Company Filing History:
Years Active: 2006-2018
Title: Kathy Lieberman: Innovator in Nanopore Technology
Introduction
Kathy Lieberman is a distinguished inventor based in Santa Cruz, California, known for her contributions to the field of nanopore technology. With an impressive portfolio of four patents, her innovative work has made significant strides in molecular biology and related fields.
Latest Patents
Kathy's latest inventions focus on innovative methods and devices that leverage nanopore technology. One of her notable patents involves methods for utilizing a nanopore to detect and control individual polymers in a mixture influenced by compounds, such as enzymes. This technology not only allows for the control of polymer interactions but also facilitates the determination of nucleotide base sequences in polynucleotides at high speeds (greater than 50 Hz). The applications of this invention are especially beneficial in molecular biology, structural biology, and drug discovery.
Another significant patent details compositions and methods for using a nanopore to detect similar polymer interactions without requiring terminating nucleotides. This further enhances the efficiency of nucleotide base sequence determination under feedback control, significantly impacting research in molecular switches and circuits, as well as computational devices.
Career Highlights
Kathy Lieberman works at the University of California, where her research has pushed the boundaries of what is possible in molecular detection and control. Her ongoing work continues to inspire and influence emerging technologies in the biomedical and molecular domains.
Collaborations
In her pursuit of innovation, Kathy collaborates with prominent researchers such as Mark Albert Akeson and David W. Deamer. These partnerships reflect a combined effort to advance the understanding and capabilities of nanopore technology, showcasing the importance of teamwork in scientific advancements.
Conclusion
Kathy Lieberman's innovative contributions to nanopore technology have paved the way for new methodologies in molecular biology and beyond. Through her patents and collaborative efforts, she continues to drive forward-looking research that promises to enhance our understanding of complex biological processes and improve drug discovery techniques. Her work stands as a testament to the power of invention and the critical role of inventors in shaping the future of science and technology.