Washington University in St. Louis School of Law
January 11-15, 2010 Intersession Course

Washington University Law

Biotechnology Law: From Patents to Food-Drug-Planting Approvals

The term "biotechnology" refers to a collection of technologies that use cellular and biomolecular processes to solve problems and make useful products. These include technologies that affect our daily lives such as food processing, animal husbandry, plant hybridization, and brewing beer. These also include cutting-edge technologies such as pharmacogenomics (personalized medicine), biosensors, whole-genome sequencing, biological defense, and even controversial techonologies such as "pharming," cloning, regenerative medicine and embryonic stem cell research. Some biotechnology research can even challenge our understanding about the very nature of life. One can imagine, then, that the entire body of "biotechnology law" that affects this patchwork of technologies is as varied and far-reaching as the underlying technologies themselves.

Although biotechnologies are said to have been first developed about 10,000 years ago with the domestication of plants and animals, the pace of modern biotechnology development has far exceeded the original pace. Therefore, biotechnology law has become a continuously adaptive body of law that evolves with the pace of biotechnology development. Because biotechnology law is also influenced by business cycles and the market, the most effective way to understand biotechnology law is by studying its evolution at the intersection of law, business and science. Legal issues at this intersection include intellectual property (especially patents), federal regulation of research through funding, FDA regulation of biomedical research, approval of products for human use, privacy issues, and international issues, among many other unique legal issues.

Before focusing on the curriculum below, I would like to thank Chuck McManis and Mike Koby of Washington University School of Law for providing the opportunity to present these materials. Special thanks also to Tom Redick of Global Environmental Ethics Counsel who established Biotechnology Law as an Intersession Course this year and who invited me to present with him. Tom is presenting materials Monday through Wednesday and I am presenting Thursday and Friday. Needless to say, five days is not enough time to review every aspect of biotechnology law, but the materials below will remain available after the course which can better be studied outside the classroom.

Biotechnology Law Curriculum:

We will focus on the issues provided in highlighted boxes below. Please be prepared to discuss the following on Thursday, January 14:

Please be prepared to discuss the following on Friday, January 15:

Many additional materials are provided below to add context to these reading materials. Reviewing the additional materials is optional for the purposes of the Intersession Course, but helpful to those interested in understanding the field of biotechnology law in greater depth. All the materials below are available electronically, so please consider the necessity of printing hard copies.

Biotechnology Law: Legal Evolution at the Intersection of Business and Science

1. Biotechnology law in context: Overview of legal issues associated with biotechnology, pharmaceutical and medical device innovation, the path to market, and post-market considerations:

Washington University Biotechnology Law Integrated Law, Business and Science

  • The role of intellectual property law in the field of biotechnology research and development
  • International licensing issues
  • Expectations of the investment community
  • Regulatory considerations
  • Post-market compliance, labeling, enforcement, and (where relevant) reimbursement and health care issues

A biotechnology product development timeline can be depicted to include the following:

Washington University Biotechnology Law Gantt Chart

2. Generics

3. Biosimilars

4. Patent Term Extension

Patent Term Extension

5. Compulsory Licensing

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Life Sciences Regulatory Compliance and Marketing:
Small Molecules, Biologics, Medical Devices and Plants

1. U.S. Food & Drug Administration - Pre-Clinical Trials, and
Clinical Trial Phases I, II, III and IV

2. Reimbursement

3. U.S. Department of Agriculture Information about regulation and compliance related to agriculture biotechnology products

4. U.S. Environmental Protection Agency Information about regulation and compliance with environmental standards (e.g., Clean Water Act, Clean Air Act, etc.)

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Intellectual Property

1. Anatomy of a Patent

      
Genentech Avastin® Patent
 
Sample Patent Application Outline

2. U.S. Constitution IP Clause and Patent StatuteAcrobat

3. Patentable Subject Matter - 35 U.S.C. § 101

Are Human Genes Patentable?

Association for Molecular Pathology (by way of the American Civil Liberties Union) v. United States Patent and Trademark Office

Patents in Suit:

Are Diagnostics and Disease Treatment Methods Patentable?

Compare:

Patents in Suit:

Prometheus v. Mayo:

Classen v. Biogen:

LabCorp v. Metabolite:

4. Novelty - 35 U.S.C. § 102

5. Obviousness - 35 U.S.C. § 103

Post-KSR Obviousness (Biologics and Pharmaceuticals cases):

Are polynucleotide (gene) sequences obvious once the polypeptide (protein) sequences are known?

Compare:

Patent Application on Appeal:

6. Written Description - 35 U.S.C. § 112

Separate Written Description and Enablement Requirements?

Ariad Pharmaceuticals, Inc. v. Eli Lilly & Co.

On August 21, 2009, the Federal Circuit vacated the April 3, 2009 decision and granted Ariad's petition for rehearing en banc. The court asked the parties to file new briefs addressing the following questions:

1. Whether 35 U.S.C. § 112, ¶ 1, contains a written description requirement separate from an enablement requirement?

2. If a separate written description requirement is set forth in the statute, what is the scope and purpose of the requirement?

  • Ariad v. Lilly - En banc Federal Circuit Panel Oral Arguments (December 7, 2009) MP3 file

Patent in Suit:

7. Enablement - 35 U.S.C. § 112

Does a "good guess" enable one to make and use an invention?

Patent in Suit:

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