Kenley K. Hoover, Ph.D.
Unrelenting commitment to his clients and exceptional problem-solving skills, combined with creative thinking, characterize Dr. Kenley Hoover's approach to patent prosecution, IP portfolio management, and strategic client counseling.
Dr. Kenley Hoover, brings more than 20 years of hands-on experience representing clients in areas including the biotechnology, pharmaceutical and chemical arts. His extensive domestic and foreign patent prosecution experience includes directing the prosecution of more than 10,000 applications and prosecuting more than 1,000 U.S. patents to issuance.
Kenley leverages his unique blend of legal, scientific, business development, and in-house acumen to provide creative, insightful, and practical solutions for meeting the strategic and business goals of his clients. His clientele ranges from emerging companies to large biopharmaceutical corporations that are established industry leaders.
A significant part of Kenley’s practice is dedicated to counseling clients on the creation and management of strategic patent portfolios and other IP assets. He also routinely advises clients on IP matters relating to all phases of drug development, from early research and development through clinical trials and commercialization.
Clients benefit from Kenley’s deep experience in creating worldwide patent prosecution strategies and evaluating portfolios directed to pharmaceuticals, antibodies and other biologics, therapeutic oligonucleotides, recombinant cell engineering, cellular therapeutics (including CAR cell and stem cell therapeutics), vaccines, gene therapy, diagnostics, biosimilars, drug formulation and delivery, medical devices, and agricultural and industrial biotechnology, among others. In addition, he regularly advises on matters relating to product-driven portfolio, lifecycle, and risk management; IP asset transfer and licensing; and patentability, freedom to operate, validity, and infringement issues.
Kenley’s in-house experience includes a decade at Human Genome Sciences Inc. (HGSI), now part of GlaxoSmithKline, where he led the IP Group and held positions including Associate General Counsel, Intellectual Property; Executive Director of Technology Assessment and Licensing; and Executive Director of Scientific Assessment. He was an integral member of HGSI’s cross-departmental teams responsible for characterizing the company’s lead targets, and for developing and shepherding drugs through clinical trials. He prosecuted HGSI’s seminal patents relating to BENLYSTA®, among others.
-
Patents
- Preparation and Prosecution
- Post-Grant Proceedings
- Due Diligence
- Domestic and Worldwide Portfolio Management
- Enforcement
- PTAB Practice
- Design Patents
- Opinions & Counseling
-
IP Transactions, Agreements, and Trade Secrets
- Licensing and Technology Transactions
- Research and Development Agreements
- Joint Ventures and Joint Development Arrangements
- Assignments
- Non-Disclosure Agreements
-
Biotechnology
- Therapeutic
- Therapy
- Protein based therapeutics
- Biotherapeutics (biologics and biosimilars)
- Antibody based drugs
- Antibody mimetics
- Peptide drugs
- Vaccines
- Nucleic acid based therapeutics
- RNA and RNA analogue therapeutics
- DNA and DNA analogue therapeutics
- Gene therapy
- Genome editing
- Cell based therapeutics
- Tissue engineering and regeneration
- Cell engineering
- Immune therapeutics
- Microbiome based therapeutics
- Stem cell, progenitor, and primary cell therapeutics
- Regenerative therapeutics
- Targeted therapeutics
- Drug discovery, delivery, and formulation platforms
- Protein based therapeutics
- Manufacturing
- Upstream bioprocessing (cell culture, bioreactor and fermentation technology)
- Downstream bioprocessing (purification)
- Formulation
- Diagnostics
- Protein based diagnostics technologies
- Nucleic acid based diagnostics
- Precision medicine
- Theranostics
- Pharmacogenomics
- Companion diagnostics
- Medical devices
- Therapy
- Industrial and Agricultural Biotechnology
- Synthetic biology
- Protein engineering
- Biocatalysts (enzymes and microorganisms)
- Bioprocessing (bioreactor and fermentation technology)
- Plant and microorganism metabolic engineering
- Genetically modified organisms (microorganisms, plants, and animals)
- Bio based products (chemicals, monomers, polymers, and gasses)
- Green and clean technology
- Nutraceuticals
- Therapeutic
-
Pharmaceuticals
- New Chemical Entities
- Synthetic compounds
- Natural products and derivatives
- Drug Repositioning
- Prodrugs
- Combinations
- Targeted drug delivery
- Precision medicine
- Manufacturing
- Synthetic chemistry
- Purification
- Formulation
- Drug Discovery and development tools
- Combinatory chemistry
- Drug screening assays
- Drug design platforms
- Catalysis and reactors
- New Chemical Entities
-
Chemical, Industrial & Material Science
- Food and beverages
- Dietary supplements
- Food additives
- Nanotechnology
- Polymers
- Cosmetics
- Herbicides and pesticides
- Food and beverages
- Healthcare/Medical Devices
- Agriculture & Irrigation
- District of Columbia
- New York
- U.S. Patent and Trademark Office
- J.D., with honors, University of Maryland School of Law, 1995
- Ph.D. in Developmental Biology, The Johns Hopkins University, 1992
- M.S. in Cell Biology, University of Michigan, 1986
- B.S., cum laude, Duke University, 1984