Technological progress is changing which procedures doctors can use and where they can use them. Traditionally, medical treatment usually took place in highly developed medical centres and scientific institutions with the appropriate equipment. However, the size, cost, and complexity of operating these instruments also meant that patients had to come to the devices. Today, as they did decades ago, doctors can quickly diagnose, monitor, and treat patients in the patient’s home. This will reduce the stress and risk of infection for the patient and allow them to relax in the relative comfort and safety of their own home. Medical device manufacturers recognize this benefit and are increasingly developing medical products that are specifically intended for domestic use.
Home Health Applications
These advances have transformed the way patients are treated. Instead of just treating the symptoms of illnesses, i.e. ultimately providing long-term palliative care in the patient’s apartment, doctors were now often able to “cure” their patients. However, the equipment used was expensive and could only be offered in treatment centres. This created a boom in the construction of hospitals and clinics, so patients had to go to a medical centre to get medical services. As a result of this change, patients are now exposed to hospital infections at a 1:25 incidence, and, in many cases, patient care is depersonalized. Modern hospitals fight hospital infections with improved antiseptic procedures. However, this can also create a “sterile” patient environment in terms of personal interaction. Organizations have responded with more personalized services and put nursing even more of a focus. However, given a choice, most patients would still prefer to stay at home. Using the Personalized health monitoring solution happens to be most essential here.
Several companies develop products that enable patient monitoring at home using portable monitoring systems or that allow the patient to make sure vital signs measurements themselves. These measurements are logged in a home system and forwarded towards that are monitored by clinicians. If the clinician finds unusual values, the patient can be asked to go to the clinic for follow-up treatment. This is a relief, especially for elderly patients living alone. These people are given a better quality of life without fear of falling. Monitors equipped with sensors can record activity and whereabouts so that home-bound patients and their family members do not have to worry, as help can be called automatically in an emergency. The new technology for home use also gives people the opportunity to better monitor and improve their physical wellbeing. With fitness trackers ubiquitous, conversations about the activities recorded on the devices are becoming more common. The next generation of home health electronics promises even more detailed insights into our health so that we can identify possible health problems early and clearly.
The Role of Sensors
TE sensors are similar to the central nervous system receptors found in hospital medical devices that monitor various vital parameters that are critical to the proper operation of the devices and patient survival. These sensors are integrated into applications that must never fail because patients’ lives are at stake. Sensors have been monitoring the temperature of the blood flow back to the body since the first commercial heart-lung machines. In heating or cooling applications for patients, pressure and temperature sensors monitor the device’s proper functioning. In dialysis machines, pressure, force, and temperature sensors monitor essential parameters.