Company Filing History:
Years Active: 2006-2007
Title: Innovations by Inventor Wenjin Chen
Introduction
Wenjin Chen is a notable inventor based in Piscataway, NJ (US), recognized for her contributions to the field of tissue microarray analysis. With a total of two patents, her work focuses on advancing the technology used in medical research and diagnostics.
Latest Patents
Wenjin Chen's latest patents include systems for analyzing microtissue arrays. These innovative systems autonomously image, analyze, and store data for samples in a tissue microarray. The technology comprises a tissue microarray, a robotic microscope, and an imaging workstation that executes software to automatically control the operation of the microscope. This allows for the capture of images from the microarray and the analysis of image results. A low magnification is utilized to register samples within the microarray and obtain coordinates for each tissue specimen. Progressively higher magnifications are then employed to analyze images of each registered specimen. When multiple dyes are used to stain specimens, color separation techniques are applied to independently measure and analyze each staining intensity. The images and quantitative data from these images are stored in a relational database for subsequent review. The system can be either local or Web-based, facilitating distributed control and sharing of results.
Career Highlights
Wenjin Chen has worked at prominent institutions, including the University of Medicine and Dentistry of New Jersey. Her experience in these organizations has significantly contributed to her expertise in the field of medical imaging and analysis.
Collaborations
Wenjin Chen has collaborated with David J Foran, enhancing her research and development efforts in tissue microarray technology.
Conclusion
Wenjin Chen's innovative work in tissue microarray analysis showcases her commitment to advancing medical research through technology. Her patents reflect a significant contribution to the field, paving the way for improved diagnostic methods.