The mobile medical market is growing rapidly. New technologies have made doctors and users see the value of the mobile healthcare market.
The New Jersey Institute of Technology counts data from the mobile healthcare industry as presented below:
· Future trends in mobile device sensors and wearable sensor industry
Demand for wearable sensors continues to increase, leading to sales of wearable sensors reaching 67 million units in 2013. Sales in the global market are expected to surge nearly seven-fold by 2019, reaching 466 million units. With the introduction of new smart watch devices by industry giants such as Apple and Samsung, sensor shipments for smart watches have also leapfrogged. In 2015, sensor shipments for smart watches increased by nearly 600%.
The ever-increasing number of built-in sensors in wearable devices means that the complexity and sophistication of such devices is increasing. In 2013, an average of 1.4 sensor components per wearable device. By 2019, this number will grow to 4.1. In addition, there are currently about 200 external sensor devices on the market that can be connected to the companion smartphone application.
The US wireless health monitoring equipment market is expected to reach $22 billion this year. The revenue of the mobile device sensor market worldwide will also increase. In 2012, mobile device sensors generated $2.3 billion in revenue worldwide. In 2018, this data will grow to $6.5 billion.
· Mobile health sensor performance
There are a wide variety of mobile health sensors, each with its own specific performance. We use this type of product to monitor patient health data to help patients better manage their health. Mobile health sensors are able to detect hazard signals in a timely manner, so people can take appropriate treatments before they get worse. In general, mobile health sensors can track blood pressure, heart rate, blood sugar levels, medication status, and other health data. These sensors can be built into smart watches or other mobile devices and connected to the corresponding application via Bluetooth, WIFI or USB.
· The function of mobile health sensor at this stage
Aspergic patients can use Propeller Health's SpiroScout device. This is an inhaler device for asthma patients with a built-in asthma sensor that tracks environmental conditions that are dangerous for asthma patients. The sensor is wirelessly connected to a smartphone with GPS positioning, and the smartphone is connected to an inhaler equipped with an anti-inflammatory drug. Once the patient feels unwell and needs to use an inhaler to relieve breathing pressure, the sensor records data such as time and geographic location.
Quick and accurate diagnosis and decision making are critical when an emergency occurs. The Irevive system monitors heart rate, blood oxygen levels and other vital signs in emergency patients. Through a securely encrypted wireless network, medical rescuers can obtain all kinds of data captured by the sensors, so that they can take timely measures to treat them in the early stages of the patient's onset.
Blood glucose monitoring equipment can help diabetics control blood sugar levels to prevent accidents. CGM has developed a miniature sensor that is implanted under the skin of the human body. This device continuously monitors the blood sugar level of the human body every day. A large amount of data can help people understand the blood sugar trend of patients more clearly, thus helping diabetic patients manage their condition.
Proteus's absorbable sensors are typically integrated into pills or other absorbable products such as pharmaceuticals. The sensor sends a signal when it reaches the stomach, and the signal can be transmitted through the body tissue to the patch device worn on the patient. The placement device passes the information to the companion application in the smartphone, and the application determines when the device is digested by the body.
· The role of mobile health sensors
Mobile health sensors are primarily used to monitor patient conditions to prevent dangerous situations. This high alertness enables moderators and governments to reduce health care spending. At the same time, sensors are able to collect large amounts of data, helping medical staff better diagnose and design treatments. Finally, mobile health sensors can help patients improve their treatment.
Previously, it was difficult to obtain patient health data, and the emergence of mobile health sensors has changed this situation. This type of device monitors patient health around the clock and monitors data regularly, which allows us to have a more complete and clear picture of the patient's health. Artificially collecting health data may result in data loss due to forgetting and other problems, but the sensor does not have such problems. In addition, the sensor stores all the collected information in an electronic format, which makes data storage more convenient.
By analyzing the vast amounts of data collected by mobile health sensors, researchers can engage in more advanced research activities. These data show all aspects of patient life in an unprecedented way: exercise, physical response, geographic location, and more. Through this information, researchers can gain a deeper understanding of the human body's operating model. Mobile health sensors may play a key role in the development of new treatments for more diseases.
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