Dr. Micheal Hebert focuses his practice on counseling clients on strategies for maximizing intellectual property protection and leveraging such protection in several areas of the life sciences. His practice includes drafting and prosecuting patent applications in genetics, personalized medicine, gene therapy, virology, antibodies, stem cells, pharmaceuticals, and microbiology. Micheal also has extensive experience conducting due diligence research and analysis for freedom-to-operate investigations, patent validity opinions, patentability opinions, and technology licensing. In conducting due diligence research, Micheal is proficient in searching patent databases, nonpatent literature databases, and nucleic/amino acid sequence alignment databases.
Micheal's practice also includes an emphasis on licensing and other commercial transactions in the life sciences. He assists clients in matters relating to transfer of intellectual property rights and collaborations between parties, including drafting and negotiating license agreements and joint development agreements. He also performs due diligence assessments of transactions involving the acquisition and transfer of intellectual property rights.
Prior to joining Jones Day, Micheal was a patent agent and scientific advisor at two international law firms and a postdoctoral fellow at Stanford University in the field of human gene therapy and viral vector development. While at Stanford, he was the recipient of the National Hemophilia Foundation Judith Graham Pool Postdoctoral Fellowship and was awarded a National Research Service Award from the NIH. While earning his Ph.D. at the University of Texas at Houston Health Science Center, Micheal worked in the areas of hereditary neurological diseases, DNA structure, and cellular mechanisms of recombination, repair, and replication.
Kyowa Hakko Kirin and BioWa successfully enforce patent rights on antibody technology
Jones Day, on behalf of Japanese life sciences company Kyowa Hakko Kirin Company, Limited ("KHK") and its wholly-owned U.S. subsidiary, BioWa, successfully settled a patent infringement suit over three of KHK's patents that underlie KHK's award-winning POTELLIGENT® technology capable of producing therapeutic antibodies with dramatically improved potency and efficacy.
AbbVie successfully faces off with Amgen in patent interference involving buffer-free antibody formulations
Jones Day represented AbbVie, Inc. in a patent interference against Amgen, Inc. before the PTAB involving the parties' applications/patents generally related to buffer-free antibody formulations, including formulations to adalimumab, marketed as Humira®.
Procter & Gamble sells incontinence brand in Spain and Portugal to Paul Hartmann AG
Jones Day advised The Procter & Gamble Company in the sale of its 'Lindor' adult incontinence brand in Spain and Portugal to Paul Hartmann AG, a supplier of medical and hygiene products.
NGM develops global patent portfolio for beta-klotho antibodies
Jones Day represents NGM Biopharmaceuticals, Inc. in the development of a global patent portfolio for antibodies to beta-klotho for the treatment of diabetes and other metabolic disorders.
Genomatica enters into licensing and joint development agreements
Jones Day represented Genomatica on a range of licensing and joint development agreements with multiple partners worldwide.
Hookipa Biotech develops worldwide patent portfolio
Jones Day assists Hookipa Biotech AG in the development of a worldwide patent portfolio.
Genomatica establishes global patent portfolios related to production of more sustainable versions of major chemicals, made from alternative feedstocks
Jones Day represents Genomatica in the development of a worldwide patent portfolio related to methods of producing high-volume basic and intermediate chemicals from alternative feedstocks, such as sugars and cellulosic biomass, using engineered microorganisms.
Genentech builds global patent portfolio for therapeutic antibodies
Jones Day managed Genentech Inc.'s global patent portfolio and prosecuted patent applications related to therapeutic antibodies.
- 2006Involvement of Genetic Recombination in Microsatellite Instability, Genetic Instabilities and Neurological Diseases, Elsevier Academic Press, Second Edition
- 2005Roles of Double-strand Breaks, Nicks, and Gaps in Stimulating Deletions of CTG•CAG Repeats by Intramolecular DNA Repair, J. Mol. Biol. 356:961-979
- 2005Advances in Mechanisms of Genetic Instabilities Related to Hereditary Neurological Diseases, Nucleic Acids Res. 33:3785-3798
- 2004DNA Double-strand Breaks Induce Deletion of CTG•CAG Repeats in an Orientation Dependent Manner in Escherichia coli, J. Mol. Biol. 336:665-672
- October 2006Gene Replacement Therapy for Hemophilia B, National Hemophilia Foundation 58th Annual Meeting
- June 2006Treatment for Hemophilia B using Self-complimentary AAV8 Vectors, American Society of Gene Therapy 2006 Annual Meeting
- University of San Diego (J.D. 2015); The University of Texas at Houston (Ph.D. in Human and Molecular Genetics 2005; Schissler Foundation Fellowship); State University of New York Plattsburgh (B.S. in Cellular Biochemistry 1998)
- California and registered to practice before the U.S. Patent and Trademark Office