Amulya Baral
PhD Student · Metagenomics · Antimicrobial Resistance · One Health
About
PhD student at NMBU applying large-scale metagenomics to analyze antimicrobial resistance genes, their diversity, and genomic context. My focus is the One Health dimension of AMR; how resistance moves across animals, humans, and the environment.
Work
Doctoral project: AntibiotiKu: Antibiotic use and antibiotic resistance in Norwegian cattle
- Assessed data quality of national VetReg prescription database and developed a error correction framework; produced the first complete description of antimicrobial use in Norwegian cattle (2018–2023) using DDDvet metrics
- Characterized fecal resistomes from 551 cattle (HUNT One Health cohort) via shotgun metagenomics, linking resistance genes to animal metadata and microbiota
- Secured 50,000 NOK additional grant from NORM for sequencing and sample processing
- Board member for 2026 and responsible for all communication channels at SoDoC, a non-political interest organization for PhD candidates, postdocs, and temporary researchers at NMBU.
Research stay at the Rare Microbe Bioinformatics Lab (RamBio, Patrick Munk)
- Profiled bovine fecal resistomes; analyzed resistance genes, diversity, and genomic contexts
- Joined the NoMoReAMR consortium; developed nomoreamr.org, a knowledge base for Nordic AMR/AMU surveillance (Publication)
- Developed the PanRes database ontology viewer
PLASTPATH - metagenomics of plastisphere microbial communities; characterized resistomes on plastic particles across freshwater and wastewater environments (Publication)
- Bioinformatics & Biostatistics — Master's in Applied Biotechnology
- ICT & Applied Bioinformatics — Bachelor's in Bioengineering
Education
Grade: A
Thesis: A metagenomic approach to study factors related to bacterial pathogenicity in HIAS biofilms
Publications
- Anna Abramova, Amulya Baral, et al. (2026). "Roadmap for integrated One Health AMR surveillance in Nordic countries". Public Health. doi:10.1016/j.puhe.2026.106285
- Nimrod T. de Wit, Amulya Baral, et al. (2026). "Calibrating for absolute microbiome abundances without spike-ins". Preprint. doi:10.64898/2026.02.26.708180
- Ingun Lund Witsø, Amulya Baral, et al. (2025). "Plastispheres as reservoirs of antimicrobial resistance: Insights from metagenomic analyses across aquatic environments". PLOS One. doi:10.1371/journal.pone.0330754
Misc Projects
- swiftomics.com — No-code pathogen profiling platform (AMR and virulence genes) that runs locally in your browser (no need to send data to a server) using webassembly