PhD student @carlajulia15 discusses her preliminary research on Ross River fever in @nature – showing a different way of sampling humans, livestock & domestic populations to track #RRV. This technique could also be used for other #mosquitoborne pathogens https://t.co/lz7pzKRcir
New Research: New self-sexing Aedes aegypti strain eliminates barriers to scalable and sustainable vector control for governments and communities in dengue-prone environments https://t.co/Ubk5NB4k0m #bioengineering#biotech
I’m honoured to present at the #ISIDCongress2022. Thank you @ISID_org for allowing me to show a different way of sampling humans, livestock and domestic populations to track RRV. This technique may not only be used for #RRV but also any other pathogen @QIMRBerghofer @QUT_CIIC
A safe and effective vaccine against dengue is needed to address an unmet medical need that affects many people worldwide. Takeda’s live attenuated tetravalent dengue vaccine (TAK-003) has shown protection in Phase 3 efficacy trial. Eduardo Nascimento #ISIDCongress2022@ISID_org
Carla’s PhD is focused on Xeno-surveillance of Ross River virus (RRV). She explores the use of mosquito blood meals as a method of determining vertebrate host seroprevalence in relation to RRV ecology. https://t.co/Pw3txWcjiF
@ScientiSTICA_84 In mosquitoes, #Wolbachia blocks #dengue virus transmission. We are using TEM to further investigate these intracellular interactions during coinfection https://t.co/xWwtHGMHt0
🔦SPOTLIGHT Arbovirus Group🔦
Read about Caleb and Carla who have been let out of the lab to attend #ISIDCongress2022
Caleb’s PhD investigates #dengue virus evolution, possible evasion from current control methods, & the immune response to zoonotic spill-over events
🔥NEW @VirusesMDPI PAPER ALERT!🔥
Hot off the press paper on tracking #Dengue viral diversification and its implications on #vaccine design by one of our brilliant PhD Candidates @ScientiSTICA_84.
Check it out 👉https://t.co/6EdGYIdBbs
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#Arbovirus#Aedes#DENV