Every person's first concern in this universe is to be healthy and for that people can go to every length of it. All scientists and researchers are working to improve healthcare by incorporating various technologies that can help in the diagnosis, treatment, assessment, and management of health. This blog is a tribute to such technologies. We are going to discuss how medical innovation is impacting the healthcare industry and what kind of latest technologies have so far improved this industry.
The Role of Technology in Medical Innovation
When we mention medical innovative solutions, it basically leads us to the use of technologies that have made so many advances in healthcare. The advent of AI, telemedicine, machine learning, and robotics has changed how we perceive healthcare now. These technologies have changed the health industry in so many ways that excluding them is not possible now. Whether it is related to new medicines, early detection of diseases, solutions for untreatable diseases, and healthcare assessment in real-time, technology is making a mark in the field of medicine.
Top Medical Innovations in the Healthcare Industry
The healthcare industry is flourishing and improving with so many innovations. Let's discuss the ones which are the hot topic these days:
Early Detection With TM Flow Machine
Early detection of cardiovascular diseases, diabetes, and autonomic nervous system (ANS) disorders is possible now because of the invention of the TM flow machine. This machine uses technologies like TBL-ABI, SWEATC, and LD-OXi to measure parameters like heart rate variability, CARTs, sudomotor functions, blood pressure, sweat production, etc to detect a variety of diseases. TM flow test is done non-invasively which gives a complete assessment of your vascular and ANS in just 7-10 minutes.
Eye-Tracking Technology in Surgery
This technology is used to track the gaze pattern of experts who are doing surgeries in the operating room. Cameras can capture the whole process but they are not so precise when it comes to tracking minor details of the surgery. But, with the help of eye-tracking technology, the gaze of the surgeon is tracked which is later converted into videos that could be effectively used in training the residents.
Reduction in Stillbirth With miRNA Markers
Babies, especially those with premature birth, are at a greater risk of stillbirth. The use of miRNA (microRNA) markers can help in the early detection of conditions that can cause stillbirth. miRNA controls the expressions of genes and it includes the factors that lead to complications in pregnancy. With the use of miRNA markers, the gene expression which will cause pregnancy complications can be tracked. Early detection can help in the timely treatment of such complications which will reduce the chances of stillbirth.
Mental Health Treatment With Machine Learning
Machine learning methods can use extensive databases related to mental health conditions to create an algorithm that can track mental issues which may not be obvious to mental health professionals, at first. With the help of machine learning, we can create models to track brain scans facial expressions, symptoms, and behaviour patterns to diagnose and treat mental illness. All these data can be integrated into an application which makes it easier to use.
Non-Hormonal Treatment for Menopause
One of the symptoms of menopause seen in women is hot flashes. Many women went through hormonal replacement therapies to get rid of such symptoms. However, the advancement has created a non-hormonal way to deal with it. NK3R (Neurokinin 3 Receptor) antagonists can block the NK3R pathway which can significantly reduce the frequency and intensity of hot flashes.
Detection of Sepsis With Al
Sepsis is a condition that defines the spread of infection throughout the body. This condition requires immediate treatment otherwise a person can die. However, the diagnosis is not specific, and the symptoms are similar to other diseases. AI has been used in the timely detection of sepsis by analyzing patient data, such as vital signs, lab results, and medical history. This helps in early treatment that can save a patient's life.
Designing Prosthetics With 3D Printing
3D printing may not be one of the new medical innovations but the use of this technology in creating custom prosthetics is a new advancement. Prosthetics means the artificial replacement of the body's parts. With the help of 3D printing, prosthetics can be designed according to the patient's body and requirements which creates ease for the person.
How Current Medical Innovations Are Improving Health
Innovative medical care is now possible with multiple technologies that have just improved healthcare but have created new ways to deal with untreatable issues. With the help of these technologies, now it is possible to detect diseases at an early stage, treat them in the most effective way, and improve the quality of life.
Conclusion
With the rise of technology, the healthcare industry has improved a million times. It is safe to say that the field of medicine is on new steps toward better healthcare because of the incorporation of technologies like AI, telemedicine, and machine learning. Health care is still improving and will continue to with the advent of more technologies.
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