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Appendix III: About AAAS and ICS

American Association for the Advancement of Science

Founded in 1848, AAAS is the world’s largest federation of scientific and engineering societies with nearly 300 affiliates. In addition, AAAS counts more than 140,000 scientists, engineers, science educators, policy makers and interested citizens among its individual members, making it the largest general science organization in the world. The objectives of AAAS are to further the work of scientists, to facilitate cooperation among them, to foster scientific freedom and responsibility, to improve the effectiveness of science in the promotion of human welfare, to advance education in science, and to increase public understanding and appreciation of the methods of science in human progress.

The AAAS Directorate for Science and Policy Programs is home to the two Programs organizing this project on stem cell research and applications. The Scientific Freedom, Responsibility and Law Program is charged by AAAS with lead responsibility for the Association’s activities related to ethics and law. It has organized a series of studies and public events related to advances in biomedicine, resulting in several publications: The Genome, Ethics and the Law Issues in Genetic Testing (1992); Ethical and Legal Issues in Pedigree Research (1993); The Genetic Frontier: Ethics, Law, and Policy (1994); and Exploring Public Policy Issues in Genetics (1997). In May-June 1996, the Program sponsored a series of four briefings on the social policy implications of the Human Genome Project for Members of Congress and their staffs.

The other program organizing this project is the AAAS Program of Dialogue on Science, Ethics, and Religion. Established in 1995, it has three objectives: (1) to promote knowledge about developments in science and technology within the religious community; (2) to provide opportunities for dialogue between members of the scientific, secular ethics, and religious communities; and (3) to promote collaboration between members of the scientific and religious communities on projects that explore the ethical and religious implications of scientific developments. The Program convened an eighteen-month dialogue on human gene patenting, involving the scientific, biotechnology, religious, and legal communities, resulting in the publication of Perspectives on Gene Patenting: Science, Religion, and Industry in Dialogue.

The two Programs co-sponsored a forum on human cloning in June 1997 and convened a second forum in September 1997 on human germline interventions.

Institute for Civil Society

Inspired by Eastern European movements that overthrew communism by the sheer force of belief in freedom, the Institute for Civil society (ICS) holds that joint action by people in communities is as important as the actions of government and business in upholding democracy.

Established in 1995, and based in Newton, Massachusetts, ICS focused initially on forging relationships with grassroots groups to reduce handgun violence and improve the quality of life in Boston. In 1996, it received an endowment of $35 million that enabled it to expand its reach, and launched a national New Century/New Solutions project to renew civil society and highlight community perspectives in other parts of the country. ICS currently works in four program areas. Democratic Capitalism seeks to bridge the gap between those who have access to the capital that can make things happen, and those who do not. Health and Science Policy contributes to new ways of thinking about complicated issues, such as the relationship between biotechnology and cures for disease. Culture and Creativity identifies ways in which institutions, such as schools, can help to foster innovative thinking. Violence works to change the conditions that make violence possible.

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Go to Genetics Topic Index
Stem Cell Research and Applications: Monitoring the Frontiers of Biomedical Research
Preface
Findings and Recommendations
The Science of Stem Cell Research and Potential Therapies
     Current Status of Human Stem Cell Research
     Sources and Characteristics of Human Stem Cells
        Human Embryonic Stem Cells
        Human Embryonic Germ Cells.
        Human Adult Stem Cells
     The Clinical Potentials for Stem Cell Products
     Some Examples of Treatments for Major Diseases
        Type 1 Diabetes in Children
        Nervous System Diseases
        Primary Immunodeficiency Diseases
        Diseases of Bone and Cartilage
        Cancer
     Uses in Research
        A New Window on Human Developmental Biology
        Models of Human Disease that are Constrained by Current Animal and Cell Culture Models
        Transplantation
        Gene Therapy
Spiritual and Religious Contexts
Ethical Concerns
     The Moral Status of Human Stem Cells
     Moral Issues Surrounding the Sources of Stem Cells
Sources of Stem Cells and Guidelines for Use
Justice Considerations
Funding
Oversight and Accountability
     Private Sector Oversight
     Intellectual Property Considerations
     Public Sector Oversight
Conclusion
Appendix I: Working Group Members
Appendix II: Staff
Appendix III: About AAAS and ICS

Source:

Audrey R. Chapman, Ph.D., Mark S. Frankel, Ph.D., and Michele S. Garfinkel, Ph.D. for the American Association for the Advancement of Science and The Institute for Civil Society

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