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Dr. Arul Chinnaiyan stared at a printout of gene sequences from a man with cancer, a subject in one of his studies. There, along with the man’s cancer genes, was something unexpected — genes of the virus that causes AIDS.
It could have been a sign that the man was infected with H.I.V.; the only way to tell was further testing. But Dr. Chinnaiyan, who leads the Center for Translational Pathology at the University of Michigan, was not able to suggest that to the patient, who had donated his cells on the condition that he remain anonymous.
In laboratories around the world, genetic researchers using tools that are ever more sophisticated to peer into the DNA of cells are increasingly finding things they were not looking for, including information that could make a big difference to an anonymous donor.
The question of how, when and whether to return genetic results to study subjects or their families “is one of the thorniest current challenges in clinical research,” said Dr. Francis Collins, the director of the National Institutes of Health...
It could have been a sign that the man was infected with H.I.V.; the only way to tell was further testing. But Dr. Chinnaiyan, who leads the Center for Translational Pathology at the University of Michigan, was not able to suggest that to the patient, who had donated his cells on the condition that he remain anonymous.
In laboratories around the world, genetic researchers using tools that are ever more sophisticated to peer into the DNA of cells are increasingly finding things they were not looking for, including information that could make a big difference to an anonymous donor.
The question of how, when and whether to return genetic results to study subjects or their families “is one of the thorniest current challenges in clinical research,” said Dr. Francis Collins, the director of the National Institutes of Health...
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