Davidson College The Gay Gene Thu Aug 12, 2004 19:29 64.140.158.161 The Gay Gene ... most important paper that reported the ‘gay gene’ was from ... reported in 1993 that, using DNA from homosexual ... and their pedigrees, a gene for homosexuality ... Results 1 - 10 of about 58,900 for GAY DNA GENE The Gay Gene: Assertions, Retractions, and Controversy This web page was produced as an assignment for an undergraduate course at Davidson College. http://www.bio.davidson.edu/courses/genomics/2002/Pierce/gaygene.htm Introduction: Homosexuality and the rights of homosexuals are enormous issues in our society today. A scientific ‘breakthrough’ that proved the genetic predetermination of homosexuality would change society drastically. If science were able to ‘prove’ that sexual orientation was caused at the genetic level, discrimination against homosexuals must necessarily be viewed as unjust. On the other side of the coin, if sexual orientation could be determined in the fetus, in the future parents might elect to insert a heterosexual gene into their child or abort the child altogether. Although this grizzly scenario isn’t probable in the near future, it is not totally out of the realm of possibility – assuming a gene for homosexuality is found. Over the years (from 1991 to the present) the story of the so-called ‘gay gene’ is one indicative of scientific experiments and conclusions molding themselves into media forces that then seem to have a life of their own. This website will attempt to explore this media/science clash chronologically, discussing the rise and fall of the ‘gay gene’ and the strong feelings that surround it. Preliminary Findings: The scientific findings began in 1991 when Simon LeVay, working at the Salk Institute for Biological Studies in San Diego, found subtle differences in the post-mortem brains of heterosexual and homosexual young men. (The majority of homosexual men also happened to have died from AIDS.) The cluster of neurons known as INAH 3 in the hypothalamus were reduced in size in homosexual men, much to the same degree that the same group of neurons is reduced in women. This region of the hypothalamus is also commonly thought of as participating in “the regulation of male-typical sexual behavior” (LeVay, 1991). LeVay, it should be noted, had strong personal reasons to pursue research in this area. A homosexual himself, he lost his partner of 21 years to AIDS. As was reported in a Newsweek cover-story in 1992, he felt that “. . . if I didn’t find anything, I would give up a scientific career altogether” (Gelman et al., 1992). It may also be said that he was not working without the sense of scope of his project: “It’s important to educate society. I think this issue does affect religious and legal attitudes.” Whether this personal interest affected his scientific practice is still left to be determined. The most important paper that reported the ‘gay gene’ was from Hamer et al., a team of geneticists working for the National Cancer Institute (NCI). Dr. Dean Hamer and his colleagues reported in 1993 that, using DNA from homosexual siblings and their pedigrees, a gene for homosexuality seemed to be maternally linked and found on the Xq28 stretch of the X chromosome. He chose 40 pairs of homosexual brothers and found that 33 of them shared a set of five markers on the long arm of the X chromosome. In the July 19, 1993 edition of Science, Hamer reported that the linkage translated to a “99.5% certainty that there is a gene (or genes) in this area of the X chromosome that predisposes a male to become a heterosexual” (Hamer et al., 1993). Despite this statistical data, Hamer did try and put his findings in context and to qualify his statements using words such as “suggest” and “seem to indicate.” He reports that there are “probably several hundred genes in that region” and that most of them aren't identified. Despite his hesitiation, the media would soon project that his findings, of course, proposed that science was well on its way to finding the gene for homosexuality. Hypothetical placement of the "gay gene," on the X chromosome. Picture courtesy NCBI. FULL STORY: http://www.bio.davidson.edu/courses/genomics/2002/Pierce/gaygene.htm ---- DNA GENE FREQ INFO... Welcome To The Website Of Royal Rife. ... This Website Reviews the Work History of Dr. Royal Rife as reported in The MEDIA & MEDICAL Journals FREE TO NETWORK: Chapter 4: Basic Research with DNA Microarrays — Bioinformatics, Thu Aug 12 19:41 Stay calm everyone, there's Prozac in the drinking water — Mark Townsend, Fri Aug 13 02:35
Davidson College The Gay Gene Thu Aug 12, 2004 19:29 64.140.158.161 The Gay Gene ... most important paper that reported the ‘gay gene’ was from ... reported in 1993 that, using DNA from homosexual ... and their pedigrees, a gene for homosexuality ... Results 1 - 10 of about 58,900 for GAY DNA GENE The Gay Gene: Assertions, Retractions, and Controversy This web page was produced as an assignment for an undergraduate course at Davidson College. http://www.bio.davidson.edu/courses/genomics/2002/Pierce/gaygene.htm Introduction: Homosexuality and the rights of homosexuals are enormous issues in our society today. A scientific ‘breakthrough’ that proved the genetic predetermination of homosexuality would change society drastically. If science were able to ‘prove’ that sexual orientation was caused at the genetic level, discrimination against homosexuals must necessarily be viewed as unjust. On the other side of the coin, if sexual orientation could be determined in the fetus, in the future parents might elect to insert a heterosexual gene into their child or abort the child altogether. Although this grizzly scenario isn’t probable in the near future, it is not totally out of the realm of possibility – assuming a gene for homosexuality is found. Over the years (from 1991 to the present) the story of the so-called ‘gay gene’ is one indicative of scientific experiments and conclusions molding themselves into media forces that then seem to have a life of their own. This website will attempt to explore this media/science clash chronologically, discussing the rise and fall of the ‘gay gene’ and the strong feelings that surround it. Preliminary Findings: The scientific findings began in 1991 when Simon LeVay, working at the Salk Institute for Biological Studies in San Diego, found subtle differences in the post-mortem brains of heterosexual and homosexual young men. (The majority of homosexual men also happened to have died from AIDS.) The cluster of neurons known as INAH 3 in the hypothalamus were reduced in size in homosexual men, much to the same degree that the same group of neurons is reduced in women. This region of the hypothalamus is also commonly thought of as participating in “the regulation of male-typical sexual behavior” (LeVay, 1991). LeVay, it should be noted, had strong personal reasons to pursue research in this area. A homosexual himself, he lost his partner of 21 years to AIDS. As was reported in a Newsweek cover-story in 1992, he felt that “. . . if I didn’t find anything, I would give up a scientific career altogether” (Gelman et al., 1992). It may also be said that he was not working without the sense of scope of his project: “It’s important to educate society. I think this issue does affect religious and legal attitudes.” Whether this personal interest affected his scientific practice is still left to be determined. The most important paper that reported the ‘gay gene’ was from Hamer et al., a team of geneticists working for the National Cancer Institute (NCI). Dr. Dean Hamer and his colleagues reported in 1993 that, using DNA from homosexual siblings and their pedigrees, a gene for homosexuality seemed to be maternally linked and found on the Xq28 stretch of the X chromosome. He chose 40 pairs of homosexual brothers and found that 33 of them shared a set of five markers on the long arm of the X chromosome. In the July 19, 1993 edition of Science, Hamer reported that the linkage translated to a “99.5% certainty that there is a gene (or genes) in this area of the X chromosome that predisposes a male to become a heterosexual” (Hamer et al., 1993). Despite this statistical data, Hamer did try and put his findings in context and to qualify his statements using words such as “suggest” and “seem to indicate.” He reports that there are “probably several hundred genes in that region” and that most of them aren't identified. Despite his hesitiation, the media would soon project that his findings, of course, proposed that science was well on its way to finding the gene for homosexuality. Hypothetical placement of the "gay gene," on the X chromosome. Picture courtesy NCBI. FULL STORY: http://www.bio.davidson.edu/courses/genomics/2002/Pierce/gaygene.htm ---- DNA GENE FREQ INFO... Welcome To The Website Of Royal Rife. ... This Website Reviews the Work History of Dr. Royal Rife as reported in The MEDIA & MEDICAL Journals FREE TO NETWORK:
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