Michael Feinman
Stanford University
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Publication
Featured researches published by Michael Feinman.
Journal of Assisted Reproduction and Genetics | 1996
Michael Feinman; Geoffrey Sher; Harley Earl; Ghanimma Maassarani; John Caldwell
The need for audited success rates for assisted reproductive technologies (ART) may not seem obvious, at first. The medical profession is generally seen as honor-bound and truth-seeking, yet for many reasons, the public doubts the validity of reported success rates. These doubts led to the creation of a self-reporting system sponsored by the Society of Assisted Reproduction (SART) (1). The lack of public confidence also led to the congressional hearings held by Congressman Wyden and, ultimately, the first step toward government regulation: The Fertility Clinic Success Rate and Certification Act in 1992. While these represent steps in the right direction, they still tend to protect the status quo. The current reporting system is not a true audit and continues to foster doubt in the public mind. Government regulation can ultimately lead to restrictions imposed by lawmakers without an understanding of clinical principles. For example, in the United Kingdom, only three embryos can be transferred to a woman, regardless of her age. Beyond honesty and integrity, there is also an economic issue. The United States represents the only industrialized country in which ART proce-
Cambridge Quarterly of Healthcare Ethics | 1995
Geoffrey Sher; Michael Feinman
Physicians have a sacred commitment to dedicate themselves through their art and through science to the improvement of the human condition. They have the solemn responsibility to focus on both the prevention and the cure of disease. The human genome project, a 15-year effort to draw the first detailed map in human DNA, will inevitably lead to the widespread implementation of human-gene therapy for the treatment and prevention of disease. We are on the verge of nothing less than a biomedical revolution, the likes of which have not been encountered before. The human genome project will lead to profound changes in the ability to manipulate genes. It will change the way we are born, how we live, how we die, and how we view ourselves in relation to our destiny. Before us lies a difficult transition.
Human Reproduction | 1994
Geoffrey Sher; Michael Feinman; Christo Zouves; Gordon Kuttner; Ghanima Maassarani; Rifaat Salem; William Matzner; Wendell Ching; Penny Chong
Human Reproduction | 1993
Geoffrey Sher; S. Dodge; Ghanima Maassarani; V. Knutzen; Christo Zouves; Michael Feinman
Fertility and Sterility | 1987
George Bartfai; Michael Feinman; David H. Barad; Steven G. Kaali; Irwin R. Merkatz
Human Reproduction | 2005
Hongbo Wang; Yan Wen; Mary Lake Polan; Michael Feinman; B. Behr
Fertility and Sterility | 2006
Hongbo Wang; Yan Wen; Mary Lake Polan; Michael Feinman; B. Behr
Fertility and Sterility | 2005
B. Behr; A. Le; C. Khoury; B. Boostanfar; Michael Feinman; J. Frederick
Fertility and Sterility | 1989
Paul G. McDonough; David H. Barad; Michael Feinman; Brian L. Cohen
Fertility and Sterility | 2006
A. Le; Michael Feinman; B. Behr