Healthcare has changed drastically from what obtained in the past. From the use of herbal potions in the Middle Ages to the use of diagnostic tools driven by artificial intelligence, the scenario is very much different today. The Internet, for one has done a lot in pushing the evolution of healthcare technology. There are now technology trends in the healthcare sector, and they all point to the fact the patients want their health challenges tackled differently.
Here are the top 10 healthcare tech trends that can lead your medical practice to higher revenues:
- Mobile Health (mHealth)
As can be inferred from the name, mobile health is the concept of introducing mobile technologies into the various practices the healthcare. A good example is when a physician is able to use mobile connectivity to reach out to patients in rural areas where there are no standard health facilities.
- Internet of Things (IoT)
IoT refers to a massive network of different devices, with each having its own set of technologies and transducers. All the devices in the network work together as one just to ensure a better quality of life for the patients.
Some of the devices used in this regard include sticking plaster and inner soles. The former is equipped with sensors, step tracking, and map features that are often beneficial for patients with diseases of the nervous system. The latter is useful for the monitoring of vital signs such as sweating level, heartbeat, blood pressure, and temperature.
- Real-Time Updating Tools
In this era, patients are very interested in getting on-the-spot information and details about their health status. Gone are the days when patients have to wait for days before they can get details on things as simple as blood test results. Today, technology has changed all of that, and there are now several applications that do real-time tracking of the various health indices and parameters of subjects. These include sleep, pulse rate, blood pressure, and others. The data is not just tracked; it is also presented to the user in a way that they can compare with normal values. This is in addition to the provision of valid health suggestions.
- Blockchain Technology
When some hear about blockchain technology, they often think it is only about cryptocurrency and the various types of digital currencies. However, the reality is that blockchain technology has a diverse range of applications, and one of the most important of these is the healthcare sector.
With blockchain technology, healthcare providers can offer high levels of security for the data and information of their patients. But that is not all can technology also means that doctors can have access to a central pool of relevant records. This is possible because of the decentralization that comes with blockchain technology. It allows for the seamless transfer and sharing of information between doctors and other medical professionals.
- Artificial Intelligence (AI):
This is probably the most important healthcare technology trend, and it is often praised as the next big thing in the healthcare industry. From what was formerly the stuff of science fiction writers like Isaac Asimov, artificial technology has burst onto the scene, and it now determines what reality is in the medical sector. AI has a lot to offer the medical world.
Today, AI is implemented in several mobile software applications, and that is one trend that is not going to slow down anytime soon. Another area where AI has found great use in the medical sector is in the area of diagnosis. Today, it is very possible to make a highly-precise diagnosis by using the information received from the electronic health records of a patient. With its immense power of analysis, AI can have a more accurate diagnosis and even the predictions of health conditions alongside the recommendations of what can be done.
This explains the implementation of AI in mobile apps customized for use in the healthcare niche. The main selling point of AI is its impressive ability to analyze all the data fed into it to arrive at a most relevant and resourceful conclusion. In many cases, these conclusions are much better and detailed than what a human could come up with.
Therefore, it should not come as a surprise at all that major enterprises are sinking billions into the research and development of artificial intelligence. If there are any healthcare trends you have to incorporate into your medical practice today for the sake of increased revenue, then it must be artificial intelligence technologies. AI is now deployed massively in disease management and clinical decision support.
- Telemedicine and Virtual Healthcare
There was a time when doctors conducted consultations primarily with the use of telephones. But today, with the concepts of telemedicine and telehealth, the entire practice has changed. With billions of people with their smartphones and countless mobile apps, doctors are now able to deliver healthcare services in a much more efficient manner via these tools. Patients can now get their consultations done via video calls or even chats. In some sophisticated cases, surgeries have even been done via telemedicine.
- Augmented Reality (AR)
A major trend today in healthcare technology is augmented reality, and it is often blended with artificial technology to stunning results for doctors and patients alike. It is now possible to view all of the internal organs in absolute clarity with AR tools. It assists with diagnosis, therapies and even tests.
- 3D Printing
Today, advanced printers can be used to produce medical tools and items such as plastic and stem cells. These are then utilized in the treatment of countless diseases. A good example is the printing of customized prosthetics and artificial bones.
- Robot-Assisted Surgery
Minimally-invasive, more precise, and controlled, robot-assisted surgery is one of the fastest-growing trends in healthcare.
This trend has found use in the treatment and diagnosis of various medical conditions and on an extremely tiny scale. Also, with the aid of nanomedicine, microscopic quantities of drugs can be used to directly target cancer cells.