Tracey Dawson Green

Title: The Innovative Journey of Tracey Dawson Green

Introduction

Tracey Dawson Green is a notable inventor based in Glen Allen, VA, whose contributions to the field of forensic science have been significant. With a focus on microfluidic technology, she has developed groundbreaking devices aimed at enhancing the analysis of biological samples.

Latest Patents

Tracey holds one patent titled "Microdevice for differential separation, purification and amplification of forensic samples." This innovative microdevice is designed for analyzing cellular components from biological samples that contain multiple cell types. It effectively separates cells by type, releases crucial cellular components like DNA through processes such as cell lysis, and further processes these components, enabling the generation of products for detailed analysis. Notably, the microfluidic device facilitates the examination of forensic samples, including those from sexual assault victims, and produces short tandem repeat (STR) amplicons for DNA profiling, thereby advancing forensic investigations.

Career Highlights

Throughout her career, Tracey has worked with esteemed institutions, including Virginia Commonwealth University and the University of Virginia. Her experience in these organizations has not only enriched her professional journey but also provided a platform for her to innovate and contribute to the scientific community.

Collaborations

Collaborating with her colleague James P. Landers, Tracey has engaged in research that merges her expertise in microfluidic devices with advanced forensic methodologies. Together, they have pushed the boundaries of current technologies to improve the accuracy and efficiency of forensic analyses.

Conclusion

Tracey Dawson Green's contributions to the field of forensic science through her patented microdevice demonstrate her innovative spirit and dedication to enhancing the analysis of biological samples. Her work continues to influence forensic methodologies and underscores the importance of scientific innovation in real-world applications.