Genome-wide identification of characteristic nucleotide fragments for surveillance and subtype typing of influenza A viruses

Conserved and subtype-specific nucleotide fragments across #InfluenzaAvirus genomes enable accurate rapid detection & HA-based subtyping via #multiplexPCR, providing a scalable framework for #MolecularSurveillance & diagnostic assay development.
#OpenAccess: doi.org/10.1016/j.dc...

Genome-wide identification of characteristic nucleotide fragments for surveillance and subtype typing of influenza A viruses

Conserved and subtype-specific nucleotide fragments across #InfluenzaAvirus genomes enable accurate rapid detection & HA-based subtyping via #multiplexPCR, providing a scalable framework for #MolecularSurveillance & diagnostic assay development.

#OpenAccess: doi.org/10.1016/j.dc...

#Plasmodium #Zoonoses #Primates #MolecularSurveillance #OneHealth #Pathogens #Malaria #PPGMAA #UFRGS #Fiocruz #UESC #IFNMG 9/9

MIG Seminar: Associate Professor. Sarah Auburn, Menzies School of Health Research Title: Genetic epidemiology to monitor rapidly evolving Plasmodium vivax populations Abstract Plasmodium vivax is the dominant cause of mal...

📢 MIG Seminar: Genetic epidemiology to monitor rapidly evolving Plasmodium vivax populations

🗓️ Fri, Jun 20 | ⏰ 12 - 1 pm AEST
📍 Ian Potter Auditorium (G52), Kenneth Myer Building (144)
🎙️ A/Prof. Sarah Auburn
💻 Zoom available

#PlasmodiumVivax #vivaxGEN #MolecularSurveillance #PublicHealth