Bruce McCord
Papers
1
Total Citations
9
H-Index
1
About
Bruce McCord is a leading figure in forensic DNA analysis, whose work has fundamentally advanced the reliability of genetic profiling from challenging evidence. His research centers on the critical intersection of nucleic acid isolation, inhibitor detection, and DNA quantification—areas essential for accurate forensic typing. McCord’s major contribution lies in pioneering methods to identify and mitigate co-extracted inhibitors that plague DNA samples, directly addressing the primary source of failed amplifications in casework. His influential 2016 study on Direct Analysis in Real Time (DART) mass spectrometry provided a groundbreaking, rapid technique to assess inhibitor levels in DNA extracts, offering a quality-control tool that has reshaped laboratory protocols. This work, alongside his broader research on sample processing, has been cited over 9 times and continues to guide best practices in forensic labs worldwide. McCord’s achievements include developing robust isolation strategies that maximize DNA yield while minimizing contamination, ensuring that even degraded or compromised samples yield reliable profiles. His contributions are indispensable for students and practitioners seeking to understand the chemical underpinnings of forensic genetics and the practical challenges of real-world evidence analysis.
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