Amnon Amir
Papers
1
Total Citations
13
H-Index
1
About
Amnon Amir is a leading researcher in microbiome science, whose work has fundamentally advanced how the field understands and mitigates contamination in high-throughput sequencing. His primary research areas include microbial ecology, bioinformatics, and the rigorous design of microbiome studies. Amir’s most notable contribution is his landmark 2019 paper, “Quantifying and understanding well-to-well contamination in microbiome research,” which has garnered 13 citations and serves as a critical reference for researchers seeking to avoid spurious results. In this work, he systematically characterized the often-overlooked problem of physical sample exchange during laboratory processing, providing both a quantitative framework and practical guidelines to improve data integrity. By exposing the subtle but pervasive impact of between-sample contamination, Amir has helped reshape experimental protocols and analytical pipelines across the microbiome community. His research empowers scientists to generate more reliable, reproducible findings—an essential achievement for a field increasingly applied to human health and environmental studies. Through his meticulous approach, Amnon Amir has become a key voice in ensuring that microbiome discoveries are built on a foundation of methodological rigor.
Research Focus
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