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Final Report (all chapters)

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a fairly limited spectrum of the pool of ethical arguments policy-makers should include in their<br />

decision-making process.<br />

The case of synthetic human growth hormone discussed in chapter 2 provides a first<br />

(negative) illustration of the importance of making a broad pool of ethical arguments available to<br />

decision-makers. In that case, the Endocrinologic and Metabolic Drugs Advisory Committee<br />

decided to approve the use of human growth hormone for non-therapeutic uses based largely on<br />

testimonies offered the pharmaceutical industry and patients. A few dissenting voices were<br />

heard, but listening to critics was a formality rather than an important element of the decisionmaking<br />

process. The narrow scope of the arguments presented to the committee suggested that<br />

this advisory committee would have recommended including idiopathic shortness on the list of<br />

FDA-approved indications for the use of human growth hormone. This is exactly what the<br />

committee recommended.<br />

A case study of patients’ evaluation of somatic gene therapy provides an illustration of the<br />

discrepancy between laypersons’ and professionals’ perspectives on bioethical dilemmas. 26<br />

Among bioethicists and medical professionals, gene therapy is gener<strong>all</strong>y viewed as a benign<br />

biomedical development. Its potential benefits are substantial, while the risks are negligible;<br />

issues of patient selections, informed consent, and confidentiality of personal data do not seem to<br />

pose significant problems. The health care costs of this treatment remain very high and are<br />

clearly regarded as source of concern. This, in a nutshell, is the professional take on gene therapy<br />

trials. 27<br />

Patients with disabilities draw a much more nuanced and problematic picture of this<br />

potential cure. These patients expressed 11 distinct ethical concerns, many of which have not<br />

played a significant role in mainstream bioethical debates. Among them are the relationship<br />

between disability and personal identity and between genetic changes and personal identity.<br />

Several patients found that their disabilities, for better or worse, had become part of their<br />

identities, and that by removing these disabilities, something irreplaceable would be lost. The<br />

possible impact of somatic gene therapy on attitudes toward disabilities was a second concern.<br />

Some disabled individuals thought that society would be impoverished if certain disabilities were<br />

to disappear. This is indeed a recurrent topic, especi<strong>all</strong>y among deaf persons, who often do not<br />

consider themselves disabled but rather members of a distinctive subculture. Many prospective<br />

patients were worried that society would impose what might be c<strong>all</strong>ed eugenic pressure, a worry<br />

that is either ignored or quickly dismissed by professional bioethicists. Some patients also were<br />

concerned about the rationale offered by pharmaceutical companies and the medical<br />

establishment for developing the treatment. 28 These individuals wondered whether gene therapy<br />

26<br />

27<br />

28<br />

Leach Sculley, Rippberger, and Rehmann-Sutter, "Non-Professional Evaluation of Gene Therapy Ethics."<br />

LeRoy Walters and Julie Gage Palmer, The Ethics of Human Gene Therapy (Oxford: Oxford University Press,<br />

1996).<br />

Leach Sculley, Rippberger, and Rehmann-Sutter, "Non-Professional Evaluation of Gene Therapy Ethics,"<br />

p.1417-18.<br />

257

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