Sylvain Amory
Papers
1
Total Citations
125
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1
About
Sylvain Amory is a leading figure in forensic genetics, with a primary focus on the recovery and analysis of DNA from degraded skeletal remains. His most influential work, the 2011 paper "Automatable full demineralization DNA extraction procedure from degraded skeletal remains," has garnered over 125 citations, establishing a gold-standard protocol for obtaining high-quality genetic material from challenging forensic samples. This contribution is critical for human identification in mass disasters, missing persons cases, and archaeological contexts, where traditional extraction methods often fail. Amory’s research bridges the gap between molecular biology and forensic practice, emphasizing automation to enhance reproducibility and efficiency in crime laboratories. His work has directly impacted the field by enabling successful DNA profiling from bones that were previously considered too degraded for analysis. Through this landmark study and subsequent innovations, Amory has cemented his reputation as a pioneer in forensic DNA technology, providing essential tools for investigators and advancing the reliability of genetic evidence in legal and humanitarian applications.
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