Authors of our own misfortune

By Richard Gallagher Authors of Our Own Misfortune Don’t make promises you can’t keep—please. That research is presented to the public in this fashion is scandalous. On the 7th of September this year, readers of the British press were presented with some very encouraging news. “Alzheimer’s gene hope for 100,000 Brits,” said The Sun. “The breakthrough, announced yesterday, was called ‘the bi

By | November 1, 2009

Authors of Our Own Misfortune

Don’t make promises you can’t keep—please.

That research is presented to the public in this fashion is scandalous.

On the 7th of September this year, readers of the British press were presented with some very encouraging news. “Alzheimer’s gene hope for 100,000 Brits,” said The Sun. “The breakthrough, announced yesterday, was called ‘the biggest advance in Alzheimer’s research for 15 years’.” According to the Daily Telegraph, “If [the research team] can prevent the new genes’ effects they could halt 20 percent of cases.” A leading scientist did add the qualifier that “I don’t think that you should expect new treatments to come overnight.”

So we’re what, then, maybe a couple of years from curing Alzheimer’s?

In fact, the discovery of genes weakly associated with a complex disease, while of considerable scientific interest, is so far from being parlayed into practical benefit that it is barely worth mentioning at this stage, let alone stoking hopes among those already suffering from Alzheimer’s disease.

That research is presented to the public in this fashion is scandalous. But it is the norm. This example was not carefully selected to make the point, quite the opposite—when I was preparing a talk over Labor Day weekend, I simply followed the coverage of the research described by the last press release to hit my email inbox.

The epidemic of overpromising on research is the topic of Stuart Blackman’s feature. Who is to blame for science being oversold? Researchers point the finger at reporters, claiming that they oversimplify work and rev up its implications. That’s often true, but it’s only part of the answer. A 2004 study 1 reported that “in some circumstances, the media reporting of science is surprisingly accurate and portrays a message created by the scientific community.”

Here’s one message created by the scientific community, an extract from the press release for the Alzheimer’s story: “The discovery of two new genes associated with Alzheimer’s disease could provide valuable new leads in the race to find treatments and possibly cures for the devastating condition.”

Politicians are also to blame. In the same press release, First Minister for Wales, Rhodri Morgan said: “This major breakthrough in the battle to understand and develop treatments for Alzheimer’s is good news for the 37,000 people in Wales and their carers who are affected by Alzheimer’s or other forms of dementia.”

A lot of science is prepackaged in this breathless way, set up by a cabal of researchers, the PR handlers at their institutes, the journals that publish the research and, sometimes, politicians. By comparison, the pieces filed by journalists are models of restraint.

Unfortunately, many of these experienced and talented reporters are under threat. The science desk is invariably an early victim of budget cuts, and dedicated science pages in US newspapers fell from 95 in 1989 to 34 in 2005, and continue to decline. Even the best of the breed struggle: the winners of the 2008 AAAS Science Journalism Awards in the small and large newspaper categories were both laid off before they could collect their awards. New models for engaging the public in science are urgently required.

In the meantime, scientists must accept some responsibility for the accuracy of coverage. Blackman’s feature ends with a stark warning about the danger of losing public confidence. It hasn’t gotten to that point, yet: Scientists are trusted (unlike journalists) by the public and politicians alike. But their status is not unassailable. Researchers should start being more humble, less triumphalist, in presenting their work (see advice from experts on how to predict responsibly), before suspicion that they are just another special interest group sets in. The consequences of that would be dire.

1. T. Caulfield, “Biotechnology and the popular press: hype and the selling of science,” Trends Biotech., 22 (7), 337–339, July 2004.

Comments

Avatar of: TOM KOCH

TOM KOCH

Posts: 4

November 19, 2009

Richard Gallagher is right to caution against the overblown promises often presented, popularly and professionally, of scientific research. Similarly, StuartBlackman's article on "ill-judged predictions" emboldens Gallagher's cautions.\n\nMany incorrectly blame journalists for the problem. The average reporter with a journalism degree has neither the background nor the interest in carefully assessing strategic potentials of new research. Nor do they have the time, typically, to carefully assess professional's cliams. Reporters are taught to rely for background on the "fact sheets" destributed by companies and universities where the scientists are employed.\n\nThe role of the Fourth Estate is to promote the voices of the three prior estates (The News as Myth, 1990). News writing relies on the attributed quote as its evidentiary base. Those quotes are, typically, from the researchers and their employers.\n\nIn promoting a balanced portrait of research one thus needs not simply better science-educated writers but also institutions who will as a matter of policy tone down their comments and give, in announcing new research, a more balanced view.\n\ntom Koch, PhD\nauthor: \nThe News as Myth (1990).\nJournalism for the Twenty-First Century (Praeger 1991). \nThe Limits of Principle (1994).\n\n

Popular Now

  1. Major German Universities Cancel Elsevier Contracts
  2. Running on Empty
    Features Running on Empty

    Regularly taking breaks from eating—for hours or days—can trigger changes both expected, such as in metabolic dynamics and inflammation, and surprising, as in immune system function and cancer progression.

  3. Most of Human Genome Nonfunctional: Study
  4. Identifying Predatory Publishers
AAAS