AIDS is a debilitating and fatal disease that was first identified as an infectious disease syndrome in the 1970s. The discovery of a nearly universally fatal infectious and rapidly spreading disease in the post–antibiotics era created apprehension in the medical community and alarm in the general population. Questions about how patients should be handled in medical and nonmedical settings resulted in the ostracizing of many AIDS patients and inappropriate patient management. Scientific investigation into modes of disease transmission and control helped (...) to shape the management of AIDS patient care in such a way that ethical and protective practices could be developed. In this article I discuss some of the ethical questions that were addressed by appropriate scientific inquiry. (shrink)

In his 1970s work Chance and Necessity, Jacques Monod provided an explanatory framework not only for the biological evolution of species, but, as has become recently apparent, for the evolutionary development of cancers. That is, contemporary oncological research has demonstrated that cancer is an evolutionary disease that develops according to the same dynamics of chance and necessity at work in all evolutionary phenomena. And just as various challenges are raised for religious thought by the operations of chance and necessity within (...) biological evolution, so this particular theological question is raised by the findings of contemporary cancer science: Where is love, divine and human, within the evolutionary chance and necessity operative in all dimensions of cancer? In this article, we contribute to the dialogue in science and religion by offering the following responses to this question: the thought of Arthur Peacocke to claim that divine love may be understood to be at work in, with, and under our very efforts to make theological meaning of the chance and necessity that inform the evolution of cancers; and Charles Sanders Peirce's evolutionary philosophy to make this claim: that the work of scientific communities of inquiry to understand and to find better ways to cope with the disease of cancer is itself the work of divine love amid the chance and necessity of cancer. (shrink)

Transplantation is becoming an increasingly more common approach to treatment of diseases of organ failure, making organ donation an important means of saving lives. Most world religions find organ donation for the purpose of transplantation to be acceptable, and some even encourage members to donate their organs as a gift of love to others. Recent developments, including artificial organs, transplants from nonhuman species, use of stem cells, and cloning, are impacting the field of transplantation. These new approaches should be discussed (...) with bioethical considerations in mind, particularly the notion of human beings as a unity of body and spirit. (shrink)

Abstract.Arthur Peacocke was one of the most important scholars to contribute to the modern dialogue on science and religion, and for this he is remembered in the science‐religion community. Many people, however, are unaware of his exceptional career as a biochemist prior to his decision to pursue a life working as a clergyman in the Church of England. His contributions to studies of deoxyribonucleic acid (DNA) structure, effects of radiation damage on DNA, and on the interactions of DNA and proteins (...) are among the most important in the field at the time and have had a lasting scientific impact that is still felt today. Peacocke's arguments with Jacques Monod over stochastic (chance) and deterministic (necessity) processes driving evolution became important independently for both the science and the religion communities and appear to have contributed significantly to his decision to become involved in science‐religion dialogue rather than continuing his work exclusively in the field of science. Nevertheless, although Peacocke took on an active church life and ceased his experimental work, he never left science but continued to read the scientific literature and published a scientific review on different approaches in defining DNA structure as recently as 2005. (shrink)