ASSIGNMENT: WEEK 6 DIGITAL MEDICINE: MOBILE DEVICES, WEARABLES, TELEHEALTH, TELEMEDICINE & THE IMPACT OF COVID-19 ON TECHNOLOGY ADVANCES/NURS 8210
ASSIGNMENT: WEEK 6 DIGITAL MEDICINE: MOBILE DEVICES, WEARABLES, TELEHEALTH, TELEMEDICINE & THE IMPACT OF COVID-19 ON TECHNOLOGY ADVANCES/NURS 8210
Digital Medicine: Mobile Devices, Wearables, Telehealth, Telemedicine and the Impact of Covid-19 on Technology Advances
Digital Medicine involves the use of Mobile Devices, Wearables, Telehealth, and Telemedicine to diagnose, monitor and manage health and illness. There are emerging diseases or infections such as COVID-19 that have significantly impacted medical technological advances. The Impact of Covid-19 on Technology Advances has led to a significant increase in investment in this area as technology companies race to develop novel solutions to support healthcare workers during the pandemic. These advances will likely have a long-term impact on the way healthcare is delivered. The purpose of this assignment is to discuss the use of digital medicine and how the impact of COVID-19 on technology advances.
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COVID-19 has significantly impacted the use of digital medicine. In other words, the spread of COVID-19 has led to an increased use of digital medicine. Digital medicine is a term used to describe the use of technology to improve patient care. This can include the use of telemedicine, or the remote delivery of health care services, as well as the use of electronic medical records (EMRs) and other health information technology (HIT). With the emergence of COVID-19 and social distancing now part of everyday life, digital medicine, such as telemedicine and mobile healthcare technology comprises an increasingly important part of health care delivery (Islam et al., 2020). Mobile devices such as smartphones, tablets and wearables are revolutionizing the way patients receive medical care, allowing for access to remote consultations with doctors from their own homes. Services like Telemedicine can provide health monitoring and guidance for those with milder symptoms who need to stay in isolation or physicians who are unable to provide face-to-face care. Such digital solutions serve as a crucial aid during this time of heightened medical need.
The growth of wearable technology and the increasing popularity of health and fitness tracking apps has led to a massive influx of data (big data) about people’s daily habits and routines. This data is incredibly valuable for companies that want to target ads or recommend products, but it is also becoming an important tool for doctors and researchers who are studying the effects of different lifestyles on people’s health. Wearable devices can provide detailed information about a person’s heart rate, activity level, sleep patterns, and more. This data can be used to identify risk factors for diseases or help doctors develop treatments for conditions like obesity or diabetes. Researchers are also starting to use telehealth technologies to collect data from patients remotely. By tracking things like blood pressure, heart rate, and the spread of different diseases, this leads to big data.
A few challenges that come to mind during implementation of digital medicine in my healthcare organization are resistance to change from certain staff members, concerns about patient privacy and data security, and lack of technical knowledge or resources among staff (Kruse et al., 2019). Another big challenge has been integrating digital health solutions into existing workflows and clinical pathways. There is a lot of potential for digital health technologies to improve patient care and outcomes, but it’s important that these technologies are implemented in a way that is seamless and does not disrupt the care process.
Sen et al. (2020) discuss the important challenges in using the body to transmit electrical signals as opposed to wireless communications. Electrical frequencies are significantly longer than those used in wireless transmission, while the body is a high loss environment at lower frequencies. Furthermore, careful consideration must be taken when selecting the best wavelengths for these types of signals, as it can impact their effectiveness. While these factors make harnessing electricity much more challenging, Sen et al. (2020) also showed that opportunities exist for new technologies and innovative solutions to this problem.
To overcome the challenge of differences in wavelengths for wireless communications, it is important to select the best wavelengths for the electrical signals when turning a body into a wire or wearable device because different parts of the body respond differently to different wavelengths. For example, lower-wavelength signals are better at penetrating deeper into the body, while higher-wavelength signals are better at targeting the surface of the skin. So it is important to choose the right wavelength depending on direction to send the electrical signals. The solution to electrical transmission challenges should involve the application of the parasitic capacitance between a device and the body is key to creating a working channel.
In conclusion, the Impact of Covid-19 on Technology Advances has led to a significant increase in investment in this area as technology companies race to develop novel solutions to support healthcare workers during the pandemic. Wearable devices can provide detailed information about a person’s heart rate, activity level, sleep patterns, and more. This data can be used to identify risk factors for diseases or help doctors develop treatments for conditions like obesity or diabetes.
References
Islam, M., Mahmud, S., Muhammad, L. J., Nooruddin, S., & Ayon, S. I. (2020). Wearable technology to assist the patients infected with novel coronavirus (COVID-19). SN computer science, 1(6), 1-9. https://link.springer.com/article/10.1007/s42979-020-00335-4
Kruse, C., Betancourt, J., Ortiz, S., Luna, S. M. V., Bamrah, I. K., & Segovia, N. (2019). Barriers to the use of mobile health in improving health outcomes in developing countries: systematic review. Journal of medical Internet research, 21(10), e13263. https://www.jmir.org/2019/10/e13263/
Sen, S., Maity, S., & Das, D. (2020). The body is the network: to safeguard sensitive data, turn flesh and tissue into a secure wireless channel. IEEE Spectrum, 57(12), 44-49. https://spectrum.ieee.org/turning-the-body-into-a-wire
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ASSIGNMENT: WEEK 6 DIGITAL MEDICINE: MOBILE DEVICES, WEARABLES, TELEHEALTH, TELEMEDICINE & THE IMPACT OF COVID-19 ON TECHNOLOGY ADVANCES/NURS 8210
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WEEKLY RESOURCES
TO PREPARE
Review the Learning Resources associated with digital medicine.
Consider the use, implementation, and barriers of digital medicine for healthcare organizations and nursing practice.
BY DAY 3 OF WEEK 6
Post a cohesive response to the following:
Explain whether COVID-19 has impacted the use or non-use of digital medicine. Be specific.
Explain how wearables, devices, and telehealth may contribute to Big Data.
What are some of the challenges you might have faced during implementation of digital medicine in your healthcare organization or nursing practice?
What are some of the challenges identified in the “Turning the Body Into a Wire†article by Sen, Maity, & Das (2020)?
Recommend at least two strategies for overcoming these challenges/barriers now and in the future. Be specific and provide examples.
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ASSIGNMENT: WEEK 6 DIGITAL MEDICINE: MOBILE DEVICES, WEARABLES, TELEHEALTH, TELEMEDICINE & THE IMPACT OF COVID-19 ON TECHNOLOGY ADVANCES/NURS 8210
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