What is blood oxygen saturation?
Human blood carries oxygen through the combination of red blood cells and oxygen.
The oxygen needed in our metabolism process enters through the respiratory system, combines with the hemoglobin in the red blood cells to form oxygenated hemoglobin, and then transports it to the tissues and cells of the human body.
The saturation of blood oxygen is an important physiological parameter that reflects the function of breathing and circulation, and it is an index to measure the ability of human blood to carry oxygen. In addition to heart rate, blood pressure, respiratory rate and body temperature, pulse oximetry is also considered to be the fifth key health indicator.
The practical application of blood oxygen saturation in daily life
Monitoring blood oxygen indicators can provide a good understanding of whether one’s respiratory system and immune system are normal; follow up the effect of treatment by testing blood oxygen. Patients must monitor blood oxygen during first aid and transport, fire fighting, and high-altitude flights; medical staff also use blood oxygen as a mandatory monitoring item during ward rounds and outpatient visits.
The heart and lung organs are physiologically aging, with insufficient oxygen uptake and insufficient oxygen supply.
The human body relies on blood to transmit oxygen. If there is less blood, there will be less oxygen. If there is less oxygen, the physical condition will naturally decline. The elderly regularly check the blood oxygen level. Once the blood oxygen is below the warning level, oxygen can be supplemented as soon as possible.
There are many people around us who snore when sleeping. If you look closely, you will find that people who snore can not breathe and stop breathing for a long time. But because we fall asleep, we actually I don’t know what the current situation is. If you review the data during sleep, you can see the changes in blood oxygen saturation during this period and the duration of the hypoxemia state, which can also help us discover the severity of the problem in time. Degree and take precautions before they happen.
Monitor blood oxygen during exercise, know your physical condition in time, and take necessary protective measures. When you are engaged in outdoor activities at a rapidly changing altitude, monitoring blood oxygen saturation (SpO2) can assess your physical condition in real time and adjust the current appropriate intensity. These data can allow you to understand how your body responds to the changing environment.
At high altitudes, people are prone to symptoms of hypoxia. The lack of endogenous oxygen generally manifests as: dizziness, headache, tinnitus, vertigo, weak limbs; or nausea, vomiting, palpitation, shortness of breath, shortness of breath, shortness of breath, fast and weak heartbeat. Generally, low blood oxygen saturation is increased by inhaling oxygen, which is why we have altitude sickness when we go to the plateau and we need to bring a portable oxygen cylinder.
The brain’s oxygen consumption increases, and the oxygen supply cannot meet the consumption.
The oxygen consumption of the brain accounts for 20% of the whole body oxygen uptake. The brain’s oxygen consumption will inevitably increase with the transition of mental work. The human body can take in limited oxygen, consumes more, and consumes less. In addition to causing dizziness, fatigue, poor memory, slow response and other problems, it can also cause serious damage to the brain and myocardium. Even death from overwork. People who study or work for more than 12 hours a day need to strengthen their blood oxygen and sleep conditions monitoring.
The human body needs three units of oxygen for every unit of alcohol that is completely decomposed into water and carbon dioxide. Therefore, hypoxia is one of the important manifestations of drunkenness. However, long-term alcoholics have developed a certain tolerance to alcohol and hypoxia, and they are basically unable to detect them when they are slightly drunk. Such people need to pay more attention to observe their blood oxygen changes.
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Heal Force Pulse Oximeter Prince-100NW
-Two-color OLED display, support four-way switching display measurement data
-Can display blood oxygen saturation, pulse rate, blood perfusion index, pulse intensity histogram, pulse volume waveform
-Voice broadcasts blood oxygen, pulse rate and automatically analyzes abnormal pulse rhythm results
-12 sets of data storage, with memory function
-With spot measurement and continuous monitoring mode, over-limit automatic sound and light alarm
-Good performance under weak perfusion and strong anti-interference ability
-With wireless transmission function, data can be uploaded to the mobile phone
Target User
Six function optimization
Imported chip
Equipped with chips imported from Europe, the measuring time is only 5 seconds
Light frequency digital conversion technology
Adopt second generation LFC PLUS light frequency digital conversion technology, and greatly improve the accuracy of measurement
APP support
APP can be connected wih bluetooth to dynamically monitor SpO2, PR and PI, Intuitively grasp health dynamics
Alarm upper and lower limits can be adjusted
Long press the switch key (release after 3s) to enter the setting interface, and you can adjust the upper and lower limits of alarm for each parameter
Intelligent power saving
Automatic boot monitoring after finger is inserted into the machine,
Shut down automatically after taking out 5s
Pulse rhythm analysis
Heart problem known in 30 seconds
Memory storage
Blood oxygen and pulse rate data were stored in 12 groups,Automatic overwrite after full, no need to manually delete
English menu Easy to read
Three-proofing design
Waterproof Anti-drop Anti-movement
Four-way rotation
Press the setting key to switch the display direction in four directions
Easy and convenient to operate
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