Making Meaning, Legitimacy, and Policy:Real Influence in the Governance of BiotechnologyA Smith :: June 2002 To understand power, one must never limit it to its most raw or explicit expressions. Policies are the end result of many choices made. While such expressions of ‘hard’ power are often well critiqued, instances of ‘soft power’ [1] typically receive less scrutiny. To better understand the relationship between hard and soft power, this paper will explore two under-discussed types of choices made by policy-makers. Governments make explicit choices in the terminology, definitions, and metaphors they use and promote. These word-choices are expressions of their soft power to make meaning. They also choose, explicitly and implicitly, how to build and from who to solicit support for their policy-level choices. These instrument-choices [2] are expressions of their soft power to make the influence of certain actives [3] legitimate. Choices to legitimate the influence of certain definitions or organizations and not others simultaneously acknowledge and create differential levels of real influence [4] among those definitions or organizations competing for dominant influence over the policy-choices made by Government. [5] The central question of this paper is twofold: Who can influence biotechnology policy decisions in Canada? Can Canada influence biotechnology policy decisions internationally? In order to situate and answer these questions in the Canadian context, I will explain the ‘transactional cost framework’ analysis as a means of understanding the political economy of instrument and policy-choices. I will then present a short history of Canadian biotechnology policy choices. I will briefly review various international agreements under which Canada is bound. In order to better establish the terms under discussion, a history of Government and international ‘word-choices’ in biotechnology policy will follow a brief exposition on the terms ‘biotechnology policy,’ and ‘biotechnologies.’ Historically, in Government usage, biotechnology policy referred to the degree of financial support for scientific research offered by federal government. It meant agenda setting, and involved simply deciding where money should go. Only recently has the term been invested with secondary reference to the regulation and restriction of research endeavours and their marketable products. It will become apparent that the economic paradigm continues to inform and influence Government definitions and policies today. [6] Notwithstanding certain idiosyncrasies among definitions of biotechnologies promoted by national and international institutions or organizations, [7] a common distinction is drawn between old biotechnologies, such as fermentation processes and traditional husbandry, and ‘new’ or ‘applied biotechnologies.’ All are agreed that these biotechnologies involve the application [8] of science and engineering [9] using biological agents, [10] systems, living organisms, or derivatives thereof, [11] to make or modify products or processes for specific use. [12] Such uses are commonly specifed as the provision of goods and services, [13] though they have also been expanded to uses which serve social, scientific or economic purposes. [14] These points of commonality reveal how the economic, market- and product-oriented paradigm presented by the OECD in their 1982 definition [15] of the term has influenced the definitional word-choices of both Canadian policy-advice-giving bodies, and governmental strategies, [16] as well as those of international agreements. [17] The Canadian Environmental Protection Act (CEPA) and UNEP’s Cartagena Protocol on Biosafety of the Rio Convention on Biological Diversity (Cartagena Protocol) stand unique in that their definitions do not presuppose market values in the ‘specific uses’ of the ‘products or processes’ ‘made or modified.’ Thus, a primary tension is apparent between perspectives which invest biotechnologies with their own market-driven philosophy, and those which, for various reasons, imbue the term with some alternate philosophy. Some may hold a vested interest in not over-defining the term, [18] while others may hold a perspective that diverges from the prevailing market philosophy. [19] This tension is further evinced by the competition between the widely-used terms, ‘genetic materials,’which refers to any material of plant, animal, microbial or other origin containing functional units of heredity, [20] and ‘genetic resources,’ which means genetic material of actual or potential value. [21] Those who want to explicitly refer to the primarily financial [22] value derived from genetic materials use the latter term. In this context, it is most interesting to note which international organizations [23] adheres to this concept in exclusion of all others that are available. It is similarly telling, how such organizations give a nod to the Rio Convention on Biological Diversity, point to its definition of the term, which is subtly inclusive of social and ecological values, and then proceed to employ the concept in exclusively economic terms. By drawing an analogy between genetic resources and ‘natural resources’ [24] they have since made policies that extend the scope of nations’ right to manage its own resources. [25] The alternative, genetic material, is used more broadly among organizations whose stated goals are primarily scientific or sociological. [26] Many definitions of related terms found in the documents of international standard-setting bodies [27] rely implicitly on this definition and its philosophy. The terminologies and definitions used by governments are indicative of the kinds of ideas they are willing to accommodate, the kinds of influence they are willing to legitimate, and the kinds of policy they are willing to make. The second aspect of soft power involves the selection of means to legitimate their policies, by legitimating the influence of certain actives within the policy-making process. A brief exposition of ‘the transaction cost framework,’ will help explain the Government choices to ‘buy’ themselves and their policies some legitimacy. [28] The organizational structure of any active determines its range of possible economic relationships. A small private non-profit will not have the same capacity to meet all of its own needs by producing what it needs internally, as compared to a large multi-national corporation, or a federal department of government. In any case, if production costs are the sum of procurement and exchange, then the ‘rational economic actor’ must make an economic choice to make a good, or to buy it; this is the ‘make or buy dilemma.’ [29] Sometimes even a Government cannot produce its own legitimacy, and since it cannot simply buy its legitimacy in the Market, it must select certain instruments to legitimate its policies. In so doing, it must legitimate the influence of certain actives in the policy-making process. ‘Inputs are bought when they are widely available and procurement can be organized easily and cheaply, as on the market; inputs are made when they are specific to a given economic task and procurement is costly enough on the market such that economies of scale and scope can be established through hierarchical organization…’ (Rubin 1990). … [Inputs are procured through] Networks … when resources are more specific than can be dealt with by the market, but less so than would require procurement by the hierarchical organization. (Macdonald, 2000, 163) Any decision to make or buy will fall within a continuum, between two formal extremes: external—buy in the Market, and internal—make somewhere within the Hierarchy of the organization. There is also a third option: procurement through the informal arrangements of ‘Networks,’ which lay somewhere in the centre of the continuum. [30] Mark MacDonald contends that when this framework is applied to Government, “alternative organizational forms to govern exchange will be evident” there. (Macdonald, 2000, 161) He explains how those who are ultimately responsible for policy-making in a democracy, our legislators, face the make or buy decision as regards ‘policy resources.’ [31] These decisions will ultimately supply any resources needed to make a policy, but sometimes the needed resource is available neither within the organization, nor on the market. Thus “informal organizations such as the policy network will also be organized when the resources being procured are not marketable, or easily 'made' in the public sector.” (Hindmoor and MacDonald in MacDonald, 2000, p.162) By policy network, MacDonald refers to an ad-hoc structure of experts and others with sufficient influence to ensure that policy-makers have continued support come election-time. As official policy networks are created by act of Government fiat, they are perfect examples legitimacy-making instrument-choices of the Government. They are usually created when policy-makers do not have the expertise or resources at their disposal to be able to make or buy effective policy-choices. [32] Thus, “transaction cost research looks at the organizational choices that legislators make for the procurement of vote-productive policy resources.” (MacDonald, 2000, p. 162) Knowing that Governments are often in need of ‘policy resources,’ and wanting to discover who can influence biotech policy in Canada, it will be interesting to turn to a historic review of both the policies themselves and the means used to legitimate them. In 1980 the Government of Canada identified Industry and Academia as the actives whose expert opinions merited inclusion in the formulation of a federal approach to biotechnologies. Based upon the recommendations and advice of this industry/academia Task Force, the government launched the National Biotechnology Strategy (NBS) in 1983, supported by $ 11.9 million annually to pursue its objectives. [33] Government gave Industry Canada the lead in the NBS, and subsequently established the National Biotechnology Advisory Committee (NBAC) as an advisory body, comprised of appointed experts to advise the Minister of Industry on policies required to promote the development of biotechnology in Canada under the NBS. [34] In 1989, parliament established the Royal Commission on New Reproductive Technologies. Commissionaires were experts in the field of reproductive technologies, ethics, and biotechnologies. In the following year, 1990, NBAC was requested to develop a business plan for biotechnology. The NBAC Report [35] recognized that the commercialization stage of biotechnology and the regulatory process in particular had become a flashpoint for public debate. Consequently, the Government of Canada formed several interdepartmental working groups in order to inform public awareness, while several government departments held workshops in the early 1990s to allow those they had identified as ‘stakeholders’ to discuss their socioethical perspectives. [36] Later that year, the Government-commissioned review of the second phase of the NBS by Ersnt & Young. [37] The review suggested that the Government ought to focus on regulatory issues, as “uncertainty in how biotechnology products would be regulated created a hurdle to commercialization.” [38] After consultations with Industry representative earlier in 1992, Cabinet approved the Federal Regulatory Framework for Biotechnology in December of that year. [39] The following year, in 1993, the Royal Commission on New Reproductive Technologies, after extensive consultations with expert ‘stakeholders,’ [40] issued the Baird Report, which included over 400 recommendations for legislation and regulation, including the criminalization of certain research areas. Over three years later, in June 1996, based on the Report’s recommendation, the Minister of Industry introduced ‘an Act respecting human reproductive technologies and commercial transactions relating to human reproduction,’ which was to outlaw certain research, and regulate all gene technologies in human reproduction. However the Canadian Government was content to allow Bill C-47 to die on the Order Paper and, in the following Session, chose not to reintroduce it and also to quietly smother a similar private bill (C-247) in Committee. Subsequent to agreements between relevant Departments in 1997, the Canadian Biotechnology Strategy Task Force was formed to spearhead renewal of the NBS, allowing this internal initiative to be propelled by Departmental personnel and resource contributions. [41] The Taskforce chose to carry out two ‘public consultations,’ each comprised of five regional sessions. The First set of consolations was with ‘appropriate sectors,’ which submitted their views in writing to the appropriate Department. A number of Industry representatives were then selected and invited to the session to voice their positions. The second set of consultations were termed ‘Round Table’ Consultations, in which a proportion of industry (40%), ‘knowledge-based community members’ (36%), and ‘larger community’ members (24%) was fixed, and a number of representatives from organizations representing each group were selected and invited to attend. The invitees were also welcome to submit their views in writing. In both Sector and Round Table Consultations, all topics of conversation and all questions requiring participant response were pre-selected. By both vetting participants and limiting the kinds of ideas under consideration, the Government not only exercised soft power, but simultaneously secured a degree of legitimacy for its pending policies. The substance of these consultations ostensibly formed the basis for the 1998 renewal of the NBS as the new Canadian Biotechnology Strategy (CBS), which would again be coordinated by the Minister of Industry. The seven original Ministers of the CBS Task Force, with the addition of the Minister of Foreign Affairs and International Trade, became the Biotechnology Ministerial Coordinating Committee (BMCC), and were charged with the responsibility of overseeing strategic and intersectoral issues and advising the CBS coordinator. Later that year, Government established the Canadian Biotechnology Advisory Committee (CBAC), to act in advisory capacity to the BMCC. The CBAC was established by the federal government on September 27, 1999 as an independent advisory body, whose members are not interest-representatives, but experts in their respective fields. CBAC was formed recognizing that public involvement is needed to counteract the real problem of a widespread legitimacy vacuum in public perceptions of the Government and its biotechnology policies. As an advisory council, CBAC exists to inform and consult the public at large, while at the same time informing the full spectrum of Government-determined actives and policy-makers. As of 1998, the Canadian Government has attempted to ‘harmonize’ and ‘clarify’ the regulation of biotechnology products, consolidating them in three departments, the CFIA, [42] Health Canada, [43] and Environment Canada. [44] Industry Canada remains indirectly involved because it houses the Canadian Intellectual Property Office and is responsible for decisions under the Canadian Patent Act, though it also continues to play a significant role in translating the momentum of lobby pressure throughout Cabinet and in relevant Departments. This brief policy history has detailed not only policies and their outcomes, but also their structure and the means by which they were legitimated—the people who influence biotechnology policy decisions in Canada. While Canadian legislators have made various instrument-choices through time, their favoured instrument for dealing with sensitive biotechnology issues today are policy networks, like the CBAC, and the various Task Forces. Governments buy legitimacy with legitimacy. Industry and Expert lend their credibility to Government policies, and in return, Government legitimates their influence and perspectives within the policy-making process. Only lately has public opinion also been legitimated in the process, and then only in a limited scope and form. To see whether Canada can influence biotechnology policy decisions internationally, I will now turn to a brief overview of some international agreements that bear significant influence upon national biotechnology policy-making. The WTO’s Agreements on Trade-Related aspects of Intellectual Property, (TRIPs), [45] Sanitation and Phytosanitary measures (SPS), [46] and Technical Barriers to Trade (TBT) [47] explicitly determine rules for national regulations regarding international trade. Agreements [48] under the Rio Convention, the Cartagena Protocol, [49] establish rules for cross-border transportation of ‘Living Modified Organisms.’ Alternative policy instruments like the Declaration on the Human Genome and Human Rights [50] of UNESCO are entirely voluntary, and are only required if member nations share the principles articulated within the declarations or statements. Despite good epistemic reasons to question the paradigm of scientific knowledge, each of these agreements shares a certainty in science and the scientific method. None question the scientific analysis of risk-versus-benefits in comparative testing for the certification of product safety. Consequently, national governments must have verifiable scientific justification for setting standards high and maintaining traditional sources of foodstuffs, industrial, and therapeutic products. As such, it would be almost impossible for Canada to ban imports of biotechnologies, or strike down patents on life. Canadian biotechnology policy and regulation commonly face several critiques. Inasmuch as international agreements are binding, their terminology and conceptualization of issues becomes entrenched, and unavoidable. It would seem that nations no longer have the latitude to frame issues in truly a representative manner. Approaching policy with a purely economic perspective has already proved to be problematic in Canada, as evidenced by the early years of biotechnology policy, and the eventual crisis of the early 1990's.. Though they have since adjusted their approach, Government has not discarded its underlying perspective. Their conceptualization of the issues retains its economic bias, and consequently certain ways of thinking are simply not entertained. The fact that this bias is shared by many international organizations in which Canada is a member and agreements to which Canada is a signatory has implications for national policy. The trend towards harmonizing policies with international standards is similarly telling, as the economic imperative of removing barriers to trade becomes the rationale behind policy choices. The process of selecting and structuring legitimacy-making instruments is also troubling. The CBAC, while it ostensibly exists to gather and relay public sentiment, may serve its true purpose regardless of how well it does that job. Governments have proven altogether too willing to rely on the structure of an instrument, or the fact that the process of a public consultation has occurred, and less on the substance of its outcome, often ignoring altogether the limitations imposed by their chosen structures. [51] A related critique concerns access to the policy-making process. The transactional cost framework reveals how a seat at the table, or a voice in the process is ultimately an economic consideration. Certain actives, which may not be resource-rich, or influential enough to matter to the overall legitimacy of a policy, may yet have a primary and valid interest in the matter. However, without first achieving some sort of critical mass of legitimacy, perhaps by forming a well-funded interest group, they will have little or no influence. To some, this reveals a disturbing vulnerability of representative democracy and a critical vacuum of legitimacy. Government also experiences profound conflicts of interests between their service mandates and their regulatory activities. This reality goes to often unacknowledged. Critics ask: Who do Health Canada, [52] the CFIA, [53] and DFAIT [54] really represent? Is their ‘client’ industry, or the Canadian citizenry? Apparently Government remains confident that public interest is best served by accommodating, prioritizing, and promoting Industry interests. The transactional cost framework explains this reality pragmatically; in terms of the economic choices government makes to maintain their legitimacy. Another critique regards the manner in which the Canadian Government has chosen to pursue a diffuse rather than a united approach to the regulation of biotechnologies. By locating regulatory responsibilities within several Agencies and Departments, government has fractured the ‘block’ of regulatory oversight. Where a single federal legislation regulating biotechnologies would be more resolutely insoluble in the agitating solution of interest-based lobbying, the current degree of diffusion among existing departments gives licence to whoever can most effectively mobilize their influence to target regulators and policy-makers on more fronts. [55] Finally, there currently exists no federal statutory prohibition on a range of human reproductive and gene technologies. [56] Legislators justify their inaction in tabling and passing new laws by pointing to a voluntary moratorium [57] on developing certain gene technologies by the ‘scientific community.’ [58] Apparently a self-regulating research community is sufficient reason not to pass legislation. [59] The Canadian Government is active in both national and international biotechnology policy-making. In Canada it is Industrial and secondarily Expert [60] interests that hold the primary position of influence vis-à-vis Government policy-choices, with Public interests coming in a distant third. In the international context, only nation-states are members in the aforementioned international organizations. These organizations have structures in place to bar certain actives from officially and effectively influencing the policy-choices at this level. [61] As such, the WTO, WIPO, World Bank, and the UN appear to operate primarily as arbiters of Industrial influence, under the assumption that public interest is thus served. National governments similarly legitimize some actives and marginalize others. This is a particularly salient issue in the regulation of biotechnology, for several reasons. First, in Canadian biotechnology policy, there has been an official acknowledgement of a need for public involvement, though there has been less of an effort to effectively engage the public. Second, this legitimization is not an abstract choice, unrelated to other choices in the meaning- legitimacy- and policy-making environment. Rather, it is profoundly related, as the transactional cost framework suggests, to the need of the Government to create and shore up its own legitimacy, to ensure continued voter support. Finally, the underlying problem of democracy remains; the problem of those voices which are not legitimated or those that, though legitimate, can exert no measurable impact on the outcomes of biotechnology policies. The question of legitimization is tied closely to that of meaning-making, as an instance of ‘soft power.’ Both are apparently arbitrary choices, which, upon inspection, reveal the paradigmatic bias of the legitimating power, and also the flaws of the system. The question of meaning-making, is implicated further implicated by the notion of ‘expert knowledge,’ which has been key in legitimating actives in both national and international contexts. It is at this point that ‘arms-length’ bodies of expert opinion, or policy networks, are introduced, to complement the legitimacy of Departmental and Legislative meaning-, decisions-, and policy-makers, but which, on closer inspection proves to be nothing more than the appointment of experts over which no directly democratic control can be exerted, from which citizens voices are excluded, or through which they are highly mediated. Given the constraints of the international agreements of which Canada is a part, its relationships with trading partners, and its own pursuit of an historic and long-established agenda that can no longer be subject to debate, Canada is not in a position to become an international leader in innovative or progressive policies to regulate biotechnologies. Any Government evaluation of its own role in the system is strictly self-justifying of its own position, with an eye at convincing enough just the right actives so as to retain their positions of authority. Ethical, environmental, and social concerns are seriously upstaged by the brilliance of the international investment dollars and by the plaintive cries of an industry in which the government has invested too much in to ignore. NOTES [1] The term ‘soft power’ is borrowed from Dr. Joseph S. Nye Jr., Dean of the John F. Kennedy School of Government at Harvard University and former Assistant Secretary of Defence for International Security Affairs. Joseph S. Nye, Jr. and John D. Donahue. [Eds.] 2000. Governance in a globalizing world. Washington, D.C.: Brookings Institution Press. Joseph S. Nye, Jr. Feb. 22, 1999. The Challenge of Soft Power. Time 153(7). Published Feb. 22, 1999. Internet: [http://www.time.com/time/magazine/intl/article/0,9171,21163,00.html] Accessed: April 1, 2001. Joseph S. Nye, Jr. 1990. Bound to lead : the changing nature of American power. New York: Basic Books. [2] The concept of ‘instrument choices’ is borrowed from Mark Macdonald’s in the following article: Mark Macdonald. (2000) Socioeconomic versus Science-Based Regulation: Informal Influences on the Formal Regulation of rbST in Canada. in G. Bruce Doern and Ted Reed. Risky business : Canada's changing science-based policy and regulatory regime. p. 161. [3] The Government has chosen to employ term ‘stakeholder,’ which I find problematic, and refuse to use in my own analysis. This term implies a partiality into which a higher authority must intervene to impart status and determine and a consequent role, according to the necessarily limited and arbitrary justifications of the authorities’ own particular moral or logical constructs. In its stead I posit the term active; an adjective made into a noun in order to limit the ‘conceptual baggage’ that the term connotes and to invigorate it with the chosen meaning of an entity that is active in the given context. Any use of the term ‘stakeholder’ is an attempt to reveal the choices of the Government, in terminology, and in whose influence to legitimate. [4] ‘Real’ influence is taken as that which has tangible effect on policy-outcomes. [5] My references to ‘Government’ require some explanation. When I use the term ‘Canadian Government,’ I refer to policy-makers in parliament; and when I use the term ‘Government of Canada’ I refer to policy makers in the various bureaucratic Departments of the Government, while the term ‘Government’ or ‘the Government’ refer broadly to both. [6] The cost/benefit analysis as derived from traditional economics. The risk/benefit analysis for product safety in Canada is a product-based approach. With regards to biotechnology, Canada regulates products, rather than the process used to create a product. Therefore, the process by which any given product is made is redundant to questions of regulation. If the product expresses some novel trait — such as an engineered resistance to pests or drought in plants, or human DNA introduced into an animal, to reduce the likelihood of tissue rejection in a xenotransplantation scenario, or to create a living factory for the production of ‘human’ chemicals for use in therapeutic dugs — and/or is protected by patent, it may be subject to existing regulations, but only based on its novelty as a product. [7] It is interesting to note how this variation is well in step with the established rhetorical and paradigmatic stance of each. The following synthesis of definitions used by various organizations are based on extensive original documentary research, in: Smith, A.R.N. 2001. Fragmentary Holism: National and International Meaning-, Decision-, and Policy-Making for Biotechnologies. Unpublished Manuscript. Presented at International Communication seminar, March 26, 2001. [8] Rio Convention on Biological Diversity. (1992). Convention On Biological Diversity. Internet. [http://www.biodiv.org/doc/legal/cbd-en.pdf] Accessed on: 24/03/01. Rio: Earth Summit. p. 3; CESD, 1996, p. 2. Standing Committee on Environment and Sustainable Development. (1996). Biotechnology Regulation In Canada: A Matter Of Public Confidence: Report Of The Standing Committee On Environment And Sustainable Development. Ottawa, ON: Standing Committee on Environment and Sustainable Development. p. 2. Organization for Economic Co-operation and Development. (1982). Biotechnology: - International Trends and Perspectives. Paris: OECD. p. 21. In Organization for Economic Co-operation and Development. (1999). The core of the matter. Internet. [http://www.oecdobserver.org/news/fullstory.php?aid=78] Accessed on: 24/03/01. Paris: OECD. p. 17. Secretariat of the Convention on Biological Diversity. United Nations Environment Programme. (2000). Cartagena Protocol On Biosafety To The Convention On Biological Diversity: Text And Annexes. Internet. [http://www.biodiv.org/doc/legal/cartagena-protocol-en.pdf] Accessed on: 24/03/01. Montreal: Secretariat of the Convention on Biological Diversity. United Nations Environment Programme. p. 4. Canadian Biotechnology Advisory Committee. (2001D). Canadian Biotechnology Advisory Committee - Annual Report 1999-2000. Internet. [http://www.cbac-cccb.ca/documents/News_Release_IP_Consultation_English.pdf] Accessed on: 25/03/01. Ottawa, ON: Canadian Biotechnology Advisory Committee. p. 5. Canadian Biotechnology Advisory Committee. (2000). Canadian Biotechnology Advisory Committee -- About Us. Internet. [http://cbac.gc.ca/english/aboutUs.aro] Accessed on: 22/03/01. Ottawa, ON: Canadian Biotechnology Advisory Committee. p. 1. [9] Rio Convention. (1992). 3; CESD. (1996). p. 2; OECD. (1982). In OECD Observer. (1999). p. 17; CBAC. (2000). p. 5. [10] OECD. (1982). In OECD Observer. (1999). p. 17. [11] Rio Convention. (1992). 3. World Trade Organization-TRIPS. (1994). Agreement on Trade-Related Aspects of Intellectual Property Rights - Annex 1C. In Marrakesh Agreement Establishing the World Trade Organization: The Uruguay Round Final Act. WTO (pp.319-351). Internet. [http://www.wto.org/english/docs_e/legal_e/27-trips.pdf] Accessed on: 25/03/01. Marrakesh, Morocco: WTO. p. 33. CESD. (1996). p. 2. [12] Rio Convention. (1992). 3; CBAC. (2000). p. 5; WTO-TRIPs. (1994). 331. [13] OECD. (1982). In OECD Observer. (1999). p. 17. [14] CBAC. (2000). p. 5. [15] The 1982 OECD definition of biotechnologies has not changed in the interim. [16] i.e. The Canadian Biotechnology Advisory Committee. (CBAC). National Biotechnology Advisory Ccommittee (NBAC). and the National Biotechnology Strategy (NBS) and Canadian Biotechnology Strategy (CBS). CBAC. (2000). p. 5. [17] i.e. The WTO’s Agreement on Trade-Related Aspects of Intellectual Property (TRIPs) and UNEP’s Rio Convention. WTO-TRIPs. (1994). 331 [18] i.e. Federal legislation (CEPA) that will strive to be vague yet articulate, in order not to outdate itself. [19] i.e. The Rio Convention on Biological Diversity (Rio Convention) treaty and its protocol, the Cartagena Protocol on Biosafety (Cartagena Protocol), both intend to protect and enshrine ‘ecological’ values. [20] Rio Convention. (1992). p. 3; MRC. NSERC. and SSHRC. (1998). p. 8.1. [21] Rio Convention. (1992). p. 3; WTO-CTE. (1995). p. 3; WIPO. (2000). p. 8) . [22] To be fair, they may also refer to its secondary social value. [23] Organizations that mobilize and create rules for national governments, multi-lateral trade agreements, and intellectual property treaties, such as the OECD and WTO. [24] WIPO. (1999). p. 5; WTO-CTE. (1995). p. 3. [25] WTO-TRIPs. (1994). 331 [26] Medical Research Council of Canada, Natural Sciences and Engineering Research Council of Canada, and Social Sciences and Humanities Research Council of Canada. (1998). TRI -COUNCIL POLICY STATEMENT Ethical Conduct for Research Involving Humans. Internet. [http://www.nserc.ca/programs/ethics/english/ethics-e.pdf] Accessed on: 25/03/01. Ottawa, ON: Public Works and Government Services Canada. p. 18. [27] i.e. UNESCO’s Declaration on the Human Genome and Human Rights, and the texts produced by their International Symposium on Ethics, Intellectual Property And Genomics; UNEP’s Cartagena Protocol; and the FAO/WHO’s Codex Alimentarius [28] Coase. (1960); Williamson. (1975). (1985). (1991). (1996); In Mark R. Macdonald. (2000). Socioeconomic versus Science-Based Regulation: Informal Influences on the Formal Regulation of rbST in Canada. In G. Bruce Doern and Ted Reed. Risky business : Canada's changing science-based policy and regulatory regime. p. 161. MacDonald. (2000). p. 161. [29] Ibid. p .163. [30] Ibid. p. 161. [31] Ibid. p. 162. [32] Which are characterized in a legislative policy-makers’ calculus as conducive to re-election. [33] The explicit intention of NBS was to foster industrial development by focussing biotech R&D on areas deemed to be of strategic importance to Canada; promoting the creation of highly-skilled human resources for biotech industry, facilitating inter-sectoral collaboration, and creating attractive industrial investment climate. [34] Esprey. 1996. p. 24. [35] The NBAC report recommended that government activity be focused on financing, human resources, regulations, intellectual property protection, infrastructure for scientific research, public perceptions and market acceptance, and the development of a strong voice for industry. [36] 1992, Environment Canada held a workshop to discuss proposed changes to the Canadian Environmental Protection Act; 1993, Industry Canada conducted a workshop on public awareness of biotechnology; 1994, an interdepartmental workshop was held to discuss the development of guidelines for labelling novel foods; 1995, Natural Resources Canada held a workshop with stakeholders to discuss the risks of forest pest management applications, Esprey, 1996, p, 24, [37] At the time, it was one of the worlds five biggest accounting/auditing firms. [38] Esprey, 1996, p, 24, [39] The framework was designed to: · maintain standards for the protection of human health and of the environment; · use existing legislation and regulatory institutions for clarity and to avoid duplication; · develop clear guidelines for evaluating biotechnology products which are in harmony with national priorities and international standards; · provide for a sound scientific database on which to assess risk and evaluate products; · provide for an open, consultative process in the development of regulations; and · foster a favourable climate for investment, development, innovation and adoption of sustainable Canadian biotechnology products and processes. Jason Lionel Flint, Gil Javier Verastegui Carlos Irarrazabal. (2000). Biosafety information management systems A comparative analysis of the regulatory systems in Canada. Argentina. and Chile. EJB: Electronic Journal of Biotechnology 3(1). p. 4. Internet. [http://www.ejb.org/content/vol3/issue1/full/2/index.html] Accessed on: 18/03/01. Significant debate exists on several aspects of the regulatory framework. The primary points of contention are the Government's policy-choice to use existing legislation and regulatory agencies, its choices regarding the extent to which it has effectively pursued and enabled public participation in the meaning- and policy-making processes, and questions regarding the appropriateness of using risk-based assessment standards for biotechnology products. Some critics maintain that biotechnology products ought to be evaluated based on ‘atypical’ criteria, such as the distribution of the costs and benefits in society, and the products’ impact on social relations. Esprey. (1996). p. 24. [40] Including professional an industrial representatives, i.e. the Canadian Medical Association, and the Association of Bio-Pharmaceutical Producers. [41] The Departments of Agriculture and Agri-Food, Environment, Fisheries and Oceans, Health, Industry, Natural Resources, and the National Research Council sat on the Taskforce. [42] The responsibilities of Agriculture and Agri-Food Canada (AAFC) had included regulating agricultural products of biotechnology, including animal feeds, fertilizers, pesticides, seeds, products that could potentially be plants pests, and veterinary biologics, and responsibility for inspecting food to ensure the quality, safety and purity of foods. [43] HC’s responsibilities now include regulating drugs for human and veterinary use, foods and food additives, cosmetics, medical devices, and environmental substance such as pesticides. [44] EC is responsible for maintaining a register, and regulating the new substances that come into our borders and, as such, genetic materials fall under their purview. [45] The TRIPs agreement has the implication that all WTO member states must allow the patenting of micro-organic life forms. This clearly sets the precedent for limiting the right of a nation to refuse patents on life-forms. To further undermine the nations’ right to refuse patents on life, any refusal that is based solely on public ordre, or the moral convictions of the citizens will be overturned. All refusals must have at their base a solidly scientific justification. This has had, and continues to have a differential and deleterious impact on developing countries. In fact, UN Human Rights Reports 1999 and 2000, have “identified circumstances attributable to the implementation of the TRIPS Agreement that constitute contraventions of international human rights law.” (UN-ESC. 2000. p. 1) Under TRIPs, provisions for the patenting of ‘higher life forms’ are made for plants and the possibility is left open for animals as well, as there is a clause that specifies a ‘review on the fourth year after enactment.’ The right of nations to derive some shared form of benefit is officially affirmed, though no structures are recommended or put in place to ensure that theft of ‘genetic resources’ stops, or that past abuses are remedied. [46] The Agreement on SPS measures clearly has implications for the right of a nation to refuse entry of a product that it deems unsuitable for public trade or consumption. This agreement has a limiting effect on a nations right to this effect, requiring that regulations have a solidly scientific basis. Moreover, under this agreement, a nations’ regulations are subject to challenge by competing WTO members. Finally, in its structure, the agreement lends force to the effort to harmonize regulations internationally. [47] The TBT agreement has important implications that limit the national prerogative to require labelling of genetically modified consumer goods, though it provides provisions for the labelling of select industrial genetically-modified products. Here again, all technical requirements for labelling must have a solidly scientific basis. [48] A point to note: only those national governments which are either members of the WTO or signatories to the Rio Convention and Cartagena Protocol are bound by these rules. [49] The implications which extend from this Convention are interesting and numerous. First, I must note the adoption of the language used in the Convention by WTO discussants, and the subsequent reliance of the Rio Convention on an alternative, differently or less-connotative phrasing (genetic materials rather than the more popular genetic resources.) The Rio Convention reaffirms the right of nations to the benefits derived from the use of their genetic resources, but lacks a mechanism to enforce or ensure such an affirmation. The Rio Convention is an important step in international biotechnology regulation. Not only does it require that importers give notice of intent to import genetically altered products, live or inanimate, but it ensures the right of the importing nation to refuse the shipment. Furthermore, the establishment of the International Biosafety Clearinghouse under the Rio Convention provides a functional mechanism by which the agreement can operate and be enforced. Notably, the United States has refused to sign both the Convention and its Biosafety Protocol; and Canada has yet to sign the Protocol as well, though 188 other nations have found it in their interest to do so. [50] The implications of the Declaration are not entirely minimal, though the Declaration has not been drawn upon extensively in policy debates. It is primarily important in that is links the science of genetics and its most broad application in humans to Human Rights. This is a tactical move perhaps, to reclaim authority in a debate that has, to date, been dominated only by different shades of the same industrial/economic paradigm. [51] Recall that only invited actives, in set proportions, and only certain terms of discussion were allowed at CBAC public consultations. [52] Health Canada is a department that has faced massive public critique for its failures as a regulator, as well as questions as to who its primary client is. Its regulatory approval process operates on a cost-recovery basis, meaning that the applicants pay to have their products go through the approval process, with no explicit guarantee that the product will be approved. The contention is that a cost-recovery mechanism ingratiates the providers of a service (the regulatory approval process) to those who are paying for the service (industry). Hence the disparity between the stated primary ‘client’ of Health Canada—the citizens of Canada—and the real implications of the chosen method of regulatory approval, which suggest, as some Health Canada scientists have, that Industry is the primary client of the Department. The problem is not simply the fact of the provider/client relationship, for other departments state their clients clearly, such as Natural Resources Canada, which is explicit in their mandate that their primary client is Canadian Industry. The problem is the discrepancy between the intentions and the actuality of the situation at Health Canada. [53] The CFIA faces a problem which is often dismissed as common to the objectives of public sector organizations; a potential conflict of interest. In this case, the conflict is between its role as a marketer and promoter of Canadian products of biotechnologies, and its responsibility under current law to approve and monitor these products as safe for release into the environment and for human and animal consumption. The implications here seem plain enough: in an effort to consolidate responsibilities for regulatory approval as requested by industry, the Government of Canada has exposed biotechnologies, as industries which it most clearly desires to support, to this critique. In some ways, it is no different to that levied against Health Canada; the responses are also similar. They present their notion of the objective impartiality of scientific authority, which is supposed to diffuse such arguments. However, having already problemetized the notion of empirical knowledge and of objectivity, and having established that all knowledge is subjectively created, the problem remains. [54] The underlying tension in DFAIT objectives becomes manifest when asking what the nature of this Department’s relation to ‘biotechnologies’ really are. By both promoting trade and ‘projecting Canadian values.’ DFAIT opens itself to the question of ‘whose’ values they are promoting. When, as in the case of biotechnology, ‘Canadian values,’ are most broadly undecided and, conversely, also polarized, it is difficult to believe that they have been able to successfully essentialized and synthesized these values; clearly choices have been made as to which or whose values will be dubbed ‘Canadian’ and promoted at home and abroad. [55] The stated position of Government through time neatly explains this choice: it has long been the intention of Government to give Industry an ‘effective voice’ in policy matters. [56] When pressed to a point, Government Officials and Legislators maintain that the scientific research community is self-regulated, and point out how enacting such prohibitive laws would have incalculably damaging effects on foreign investment. And after all, Canada is being marketed as an innovative, not a prohibitive place to bring your business and/or investment dollars. [57] It does, however, hold implications all of its own, in that it may serve to extend and enable future legislation, as a time-tested and approved template. Finally, it is applicable to all federal-funded research, as well as the research that goes on in any organization that has a Research Ethics Board (REB), like hospitals and universities, but not to research organizations that do not have a REB. [58] By the Tri-Council Policy on Ethics in Research Involving Human Subjects. [59] i.e. MRC, NSERC, and SSHRC, and their Tri-Council Policy Statement: Ethical Conduct for Research Involving Humans (TCPS). [60] At this juncture, I note that expert knowledge shares many flaws with scientific knowledge, as subjective created and thus subjectively influenced; it can thus be used to obfusticate, hide, disable and damage communication and understanding. [61] This exclusion is felt from international organizations, such as the WTO, and OECD, and to a lesser extent, even the UN.
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