By 10 health 4.0 applications put forwarded by advanced technologies causing healthtech revolution
The progress of advanced technologies is growing every day without any pause or break, thus leading the world to witness the emerging sequels of their journey. Similarly, healthcare technologies are influenced by industry 4.0, causing healthtech to assume an immense potential to transform itself to the next-generation healthcare advancement. The evolution of healthcare from physical care to telehealth, personalized medicine, and more brought a drastic change. The fourth technological revolution is a path for augmented healthtech by converging AI, ML, IoT, Big data, nanotechnology, and automation.
Cell line Development
Procuring cells from multicellular organisms to develop drugs with the help of advanced imaging systems and single-cell sorters. This treatment that erupts from cell line development marks the emergence of health 4.0 by replacing the conventional way of curing diseases. Chronic diseases that threaten lifestyles like diabetes, arthritis, and cancer are effectively seen to be prevented by this advanced technology. Certainly, to attain this success with gene therapies, a lot of tedious efforts are poured in due to the delicate nature of live cells, besides ensuring a harmless discovery and their involvement.
Automated Diagnostics
As witnessed during Covid-19, the delay in test results has caused significant havoc in the healthcare industry, this was primarily because of the lack of high-tech diagnosis that probably belongs to health 4.0. Instead of relying upon manual processes, automated diagnostics at the point of care as well as in laboratories are crucial over any public health crisis. Also, better diagnosis or advanced healthcare diagnosis includes the deployment of microfluid devices.
Tissue Engineering
Analyzing human cells and fabricating them to produce real-life artificial organs that can support transplantation without the donation of live human organs. The rearrangement of cells to experiment with discoveries is also executed through this health 4.0 technology. This can construct multicellular organs with complex nature. By reducing animal testing, this advanced healthcare technology is receiving immense appreciation.
Multi-Omics
The first genome sequencing was achieved in 13 years after investing billion dollars. At present, this breakthrough health 4.0 technology has made it possible within a day in not more than an expense of USD 600. The genetics that is involved in determining one’s anatomy and its behavior is imperative for medical researchers to understand in order to find treatment for manifold serious illnesses.
Logistical Robots
Robotics in healthcare with machine learning algorithms has sizeably cut down many repetitive tasks associated with hospitals and healthcare organizations. These include carrying bedridden patients, transporting medicines, carrying carts and racks, navigating patients, disinfecting, and a multitude of responsibilities are fulfilled by these robots enabling the staff to focus on more intellectual and comprehensive works.
Advanced Bood Tests
It has been conventionally painful and tedious for both patients are nurses to draw blood samples for further diagnosis. Finding a vein is enormously laborious for the nurses as in most cases, veins are not apparently floating in the patient’s arms. Thus, vein scanners are powered by advanced healthcare technology. The health 4.0 technology also determines the right vein by identifying its blood flow further aiding the nurses to implement the test faster and accurately.
3D Printing
Patients subjected to go through organ transplantation or surgeries like prosthetic leg and plaster casts explained the complex therapy through 3D printing. Often patients find it hard to grasp the meaning of words used by the physicians thus, feeling prone to be deceived. To avoid such circumstances 3D printing illustrations can directly help patients to visualize what is awaiting them in their forthcoming treatment.
AI Analysis
From predictive analysis to alleviating risks, AI in healthcare has proved to be one of the most helpful tools in improving population health. Due to the deployment of AI in healthcare, preventive healthcare has come to the forefront leading health officials to save patients from entering critical phases of the disease. Also, predictive analysis alone helps the hospital authorities to prepare beds from beforehand, anticipate a patient’s duration in the hospital, the progress of their health, and identify a developing disease that has no symptoms.
Medication Management
Companion robots and chatbots are increasingly proving their competence in medication management by boosting the health 4.0 technology. Medication management tools timely remind patients of their pills and track the routine-based medicinal intake to report to the physician in the upcoming appointment.
Remote Healthcare
Reaching isolated communities with advanced healthcare technologies is one of the determining factors of health 4.0 that is erupting successfully with people adapting to it more and more. Critical care and general care have seen potential assistance from this technology as it has contained the spread of the virus as well as extended real-time care cutting loose the time spent in traveling and manually looking for a doctor that limits a human being from being omni[resent while telehealth does not.
