Discussion post reply WK 6
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Respond to the two following post
2 scholarly References within the last two years for each post
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Discussion post # 1
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Healthcare Technology has expanded in paperless charting, Emar, data collection, virtual visits, online scheduling, patient portal information, artificial technology, language lines, badge scan for access, and improved diagnostic equipment. 2020 (COVID19) pandemic heavily strained healthcare demand (NAPOLEON, C. 2021). Many facilities closed during the initial COVID outbreak, and limited patients access to see doctors or nurses Practitioner. Only a few facilities relied heavily on virtual visits (TeleHealth) to diagnose and treat patients before the pandemic. Now facilities are moving toward virtual visits for convenience, reducing patient risks of exposure to the coronavirus (NAPOLEON, C. 2021). Many hospitals utilize computerized charting systems such as EPIC, Cerner, McKesson, Meditech, and Evident.
Charting systems save lives, streamlining cost, time reduction, collecting data, improving charting organization, and systems cues for workflow prompts and logistics. I work for Kaiser Permanente (KP). Electronic charting, virtual visits, telehealth services, patient portals, real-time phone updates, virtual calls to families, and interactive care services on educational TVs channels are part of members’ services (Findlay, S., 2018).
Technology has been placed in the hands of patients with mobile technology and social apps like Twitter, Facebook, and Instagram. Many hospital organizations have a website and patient portals that patients can communicate directly with physicians, nurses, and helplines to guide care (Noyes, K., 2016). The accessibility can place private patient information at risk when other people or nurse places personal information on a social platform. Many e-charting systems are using Artificial Intelligence (AI) to predict health trends to aid in saving lives. Many hospitals utilize AI to predict falls through charting the Fall Risk Assessment questionnaire and sepsis protocols flagged by lab values in patients’ records (Medical Laboratory Observer, 2020). The charting system distributes information to nurses and doctors of the potential risk to help aid in action needed to increase positive patient outcomes.
In conclusion, healthcare technology has advanced to make healthcare more accessible, decrease medical delays in treatment and improve patient knowledge on the treatment plan. The evolution of receiving medical care through Apps, patient portals, and virtual visits place health care in patients’ hands. Increases patient autonomy in being active in care. Also, it helps doctors, nurses, and other healthcare personnel prevent falls and medical errors.
RE: Discussion # 2
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My first introduction to telehealth is during the pandemic. I have two kids, and before getting a covid swab, a physician has to assess first using teladoc via video conference. Telehealth could have multiple benefits during the pandemic by expanding access to care, reducing disease exposure for staff and patients, preserving scarce supplies of personal protective equipment, and reducing patient demand on facilities. Telehealth policy changes might continue to support increased care access during and after the pandemic (Trends in the Use of Telehealth During the Emergence …, 2020).
Telehealth provides healthcare services remotely by telephone or video to improve efficiency and patient access to healthcare (Mataxen & Webb, 2019). Within the last ten years, the healthcare industry has seen significant development in information technology that is anticipated to expand even more (El-Miedany, 2017). This virtual medical care via telephone and video conference allows patients to communicate with board-certified physicians who can diagnose medical problems such as respiratory infections, flu, allergy, or skin issues anytime and anywhere.
As home-based telehealth systems develop, observing patients’ outlook on Teladoc’s range of capabilities can be a potential challenge for some. Specific challenges such as technological restrictions and being monitored at home can make individuals feel less controlled. While traditional care involves direct primary care provider to patient communication, Teladoc can shift the responsibility toward the patient and compromise patient satisfaction that may impact cost-effectiveness and clinical benefits (Exploring the Benefits and Challenges of Telehealth | Nursing Times, 2012). Teladoc also requires the patient to be ready to learn and frequently access a different approach to healthcare delivery. In contrast, telehealth can have numerous potential benefits, such as decreasing resource utilization while lowering costs. For example, a patient with CHF can be monitored more closely with the proper equipment to lessen hospital readmissions and reduce primary care provider or nurse visits. The patient can be enrolled in Teladoc’s home telehealth for respiratory management with access to board-certified physicians 24 hours a day. The potential risk of data safety, legislation, and patient care are patients with physical disabilities, computer illiterate, or computer hackers.
In general, healthcare technology trends, such as telehealth, are conforming into a more apparent industry. We see it especially now during a pandemic; telemedicine utilization is widely used in doctor offices, hospitals, and clinics. Telehealth has the potential ability to deliver fast, improved, cost-effective, and more beneficial care. Having 24/7 direct access to vital information about conditions, prevention, and treatments will result in enhanced patient control, autonomy, and impact satisfaction that will contribute to improvements in patient care outcomes, efficiencies, and data management.
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