How to write a signature assignment: Nursing Informatics in Combating the Covid 19 Pandemic

How to write a signature assignment: Nursing Informatics in Combating the Covid 19 Pandemic

Sources for on Information on COVID-19 were generally scarce as there was a literature gap in the studies conducted on the subject. Covid 19 having occurred recently, there are minimal studies done on its impact on nursing in the health sector. This made the studies on COVID-19 available for review limited which limits the range on information available for this addition, collection of data during the covid 19 during this study was affected adversely by the need to employ social distancing and the discouragement of face to face interviews during data collection. This was in an effort to curb the spread of covid 19 where interviews resulted to other methods of data collection such as questionnaires. The removal of that aspect of face-to-face curtailed the data collectors from getting vital information. The wordings in the article were hard to comprehend due to limited literature on the study of covid 19. The sites used by this study to get data were the websites of Centre for Disease Control (CDC) and World Health Organization (WHO).

Informatics is a critical strategy in combating the COVID-19 pandemic

Journal of the American Medical Informatics Association, Volume 27, Issue 6, June 2020, Pages 843–844,

Date: 05 June 2020

From this article, the system response to the COVID-19 pandemic relied heavily on biomedical and health informatics. So it’s natural that this issue begins with an American Medical Informatics ( AMA) Position Paper describing a health informatics practice analysis8 that supports the AMA’s previously published clinical informatics subspecialty practice analysis (Baken, 2020). Focus on health informatics practitioners with clinical e.g., dentistry, nursing, pharmacy) or public health e.g., public health, health informatics, or computer science expertise. The authors used two ways to generate a thorough and current definition of what health informatics workers perform and need to know. First, six independent subject matter expert committees helped produce a draft health informatics on practice demarcation about covid 19(Richardson et al, 2020). Second, health informatics experts were asked to rate the draft demarcation of practice on domain, tasks, knowledge, and skills, as well as provide qualitative feedback on its completeness.

Lenert and McSwain claim our current restrictions on the flows of information for clinical treatment and research are archaic and often clash at the state and federal levels” and recommend revisions to privacy regulations. They suggest three feasible steps to enable timely sharing of required health data for pandemic response while maintaining individual privacy: Concerning COVID-19, the Office for Civil Rights should quickly draft a safe harbor business associate agreement that encompasses companies. The Office for Civil Rights should release advice clarifying that minimal information exchange is not required for patient care and does not apply to public health bodies during this crisis (Zang, 2020). The article postulates that a consistent framework for data exchange is a critical step toward effectively responding to the COVID-19 epidemic’s clinical, public health, and research challenges.

Health Care after Covid 19 Pandemic and its Influence on Telemedicine

This supplement is sponsored by Mayo Clinic Foundation for Medical Education and Research and is authored by experts from multiple Departments and Divisions at Mayo Clinic DOI:

Date Published online: July 27, 2020

From the article,telemedicine or managing patient care remotely via videoconferencing and telephone interactions, is one significant change that has already happened.   Adjustments in the economy and the danger of SARS coronavirus exposure to patients and healthcare workers prompted these changes. Demand for a service exceeded supply (physicians), resulting in increased expenses and hazards for patients and health care employees (Temesgen et al, 2020). We think that video-based remote consultations will alter health care delivery long beyond COVID-19. Because to COVID-19’s unexpected disruption of the health care delivery paradigm, telemedicine has gained acceptance among health care professionals and patients at Mayo Clinic, and it will likely be completely incorporated into our health care delivery platform over the next several years.

Telemedicine has enabled for continuous medical treatment while maintaining patient and caregiver safety. This was made feasible by the removal of pre-pandemic regulatory and licensing obstacles. There were also disparate state licensing requirements and inadequate compensation for telemedicine visits. The reduced telemedicine rules are expected to remain once the COVID-19 issue is resolved, which is a good thing since telemedicine adds another dimension to delivering efficient and cost-effective health care for patients and health systems (Nicole, 2020). This new care delivery model will be driven by continuing safety concerns about in-person treatment and practical issues about travel to destination centers. Chronic illnesses need frequent visits to the health care system, causing difficulty, higher expenses, missed appointments, and non-adherence to treatment regimens (Skeens, 2020). Telehealth offers a means to sustain and improve these interactions in ways that patients will accept.



Bakken, S. (2020). Informatics is a critical strategy in combating the COVID-19 pandemic.

Nicol Turner Lee, J. K., & Roberts, J. (2020). Removing regulatory barriers to telehealth before and after COVID-19. Brookings Institution.

Richardson, E., & Devine, C. (2020). Emergencies End Eventually: How to Better Analyze Human Rights Restrictions Sparked by the COVID-19 Pandemic Under the International Covenant on Civil and Political Rights. Mich. J. Int’l L.42, 105.

Skeens, M. A., Gerhardt, C. A., Bajwa, R., & Akard, T. F. (2020). Toward a better understanding: An exploration of provider perceptions in pediatric hematopoietic stem cell transplant adherence. Pediatric Transplantation24(6), e13786.

Temesgen, Z. M., DeSimone, D. C., Mahmood, M., Libertin, C. R., Palraj, B. R. V., & Berbari, E. F. (2020, September). Health care after the COVID-19 pandemic and the influence of telemedicine. In Mayo Clinic Proceedings (Vol. 95, No. 9, pp. S66-S68). Elsevier.

Zhang, J. (2020). Transport policymaking that accounts for COVID-19 and future public health threats: A PASS approach. Transport policy99, 405-418.


Translate »