Abstract
Policies about physicians’ involvement with pharmaceutical companies spawn contradictory ideas. One set of policies aims to stimulate collaboration between private companies and publicly employed researchers to spur innovation and economic growth, another addresses what is seen as the problem of physicians’ conflicts of interest stemming from industry collaboration. This article explores how these contradictory policies interact with everyday practice in clinical hypertension research in Denmark. I argue that ‘corporate’ and ‘academic’ research is entangled as physicians participate in industry trials to pursue their own research. Building on document analysis, observations of contract research, and interviews with clinician researchers and industry executives, I show how the establishment of industry ‘ties’ can serve as a way for physicians to navigate the constraints of research infrastructures and live up to intergenerational norms that knit the medical collective together. I discuss how this entanglement shapes medical research in ways that may run counter to the aims of medical innovation policies and that conflicts of interest policies do little to address. I conclude that appreciation of the ways in which economic and moral valuations come together is necessary to understand the conditions for medical research in an intertwined public–private research environment.
Keywords
Introduction
The governance of physicians’ involvement with pharmaceutical companies spawns contradictory ideas. While some policies perceive physician-industry collaboration as a motor for innovation and economic growth, others picture it as a moral danger. In either case, ‘the clinic’ and ‘the industry’ are seen as distinct domains, and policies are enacted to fix the perceived problems. One set of policies seeks to bring medicine and industry closer together; another set aims at keeping them apart.
To bring ‘the clinic’ and ‘the industry’ together, research infrastructures have undergone reform (Larsen, 2011). Within the European Union (EU), Denmark presents a case characterized by rapid implementation of radical reforms (Bloch and Aagaard, 2012: 103−109). Under catch-phrases such as ‘from insights to invoice’ and ‘Healthy Growth’, policies have been launched by national and regional governments to promote public–private research collaboration (pp. 95−98). Mirroring tendencies in other countries (Adams et al., 2003; Gelijns and Thier, 2002; Will, 2010), public research grants have been made conditional on private co-funding (Aagaard and Ravn, 2012: 175−176), and various initiatives have been launched to ease the administrative burden on private companies that undertake clinical research through the Danish healthcare services (Danish Regions, 2012). By ensuring that ‘health research and innovation is undertaken in close collaboration between public and private research environments’, the Danish Ministry of Health seeks to ‘generate the best results for patients and, at the same time, stimulate development and economic growth in the Danish health industry, which is the largest export sector in Denmark’ (Danish Ministry of Health, 2012, author’s translation). Common to attempts to bring ‘the industry’ and ‘the clinic’ together is the idea that economic interests will motivate researchers to develop knowhow and products that can strengthen Denmark’s competitive position in what is depicted as a global ‘knowledge economy’ (Aagaard and Mejlgaard, 2012: 11).
These initiatives have found their way onto the political agenda in parallel with public criticism of physicians’ industry involvement (Vedel and Gad, 2011). The criticism has given rise to policies to preserve physicians’ professional integrity and measures of transparency to enable detection of potential moral breaches. By law, Danish physicians must seek approval from the National Board of Health to collaborate with pharmaceutical companies, and their names are published on the Board’s website along with company names and the type and duration of their collaborations. 1 Following parliamentary debate about physicians’ industry involvement (Danish Parliament, 2010), however, the Danish Minister of Health recently announced the preparation of ‘stricter rules for the collaboration between health professionals and the two large health industries [the pharmaceutical and medical technology industries]’ to ‘avoid doubt whether economic interests influence professional recommendations’ (The Danish Ministry of Health, 2013b). Likewise, requirements have been tightened in regard to physicians’ competence to act as advisors for the public healthcare administration (Kraft, 2013). As with the politics of growth and innovation, these attempts to keep ‘the industry’ and ‘the clinic’ apart also place economic interests at the center of human agency – but with a very different outcome. These policies give voice to concerns that industry payments can skew physicians’ decisions because they come to serve the economic interests of physicians rather than patients’ or public interests; in other words, they have a conflict of interest (COI) (Rodwin, 2011: 251–253).
In contrast to these two political stances, I draw on and develop recent research arguing that ‘the industry’ and ‘the clinic’ are not fully distinct domains, but intertwined. I aim to understand how conflicting policy objectives interact with everyday practice in Danish hospitals where researchers must ‘make ends meet’. Taking the case of hypertension, I illustrate how ‘corporate’ and ‘academic’ research is entangled as physicians engage in industry trials to pursue their own research. Indeed, the establishment of industry ‘ties’ can serve as a way for physicians to navigate the constraints of research infrastructures, and live up to intergenerational norms that knit the medical collective together. These relationships shape research production – but in ways that may run counter to the aims of innovation policies and that COI policies do little to address. When the ‘problem’ of physician–industry collaboration is defined as one of COI, it directs attention to financial relationships per se while directing attention away from the political priorities that stimulate the generation of so-called COI. Furthermore, when debate about physicians’ industry involvement begins with an imputation of motive, this can plunge public debates into moralistic ‘blame games’ and lead to the withholding of information that could inform the debate. Based on this, I suggest that analysis of physician–industry collaboration should start exploring the generative potential of moral valuations in economic exchange.
Medicine and industry as intertwined domains
The contradictory conceptions of physician–industry collaboration are reflected in scholarly debate. On one hand, public–private research collaborations are approached as a question of advancing medical innovation and technological dissemination, and analytical attention is paid to research investments (Achilladelis and Antonakis, 2001; Dorsey et al., 2009; Toole, 2007), co-authorships (Cockburn and Henderson, 1996), citation patterns (Sampat and Lichtenberg, 2011), and research and development (R&D) agreements (Adams et al., 2003). On the other hand, a growing literature points out the dangers involved in the merger of ‘academic’ and ‘corporate’ research activities, such as the risks of ‘biased’ knowledge production (Als-Nielsen et al., 2003; Angell, 2005; Bekelman et al., 2003; Chan et al., 2004; Gøtzsche et al., 2006; Hewitt et al., 2005; Mendelson et al., 2011; Turner et al., 2008), unwanted commercialization of science (Caulfield, 2007; Law, 2006; Michaels, 2008; Mirowski and Van Horn, 2005; Sismondo, 2009, 2011), unwarranted alterations of prescription patterns (Andersen et al., 2006), and ‘disease mongering’ (Fishman, 2004; Moynihan et al., 2002). Whether the interactions between medical researchers and pharmaceutical companies are held to produce desired or undesired effects, the scholarly contributions tend to reinforce an image of ‘public’ and ‘private’ as distinct domains either enriched or corrupted through merger.
Contesting this dichotomous conception, a recent strand of ethnographic and historical studies has demonstrated that clear distinctions between ‘public’ and ‘private’, ‘academic’ and ‘corporate’, or ‘basic’ and ‘applied’ science are not adequate representations of research dynamics as they play out in practice (Gelijns and Thier, 2002; Hansen, 2011; Jones, 2009; Lakoff, 2005; Lam, 2010; Schleifer and Penders, 2011; Shapin, 2008: 93–164). From this vantage point, collaboration practices, rather than institutional divides, constitute the starting point for analysis (Vermeulen and Penders, 2010: 5–7); public–private collaborations should be explored ‘without invoking an imagined past of clear boundaries and separations as the basis for a normative stance’ (Hansen, 2011). Drawing on the notion of a ‘moral economy’, 2 another group of studies has pointed out that research collaborations cannot be understood separately from the political landscape in which they operate (Atkinson-Grosjean and Fairley, 2009; Martin, 2006; Rasmussen, 2004; Sismondo, in press). They show how physicians and industry representatives express ideas about their collaboration that contrast with conceptions of COI voiced in scholarly and political debate (Martin, 2006; Sismondo, in press), and they suggest that physicians’ ideas of legitimate exchange are shaped by politico-economic conditions of possibility (Atkinson-Grosjean and Fairley, 2009; Rasmussen, 2004). In a similar vein, I seek an analytical space between everyday practice and the shaping powers of societal institutions (Hacking, 2004) when I seek to understand when and why conceptions of physician–industry collaboration contrast and what the resulting tensions may produce. This approach differs from research (and policy) traditions that focus mainly on identifying and criticizing what is coined COI (see, for instance, Bekelman et al., 2003; Brody, 2007, 2009; Caulfield and Griener, 2002; Liang and Mackey, 2010). This is not to deny that the stakes in pharmaceutical knowledge production are high or that economic interests can motivate action in this field. However, when actions are explained through the identification of presumably known economic interests, motivation is often reduced to the possibility of economic gain. Such a one-dimensional (1D) understanding of motivation tends to ignore that action can be guided by factors other than prestige or profit (Shore and Wright, 2011: 3). As Ferguson (1994) notes, a phenomenon is not explained by explicating a given constellation of anticipated interests (p. 13). Moreover, because strategic interests must operate within a complex set of social and cultural structures, actions may turn out differently than intended by the planners (Ferguson, 1994: 17; Pollock, 2011). Indeed, to understand how regulations of physician–industry collaboration sometimes yield consequences that extend beyond the political goals that initiate them, I suggest that analytical attention should be devoted also to the attribution of interests and what such attributions may generate in the social environment.
Entering the field of hypertension research
This article draws on ethnographic fieldwork undertaken in the Danish healthcare services. From September 2009 to June 2011, I followed an industry-sponsored drug trial in four hospital-based research clinics, observing the daily work and engaging in numerous informal conversations with physician-investigators, research nurses, and patient-participants. I also conducted 22 semi-structured interviews with 10 physician-investigators, 8 research nurses, 3 pharmaceutical company executives, and a chief economist from the Danish Pharmaceutical Industry Association (Lif). I attended national and international conferences related to the topic, followed the debate about physician–industry collaborations in lay and professional media, and searched databases and government websites for information about research funding, market developments, and physician–industry regulations. 3
While physician–industry research collaboration takes various forms, this article focuses on what has been termed ‘contract research’, that is, when physicians undertake industry-initiated research for remuneration (Fisher, 2009). The contracts typically specify that physician-investigators must recruit patients, collect and report data, and adhere to data monitoring requirements. In return, they receive remuneration based on the number of patients they enroll. This kind of collaboration is promoted in Danish policy initiatives (Danish Regions, 2012) and has been instrumental in the development of hypertension research. Indeed, hypertension research rose to prominence in tandem with the development and marketing of what came to constitute a burgeoning market of anti-hypertensive medications (Greene, 2007).
My analysis is structured around three empirical questions: (1) How are public and private research resources and activities related in clinical hypertension research? (2) How does contract research interact with physicians’ ideas about academic freedom? (3) When do physician–industry collaborations cause tension for those involved, and how do they deal with it?
In the next section, I start by illustrating how ‘the clinic’ and ‘the industry’ are already entangled and thus do not constitute distinct domains to be ‘brought together’ or ‘kept apart’.
Public–private interlinks in clinical hypertension research
You take the patients; and you’ve got a research nurse; and it’s sort of like you run a business, because you get funds, and these can be spent on PhD. students or other kinds of research. That’s the way you can do things. […] Somehow you need money for your basic research; you know, the clinical studies you want to do. (Interview with staff doctor, 2009)
This is how one physician-investigator explained contract research: it serves as a resource for investigator-initiated research in what she depicted a well-established ‘business-model’ for clinical hypertension research. In her description, ‘academic’ and ‘corporate’ research activities and resources are deeply entangled. Still, she took care to distinguish between ‘industry research’ and her own ‘basic research’ (the ‘clinical studies you want to do’). In doing so, she introduced ideas that seemed to fit neither the ‘Innovation’ nor the ‘Conflict of Interest’ conception of physician–industry collaboration in the public debate. Therefore, I started to track how this form of collaboration works and how it is conceived of by those involved.
In Denmark, research units engaged in contract research are typically established in publicly owned hospitals, and the research activities, which are initiated and financed by private companies, are run by publicly employed physician-investigators. The physician-investigators set up research accounts, engage research staff, and enter into contracts with pharmaceutical companies to obtain a profit that they subsequently invest in their own research activities. In this sense, industry-led research forms part of what the physician-investigators coined their research ‘business’. The influx of private research funds depends on the availability of human and material resources at the public hospitals. A flexible work organization allows contract research to be part of the daily work at hospitals. For instance, research nurses sometimes work part-time in research units and part-time in hospital wards; secretaries may assist with research-related tasks; and consultant doctors are often able to integrate investigator responsibilities into their daily work flow. One physician-investigator explained, ‘Like most executives, you don’t have fixed working hours. […] I’ve got a job description stating that I’m expected to take care of this and that. How I organize it is basically up to me to work out’. Material resources also matter. When guiding me around the research clinics, research nurses often took care to point out the physical facilities they needed to run the trials. For instance, an experienced research nurse explained how she had convinced the hospital administration to install an air conditioner in the medicine depository to ensure that the medication was kept below 25°C, as required by study protocols. When she started as a research nurse, she had been allocated a desk in the hospital basement, without any storage space for the numerous handwritten data records. She noted proudly that she and another nurse had taken part in building up the research unit that now consisted of one office for every trial they ran, a nurse office, a kitchen, and the medicine depository (field notes, 20 May 2010). When I later interviewed a pharmaceutical company’s head of research, the importance of these resources became clear. Asked how she decided which sites to contract with, she explained, Our greatest challenge is to find out whether [research sites] actually have the resources and the patients to initiate a trial and the resources required for delivering the quality and carry[ing] out all the various procedures demanded by the protocol. (Interview with head of research in a pharmaceutical company, 2011)
Concerned about the company’s ability to meet regulatory requirements for drug safety and effectiveness, this executive emphasized how the influx of private funds through contract research is conditional on available research resources at the public hospitals. Thus, ‘public’ and ‘private’ research resources do not flow in distinct streams; they are premised on each other.
While the collaboration provides pharmaceutical companies with data necessary to obtain marketing approval, it also enables physicians to engage in what they referred to as ‘real research’ or projects they ‘want to do’. Sometimes, physician-investigators negotiate with companies to have their own studies ‘nested’ within industry protocols. In these instances, physicians draw on industry trials to pursue their own research questions. One physician-investigator explained how this took place in a large hypertension trial, I was in the sub-study committee [in the LIFE-study] […] and many of the sub-study protocols that were of high scientific quality were accepted and funded. […] It was possible to shape [the study] to a large extent and this is not always the case. It was quite unique. (Interview with consultant doctor, 2011)
However, most often contract research offers ‘take-it-or-leave-it protocols’ with no room for negotiation, as the investigator noted. In such cases, the attraction of contract research lies in its ability to generate a profit that allows physician-investigators to fund their own research. One resident put it bluntly: ‘If there wasn’t money in it, the industry thing, I’m not sure we would spend our time on it’. Asked how he generated profit, a physician-investigator explained, It’s simply about rationalizing and, at the same time, running so many studies … You see, my honorarium is included in the payment from the company, and I don’t get it. Not at all. Whatsoever. I don’t get a penny. Except for my salary, of course. So, that’s the way you do it. (Interview with consultant doctor, 2010)
It is worth noticing that this investigator repeatedly stressed that he does not profit personally from industry collaboration. This suggests he is aware of the public criticism of physicians’ industry involvement and wishes to guard himself against it. I will return to this point later. Also important is that he describes how surplus funds are channeled into his own investigator-initiated research activities. Typically surplus funds function as ‘start-up’ funds for PhD projects and payments for lab tests, research materials, salaries, or conference travels. Says one investigator, I could tell a student: see, we have some funds. We can fund you two months so you can start writing protocols. […] It is a very typical way to spend these funds. […] They can also be spent on equipment. […] For instance, an ultrasound device you need for your research but cannot afford in the hospital’s operating budget. (Interview with consultant doctor, 2011)
Danish research and innovation policies tend to portray the relationship between ‘academic science’ and ‘industry research’ through a uni-directional logic of production and consumption (Hansen, 2011). ‘Academic science’ constitutes a resource that gains value when it is consumed by industry and translated into marketable products. However, these physicians suggest a reverse dynamic. According to them, industry trials constitute a resource that gains value through its translation into ‘academic science’. Some of the physicians even characterized what they gain from industry as independence. Consider, for instance, this resident’s reflection, ‘It means that we are relatively independent […]. So, in that sense, we do not care about the sponsor. We spend their money’.
This conception stands in stark contrast to the concerns about physicians’ COI we hear in political debates. Following a proposal for parliamentary ‘intervention towards physicians’ conflicts of interest’ (Danish Parliament, 2010), physician–industry collaboration became subject to parliamentary debate throughout the duration of my fieldwork. While the political parties held different views on how to deal with physicians’ presumed COI, they all emphasized that uncertainty about whether healthcare decisions are guided foremost by concerns about patient welfare is politically unacceptable. In its proposal, the left-wing opposition party, The Red-Green Alliance [Enhedslisten], argued that ‘the extensive collaboration between the pharmaceutical industry and physicians’ implies that ‘physicians no longer work solely for the welfare of their patients’ but also ‘to earn money and safeguard their personal ambitions and gain prestige’. In the subsequent debate, the minister of health stated that while the (liberal–conservative) government did not endorse a total separation, ‘conflicts of interest between industry and the healthcare system are unacceptable’. The Minister also announced the appointment of a committee to scrutinize existing regulations, emphasizing that ‘economic interests should not bias medical judgments and decisions’. All the political parties – across ideological lines – supported this initiative. For instance, the spokesperson for The Social Democrats emphasized the need for politicians to ‘ensure that ethics and medical professionalism drive the healthcare system’, and the spokesperson for The Socialist People’s Party observed that the current regulations were insufficient because ‘doubt whether [physicians’ decisions] rested on patient interests, economic interests or both had been warranted’ (Danish Parliament, 2010). Both statements depict economic interests as a driver of physician–industry collaboration, and political intervention is motivated by concern that industry payments may bias physicians’ judgment at the expense of patients’ or ‘public’ interests.
In contrast to this political framing, the physicians I interviewed did not conceive of themselves as ‘bound’ by industry ‘ties’. Rather, they presented autonomy as an outcome of industry collaboration. While these statements may be construed as an attempt to legitimize industry involvement, it is important not to underestimate the information they convey regarding physicians’ perception of the politico-economic conditions for clinical research, such as the organization of research funding systems and institutional pressures towards high research productivity.
In the second part of my analysis, I explore how the establishment of industry ‘ties’ can serve as a way for physicians to navigate the constraints of research infrastructures. I first point out how contract research can provide an opportunity for physician-researchers to pursue research questions that fit neither company R&D ‘strategies’ nor the increasingly ‘strategic’ framework of Denmark’s public research funding system. I then show how contract research has come to form part of an exchange system that ties the medical collective together.
Industry ‘ties’ and academic freedom
Politico-economic conditions for clinical hypertension research
Since the 1980s, the public Danish research funding system has developed along three lines. First, it has shifted from budgetary funding of research institutions towards greater competition for external project funding. Second, there has been a move from ‘free’ towards more ‘strategic’ research, in that more funds have been earmarked for research into politically defined problems and the promotion of industrial aims. Third, funds have been reallocated from multiple, smaller research grants towards fewer and larger grants (Aagaard and Ravn, 2012: 164−165, 173−185). Although the total public research budget has grown during this period – constituting 3.09 percent of the Danish BNP in 2009 (Danish Ministry of Science, Innovation and Higher Education, 2012: 1) – these changes have introduced greater competition among researchers for public funding. These reforms are coupled with institutional pressures towards high research productivity. Measures such as the number of peer-reviewed publications, doctoral degrees, and patent applications have become benchmarks that guide Danish national research regulation, and these measures of research ‘productivity’ are translated into regulatory instruments such as university ‘development contracts’ and hospital audit systems. 4 Over the past 30 years, the admission of PhD students to Danish universities has grown rapidly, from fewer than 500 a year to 2600 in 2010 (Mejlgaard et al., 2012: 272−274). Compared with Brazil, Russia, India and China (BRIC) and other Organisation for Economic Co-operation and Development (OECD) countries, Denmark ranked 10th in the number of doctoral degrees and 4th in scientific publications per capita in 2011 (Danish Ministry of Science, Innovation and Higher Education, 2012: 68, 46–47). These results were driven mainly by the technical, health, and life sciences. In highly competitive medical fields, such as cardiovascular medicine, institutional pressures towards high research productivity are further fuelled by job competition. In the capital area of Denmark, specialist cardiologists often list more than 100 publications on their curriculum vitae and research experience is typically required for junior physicians to advance in the medical system. As a physician-investigator expressed it, research experience ‘divides the waters’.
Together, these developments create institutional pressures towards private funding sources. This was voiced clearly by a physician manager in the department of clinical medicine in one of Denmark’s largest universities. At a public meeting about physician–industry collaboration, the physician manager noted that 70 percent of the department’s research activities were funded by private institutions, and concluded that ‘medical science cannot exist without external partners – at least not at its current intensity’ (field notes, 28 February 2012). Likewise, a leading Danish cardiologist noted in an interview that ‘so far, I have not been able to maintain the pace of my research activities without industry involvement’. Although health research receives the largest share (30.1% in 2010) of Denmark’s public research investment, private investment drives many research activities in this field. In 2010, 5.2 billion Danish kroner (~ US$960.9m) were allocated to health research (Danish Ministry of Science, Innovation and Higher Education, 2012: 57–58). In comparison, the pharmaceutical industry in Denmark invested more than 7.1 billion Danish kroner (~ US$1.3b) in R&D activities in 2010 (p. 61). Searching the Danish Research Ethics Committees’ trial register, I found that 36 percent of the hypertension studies were registered as industry-funded, and the share rose to 78 percent when only studies involving anti-hypertension treatments were included.
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Indeed, in fields like hypertension, where a considerable number of large-scale, industry-sponsored trials have been undertaken over the past 50 years (Beevers and McInnes, 2011; Psaty et al., 2006), contract research can be an easily accessible funding source. As one physician-investigator noted, ‘Some fields sort of lend themselves to large industry-initiated projects; hypertension is one example’. She continued, For many years, very large projects with thousands of patients have been undertaken in this field. Because hypertension typically concerns several patients in a ward, you’d usually be able to say: Well, I can contribute 25 patients to this project. So, it amounts to a sizable sum, especially if it’s a project running for a long period. (Interview with consultant doctor, 2011)
Thus, physician-investigators express both dependency on industry collaboration and perceive collaboration as a means to obtain academic freedom. This dual conception becomes meaningful when viewed within the context of the research infrastructure that physicians must navigate. By establishing industry ‘ties’, physician-investigators become ‘free’ to pursue research questions that fit neither company R&D ‘strategies’ nor the increasingly ‘strategic’ framework of the public Danish research funding bodies.
Contract research and intergenerational reciprocity
‘Just as you are expected to take care of clinical tasks’, a consultant doctor noted, ‘you are also expected to contribute to developing your profession and your research field’. Reaching senior levels involves not only assuming clinical and managerial responsibilities for hospital-based physicians; they are also expected to partake in developing their professional field by raising funds to recruit and supervise doctoral students. A staff doctor pondered, At some point in time I must also get up something like that. […] It is part of being here. You must do research. […] You also have PhD students […] But it can be difficult to raise money, so [contract research] can be one way of doing it. (Interview with staff doctor, 2009)
In this way, the staff doctor indicated that engagement in contract research is one way for her to meet expectations among her colleagues of responsible research leadership. By setting up a research ‘business’, she can generate funds to recruit junior physician-researchers to the field. The junior physician-researchers, in turn, are expected to assist with practical tasks in industry trials to ‘pay back’ senior physicians and generate new funds for future ‘generations’. Said one resident, You earn your salary in the first couple of months [of your doctoral research] by working with industry-sponsored trials. At the same time, you apply for grants. When they come – if they come – many continue to do the trials, partly as a way of ‘paying back’ and partly as a way to create a foundation for the next generation. (Interview with resident, 2011)
These expectations are typically made clear to new members of research groups. The same resident described how he would instruct new doctoral students: ‘We help each other to recruit and take care of patients in these trials, so that we can get funds to pay for the group’s activities’. Put this way, contract research becomes something physicians ought to do because it signals gratitude to prior generations and commitment to future ones. Within these reciprocal relationships, industry collaboration turns into a moral obligation that ties the medical collective together.
Although industry collaboration is inscribed in norms of intergenerational reciprocity and physicians depict industry involvement as a way to obtain academic freedom, contract research is not without tension. Both physician-investigators and industry executives expressed concerns about their collaboration – but not the ones heard in the public debate. In the third part of the analysis, I outline three situations where tension arose: (1) when dependency on collaboration leads physicians to expend resources on industry studies they considered a ‘waste of time’; (2) when industry executives worried that poor research quality may result from what they considered a downgrading of industry trials by health professionals; and (3) when economic self-interest was depicted in public debate as the main driver – and the main danger – of physician–industry collaborations.
Tensions in physician–industry collaborations
Wasting time on trivial research
When the physicians contrasted contract research with ‘real research’ and projects they ‘wanted to do’, they implicitly suggested that contract research does not count as ‘real’ research: it is something they need to do rather than something they want to do. With these demarcations, they engaged in what Gieryn (1983) has termed ‘boundary work’. One junior physician likened industry research to following a ‘recipe’. He was employed as a research fellow and estimated that he spent about 80 percent of his time on contract research. In this way, he indicated that most of his time is spent on ‘cookbook’ research drained of originality and creativity. Noting that contract research ‘isn’t bad research […] it just doesn’t add anything’, a consultant doctor seemed to suggest that while ‘cookbook’ research may be excellent in terms of methodological rigor, undertaking a lot of industry trials does not, once one knows the ‘recipe’, make for a good scientist. Confirming this viewpoint, a resident noted that he would account for his experience with contract research ‘somewhere in the corner of my CV’ because ‘nobody will nod appreciatively’. Thus, contract research does not yield academic capital. Importantly, however, physicians’ disquietude was not only related to concerns about their academic career. They also expressed concern about trial designs and research innovation. Note, for instance, how this physician-investigator questioned the scientific value of some types of trials: From a strictly scientific viewpoint, it’s completely unimportant, you could say. […] But often it’s difficult to tell them: we cannot be bothered, because you might collaborate with them about something else. They are terrible, these non-inferiority studies, absolutely terrible … Showing that something is not inferior to what we’ve already got; it seems utterly grotesque to spend time on it. […] But, for the company, it’s not a waste of money, and they pay all our expenses […]. But it is a waste of time. (Interview with consultant doctor, 2011)
This physician held a mainly clinical position with 5 percent of his time formally allocated to research activities. He estimated that 20 percent of his research time was spent on industry trials.
The term ‘non-inferiority studies’ refers to trials designed to test whether a treatment is not less effective than an active control by more than a specified margin (Snapinn, 2000). Demonstration of non-inferiority is usually adequate to obtain marketing approval for new treatments in the United States and the EU. However, noninferiority designs are also disputed among medical scholars, partly because the interpretation of results is more uncertain than in trials designed to demonstrate superiority (Snapinn, 2000)
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and partly because the treatments are seen as non-innovative, yet still are granted patent protection (Angell, 2005: 75−76). When the physician-investigator described non-inferiority studies as a ‘waste of time’, it may therefore reflect skepticism about either or both the scientific quality of the studies and the clinical value of the drugs under trial. Hence, he seemed to suggest that research resources could be better spent. These resources include not just his time, but also the funds invested by companies to run the trials and by public authorities to subsidize the medications and, one could add, the time, goodwill, and bodily risks for research participants. Still, the investigator felt that he had to contribute to these studies to maintain a good relationship with industry partners. In that sense, he expressed a need to balance concerns about academic excellence, clinical relevance, and maintenance of good relationships with corporate partners, reminiscent of what Will (2010) illustrates in her study of the handling of COI in scientific journals. In a similar vein, another physician-investigator, who estimated that 75 percent of his research time was spent on contract research, noted that he must accept studies of limited scientific relevance in order to keep his research ‘business’ running: Sometimes – to make ends meet – we have to compromise a bit; when it’s not really interesting from my point of view. But that’s the way it is. When the funds start to dwindle [from the research account], I have to accept something that might not be so interesting from a scientific perspective. (Interview with consultant doctor, 2010)
As an example of ‘not really interesting’ studies, he mentioned phase IV studies, that is, studies conducted post-marketing. He characterized these as ‘absolutely unblinded and, in principle, totally uninteresting, marketing-oriented studies or surveys’. ‘Just a money-machine’, he concluded. As one industry executive explained, ‘one of the aims [of phase IV studies] is to make the treatment known among as many as possible. Another is to obtain safety data in a broadly defined population’. These studies constituted 17.5 percent of all industry-initiated studies in Denmark in 2010 (Danish Association of the Pharmaceutical Industry and The Danish Biotech Association, 2011: 9−15). As indicated by the executive, clinical phase IV studies allow pharmaceutical companies to comply with regulatory safety surveillance requirements and familiarize physicians and patients with their products. Among medical scholars, however, the adequacy of clinical phase IV study designs to determine the prevalence of adverse effects is disputed. 7 In this light, the investigator’s characterization of phase IV studies as ‘just a money-machine’ can reflect an understanding that these studies primarily serve marketing goals. Finding himself vested between scientific ideals and the need to sustain industry collaborations, this physician reacted by criticizing pharmaceutical companies for dismissing scientific and clinical concerns in their search for profit. While clearly economic considerations do shape physician–industry collaborations, the relationships are more complex than anticipated by the policies addressing COI among physicians.
Immediately after the physician had voiced his critique, he added, ‘Don’t write this!’ A moment later he changed his mind and reassured me that ‘you can write exactly what you want’, but this attempt at censorship is telling. It signals that although industry collaboration gives rise to concerns for the involved physicians, it can be difficult for them to express those concerns. These dynamics were also mirrored in my interviews with industry executives.
Downgrading of industry research
Although industry representatives usually depicted their collaboration with physician-investigators as well functioning, they also expressed concern about what they found to be a downgrading of industry trials by health professionals at public hospitals. For instance, one executive noted, ‘The investigators are not always so interested in phase IV [studies]. […] They like to do something that is more scientifically interesting’. Another expressed concern that – despite payments – the clinicians were not fully ‘dedicated’ to industry research. Note how these statements turn the political idea about COI around: in the industry executives’ view, physicians have conflicted interests because they do not fully serve industry goals even if they are paid. When I asked the industry executives which challenges they encountered when running clinical trials, a head of research uttered, ‘Well, the challenge can be to make sites use the resources that are actually required’. She continued, ‘You know, they have accepted [to run] the trial, [said] that they have the patients, but then they might also run five other trials, and to make them then prioritize ours is a true challenge’. Elaborating on how the lack of ‘dedication’ affected research processes, the executive gave examples of clinicians who did not turn up for training sessions and meetings or failed to recruit patients in due time. While the executive referred to such occurrences as ‘practical challenges’ in the undertaking of clinical trials, they can also have negative implications for data quality and add to trial costs through extra monitoring. In this way, industry representatives suggested that physicians’ attempts to ‘rationalize’ their research ‘business’ by running several trials at a time might hold negative implications for research production. But again, this critique could not be voiced too loudly. One company executive directly restricted my use of her quotes due to concern about future collaborations with physician-investigators. Another accepted the use of the above quotations only when I carefully explained the argument.
When physician-investigators and company executives attribute their concerns to economic interests held by the other party, they mirror the arguments about COI raised by politicians in the public debate. However, when faced with public criticism of economic self-interest as the main driver – and the main danger – of physician–industry collaboration, they reacted with resistance. As I now return to the public debate on physicians’ industry involvement, I seek to understand the generative potential of the attribution of interests.
Dealing with tension stemming from the imputation of motive
I first return to the investigator who, in the midst of an explanation of a financial transaction, emphasized that he did not benefit personally from contract research. Later, when I e-mailed the investigator to request approval for my use of his quotes, he responded with a single line: ‘I would like it to be clear that I personally do not get a penny; all the funds are paid into a research account’. Other investigators echoed his refrain: ‘[Surplus funds] are always channeled into research; they are never channeled into individual payment’. This inclination to stress that they did not profit personally from industry collaboration indicates that investigators are aware of the public critique of physicians’ COI and seek to protect themselves against allegations. When they are not paid, they cannot be ‘bought’, they seemed to suggest. Significantly, these responses were provoked by what I intended to be technical questions about financial flows. Sometimes I even found it necessary to reassure investigators that I did not question their motives when they started defending their practice against a critique I did not raise:
There’s no collaboration that isn’t approved by top officials.
Well, I didn’t suspect that.
No, but this is actually quite important because it can always be put in an odious light.
By emphasizing that industry collaboration can always ‘be put in an odious light’, this investigator also expressed a need to defend her practice against allegations in what she later depicted as a public debate characterized by ‘suspiciousness’ and ‘scandal’ – this time by underlining that collaborations were ‘approved by top officials’. Similarly, a research nurse claimed that ‘the public and journalists don’t have a clue what they talk about when they claim that physicians are in the pocket of pharmaceutical companies […] Actually, I think they [physician-investigators] are like some hunted animal’. To understand why it was important for the physician-investigators to stress that they did not gain personally, we should not dismiss their statements as sheer self-serving strategy, but seek to understand what they have at stake.
In the medical oath that marks their entry into the medical profession, Danish physicians promise that they will ‘use [their] knowledge with diligence and solicitude to serve society and their fellow human beings’. In the Geneva Convention the pledge reads, ‘The health of my patient will be my first consideration’. 8 When physicians are publicly criticized for compromising patient welfare because they serve their own economic interests, their professional ethics is called into question. Such criticism was taken to the extreme when the main public service television station in Denmark, Danmarks Radio (DR), broadcasted a documentary entitled ‘When the doctor knows best’. 9 While the research nurse used the notion of ‘hunted animal’ as a metaphor, the documentary showed journalists literally chasing a physician around the Danish University Hospital in an almost tragi-comic attempt to make him answer their questions about an industry-sponsored research grant he had received. In June 2011, the High Court convicted the show’s two journalists for defamation of character. The High Court stated that the journalists’ allegations of ‘malpractice resulting in unnecessary deaths and shortened lifespan and motivated by promotion of [the physician’s] professional prestige and private economy’ were incorrect (Eastern High Court, 2011). By drawing attention to this example, I do not wish to suggest that public critique is unwarranted. Indeed, it is well documented that pharmaceutical companies and physicians sometimes circumvent regulations. 10 My aim, however, is to understand what may happen when critiques impute motives to those engaged in physician–industry collaboration. What is the generative potential of this form of critique?
Blame games
Presenting himself as ‘one of the criminals’, the president of the Organization of Danish Medical Societies (De Lægevidenskabelige Selskaber, LVS) began his talk at a public meeting about physicians’ industry involvement this way: ‘I am proud of collaborating with the pharmaceutical industry’, he said. ‘[…] Politicians urge me very loudly to collaborate with private companies but when it comes to payment, the arguments turn circular’ (field notes, 28 February 2012). The meeting was organized by the medical news bulletin, Dagens Medicin, as a response to what the organizers portrayed as a ‘discrediting’ of physician–industry collaborations in the public eye. Underlining this view, the meeting carried the title ‘Shame on you’ (Fy fy fy). While this title invited resistance – such as the president’s repudiation of disgrace through his defiant statement of pride – I would like to draw attention to the way he turned the critique around and pointed it towards politicians. In a similar vein, a physician-investigator reacted by dismissing the political administration as sanctimonious: It is political correctness. […] They know that the current economic priorities don’t allow for investigator-initiated research without industry funding. […] Just like conference invitations and things like that. It is not politically correct – but they also realize that we have a right to supplementary education. They say a lot of things, but they mean something else. That’s deceitfulness. […]. I have accepted it, and I think it serves a purpose. I sleep well at night. (Interview with consultant doctor, 2010)
This physician also defended his industry involvement by pointing out the tension between conflicting political ambitions. He turned the critique towards the political administration by interpreting the tension as politics of a double standard. In his view, it is not he who is morally flawed, but the politicians. Interestingly, the physician posed a moral critique. Seeing physicians’ concern for patient welfare cast into doubt by politicians and others in the public debate, physicians react by questioning the moral character of politicians. In this way, public debates are easily led into moralistic ‘blame games’ (Hood, 2002) that focus public debates on morality while leaving unaddressed the political priorities and the research infrastructures that contribute to creating the feared COI.
Mirroring tendencies in other countries (Rodwin, 2011: 55−56, 154, 158), disclosure of more information about physicians’ relationships with pharmaceutical companies often serves as a regulatory ‘solution’ to the ‘problem’ of physician–industry collaboration (Danish Ministry of Health, 2013a: 19−20). While transparency is desirable, more information about physicians’ COI is unlikely to stem debate arising from imputation of motives if the political priorities that foster COI are not simultaneously addressed. Focusing mainly on increased transparency aimed at revealing moral breaches, the policies supposed to deal with problems in physician–industry collaborations do little to advance what physicians perceive as clinically relevant research, and the policies provide little assistance when physicians need to make concrete compromises to acquire funding for their own research. Moreover, when disclosure serves as a political solution, it is ultimately left to the patients – who are in the weakest position to alter research infrastructures – to deal with physicians’ COI.
Critique of physician–industry collaboration has contributed to generating more openness about certain aspects of these collaborations, signified, for instance, by the central Danish register of physicians who receive income from pharmaceutical companies and similar initiatives in other countries such as France and the United States. However, when debates turn into moralistic ‘blame games’, this may led to the withholding of information, as I discuss in the following.
Unknowns
Returning to the ‘Shame on you’ meeting, an industry executive reflected on pharmaceutical companies’ role in the public debate about physicians’ COI. He referred to the ‘chase’ of the physician-investigator in the DR documentary mentioned above: ‘the fleeing doctor is in no one’s interest’. As the executive continued, he suggested that scenes like the one from the documentary might result because of silence from those involved in physician–industry collaboration. Noting that pharmaceutical companies often abstain from participating in public debates about physicians’ COI, the executive pondered, ‘We will not answer because we are already ruled out as bad guys. […] But when we don’t answer, things get all messed up – because no one else answers’ (field notes, 28 February 2012). When offered a role as ‘bad guys’, pharmaceutical companies may react with silence instead of voicing their concerns. It is a Catch 22, however, because silence may fuel suspicion rather than inform the debate.
In an attempt to follow-up on physicians’ claims about the necessity to obtain industry funding to attend scientific conferences, I sought to compare public budgets for physicians’ supplementary training with industry investments in educational activities for physicians. However, when I requested aggregated data about company investments from the Danish Pharmaceutical Industry Association, the most up-to-date report I could access dated from 1996. Confronting the association’s vice-director about the lack of current data that could inform the debate, he explained that the organization had stopped collecting the data because they worried that the information would be ‘misused’ in media debates. ‘We tolerate it, but we don’t wish to contribute [to this form of debate]’, the vice-director made clear. Following the ‘Shame on you’ meeting, I wrote a letter to the editor in a Danish newspaper. In it, I pointed out how the prevailing focus on COI can displace public discussion about the structure of research funding systems and industrial policies that encourage physician–industry collaboration, and lead to the withholding of important information (Wadmann, 2012). In response to my letter, a physician wrote back to thank me, stating that ‘physicians rarely care or dare to take up the pen or get involved with the struggle!’ While some physicians react by redirecting blame, the easy option is to remain silent. This disinclination to ‘answer’ and ‘get involved with the struggle’ suggests that withholding of information or ‘strategic ignorance’, as Linsey McGoey (2012) calls it, may serve as a way for pharmaceutical companies and physician-investigators to deal with public critique born by imputation of motive. Ironically, in the pursuit of increased transparency, the public criticism of physicians’ COI may serve to silence voices and generate new ‘unknowns’ that leave the public even more ignorant about some aspects of physician–industry collaboration.
Conclusion
I have explored how physicians engaged in research collaboration with pharmaceutical companies navigate a political landscape where hopes for new medical possibilities legitimize the search for profit, yet expose these collaborations to moral critique. While the political rhetoric is full of grand hopes and lingering fears, it appears that, in practice, physician–industry collaborations already constitute a shared everyday affair that shapes medical research – but in ways other than those anticipated in the political debate. In the political debate, hope is invested in public–private research as a means of innovation and economic growth, but one with a risk that industry payment will skew physicians’ decisions in a way that disregards or downplays patients’ and ‘public’ interests. Thus, physicians’ alleged COI are seen as the problem of physician-industry collaboration. By contrast, the physicians involved locate the problems elsewhere. They view the danger of industry collaborations as time wasted on trivial research that, nevertheless, nourishes the hope that working with industry will grant them freedom to pursue the research they want to do.
Whereas the literature on physicians’ COI draws attention to influences of economic relationships on medical research production (see, e.g., Psaty and Rennie, 2006; Robertson et al., 2012), this article underlines that the identification of economic interests does not adequately explain why and how physicians and pharmaceutical companies enter into economic relationships. For physician-investigators, industry collaboration can serve as an attempt to navigate the constraints of existing research infrastructures. This, however, creates new obligations that shape research production in ways that may run counter to the goals of innovation policies and which are not addressed by COI policies. When the ‘problem’ of physician–industry collaboration is defined as one of COI, it directs attention to financial relationships per se and attributes (too much) explanatory power to economic interests as the main driver – and the main danger – of physician–industry collaboration. This can direct public debate about physician–industry collaboration away from questions about the political priorities that foster the feared COI, let alone the implications for the resulting knowledge production. While innovation policies tend to assume that contract research is per se valuable, this analysis points to a need for more nuanced consideration of the overlap between clinical, scientific, and economic value generated in various forms of public–private research collaboration. The involved physician-investigators already engage in such complex negotiations; however, often tacitly. Scholarly and public debates about physician–industry collaboration could fruitfully begin exploring these issues further. In conclusion, to understand the conditions of possibility for medical research in an intertwined public–private research environment, appreciation of the ways economic and moral valuations come together in this policy field is necessary.
Footnotes
Acknowledgements
The author would like to thank the informants, who generously shared their time and insights. Moreover, this manuscript has benefitted substantially from thoughtful comments and suggestions from the editor of Social Studies of Science, three anonymous reviewers, and many colleagues. Especially, I wish to thank Claes-Fredrik Helgesson, Hans Okkels Birk, Jennifer Mokos, Jill Fisher, Klaus Hoeyer, Kaare Aagaard, Lene Koch, and Lia Evi Bang for careful readings and helpful comments on earlier versions, and Hans Okkels Birk for assistance with database searches.
Declaration of conflicting interests
None to declare.
Funding
This work was supported by a PhD grant from the Nordea Foundation and the Faculty of Health and Medical Sciences, University of Copenhagen.
