Table of Contents

Research Handbook on Intellectual Property Exhaustion and Parallel Imports

Research Handbook on Intellectual Property Exhaustion and Parallel Imports

Research Handbooks in Intellectual Property series

Edited by Irene Calboli and Edward Lee

From the Americas to the European Union, Asia-Pacific and Africa, countries around the world are facing increased pressure to clarify the application of intellectual property exhaustion. This wide-ranging Research Handbook explores the questions that pose themselves as a result. Should exhaustion apply at the national, regional, or international level? Should parallel imports be considered lawful imports? Should copyright, patent, and trademark laws follow the same regime? Should countries attempt to harmonize their approaches? To what extent should living matters and self-replicating technologies be subject to the principle of exhaustion? To what extent have the rise of digital goods and the “Internet of things” redefined the concept of exhaustion in cyberspace? The Handbook offers insights to the challenges surrounding these questions and highlights how one answer does not fit all.

Chapter 15: Patent exhaustion rules and self-replicating technologies

Christopher Heath

Subjects: law - academic, intellectual property law, international economic law, trade law


The theories on patent exhaustion, be it the theory of implied license1 or the theory of first marketing,2 are unanimous in that exhaustion applies to a specific product that has been put into the market. These theories apply to a given product that has been put on the market by its lawful owner or with his consent, yet cannot have an effect on the marketing of other products that fall under the claims of the same patent. Under the theories supporting patent exhaustion, it is not the “patent right” that exhausts, but the right to use the patent to prohibit the further commercial use of the specific product that has been first marketed. In other words, the exhaustion of the patent right to exclude others from making, marketing, or further selling the patented products applies only, and is limited to, the specific product at issue. One may wonder, however, what should happen in the cases where the product for which the patent right has exhausted is capable of self-replicating, i.e., of multiplying itself, thereby producing progeny that also falls under the patent claim. This issue is of particular relevancy for patents over genetically modified seeds or animals. If, say, a claim reads “[a] glyphosate-tolerant plant cell comprising a DNA-molecule [with the following specifications],”3 or “[a] transgenic human animal that carries in the genome of its somatic or germ cells a nucleic acid sequence,”4 then the most common (if not the only) way of obtaining such patented product would be by natural breeding of those products already on the market. Ordinarily, the sale of patented seeds or animals carries with it the (implied or explicit) license to use the product for breeding purposes and, therefore, produce first-generation offspring, but does not extend to the production of a further generation. If exhaustion rules were to apply to all further offspring, this would amount to a license for the production of otherwise infringing products in direct competition with those marketed by the patentee (at least to the extent that third and further generation products would be stable enough to still possess the advantageous characteristics of the first-generation product).

You are not authenticated to view the full text of this chapter or article.

Elgaronline requires a subscription or purchase to access the full text of books or journals. Please login through your library system or with your personal username and password on the homepage.

Non-subscribers can freely search the site, view abstracts/ extracts and download selected front matter and introductory chapters for personal use.

Your library may not have purchased all subject areas. If you are authenticated and think you should have access to this title, please contact your librarian.

Further information