📢Could delivering DNA vaccines through a patch overcome the challenges faced when delivering through a typical injection?💉 Published in #JGV, a recent study investigated the efficacy of DNA-based influenza vaccines through high-density microarray patches (HD-MAP) in mice.

Could DNA vaccine patches help prepare for a future pandemic?🦠🔬 @chrismcmillan.bsky.social and Chloe Entriken take us behind the scenes of their latest study on a needle-free approach to influenza vaccination in #JGV Read more here🔗https://microb.io/48PTJ2l

Great to share the story behind our recent paper on needle-free DNA vaccine delivery! Microarray patches like the one being developed by Vaxxas may help unlock the pandemic preparedness potential of DNA vaccines - read more microb.io/48PTJ2l Manuscript: www.microbiologyresearch.org/content/jour...

Was nice to work on this with the Farrell lab and @rhyshparry.bsky.social! Check it out below 👇🏻👇🏻

Exciting news! The AVS12 Meeting Report is now published in the @asm.org Journal of Virology! 🎉 AVS prides itself on supporting diverse voices in virology through career development, Indigenous engagement, collaboration, and recognition of excellence. Read it here: journals.asm.org/doi/10.1128/...

Early bird registrations for #Microneedles2025 in Brisbane are OPEN! Come and join global leaders in microarray patch tech & explore breakthroughs in #transdermal delivery, diagnostics, & more. Register early for special rates! Register now: www.microneedlesconference.com/pages/regist...

Thanks for having me @ausvirologysoc.bsky.social!

Please join us at the 8th International Microneedles conference in #Brisbane, 11-14 May 2025. The global efforts to improve vaccine delivery via skin patches will be on display with the theme of Pathways to Products signifying the growing maturity of the field. bcec.com.au/brisbanes-re...