Frederik Schreuder

Title: Exploring the Innovations of Inventor Frederik Schreuder

Introduction

Frederik Schreuder, an inventive mind based in Enschede, Netherlands, is recognized for his significant contribution to the field of biomedical engineering. With a focus on enhancing the imaging of rare cells, he has developed an innovative method that aims to improve the monitoring of circulating tumor cells, which is crucial for cancer diagnostics and treatment.

Latest Patents

Schreuder holds a patent titled "Imaging of immunomagnetically enriched rare cells." This invention presents a method for effectively removing excess unbound ferrofluid while imaging immunomagnetically enriched circulating tumor cells. His patented device features vessels with preformed grooves in the viewing surface, designed to optimize cell alignment and imaging. By utilizing centrifugation to separate unbound particles, an externally-applied force transports the magnetically responsive particle-CTC complex toward the transparent collection wall. The grooved surface ensures a uniform distribution of particles, facilitating easier imaging. This innovative approach also supports quantitative analysis and sample preparation in conjunction with automated enumeration techniques for circulating tumor cells in disease contexts.

Career Highlights

Frederik Schreuder has made a notable impact in the field while working with Veridex, LLC. His work significantly contributes to advancements in cancer research, providing new avenues for detecting and analyzing rare but clinically significant cellular populations.

Collaborations

During his career, Schreuder has collaborated with prominent colleagues, including Tyco M. Scholtens and Jan Greve. These partnerships have further enhanced the research and development efforts pertaining to his innovative methods.

Conclusion

Frederik Schreuder's inventive contributions highlight the importance of continued innovation in biomedical engineering, particularly in improving cancer diagnostics. His patent on imaging immunomagnetically enriched cells not only embodies a significant technological advancement but also serves as a resource for further research in the field, showcasing the implications of effective collaboration and ingenuity in scientific pursuits.