Coronavirus Host Genomics Study: South Africa (COVIGen-SA).
Andrew K MayHeather SeymourHarriet Rosanne EtheredgeHeather A MaherMarta C NunesShabir Ahmed MadhiSimiso Mandisa SokhelaWillem Daniel Francois VenterNeil Alexander MartinsonFirdaus NabeemeeahCheryl CohenJocelyn MoyesSibongile WalazaStefano TempiaJackie KleynhansAnne von GottbergJeremy S NelHalima DawoodEbrahim VariavaStephen M TollmanKathleen KahnKobus HerbstEmily B WongCaroline T TiemessenSarah Alexandra van BlydensteinLyle MurrayMichelle VenterJune FabianMichelle RamsayPublished in: Global health, epidemiology and genomics (2022)
Host genetic factors are known to modify the susceptibility, severity, and outcomes of COVID-19 and vary across populations. However, continental Africans are yet to be adequately represented in such studies despite the importance of genetic factors in understanding Africa's response to the pandemic. We describe the development of a research resource for coronavirus host genomics studies in South Africa known as COVIGen-SA-a multicollaborator strategic partnership designed to provide harmonised demographic, clinical, and genetic information specific to Black South Africans with COVID-19. Over 2,000 participants have been recruited to date. Preliminary results on 1,354 SARS-CoV-2 positive participants from four participating studies showed that 64.7% were female, 333 had severe disease, and 329 were people living with HIV. Through this resource, we aim to provide insights into host genetic factors relevant to African-ancestry populations, using both genome-wide association testing and targeted sequencing of important genomic loci. This project will promote and enhance partnerships, build skills, and develop resources needed to address the COVID-19 burden and associated risk factors in South African communities.
Keyphrases
- sars cov
- south africa
- genome wide
- coronavirus disease
- respiratory syndrome coronavirus
- copy number
- genome wide association
- single cell
- case control
- dna methylation
- hiv positive
- gene expression
- metabolic syndrome
- public health
- healthcare
- cancer therapy
- social media
- weight loss
- hepatitis c virus
- genetic diversity
- drug delivery
- health information
- human immunodeficiency virus
- glycemic control
- medical students
- drug induced