Good New Technologies In The Medical Field Essay Example

The health care industry is under continued pressure to provide affordable, accessible and quality health care to the ever increasing population. The pressure also increases due to the increase in the number of people that is older than 65 years as older persons require more health care services. The pressure has also resulted from a shortage of workforce in the healthcare sector. New technologies have been developed in the health care industry with an aim of enhancing the field. Areas that have experienced significant technological advancements include robotics, genetics,3-D printing, Biometrics and Electronic Healthcare Records (Robert et al. 2008). There are many challenges involved in medical developments and use of the medical technologies. Are new medical technologies such as robotic checks and electronic aspirin an enhancement or a detriment to the medical field?
One of the benefits of using new medical technologies is provision of less-invasive tools for diagnosis and treatment. The techniques range from non-invasive to minimally invasive resulting in lower risks for the patient and most cases lower costs. For example, robots in surgery can perform complex operations through small openings on the patients. The advancement is less-invasive and allows patients to recover faster from surgery compared to when the same procedure is done without robotic assistance (Ponnusamy et al. 2011). The technologies are also more accurate compared to standard procedures a great benefit that increase patient care. The technologies are not prone to human errors increasing their chances of making the right diagnosis and also in administering the right treatment. For example the development of tattoos that can monitor blood glucose for patients with diabetes. The mechanism is accurate and does not require the patient to prick their finger.
Another benefit of new technologies in the medical field is that they are stable and untiring (Canes et al. 2009).The stability and persistent nature of the technologies mean that they can handle many patients without experiencing fatigue. The level of quality received from the use of search technologies is consistent and not dependent on the hours of service rendered. The technologies will reduce the pressure in the medical field resulting from increasing population and workforce shortage. Robotic use in the field presents flexibility in the different areas that the robots can be used. For example, they can be used for routine checkups, surgery, and direct service provision among others.
The new technologies also provide enhanced vision necessary in health care procedures. The robots provide medical personnel with 3-D views that have depth perception that is limited in conventional camera views. For example, surgeon’s use robots for increased magnification and maneuverability in a stable visual field. The technologies have also been useful in diagnostics with aspects such as advanced scanning technologies that facilitate early detection and treatment.
The new technologies in the medical field can be sterilized preventing passing of infection between the patients and the medical staff. The technologies allow medical staff to provide quality health care to patients without the risk of being infected especially in the case of contagious diseases. It is also beneficial that robots are resistant to radiation (Aron et al. 2007). Medical personnel can comfortably administer medical procedures that involve the use of radioactive materials through the use of medical technologies that protect them. Robots are also resistant to infection and can be effectively utilized in the diagnosis and treatment of contagious diseases without putting medical personnel at risk of infection.
New technologies are also beneficial because they allow medical checkups to be made possible in almost all environments including the patient's homes (Carol 2013). Effective health care requires monitoring and continued supervising of people’s health. New technologies make it possible by providing equipments that the patients can carry home and use them instead of visiting hospitals every time. For example, there are equipments with sensors for detecting heart and respiratory rates. Medical checkups in hospitals are also improved by robots that can perform routine and repetitive activities with precision. For example, robots are used in diagnostic laboratories.
New technologies facilitate the achievement of more effective results compared to conventional methods. For example, the use of the electric aspirin in the treatment of migraines is more effective compared to the use of contemporary medication. Robots in surgery increase dexterity by providing the surgeon with increased degrees of freedom; they compensate the surgeon’s tremor on the end-effector motion and scale movement (Anthony et al. 2004). Robots restore proper hand-eye coordination and eliminate the need to turn in awkward positions; they also reduce the fulcrum effect.
New medical technologies such as robotic checks and electronic aspirin are an enhancement to the medical field. Although they are faced with challenges during development and adoption, they provide many benefits to the health care sector. They are less invasive, stable, untiring, and accurate in diagnostics and treatment enhancing patient care. The technologies also produce better results compared to conventional methods mostly because of their ability to be precise. They can also be sterilized adequately, they are resistant to radiation and infection. They can be used in almost all setups increasing effectiveness in monitoring and supervision of patients.

Works Cited

Aron M., Haber G., Desai M. & Gill I. (2007). Flexible Robotics: A New Paradigm. Current Opinion Urology 17(3): 151-155.
Anthony L., Andres E., Desai P. & William C. (2004). Robotic surgery: A Current Perspective. Annals of Surgery 239(1): 14-21.
Carol Huston. (2013). The Impact of Emerging Technology on Nursing Care: Warp Speed Ahead. The Online Journal of Issues in Nursing 18(2).
Canes D., Lehman A., Farritor S. Oleynikov D. & Desai M. (2009). The Future of NOTES Instrumentation. Journal of Endourology 23(5): 787-792.
Robert M., Relan N., Wendler T. & Spekowius G. (2008). Advances in Health Care Technology: Shaping the Future of Medical Care. Journal of Nuclear Medicine 49(2): 336.
Ponnusamy K., Mohr C. & Curet M. (2011). Clinical Outcomes with Robotic Surgery. Current Problems in Surgery 48(9):577-656.