DODDS, John
John Dodds was born in the U.K. but has lived and worked in the Middle East, Latin America, and the United States. He became a U.S. citizen in the 1980s. Originally trained as a biochemist, he earned both a Bachelor’s and Doctoral degree at the University of London. Dr. Dodds also earned a law degree in the U.S. and founded the law firm Dodds and Associates in 1999. His early research career focused on plant biochemistry and plant tissue culture. In the early 1980s, Dr. Dodds co-authored a standard and well-used textbook on techniques for culturing plant tissue. His work focused on plant genetic conservation in vitro and plant transformation systems. He then moved into the area of agricultural development and has worked in, and traveled to, more than 100 countries. Dr. Dodds has also been a teacher in many capacities, from a professor in both the U.S. and the U.K. to the coordinator of regular IP training programs that have been offered through his law firm in several countries. In his few hours of spare time, Dr. Dodds also writes novels and assists his wife in restoring historic buildings.
Abstract
How to Hire an IP Attorney and Not Go Bankrupt
Abstract:
As a result of the growth in intellectual property (IP) protection, more and more institutions are establishing technology transfer offices (TTOs) to spearhead or support the effective transfer of technology. These offices serve a variety of functions, all of which must be integrated in order to transfer the technology cost effectively and to benefit the institution. One responsibility of a TTO is to provide services: from strategy development to contracts and agreements; from patenting to trademark protection; and from conflict-of-interest analysis to negotiation support. In all of these areas, legal inputs are important, and few offices will have the necessary range of in-house expertise. Gaining access to and developing relationships with attorneys are important elements in any strategy to set up effective TTOs. This chapter provides important information for deciding how to select and work with an attorney (or attorneys) who will provide IP backstopping to the TTO.
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IP and Information Management: Libraries, Databases, Geographic Information Systems, and Software
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The last decades have seen a revolution in knowledge management, library services, and information resource database configurations. The use of integrated computer networks and the ability to produce and distribute information have had far-reaching implications for IP (intellectual property) protection. In order to demonstrate IP laws and their application, this chapter will use, as its primary example, Geographic Information Systems and Remote Sensing (GIS/RS), a technology that presents interesting and complex IP issues.
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Patenting Strategies: Building an IP Fortress
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A comprehensive intellectual property (IP) portfolio can be of substantial value to both private and public sector entities. Patents are a key element of IP portfolios and must be managed according to the mission, objectives, and motivations of the organization that owns them. Large companies can afford an offensive patent strategy, but small companies may not have the resources for this. Therefore, it is extremely important for private sector entities, especially small- and middle-sized companies, to design and implement an effective and cost-efficient strategy for patent management. For public sector entities, patent strategies will focus on advancing social welfare, and the mission of the institution will therefore drive objectives. A key factor to consider is the method of IP protection: patent, trademark, copyright, or trade secret. The costs of maintaining each of these IP categories are different. Although research institutes and companies will likely wish to reduce costs as much as possible, key technologies still need to be protected properly. A company can reduce costs by focusing the patent protection on those geographic areas where it has business. A university can reduce costs by selectively prosecuting patent applications with broad claim structures, strategically licensing technologies, and enforcing patent rights if and when necessary. To build a strong basis of protection, several forms of IP may be used for the same invention or improvement.
Abstract
Plants, Germplasm, Genebanks, and Intellectual Property: Principles, Options, and Management
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In ever-increasing numbers, institutions are establishing technology transfer offices (TTOs). These offices serve a variety of functions, all of which must be integrated to cost effectively transfer technologies and to benefit the institutions. A critical function of the TTO is to proactively manage intellectual property (IP) issues pertinent to crops. Crops can be covered by more than one form of IP rights protection, often simultaneously. These rights protections include trademarks, trade secrets, plant and utility patents, and plant variety protection (PVP). Closely related is the importance of careful and organized gene-bank management, a critical component of an overall IP and tangible property management system. PVP provides one type of protection that allows TTOs to responsively serve clients and generate revenue. PVP is a form of IP rights protection for crops with potentially global applications, and either a PVP office, or a PVP subsection in the TTO, would be wisely established by an institution. In addition, this chapter provides important information to assist in establishing a national PVP office and in the selection and implementation of various types of IP rights protection for crops and germplasm.
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Potential Use of a Computer-Generated Contract Template System (CoGenCo) to Facilitate Licensing of Traits and Varieties
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Licensing between companies of both traits and varieties is routine, and there is no reason that it should be anything other than routine between companies and public sector institutions, as well. Some public entities struggle to gain experience in this area. This leads companies to shun negotiations and, even, discussions. Yet opportunities for the public sector to in-license traits (in the form of well-characterized and deregulated transgenic “events”) and varieties are vast and could lead to earlier access with respect to transgenic events (through backcrossing into local varieties) and to improved varieties for subsistence farmers. In order to improve the ability of the public sector to both in-license and out-license germplasm, a test version of a software program, the “Computer Generated Contract Template System” (CoGenCo), was developed. It aims to facilitate the exchange (or licensing) of commercial varieties by “walking” potential licensors and licensees though a systematic list of questions and tested parameters. CoGenCo is a pragmatic way of increasing the licensing of both finished varieties and germplasm containing transgenes for backcrossing, and its flexibility would make it especially suited for use in developing countries. This chapter explains the concept behind the software’s test version and leads the reader through its use. The authors very much welcome comments and suggestions about the software and look forward to collaborating with interested parties to further develop CoGenCo into a comprehensive and widely available system.
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Practical Considerations for the Establishment of a Technology Transfer Office
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The establishment of a technology transfer office (TTO) is a complex undertaking, so it is important to decide—before the office is established—about its operational scope, how the office will be funded, how it will be managed, and for what kind of issues the office should develop a policy. This chapter provides basic information that is indispensable for running effective TTOs. The chapter explains what physical and human infrastructures are needed, outlines the responsibilities and powers of TTOs, emphasizes the importance of technology evaluation, and stresses the centrality of good communication and negotiation skills.
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The Statutory Toolbox: An Introduction
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This chapter presents the main forms of statutory intellectual property (IP) protection with emphasis on utility patents, trademarks, geographical indications, copyright, and trade secrets. Basic questions with regard to who can get protection, the subject matter of each form of protection, statutory requirements, and certain exceptions. The chapter concludes with short sections on institutional aspects including employee agreements, how to mark the protected intellectual property, how to integrate the various rights, and how to identify infringement. The authors conclude that the form of protection chosen for a given invention should be guided by the mission of the institution (whether public or private), the purpose of the work it conducts, and the nature of the invention, or other IP, that will be subject to IP rights protections.
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