Company Filing History:
Years Active: 2010-2011
Title: Innovator Sang-Hyun Oh: Pioneering Microfluidic Technologies in Minneapolis
Introduction: Sang-Hyun Oh, a distinguished inventor based in Minneapolis, Minnesota, has made significant contributions to the field of microfluidics. With two patents to his name, he is a leading figure in developing innovative devices that have the potential to transform how scientists and researchers separate and analyze biological samples.
Latest Patents: Sang-Hyun Oh's most recent patents focus on a "Microfluidic Magnetophoretic Device and Methods for Using the Same." This advanced microfluidic device is designed to employ one or more sorting stations that effectively separate target species from other species in a given sample. The innovative separation process is driven by magnetophoresis, utilizing a magnetic field gradient within the sorting station. By deflecting the flow path of magnetic particles that selectively label the target species, the device enables a streamlined transition of these particles from the sample stream into a buffer stream. The outflow from the sorting station is then used for detecting or further processing the purified target species, showcasing the utility and effectiveness of this novel technology.
Career Highlights: Sang-Hyun Oh has dedicated his career to advancing the field of microfluidics through research and development. His role at the University of California has allowed him to collaborate with other brilliant minds in the area, contributing to important developments in analytical methods used in biological research.
Collaborations: Throughout his career, Sang-Hyun Oh has teamed up with notable colleagues, including Amarendra Kumar Singh and Yanting Zhang. Together, they have synergized their expertise to enhance the capabilities of microfluidic technologies, driving forward innovations that can significantly impact scientific research and medical applications.
Conclusion: In conclusion, Sang-Hyun Oh stands out as a remarkable inventor whose work in microfluidics is paving the way for future innovations. His latest patents demonstrate a commitment to improving sample processing methods, ultimately benefiting various research and medical fields. As he continues to work alongside other talented individuals, the impact of his contributions is expected to grow, inspiring new advancements within this critical area of science.