RT @TrendsParasitol: Drs @bouyer_jeremy Diana Iyaloo & Thierry Baldet discuss boosted #sterile #insect technique for preventing the establi….

RT @Tuliodna: Another great opportunity! Fully paid AFRICAN STARS MSc Fellowship at Stellenbosch University . MSc in Bioinformatics of Infe….

RT @Tuliodna: South Africa remains at forefront of genomics. Recent publication in Nature Comms show how Gauteng has been pivotal in the em….

RT @Kanshuk: Nature Communications paper on the emergence of Omicron variants! @StellenboschUni.

RT @graemedor: This work is thanks to a collaborative effort between the Centre for Epidemic Response & Innovation (CERI) and the Network f….

RT @graemedor: The findings underscore the urgent need for the establishment of stronger regional genomic surveillance networks to better d….

Check out our new article published today on the origins and dynamics of Omicron lineages in South Africa. So proud of Graeme our PhD student for his first paper!.

RT @graemedor: 🚨 New paper out in Nature Communications! 🚨. Our study shows that multiple Omicron variants emerged independently across nor….

RT @Tuliodna: Exciting news from CERI at Stellenbosch University! Our team has introduced cutting-edge AI techniques and software that can….

RT @Tuliodna: Introducing Eninam Kouma from Institut National d'Hygiène, Togo! Eninam is currently in South Africa for a fellowship in next….

So proud to be part of the School for Data Science and Computational Thinking at Stellenbosch!.

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RT @ceri_news: 🌍 This week in CLIMADE, we explore the genomic surveillance of dengue & chikungunya in Reunion Island with Dr. Etienne Frume….

Thank you for the feature! And Happy International Women's Day to all 🥳.

RT @ceri_news: From 40 Publications During Her PhD to Over 70: A Conversation with Dr. Houriiyah Tegally on Breaking Barriers and Leading E….

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This work is an initiative of the CLIMADE consortium @climade_health, led by Jenicca, our brilliant PhD student, with many collaborators. @Mittenavoig @MOUGK @Tuliodna @OliverBrady1 @vagnerf0nseca @LUIZALC55150079 @ceri_news.

On the methodological side, we evaluated five pseudo-absence sampling techniques, considering pseudo-absence ratios, buffer radii, and density smoothing factors to determine the most effective modeling approach.

In summary, we present some of the first uses of ecological niche models application in OROV disease ecology alongside its vector(s) mapping. These findings will support risk assessment, surveillance, vector control strategies, and research incentives.

Notably, Cx. quinquefasciatus appears slightly more suitable in Cuba than C. paraensis, where recent OROV outbreaks raises questions about vector competence. Benitez et al. (2024) detected OROV RNA in Cx. quinquefasciatus mosquitoes, validating our model.