Technological innovation is having a big impact on the field of health sciences. There is a high growth that is being experienced in health informatics, which is transforming the way health procedures are done. The use of advanced technological procedures is making health systems incorporate health informatics, which guarantees efficiency and higher safety rates. This paper will discuss the impact of health informatics on medical science and the factors that are likely to influence the growth of the field.
Advances being made in health care are shown through an increase in the use of technology for important medical procedures in many health care systems globally. Bio-intelligence will change how health care facilities are run in the future because of the use of advanced technological equipment and procedures. Medical records will be stored in a more visual format as opposed to the text-based records that currently exist (Tan, 2008, p. 65). Patients will be interested in visual representations that can reveal the diseases that affect them because images are more memorable and precise than text records. There is likely to cause a shift to electronic records, which have the ability to capture all the attributes of a person’s physical body after they are analyzed in a virtual space.
Physicians and other medical experts need to be made aware of the benefits that these advancements in technology can have to all the stakeholders. Virtual training approaches will enable future medical experts to acquire the skills needed to operate complex technology-driven medical procedures. Tan (2008) argues that future medical practitioners will rely on robotic and electronic simulation to carry out complex medical procedures (p. 67). Virtual simulation is likely to guarantee a higher degree of reliability compared to traditional medical procedures. The use of robots will guarantee a higher degree of efficiency that brings positive outcomes to both the patient and the health practitioners.
The use of robotics and virtual simulation in health care is likely to be explored further as a result of various reasons. Firstly, health service providers are constantly looking for efficient procedures that guarantee positive results and outcomes for patients. Secondly, virtual systems make the gathering of data easier and help health practitioners to implement any changes that are deemed necessary as they conduct crucial medical procedures (Menon, 2011, pp. 7-8). The procedures done through the use of robots eliminate the potential of human errors, which cause negative outcomes in a medical procedure. There is a growing need for health experts to come up with new solutions that correct faults in the medical procedures that patients undergo.
Training health practitioners will be made more efficient through the use of virtual simulation procedures; the current procedure that is used to train skilled specialists is expensive and time-consuming. Gaba (2007) holds the view that virtual simulation and robotics will reduce the time taken to train skilled health experts (p. 128). The adoption of health informatics will also shorten the time taken to conduct important clinical procedures in health care facilities. This will improve the perceptions patients have about health care facilities because the procedures carried out will be effective and of high quality. Health informatics will guarantee more efficiency in the training, operations and management of health services in many medical facilities.
In conclusion, peer-reviewed articles are more beneficial in research than articles that are not peer-reviewed. Articles that are peer-reviewed have reliable samples and evidence, which is measured and verified by a panel of qualified scholars in the respective field. Peer-reviewed articles help me acquire relevant knowledge that has been tested and verified to be accurate.
References
Gaba, D. M. (2007). The future vision of simulation in health care. Sim Healthcare, 2, 126-135.
Menon, M. (2011). Robot-assisted radical prostatectomy: Is the dust settling? Eur Urol., 59, 7–9.
Tan, L. L. (2008). Surgery with robots. Innovation, 8(1), 65-67.