Latest technology in medical field

    Today we live in a world where medical technology and devices have become more advanced than ever before. Here is a list of the top 10 medical technologies in 2022

        Healthcare providers now have more options for treating a wide range of illnesses and disorders thanks to emerging technologies. With the use of these technologies, we may detect diseases much sooner, keep a closer eye on our health, and take preventative actions to stay healthy or recover more quickly from injuries.

What does medical technology actually mean?

       Devices used in healthcare for diagnosis, patient care, treatment, and health improvement fall under the wide category of medical technology. In the healthcare sector, it is used to link patient care with technology.

From bandages to MRI scanners, dental floss to CT scanners, catheters to wheelchairs, MedTech has it all. Biotechnology, medicines, in vitro diagnostics (IVD) facilities, and diagnostics at the pharma/biotech level are all examples of medical devices.

The advantages of medical technology

          The healthcare industry benefits greatly from the MedTech sector, and improvements raise the standard of patient care. These tools deliver precise findings that help physicians create a more efficient treatment strategy. Patients may see improved outcomes more quickly since the early data, such as test findings and scans, are error-free.

Additionally, MedTech methods and gadgets save time for both physicians and patients. Procedures may now be carried out using less sophisticated technologies. Additionally, MedTech offers better, more sophisticated, and less intrusive therapy options. A discipline that healthcare professionals also find easy and practical due to its accuracy, efficiency, and simplicity.

1. WEARABLE HEALTH MONITORING DEVICES

2. DNA SEQUEENCING AND GENOMICS RESEARCH

3. ROBOTICS IN MEDICINE

4. ELETRONIC HEALTH AND MEDICAL RECORDS

5. TELEMEDICINE AND REMOTE PATIENT CARE

6. MRNA TECHNOLOGY

7. TECHNOLOGY IN MENTAL HEALTH

8. PRECISION MEDICINE

9. VIRTUAL REALITY

10. ARTIFICIAL INTELLIGENCE

1. WEARABLE HEALTH MONITORING DEVICES

     Tracking our behaviours, levels of fitness, and general health has never been simpler thanks to wearable health monitoring technology. They make use of a number of sensors to monitor several health parameters, including heart rate, blood oxygen saturation, stress levels, skin temperature, and others.

      Fitness trackers, blood pressure monitors, sleep trackers, smart watches, and other wearable health tracking gadgets are some of the most popular.

    Since they provide so many advantages for tracking and monitoring one's health, wearable health monitoring gadgets have grown in popularity. These gadgets' high cost-effectiveness is one of its main advantages. They are also simple to use and don't need patients to make visits with doctors or get prescriptions. They may simply be worn often to measure and keep an eye on a number of health parameters.

    A wide spectrum of individuals can benefit from wearable health monitoring technology. They can also be useful for those who wish to monitor their infants, those who have particular disorders, and those who want to keep tabs on their general health and fitness levels.

2. DNA SEQUEENCING AND GENOMICS RESEARCH

    Our understanding of genetic illnesses and other medical issues has advanced thanks to the many medical advancements made possible by DNA sequencing and genomics research.

      Although DNA sequencing technology has been available for a while, it has only recently improved in terms of cost and productivity.

     The cost and time required to sequence a full genome have greatly decreased in recent years. The DNA of several other creatures may also be sequenced using this method, in addition to the DNA of humans.

     Additionally, while genomics research is useful for studying diseases, it has also made it simpler for scientists to breed new species of plants and animals. Researchers can identify an organism's genes and forecast the features that organism will pass on to its progeny using DNA sequencing.

         Research in many different domains is being advanced by DNA sequencing. It is very helpful for assisting researchers in the identification of infectious illnesses and viruses, as well as in the development of therapies and cures.

      The genetic origin of several illnesses and ailments can also be ascertained via DNA sequencing. Researchers may use it to trace the genetic history of particular populations, spot changes between populations, and forecast how one population will change over time.

3. ROBOTICS IN MEDICINE

     Since it has been utilised to automate and expedite several healthcare operations, robotics in medicine has grown in popularity.

      Although it is mostly employed in operating rooms, robotics in medicine is also used in other parts of healthcare including rehabilitation and assisted living. Robotic-equipped operating rooms have been proved to be just as safe as conventional operating rooms, if not safer.

   Surgical robotics and image guided robotics are the two primary categories of robots utilised in operating rooms. Minimally invasive operations, in which fewer incisions are made and less tissue is removed, are carried out using surgical robots.

      Computer-assisted surgery and several imaging procedures are automated using image guided robots. Robotics in healthcare can assist to increase precision and lower human error, which can be particularly useful in operating rooms. Medical robotics can also aid to increase productivity and cut expenses.

4. ELETRONIC HEALTH AND MEDICAL RECORDS

         Computer-based systems called electronic medical records are used to organise and store medical data. They gained popularity in recent years as a result of evidence demonstrating their ability to raise healthcare quality, lower medical mistakes, and boost healthcare providers' productivity. However, because of their expensive price, not many healthcare institutions now use them.

Electronic health records, or EHRs, are the software applications used to store and manage medical data. A single, centralised database of patient data can be useful for healthcare organisations that employ electronic health records (EHRs). As a result, it is simpler for clinicians to obtain and distribute patient information.

    EHRs can enhance provider-to-provider communication and assist avoid medical mistakes. Additionally, they can improve the effectiveness of healthcare professionals and facilitate patient-provider communication.

5. TELEMEDICINE AND REMOTE PATIENT CARE

   Through the use of video, phone, or other digital communication tools, telemedicine technology enables medical professionals to interact with patients remotely.

     As technology has evolved and the internet has been quicker and easier to use, it has grown more widespread in recent years. A form of telemedicine called remote patient care enables medical professionals to communicate with patients who are not physically present next to them.

   Patients who live in remote areas far from medical facilities or doctors benefit from this technology. Remote patient care is also advantageous for patients who are confined to their homes or are unable to leave their beds to visit their doctors.