Company Filing History:
Years Active: 2007-2010
Title: Innovations by Michelle Alvarez in Age Determination
Introduction
Michelle Alvarez, an innovative inventor based in Orlando, FL, has made significant strides in the field of forensic science with her groundbreaking patent work. With a total of two patents, her research focuses on age determination techniques from biological samples, utilizing advanced molecular biology methods.
Latest Patents
One of Michelle's latest patents is titled "Age determination from biological stains using messenger RNA profiling analysis - Reverse transcription-quantitative polymerase chain reaction (RT-qPCR) assays, systems, methods and kits for the age determination of an individual from bloodstains or samples of unknown origin." This inventive methodology is based on gene expression profiling, where novel human newborn fetal specific genes are identified by detecting the presence of appropriate messenger RNA species. Her work represents a significant advancement in age determination, providing essential tools for forensic analysis from various biological materials.
Career Highlights
Michelle Alvarez works at the University of Central Florida Research Foundation, Inc., where her research and innovative approaches contribute immensely to the scientific community. Her commitment to advancing forensic methodologies has placed her at the forefront of her field, garnering attention and respect from her peers.
Collaborations
In her innovative journey, Michelle collaborates with talented individuals, including her coworker, John Ballantyne. These partnerships foster an environment of creativity and resourcefulness, driving the research initiatives at the University of Central Florida forward.
Conclusion
Michelle Alvarez's contributions to the field of forensic science through her patents highlight the importance of innovation in understanding and utilizing biological samples. Her work not only aids in age determination but also opens new avenues for research and application in forensic analysis. As she continues to develop her methodologies, the impact of her inventions promises to be far-reaching in various applications within the field.