For heart disease patients, the heart may experience additional stress and load during sleep. Monitoring sleep can help evaluate the function and workload of the heart during rest.

2. Respiratory problems: Some heart diseases, such as heart failure or arrhythmia, may lead to sleep breathing problems, such as sleep apnea syndrome or nocturnal hypoxemia. Monitoring sleep can detect the presence and severity of these respiratory problems.

3. Blood pressure control: Sleep is crucial for blood pressure control in heart disease patients. Poor sleep may lead to increased or unstable blood pressure fluctuations, increasing the risk of cardiovascular events. By monitoring sleep, we can understand the changes in blood pressure during sleep and help doctors adjust treatment plans.

4. Arrhythmia monitoring: During sleep, arrhythmias may occur or worsen. Monitoring arrhythmia during sleep can provide a more comprehensive assessment of cardiac health and help adjust the use of antiarrhythmic drugs.

In summary, sleep monitoring is very important for patients with heart disease. By understanding sleep and the state of the heart during sleep, doctors can better assess heart health, adjust treatment plans, and provide more effective care and advice.

Plus1Health has a sleep recorder that can perform sleep monitoring without perception or contact with the human body. It is safe and reliable, with accurate monitoring data. It can monitor heart rate and respiratory rate in real-time, detect heart rate abnormalities and other cardiac abnormalities in a timely manner, and automatically generate sleep reports.