COVID-19 response in South African communities: Screening, testing, tracing and movement modelling.

In South Africa (SA), the first case of COVID-19 was reported on 5 March 2020 from a traveller who had returned from Italy. Increases in COVID-19 cases and deaths necessitated the design and implementation of community screening, testing, and tracing as a control strategy. The SA government's plans to implement community-based screening, testing, contact tracing and movement modelling during the early phases of the COVID-19 pandemic presented both opportunities and challenges. In this article, we present our experiences, opportunities and lessons for community-based COVID-19 response, anchoring these efforts in the primary healthcare system.

Leveraging epidemiology as a decision support tool during the COVID-19 epidemic in South Africa.

By May 2021, South Africa (SA) had experienced two 'waves' of COVID-19 infections, with an initial peak of infections reached in July 2020, followed by a larger peak of infections in January 2021. Public health decisions rely on accurate and timely disease surveillance and epidemiological analyses, and accessibility of data at all levels of government is critical to inform stakeholders to respond effectively. In this paper, we describe the adaptation, development and operation of epidemiological surveillance and modelling systems in SA in response to the COVID-19 epidemic, including data systems for monitoring laboratory-confirmed COVID-19 cases, hospitalisations, mortality and recoveries at a national and provincial level, and how these systems were used to inform modelling projections and public health decisions. Detailed descriptions on the characteristics and completeness of individual datasets are not provided in this paper. Rapid development of robust data systems was necessary to support the response to the SA COVID-19 epidemic. These systems produced data streams that were used in decision-making at all levels of government. While much progress was made in producing epidemiological data, challenges remain to be overcome to address gaps to better prepare for future waves of COVID-19 and other health emergencies.

School bag carriage and pain in school children.

PURPOSE: In South Africa (SA), anecdotal evidence for the incidence of shoulder, back and neck pain in school children is alarming but no scientific studies have confirmed this impression. The purpose of the present study was to determine the relationship between pain and school bag carriage in scholars in Durban, SA. METHOD: A study was carried out at four different schools in the Verulam and Chatsworth Regions in Kwa-Zulu Natal, SA. Schools were selected by convenience. One hundred and seventy six scholars between the ages of 11 and 14 years correctly filled out a questionnaire with open-ended and closed-ended questions. Each child also had his/her body and bag weight measured. RESULTS: In this study, most of the scholars experienced shoulder and a combination of shoulder and other bodily pain. The majority of the children carried backpacks over two shoulders. The type of bag carried was significantly related to pain experienced (0.00). A significantly larger number of female scholars experienced pain. CONCLUSION: The shoulder and other bodily pain experienced by the sample of scholars are strongly related to the type of bag and the gender of the children. More in-depth studies into identifying risk factors for bodily pains in school children are indicated.