Along with ethical considerations, compelling an individual to donate organs, tissues, or bodily fluids brings several legal doctrines into conflict. The privacy of one's body is generally considered sacrosanct by American courts, which have upheld a competent adult's right to refuse medical procedures, even in cases when they are necessary to save the life of another. Although medical and legal communities stress "respect for the individual" as being paramount under American jurisprudential principles, the doctrine of "substituted judgment" permits a court to act (for example, by consenting to organ donation) on behalf of an incompetent individual or child.
View Article and Find Full Text PDFTo meet its public mandate, the US Food and Drug Administration (FDA) collected studies on the potential health hazards of eating or drinking cloned food products. Based on an earlier National Academy of Sciences study that, on closer analysis, was not nearly as sanguine, the FDA's report found no evidence of a health risk from the public's ingestion of cloned food products. This article analyzes the risks the FDA considered, and concludes that there is a disconnect between the risks the FDA assessed in these studies and the risks that might arise from cloned food products.
View Article and Find Full Text PDFIn the area of genometry-the nascent field of science and technology that proposes to apply enhanced understanding of the human genetic code to reshaping our individual and collective destinies-research and development directed toward improving the function of the human brain has not advanced at the same rate as studies focused on physical enhancement. This article describes developments in the area of cognitive enhancement, including the rise in nonmedical uses of prescription drugs. As those without medical ailments continue to take prescription drugs for their cognitive-enhancing side effects, social policy questions about the fairness of such actions will arise.
View Article and Find Full Text PDFIn the area of genometry-the nascent field of science and technology that proposes to apply enhanced understanding of the human genetic code to reshaping our individual and collective destinies-no topic has generated more interest among the general public, as well as in the athletic community, than the potential for physical enhancement of the human body and its performance. Genometric experiments have produced physically enhanced mice, and the production of similarly enhanced humans may not be far off. Although it is not the objective of most genometric research, the day will come when gene-based "treatments" will enable individuals to build muscle or increase endurance faster than is possible through conventional methods.
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