Health Innovations

How progressive are microchips?

Health innovations majorly focus to develop and improve health systems, technologies, services, and delivery methods in order to improve the health of the people. This acknowledges health issues by employing new methods of working, adding value in terms of quality, efficiency, effectiveness, safety, and reduction in cost. Health innovations technically helps in creating healthcare solutions, preventive measures and this as made the WHO to be actively engaged in this sector in order to meet its sustainable development goals objective.

The approach towards health innovation is focused at strengthening of health systems  which requires a reformation in its policies to move forward into improved development and delivery of health services and technologies

Furthermore, the approach on health innovation also focuses on discovery, development, and delivery of health products and services which are important components of the approach.

Approach to health innovation is therefore holistic and creates an idea of ‘integrated innovation’, which depicts the continuous coordinated application of scientific/technological knowledge, social and business innovation in order to create solutions to difficult health challenges.

As technology and innovation have grown in the healthcare field, hospitals have discovered several ways to develop, improve and revolutionize the health industry. This is as a result of the applications of recent technological development and knowledge to meet the specific demands of patients.

Healthcare is a major beneficiary with the new development in technology, leaving footprints on every industry. Undoubtedly, technology has played an vital role in transforming the operation in the health sector. The improvement in technology has helped in reforming the healthcare industry, from research and treatments to data collection, innovation has paved the way for such incredible changes in the healthcare industry.

Transforming trends in the science and technology industry have brought about an advance quality of medical healthcare service that people receive in a significant manner. Several attributes that need to be taken into consideration in order to bring a positive change includes the need for maintenance of accuracy, quality, efficiency and more. Here are a few examples of health innovations

The use of 3D Models To Shorten Surgeries

Operations can be long and dangerous; it is said that the longer a patient spends in surgery, the bigger the risk. Therefore, hospitals have taken the challenge and commenced the use of 3D operating models which allows surgeons to rehearse the difficult operation process beforehand and the surgeons are allowed to try out innovative ways in order to decide the best way to succeed during the real-time operation. 3D printing allows hospitals to create exact models of a patient’s organs for detailed practice.

The use of AI Robot for Heart Treatments

The use of robotics has made easy surgeries and treatments which were primarily dangerous but the recent developments through research have brought about the development of the HeartLander which is a small robot that carries out heart therapy treatments. In this treatment, the doctor makes a tiny incision and controls the robot to the exact position of the heart and leaves the robot on the heart to carry out the therapy. The procedure is a great innovation over archaic heart therapy procedures because it is more precise, safer and less invasive. Those and other medical treatments collects a lot of private data. To understand more about how important is to protect your private data try here to read about ultimate cyber security.

Another development which deals with the incision is the use of microchips. The microchip is made in a size of about a grain of rice and usually inserted in the webbing between the thumb and forefinger using a needle the same thickness as used in body piercing. Some expert says the procedure of getting a microchip inserted in the is like getting a drip; that is as soon as the needle is removed the puncture heals in a few days and the microchip stays under the skin, therefore giving the wearer to open doors and locks with the move of a hand. Microchips are usually protected with an inert glass capsule and widely placed between the thumb and the forefinger.

The use of the microchip seems to be gradually progressive has it’s being used in several countries and companies have decided to imbibe the technology to their staffs voluntarily. However, commercially available insertable microchips only have one access code and just less relative information, so the time of changing an entire wallet and keychain with a microchip is gradually growing but still in the great debate.

A relative number of companies in the UK have been reported to request for the use of the microchip in their companies in order to monitor their staffs and stop some irregularities which are happening within the organization.

Generally, the use of this innovation still causes great debate, varying from state to state, countries to countries but with the increase in development, it may seem that the use of the insertable technology will be improved and accepted in years to come.

Begin typing your search term above and press enter to search. Press ESC to cancel.