Dr. Domitrovich is a patent agent with experience in the general areas of biochemistry, virology, molecular biology and biotechnology.
Her practice includes all aspects of domestic and foreign patent prosecution including patent preparation and prosecution and due diligence of patent portfolios in the areas of biochemistry, virology, molecular biology, microbiology, virology, nutraceuticals, therapeutic methods, and genetic engineering. Dr. Domitrovich obtained her Ph.D. in Biochemistry/Biophysics from Texas A&M University and further conducted post-doctoral research as a National Institutes of Health Fellow at the University of Colorado Health Sciences Center.
Dr. Domitrovich works with Ampio Pharmaceuticals, Inc., Bolder Biotechnology, Genentech, Gilead, Celgene, GlobeImmune, Inc., and the University of Colorado as well as National Jewish Health and others to secure patent rights to small molecule therapeutics, protein and antibody therapeutics and methods of using these drugs as well as targeted therapeutic products for the treatment of viral infections. Also, Dr. Domitrovich has worked with Martek to obtain patent protection for various nutraceutical and pharmaceutical products and methods to produce the products. Dr. Domitrovich also works with Sesqui Mining to secure patent rights for an array of mining technologies.
Dr. Domitrovich obtained her Ph.D. in Biochemistry/Biophysics from Texas A&M University and further conducted post-doctoral research as a National Institutes of Health Fellow at the University of Colorado Health Sciences Center.
Jared is a registered patent agent with experience in the general areas of electrical engineering, applied communications, and geographic information systems. His work focuses on all aspects of domestic and foreign patent preparation and prosecution from due diligence searches and application drafting through prosecution and post-grant reviews. Jared excels at helping clients create and implement comprehensive protection strategies tailored to their particular needs. His experience includes working on complex electrical and software technologies including wireless communications, machine learning applications, semiconductors, and RF engineering.
Before joining Sheridan Ross, Jared worked as an engineer with DISH Wireless, where he was a member of the national radio frequency team that supported the development of the company’s 5G network. In this role, he also partnered with radio frequency teams to review coverage maps, generate Method of Process documents, and generate designs that align with Federal Communication Commission requirements. Jared earned a bachelor’s degree in electrical engineering from Colorado State University.
Claire McFadden Block is a dedicated patent agent with a robust background in materials science and engineering. Her technical expertise spans nanomaterials, ceramics, metallurgy, and solid-state battery technologies, making her a trusted partner for clients developing innovative solutions in advanced materials, renewable energy, and green technology.
Claire’s academic and professional journey reflects her passion for innovation and problem-solving. She earned her Master of Science in Materials Science from the Colorado School of Mines, where she conducted advanced research on ceramic metal oxides for catalysis and fuel cell applications. Her experience includes synthesizing nanomaterials, performing detailed material characterizations, and contributing to cutting-edge research publications.
With a keen ability to translate complex technical concepts into actionable intellectual property strategies, Claire supports clients by conducting prior art analyses, drafting patent applications, and advising on intellectual property matters. Her hands-on experience in both academic and industrial settings enables her to align IP strategies with clients’ business and innovation goals.
Claire earned her Bachelor of Science in Materials Science & Engineering from Arizona State University, graduating summa cum laude. While at ASU, she completed an honors thesis on advanced nanomaterials for catalytic converters and contributed to a senior capstone project that improved the visibility of black car paint for autonomous vehicle sensors.
Active in professional and academic communities, Claire has held leadership roles with the Colorado School of Mines chapter of the American Vacuum Society’s and Women in Interdisciplinary Materials. She has presented her research at national and international conferences and is committed to fostering collaboration and mentorship within the engineering and intellectual property fields.