Advancing Forensic DNA Processing with Optical Detection and Microfluidic Technology

Kimberly Jackson
DNA forensic technology capabilities continue to increase with growing demands for automated, accurate, and rapid processing methods. Unfortunately, automation is commonly associated with complex and expensive instruments, and is not a viable solution for low-resource laboratories. In an effort to keep current DNA processing simple and cost-effective, this work utilizes microfluidic technology and optical detection for rapid screening and purification of forensically-relevant samples. Fast DNA screening methods are necessary to provide contextual clues for criminal...
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