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Scientists are becoming progressively more involved in developing methods for increasing agricultural productivity and designing plants with certain qualities. As such, genetic engineering has given plant breeders a means to exercise property rights over Presented from the book:
Agricultural Biotechnology and Intellectual Property
(Enablement of Transgenic Plant Inventions)

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   by Jay P. Kesan
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CABI
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To a reformer, the suggestion that the enablement doctrine be allowed to operate as a standard, and that it be left to evolve incrementally through case law may seem too passive. But this is deceptive. It is quite possible to fashion policy initiatives proactively in a standards-driven environment. For example, there are several ways in which the enablement standard, as applied to plant sciences inventions, might be enriched without converting it into a bright-line rule:

 

1. Develop a better understanding of the qualities of the ‘person of ordinary skill’ in the plant biotechnology art.

2. Develop a better fact base for assessing whether particular endeavours within the plant sciences are ‘predictable’.

3. Continue to develop a fact base for assessing undue experimentation.

 

One mechanism that might be considered for implementing these suggestions is the process of developing examination guidelines at the PTO. The process of formulating examination guidelines for enablement in plant biotechnology might yield benefits even apart from the substantive content of any such guidelines. The guidelines drafting exercise could serve as a forum in which researchers can inform the PTO about relevant facts within the plant sciences industry. In addition, because guidelines are less formal than legislation or even regulations, guidelines may in theory be formulated more rapidly, and may thus prove to be a good mechanism by which the PTO can respond to rapid shifts in the technological landscape.

 

Similarly, because guidelines need not be permanent, they can provide a good forum for policy experimentation. Mistakes can be more readily addressed, and hypothetical illustrations can be explored and analysed. There is some evidence that examination guidelines can operate constructively in the patent system, and can inform judicial decisions as well as PTO practice (e.g. in re Brana, Enzo Biochem, Inc. v Gen-Probe, Inc .; Utility Examination Guidelines , 2001).

 

Examination guidelines also present significant potential downsides. Because they do not have the force of law, they are inherently less capable of reducing uncertainty costs than would a binding set of legal commands. In addition, a guideline drafting exercise always carries the risk of devolving into an exercise in formalism (e.g. Pila, 2003). An effort to develop bright-line rules in the guise of guidelines would be as counterproductive as an effort to develop bright-line legislation for enablement.

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