Company Filing History:
Years Active: 1998
Title: Innovator Jong Hyung Ahn: Pioneering Advances in Genomic Analysis
Introduction
Jong Hyung Ahn, a dedicated inventor based in Minnetonka, MN, has made significant contributions in the field of genomic analysis. With a focus on enhancing porous materials used in various biological investigations, Ahn's work stands out in the realm of innovative technologies.
Latest Patents
Ahn holds a patent for a novel method of analysis involving genomic biopolymers and porous materials. This invention focuses on preparing improved porous materials useful in blotting analyses of proteinaceous and genomic matter. The method involves treating porous substrates with a gas plasma composed of at least one monomer, which modifies the surface of the substrate to reduce nonspecific binding of chemical probes. This advancement in design not only results in enhanced signal-to-background ratios but also increases the sensitivities in genomic analyses. Notably, his work on a porous, positively charged nylon membrane demonstrates the application of an unsaturated carboxylic acid monomer to improve sensitivity in chemiluminescent analyses of polynucleotide sequences.
Career Highlights
Currently, Jong Hyung Ahn is affiliated with Neomecs Incorporated, where he applies his expertise to push the boundaries of genomic research. His significant patent illustrates his commitment to improving analytical techniques in the biosciences. Ahn's innovations can lead to breakthroughs that significantly benefit researchers in understanding genomic material.
Collaborations
Throughout his career, Jong Hyung Ahn has collaborated with notable professionals in his field, including his coworker Hiroshi Nomura. Their collective efforts contribute to the advancement of technology related to genomic analyses and the development of improved techniques.
Conclusion
Jong Hyung Ahn's work exemplifies the transformative potential of innovative approaches in genomic analysis. With his patented methods, he continues to pave the way for enhanced research techniques, showcasing the impact that inventive minds can have on science and technology. Through his dedication and collaboration, Ahn remains a prominent figure in the field, driving forward the quest for understanding complex genomic structures.