Despite remarkable progress, much remains unknown about the risks and benefits of genetic testing. No effective interventions are yet available to improve the outcome of most inherited diseases; negative test results might not rule out future occurrence of disease, and positive test results do not necessarily mean the disease will inevitably develop. In view of this uncertainty, the Working Group on Ethical, Legal, and Social Implications of Human Genome Research at the National Institutes of Health and Department of Energy created the Task Force on Genetic Testing. Comprising representatives of fifteen major stakeholders in genetic testing and five government agencies involved with testing, the task force was charged with reviewing genetic testing in the United States and making recommendations to ensure the development of safe and effective genetic tests.
In Promoting Safe and Effective Genetic Testing in the United States the members of this task force present the conclusions of their study. They begin by describing general principles involved in genetic testing, including informed consent, testing of children, confidentiality, and discrimination. They describe methods and policies to ensure the safety and effectiveness of new genetic tests, including criteria for developing tests and ways of ensuring compliance with those criteria. They then discuss how to ensure the quality of laboratories that perform genetic tests, including the role of laboratory personnel and methods of monitoring laboratory performance. They show how health care professionals outside the field of genetics can better understand the uses of genetic testing, and offer suggestions for changes in these professionals' education and training. Finally, they offer a look at testing for rare inherited genetic disorders.
Members of the Task Force: Neil A. Holtzman, M.D., M.P.H. • Michael S. Watson, Ph.D., F.A.C.M.G. • Patricia A. Barr • David R. Cox, M.D., M.P.H. • Jessica G. Davis, M.D. • Stephen I. Goodman, M.D., M.Sc. • Wayne W. Grody, M.D., Ph.D. • Arthur L. Levin, M.D. • J. Alexander Lowden, M.D., Ph.D. • Patricia D. Murphy, Ph.D. • Patricia J. Numan, M.D. • Victoria O. Odesina, R.N., Sc.M., M.S. • Nancy Press, Ph.D. • Katherine A. Schneider, M.P.H. • David B. Singer • Steven Gutman, M.D., • Muin J. Khoury, M.D., Ph.D. • David Lanier, M.D. • Linda R. Lebovic • Jane S. Lin-Fu, M.D.
DISCUSSION The LPS that is normally present on the surface of S. typhimurium apparently acts as a partial barrier to the ... of the earlier work on this project , and to J. R. Roth and P. E. Hartman for helpful discussions and strains .
MUSEUMS The following is a list of museums with film programs , compiled from the Official Museum Directory ( Washington , D.C .: American Association of Museums , 1975 ) . Check the " Weekend ” section on Friday in The Washington Post ...
Principles of Medical Genetics
国外优秀教材
基因改造,可以剔走色盲、不育、腫瘤和肌肉萎縮等疾病,是重要發明! 基因改造成功了,可以產生健康又長壽的特種新人類, ...
Explains the science behind modern treatments. Examines the impact on society and discusses the moral issues at stake.
为了解决这个问题,张进团队在“鸡蛋”还没有受精前进行细胞核移植,这种做法从技术上看是领先的,同时从伦理道德上也相对容易被接受。具体操作过程为,医生先移除Shaban的卵子原核,再植入同被去除卵子原核的捐赠者卵子内,然后授精。张进团队以这种方法, ...
This third edition of Human Molecular Genetics continues to provide a clear introduction to this complex and fast moving field. Now updated and revised throughout, the material covered...
Key Benefit: Known for its focus on problem-solving, conceptual understanding, and practical applications, this best-seller is 32 pages shorter than its previous edition. New features of the Seventh Edition...
The genetics revolution that began with the discovery of DNA fifty years ago has transformed the science of biology. It has given us unprecedented power over life itself in the...