| Literature DB >> 33816059 |
Nada Fadul1, Mohamed E Hussein2, Abdelaal A Fadul3.
Abstract
PURPOSE OF THE REVIEW: To describe the intersectionality of healthcare and economy, and potential solutions to prevent the next peak of COVID-19 in Sudan. RECENTEntities:
Keywords: COVID-19; Pandemic response; Sudan healthcare
Year: 2021 PMID: 33816059 PMCID: PMC8006878 DOI: 10.1007/s40475-021-00237-2
Source DB: PubMed Journal: Curr Trop Med Rep
Fig. 1Core elements of COVID-19 prevention strategy in Sudan
Bundle for COVID-19 prevention during re-opening phases
| Intervention | Current evidence | Challenges in Sudan | Strategies for Implementation |
|---|---|---|---|
| Facemasks | • Face masks, including simple cloth masks, reduce transmission of COVID-19 by preventing the spread of respiratory droplets from infected persons to their surroundings. | • Poor adherence • Common misconception that only surgical masks are effective in preventing transmission • Use of surgical masks in the community may exacerbate the shortage in the healthcare setting. | • Mandatory mask policies inside government and private buildings • Promote revolution artists to produce mask designs that reflect the values of the revolution |
| Hand hygiene | • Transmission of virus can occur when the contaminated hand touches mucous membranes such as the nose, mouth, or eyes. • Hand hygiene is an effective infection control measure for other diseases. | • Hand sanitizers are not widely accessible. Access to clean water is limited in several parts of the country. | • Implement hand-washing stations in crowded venues • Expand local production of hand sanitizers • Emphasize hand hygiene in early childhood education |
| Testing | • Nucleic acid amplification test (NAAT) or PCR testing is the mainstay of diagnosing active COVID-19 cases. • Serological essays may be helpful in identifying prevalence of disease in the population. • Rapid diagnostic antigen–based testing (RDT) can be helpful in early identification of positive cases in symptomatic patients, however, limited by low sensitivity. | • Limited governmental lab resources and capacity • Free testing of returnees and travelers is placing pressure on governmental labs. • Limited transportation of testing from states to the national public health lab • Inadequate staffing of laboratory and lack of trained personnel | • Apply testing effectively considering the limited resources • Limit testing to symptomatic patients • Expand testing locations • Implement online testing portals in major cities • Develop an algorithm for implementing RDT antigen–based testing in remote areas and refugee camps • Utilize serologic testing for prevalence studies in asymptomatic patients |
| Isolation and quarantine | • Home isolation is indicated for symptomatic healthy adults who have high suspicion of COVID without testing, and test-confirmed COVID cases. • Home isolation is sufficient for 80% of cases. • Hospitalization is needed for 10–15% of COVID-19 patients. • Live virus was not detected after 9 days from symptoms onset; therefore, isolation for 10 days is sufficient for most cases. • Incubation period of COVID-19 can be up to 14 days; therefore, exposed contacts should quarantine for 14 days. | • Financial challenges facing households under isolation and quarantine • Large household sizes • Limited isolation centers at public hospitals • Isolation center staffed mostly by volunteers | • Provide financial support for families under isolation and quarantine • Temporary employment of community volunteers to assist in education and home delivery of groceries and supplies • Establish isolation floors in major public hospitals • Incentivize staff working in isolation hospitals • Establish residential isolation centers for those who are unable to quarantine or isolate at home |
| Contact tracing | • Contact tracing and quarantine of exposed close contacts can interrupt the transmission chain of COVID-19. • All contacts of confirmed COVID-19 cases should be identified and traced. | • Lack of public health infrastructure • Limited number of trained personnel • Stigma related to the disease • Limited access to technology in remote and rural areas | • Leverage resistance and service committees to assist the contact-tracing team • Remote program using online portals and telemedicine • Explore use of cellphone data in contact tracing • Destigmization campaign led by celebrities and artists |