Medical devices are products, devices, or machines that have a medical purpose and are used for the prevention, diagnosis, or treatment of a disease or illness. In addition, they also serve to detect, measure or correct a function or structure of the body for health purposes. Thus, pharmacological, immunological, or metabolic products are not medical devices, according to the WHO definition.
Some types of medical devices are, for example, medical equipment, surgical instruments, implantable medical devices, clothing, accessories, and single-use devices. Now that you know what a medical device is and what types, click here if you need more information on a special medical device: Bemer bérlés árak.
Development in healthcare.
Although too often overlooked, they have nevertheless long been recognized as being one of the structuring factors of the supply of care. In particular, by contributing to the hierarchy of technical platforms (from the simplest to the most specialized), they are a key factor in the development of healthcare establishments. In fact, the missions entrusted to the establishments – from local care to advanced interventions – are directly determined by the level of sophistication of the platforms concerned. Whether in the field of medical emergencies or even traumatology (in an operating theatre), medical devices are ubiquitous. But if we had to choose three areas where the contribution is inseparable from medical devices, it would be patient autonomy, improvement of surgical techniques, and medical diagnosis.
In fact, diagnosing more precisely, earlier and faster, shortening operating times by increasing safety and limiting recovery times, allowing patients to follow their treatment at home, facilitating a normal social and professional life for them.
Advantages of using medical devices for patient’s wellbeing.
The medical device has enabled major improvements in patient care, leading to better health outcomes. Here are some of the key benefits of connected medical devices.
Greater Diagnostic Accuracy
With certain diseases, such as breast cancer, the gold standard diagnostic method can still have high false positive and negative rates. Inaccurate diagnoses can lead doctors to order necessary interventions or delay treatment.
Several new medical devices and algorithms use AI to analyze scans and patient symptoms. The pattern-finding ability of AI makes it especially effective at detecting subtle differences in a large image—like, for example, a cluster of cells on a CT scan that may indicate cancer.
Some of these devices have been shown to improve the accuracy of diagnostic processes. For example, a new researchers’ algorithm Google Health was even better than radiologists at detecting cancer in mammograms. `
Other MedTech manufacturers have started to integrate AI directly into their own devices. A Novo scanner CT use AI to stitch different images into a more coherent scan and clean up some of the noise that naturally appears in them. The result is a scan that is easier for radiologists to read, which can improve diagnostic accuracy and help reduce the rate of false positives and negatives. If you want to get more information about special medical devices then click here to know more innovative medical inventions like Bemer készülék.
2. Better Symptom Tracking
For some incurable diseases, doctors base treatment plans on the severity and progression of symptoms. In cases like these, the best possible follow-up of symptoms is necessary to help clinicians provide the highest quality of care possible.
However, tracking symptoms can often be difficult for patients – as in Parkinson’s disease, where they are expected to take notes about their condition every 30 minutes. Patients often fail to follow this regimen, delaying entries and reducing the accuracy of their self-assessments. This means that doctors do not have entirely accurate information when building a treatment plan.
3. Improved patient care
Real-time patient health data can provide many different benefits to clinicians. Wearable and other monitoring devices can enable the use of remote patient monitoring systems, which allow doctors to keep an eye on people even as they move around their hospital or clinic. Physicians who benefit from these systems can receive instant alerts when a patient’s vital signs exceed a certain threshold, allowing them to provide the fastest response possible. Other medical systems can help physicians and EMTs collect and review data relevant to patient care, allowing them to work to improve health outcomes.
Cutting back on these visits can be especially beneficial for patients in rural areas, who may need to travel significant distances to receive care. In some cases, an in-person follow-up may not be practical, and remote monitoring can offer a valuable alternative.