Skip to main content

Thank you for visiting nature.com. You are using a browser version with limited support for CSS. To obtain the best experience, we recommend you use a more up to date browser (or turn off compatibility mode in Internet Explorer). In the meantime, to ensure continued support, we are displaying the site without styles and JavaScript.

A really serious conflict

Not all financial interests in drug discovery are detrimental, and many are essential for its success. But focusing on perceived conflicts of interest may cause true scientific corruption to go unnoticed.

Transforming a laboratory finding into a new medicine involves numerous steps and stakeholders. In a simple case, a researcher discovers and publishes a new target, and an academic or industrial organization decides to commercialize it. After an initial period of development, this organization licenses the target or a lead compound to a pharmaceutical company with a view to take it to the market. The company sponsors clinical trials, the results of which are also published and evaluated by regulatory agencies that ultimately approve the new therapy for its use in humans. The company then promotes its new product to claim the largest possible share of the market. In an ideal scenario, a postmarketing follow-up of the compound gives the regulators further evidence to evaluate the safety and efficacy of the new medicine.

During this long process, money changes hands many times. A university filing for a patent creates a competing financial interest (CFI) for itself and for the researcher who made the discovery. Licensing a target or a lead to a company generates hefty revenue for the institution that owns the intellectual property. A pharmaceutical firm deciding on the best strategy to advance its drug-discovery program solicits the views of top scientists, who are financially rewarded for their advice. The pharmaceutical industry remunerates the clinicians in charge of running clinical trials. And, once the compound is ready for the patient, companies do not hesitate to use perks to turn doctors into strong advocates of the product—essentially extensions of their marketing machinery.

These CFIs can have a pernicious influence on translational research, the most negative effect of which is exposing patients to unsafe drugs. Our awareness of this harmful influence has increased over time, owing to highly publicized cases of dangerous drugs withdrawn from the market and to the advocacy of a series of journals, newspapers and scientists who have turned the fight against CFIs into a true crusade.

As a result of this increased awareness of CFIs, all parties involved have devised a series of measures to deal with them. Some institutions have banned their staff from consulting for or from owning stock. Policymakers have passed laws that prevent doctors from accepting presents from companies and companies from handing out gifts. Journals often ask authors to declare all of their CFIs as a prerequisite for publication of their work and may even ban some scientists from authoring reviews or editorials if they report a financial interest.

One thing that the items in this list have in common is their regard for CFIs as a monolithic scourge; what matters is that we expose all conflicts and show as little tolerance as possible for those who have them, regardless of their nature. But even though a lot has been written about this subject, it is seldom acknowledged that not all CFIs are equally insidious and that some are even necessary for the success of translational research.

Scientists who share their expertise with a company and clinicians who agree to conduct a clinical trial have to be compensated for their work in the same way that every other professional ought to be rewarded for his or her labor. To suggest that they should make their contributions freely is disingenuous, and to argue that they should not get involved at all can only slow the development of new medicines.

Academic institutions and their employees must be free to benefit financially from the fruits of the advances made in their laboratories, either by independently developing them into products or by selling them to the highest bidder. In the US, the Bayh-Dole Act has protected this right for nearly three decades, and CFIs that result from a university's right to enact this policy should not raise eyebrows.

The media have taken to heart their duty to report on cases in which CFIs affect the welfare of the public, and an increasing number of scientific journals rightly alert their readers to the CFIs of the authors of the articles they publish. However, a second issue that is seldom acknowledged is the profound inefficiency of the prevailing caveat emptor approach for ensuring the integrity of translational research—recording the existence of CFIs and letting the readers make whatever they wish of that information.

There is evidence that published trials sponsored by a company with a financial interest in the outcome are more likely to work in favor of the sponsor. However, the fact remains that clinical trials are very expensive, and only the pharmaceutical sector has both the incentive and the deep pockets to pay for them. Furthermore, emphasizing evidence of this type shifts our attention away from a more serious concern: the possibility of scientific fraud.

If there is one reason we need to worry about CFIs, it is because they could lead to misconduct whenever a researcher has a financial incentive to fabricate data. So, if a clinical trial goes ahead on the basis of fraudulent preclinical work or if a drug is approved on the basis of false clinical data, the problem is more profound than can be addressed by the declaration of a CFI. Researchers or clinicians who produce sham data to continue receiving funds from a company must be subject to severe disciplinary actions from their institutions and funding bodies. Companies that conceal negative data from regulators to receive approval for their drug should face not only fines but also penalties as serious as criminal charges. In any case, the focus should move away from CFI declarations and toward exposing and punishing scientific misconduct.

A third issue that is rarely acknowledged is that the stridency with which the CFI crusaders fight financial interests has created a milieu in which pharmaceutical firms have increasingly less breathing space to conduct their business, leading to a further slowing of drug development. As a result, companies have begun to embark on their own crusade to change their image, looking for opportunities to collaborate with policymakers, journals and the public to promote transparency.

Although this initiative is to be welcomed, the irony is that some of the companies' ideas are so bold that the system does not seem to be ready for them. For example, in offering to help academic institutions keep track of the members of their staff who have dealings with the pharmaceutical industry, some companies are willing to publish lists of all the people who receive money from them, along with how much and for what concept. Here, it is the academic institutions that are dragging their feet, not being willing to deal with embarrassing disclosures that might arise or not even being able to manage this information.

There is no point in denying that pharmaceutical companies have a history of devious dealings that have rightfully tarnished their reputation. But if they are now really serious about changing for the better, it would be a shame not to seize the opportunity for an armistice. We could start by abandoning the inquisitorial attitude with which CFIs are judged, trying instead to engage in a true dialogue among all stakeholders. It would also help if we stopped pretending that money is not one of the most powerful motivators to push innovations in healthcare. Let us instead accept that most financial interests do not represent a conflict as a matter of course and that the influence of money is negative only if it leads to scientific fraud—the one infidel we need to burn at the crusader's stake.

Rights and permissions

Reprints and Permissions

About this article

Cite this article

A really serious conflict. Nat Med 15, 463–464 (2009). https://doi.org/10.1038/nm0509-463

Download citation

Further reading

Search

Quick links

Nature Briefing

Sign up for the Nature Briefing newsletter — what matters in science, free to your inbox daily.

Get the most important science stories of the day, free in your inbox. Sign up for Nature Briefing