M. Baisden
Papers
2
Total Citations
112
H-Index
2
About
M. Baisden is a forensic scientist whose work has been instrumental in advancing the automation of DNA extraction and PCR setup for forensic casework. Her research focuses on the application of robotic systems to handle the complex, variable samples encountered in forensic investigations—a significant leap from the more straightforward processing of database samples. Baisden’s major contribution lies in demonstrating that robotic workstations, such as the BioMek® 2000, can be adapted to reliably extract DNA from diverse forensic evidence, including samples with minute or degraded genetic material. Her 2004 paper on this topic, which has garnered 79 citations, is a foundational reference in the field. She further extended this work by developing automated PCR setup methods, as detailed in her 2006 publication (33 citations), which streamlined the normalization and preparation of samples for amplification. These innovations have helped forensic laboratories increase throughput, reduce human error, and maintain chain-of-custody integrity. Baisden’s achievements underscore the critical role of automation in modern forensic science, making her a key figure in the transition toward more efficient, reproducible, and high-volume casework analysis.
Research Focus
Key Achievements
Top Papers
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