Managing incidental findings in human subjects research

June 25, 2008

[B]Article offers first major consensus recommendations for IFs[/B]
An incidental finding (IF) is a finding concerning an individual research participant that has potential health or reproductive importance, is discovered in the course of conducting research, but is beyond the aims of the study. IFs are an increasingly common byproduct of research using powerful technologies that generate "extra" data. Because IFs can potentially save lives but also cause alarm, the decision on whether or not to disclose them to research participants has been a major dilemma. Little guidance currently exists on how to approach this problem. A two-year project supported by the National Human Genome Research Institute at NIH has now published the first major recommendations for how to anticipate and manage IFs in genetic, genomic, and imaging research, suggesting broader application to other research domains. This project, led by Prof. Susan Wolf at the University of Minnesota's Consortium on Law and Values in Health, Environment & the Life Sciences, involved a multidisciplinary group of leading experts from the U.S. and Canada. The project has published a 17-article symposium including the consensus paper, which appears in the Summer '08 issue of the Journal of Law, Medicine & Ethics.

The project members concluded that it is essential to address the possibility of IFs in the consent process. Researchers should set up a process for recognizing IFs and verifying whether there is indeed a suspicious finding of concern. Researchers should take steps to validate an IF and confirm its health or reproductive importance before offering the finding to a research participant. A researcher who lacks the expertise to make this assessment may need to consult a clinical colleague. The consensus paper also addresses the vexing problem of IFs discovered in reanalysis of archived data.

The consensus article distinguishes among three categories of IFs to determine when they should be disclosed. IFs with strong net benefits -- ones revealing a condition likely to be life-threatening or revealing a condition likely to be grave that can be avoided -- should be offered to research participants. An IF that offers possible net benefit -- one that may offer more benefit than burden to the research participant -- may be disclosed in the researcher's discretion. An IF that has unlikely net benefit or whose net benefit cannot be determined should not be offered to the research participant, because disclosure may well present more burden than benefit.

"The problem of IFs is important and deserves broad discussion among researchers, research participants, institutional review boards, funders, and oversight bodies," the authors conclude. "Handling IFs responsibly requires clarity about the difference between research and clinical care, coupled with attention to the ethical duties of researchers when faced unexpectedly with information that could save a life, significantly alter clinical care, or prove important to the research participant."

Source: Wiley-Blackwell


print this article email this article download pdf blog this article bookmark this article     Stumble it Digg this share on Facebook retweet share on Reddit add to delicious
Rate this story - 5 /5 (2 votes)


June 25, 2008 all stories

Comments: 0

5 /5 (2 votes)
  • Stumble this up

  • Digg this

  • share this

  • hide
  • Related Stories




  • hide
  • Relevant PhysicsForums posts

Other News

New tool in the fight against mosquito-borne disease: A microbial 'mosquito net'

Medicine & Health / Diseases

created 23 hours ago | popularity 4.5 / 5 (2) | comments 0

Earlier this year, researchers showed that they could cut the lives of disease-carrying mosquitoes in half by infecting them with a bacterium they took from fruit flies. Now, a new report in the December 24th issue of Cell, ...


Critical protein helps mend damaged DNA

Medicine & Health / Cancer

created 23 hours ago | popularity 4 / 5 (1) | comments 0

In order to preserve our DNA, cells have developed an intricate system for monitoring and repairing DNA damage. Yet precisely how the initial damage signal is converted into a repair response remains unclear. Researchers ...


Machine Translates Thoughts into Speech in Real Time

Machine Translates Thoughts into Speech in Real Time

Medicine & Health / Neuroscience

created Dec 21, 2009 | popularity 4.8 / 5 (56) | comments 15

(PhysOrg.com) -- By implanting an electrode into the brain of a person with locked-in syndrome, scientists have demonstrated how to wirelessly transmit neural signals to a speech synthesizer. The "thought-to-speech" ...


baby walking

Why newborn babies can't walk

Medicine & Health / Neuroscience

created Dec 18, 2009 | popularity 4.2 / 5 (13) | comments 16

(PhysOrg.com) -- The first steps of an infant is a real milestone in the development of all mammals including humans, but little is known about why some animals can walk soon after birth, while others need ...


Scientists discover how the brain encodes memories at a cellular level

Scientists discover how the brain encodes memories at a cellular level

Medicine & Health / Research

created Dec 23, 2009 | popularity 5 / 5 (20) | comments 9

Scientists at UC Santa Barbara have made a major discovery in how the brain encodes memories. The finding, published in the December 24 issue of the journal Neuron, could eventually lead to the development ...