The development of wireless and mobile technologies presents numerous opportunities for their implementation in diverse fields of social life. In particular, healthcare industry appears to be keen on utilizing the latest technology innovations. In this essay, a summary of one of the articles dealing with these processes is presented. In addition, reflections on the future possibilities of wireless technologies’ implementation are provided by the author.
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The article mentions that the majority of medical institutions are still associated with strict rules and regulations forbidding the use of cell-phones or other mobile devices in the vicinity of hospital waiting rooms (Pickert). Nevertheless, the surging tide of technological innovation seems to be engulfing the conservative medical establishment as well. As shown by internal-medicine programs and medical schools at University of Chicago and other institutions, utilization of iPads and similar tablet computers may help to ease the workload falling upon medical practitioners, as well as to provide the new M.D. generation with innovative working tools.
Pickert presents several arguments to support the claim on desirability of wireless technologies in healthcare. For instance, a study by University of Chicago appears to demonstrate that “patients got tests and treatments faster if they were cared for by iPad-equipped residents” (Pickert). The tools offered by iPad technology may increase practitioners and residents’ ability to offer emergency treatment to their patients, thus contributing to saving of new lives.
Second, the use of iPad allows for swifter maladies’ diagnosis. In the words of Dr. Micah Prochaska, “if you tell someone they have pulmonary edema, you can pull up an abnormal chest X-ray, which is theirs, and a normal X-ray and say, ‘Your lung is full of fluid, and that’s why you’re short of breath’” (qtd. in Pickert). Naturally, this would make doctors’ tasks in assigning specific diagnoses to their patients easier than before. The diagnosing and explorative medicine would experience great changes if such practices become widespread.
Finally, remote consultation capacity provided by iPad and/or other wireless devices is of extreme importance to the medical practitioners and doctors involved in dealing with peculiar cases. Pickert refers to Dr. John Halamka’s opinion on the subject, as the latter has been making active use of mobile technologies to diagnose specific mushroom poisoning cases. Dr. Halamka’s commentary was as follows: “Wherever I am in the world at any time of day, I will be able to identify the species and, through a remote consultation purely via iPhone, be able to come up with a treatment plan for the patient” (qtd. in Pickert).
Therefore the possibilities offered by wireless technologies’ application in medicine seem to be virtually limitless. The author views further spread of mobile devices’ usage in hospitals and other medical institutions, the in-depth implementation of wireless technologies in explorative medicine, and medical testing as the fields that may be suitable for the ongoing mobile technology promotion in healthcare and medical science. Thus it is necessary to assess and review possible outcomes of the respective innovations.
With respect to daily use of wireless technologies in hospital medicine, one may note that the medical test implementation and data management would be immensely facilitated by the more advanced use of mobile devices’ options. In addition, the patients themselves may discover that the IPad would allow them to more deeply understand their treatment’s process and implications. As suggested in the article, “many patients also gained a better understanding of the ailments that landed them in the hospital in the first place” (Pickert). This means that both doctor-patient communication and diagnosis precision would be favored by the greater use of iPads and similar technologies.
Moreover, explorative and diagnostic medicine would gain much from its integration with wireless technologies. The data access offered by mobile communications would enhance the practitioners’ ability to interact with each other. In addition, they would benefit from the insights and breakthroughs achieved by their fellow doctors in other hospitals or similar institutions. The data sharing provided by wireless technologies would greatly accelerate the medical treatment process, making the respective data processing much comprehensive.
Likewise, medical testing process would be made easier and more cooperative with the use of iPads and smartphones, as the test results would be readily available to each medical user able and willing to review them. It would be possible to conduct medical testing online, with several specialists controlling their exercise and offering their comments and/or insights on their processing. The introduction of wireless test data access would facilitate doctors’ ability to efficiently communicate with each other. In turn, this would allow the medical community to become more integrated.
Thus, the wireless technology introduction would lead to greater advances in medicine, which would make the hospital treatment both easier and less cumbersome for doctors and patients alike. As the growth in wireless network communications now determines the future of global society, it is imperative that the healthcare provision services make use of the unprecedented opportunities offered by this development. The mobile devices may previously have been underestimated by medical students and practitioners, but now they appear to have grasped the full implications of the present wireless revolution.
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