🐄 Zain Ul Abedien presents a comprehensive analysis of associations between bacteria, parasites, viruses, bacterial #virulence factors, and AMR genes in the GI systems of dairy calves at different ages and health status #MicroSeq2026 #agriculture #ecoli

Some valuable tips and career advice from Gustavo - #MicroSeq2026 - don't necessarily believe everything that's published/known - Let curiosity drive you 🫶

Our fourth plenary for #MicroSeq2026 is Dr Gustavo Espinoza-Vergara from AIMI (UTS), outlining how single-cell & proteomic approaches can reveal the environmental interactions shaping bacterial persistence and transmission in the face of protozoan predation 🦠

🐄Kiem Adi Budiman rounds out the session, providing a valuable technical framework for using the #metagenomic profiling of cattle to identify promising molecular targets for suppressing methane production. Great contributions towards sustainability! #MicroSeq2026 #agriculture

🧢Shai Strampel demonstrates the utility of high-throughput RNA sequencing to reveal RNA packaging dynamics and design cross-platform RNA delivery vehicles. #MicroSeq2026 #capsid #bacteriophage

💊 @anitatarasenko.bsky.social combines #WGS & phenotyping to characterise the bacteria vs phage dynamics of #Achromobacter infections in cystic fibrosis patients - implications for the development of precision phage therapy against multidrug-resistant pathogens. #MicroSeq2026 #cysticfibrosis

🦠Lucy Patterson now combs through the precise genetic differences that can make-or-break #Acinetobacter baumannii lineages’ ability to infect cells, spread globally, and become resistant to antibiotics. #MicroSeq2026 #antimicrobialresistance #bacteria #pathogen

🫁Tune in for Sarah Smith taking us through a culture-free method to detect & serotype #Streptococcus pneumoniae, and how this approach can help understand #vaccine effectiveness and molecular #epidemiology of the pathogen! #MicroSeq2026