Michael S Patterson

Title: **Michael S. Patterson: Innovator in Luminescence Measurement**

Introduction

Michael S. Patterson is an accomplished inventor based in Ancaster, Canada, renowned for his innovative contributions to the field of optical measurements. With a focus on enhancing the accuracy of luminescent material assessments in challenging environments, Patterson has made significant strides that are poised to impact various scientific and medical applications.

Latest Patents

One of Patterson's notable patents is titled "Method of measuring concentration of luminescent materials in turbid media." This invention presents a unique approach to quantifying the concentration of fluorophores in turbid environments. By employing a fluorescence plus reflectance technique, the method allows for the measurement of fluorescent drugs' concentrations independent of the optical properties of the surrounding tissue. Importantly, the method corrects for tissue scattering and absorption, providing reliable in vivo concentrations. This is accomplished by measuring the fluorescence and reflectance at specific distances from the excitation point using optical fibers, ensuring that the resulting ratio remains constant across varying tissue properties.

Career Highlights

Patterson currently works at Photonics Research Ontario, where he is involved in pioneering research that melds optics with practical medical applications. His dedication to advancing the field of photonics and luminescence measurement has positioned him as a key figure in ongoing endeavors to enhance diagnostic capabilities in medicine.

Collaborations

Collaboration has been a cornerstone of Patterson's career, particularly with his coworker, Robert A. Weersink. Their partnership exemplifies the collaborative spirit within research institutions, focusing on advancing innovative solutions to complex challenges in luminescent material measurement.

Conclusion

Michael S. Patterson's contributions to the field of luminescence measurement through his patented method represent a significant step forward in optical science. His work at Photonics Research Ontario, alongside dedicated colleagues, continues to promote advancements that have the potential to greatly benefit medical diagnostics and other applications relying on accurate luminescent measurements.