“We Have to Consider the Quality of Our Children”: IVF, a Nobel Prize, and Cultural Confusion Around Reproductive Ethics

As the one-year anniversary of my book publication approaches in January, I’m devoting Fridays from now until the end of the year to revisiting the book’s major themes. Each Friday, I’ll post an excerpt from No Easy Choice: A Story of Disability, Parenthood, and Suffering in an Age of Advanced Reproduction. This week, I’m featuring a section on a Nobel prize given to a pioneer in developing in vitro fertilization (IVF), and how the media reaction to his prize shines a light on our culture’s confusion about the ethical questions raised by IVF and related technologies.

In 2010, British biologist Robert G. Edwards won the Nobel Prize in medicine for his contribution to the development of in vitro fertilization (IVF) technology more than thirty years earlier. Edwards and his late research partner, Patrick Steptoe, pioneered the process by which the first so-called test-tube baby was born in 1978. Since then an estimated four million babies worldwide have been born as a result of IVF, in which embryos are created from eggs and sperm in a laboratory and then implanted in a woman’s uterus. As of this writing, here in the United States that process leads to the live birth of one or more infants about 30 percent of the time.

Media coverage of Edwards’s prize was noticeably superficial. Major media outlets known for rigorous reporting cited all those healthy babies and happy parents as proof that ethical concerns about reproductive technology are passé. NPR’s Robert Siegel began an interview with bioethicist Jeffrey Kahn by asking, “Have four million births through IVF trumped all the moral and ethical questions that were posed by the procedure?” Other news stories failed to address ethical questions at all, portraying Edwards as a brave pioneer who fought back against uptight alarmists. A New York Times article, for example, states:

Advances in human reproductive technology arouse people’s deepest concerns and often go through a cycle, first of outrage and charges of playing God, then of acceptance. In vitro fertilization proved no exception. “We know that I.V.F. was a great leap because Edwards and Steptoe were immediately attacked by an unlikely trinity—the press, the pope, and prominent Nobel laureates,” said the biochemist Joseph Goldstein in presenting the Lasker Award to Dr. Edwards in 2001. . . . The objections [to IVF] gradually died away—except on the part of the Roman Catholic Church—as it became clear that the babies born by in vitro fertilization were healthy and that their parents were overjoyed to be able to start a family.

When Edwards received his Nobel Prize, I was finishing [No Easy Choice], which is the culmination of a seven-year process of using my family’s story as a springboard for examining the many ethical questions posed by modern reproductive technology. I knew there was much more to the Edwards story than most media outlets reported.

I knew, for example, that the existence of all those happy families does not trump moral inquiry. Parental joy with their healthy IVF-conceived babies, while compelling and understandable, does not negate ethical concerns. I also knew that Roman Catholic leaders, while providing the most consistent and thorough Christian position on reproductive technology, are far from the only ones concerned with the moral questions it raises. Theologians from various religions, as well as bioethicists, journalists, bloggers, and regular folk faced with complex reproductive decisions regularly engage in lively, rigorous discussions about the moral implications of established and emerging technologies. Rather than the ethical questions raised by IVF diminishing as the technique has become commonplace, the number of ethical questions has actually grown as reproductive technologies—not only IVF, but also PGD, prenatal diagnosis, sperm and egg donation, and surrogacy—have become more sophisticated and ubiquitous.

I also knew the deep-seated contentment of being a mother. I knew how it felt to hold a baby in the glow of warming lights minutes after she emerged from my body. I knew the grateful amazement of realizing that the doctors and nurses were going to let me bring this baby home, to keep! I knew the visceral, fundamentally human desire for a child of one’s own, the heartache when that desire goes unfulfilled, and the joy when it is met.

But even knowing what I knew, as I continued to write about ethical concerns in the midst of the media’s uncritical assessment of Edwards’s accomplishments and the compelling portraits of happy families, I felt a little like the overly chatty aunt at a family wedding—the one who keeps reminding everyone that 50 percent of marriages end in divorce, and pointing out all the ways that the new husband and wife are polar opposites.

But I kept on writing because I also knew something else about Robert Edwards, something that appeared in very few of the news stories about his Nobel Prize. In 1999, Edwards did an interview with London’s Sunday Times, in which he said,

“Soon it will be a sin of parents to have a child that carries the heavy burden of genetic disease. We are entering a world where we have to consider the quality of our children.”

Edwards was referring to the use of PGD, which allows embryos created through IVF to be tested for genetic mutations, most commonly for those causing genetic disorders that affect children, such as Tay-Sachs disease, cystic fibrosis, Down syndrome, or my own genetic disorder, OI. In addition, PGD can be used to detect mutations for adult-onset diseases with a genetic component (such as Alzheimer’s, Huntington’s, and breast cancer), and genes for nondisease traits such as eye color, as well as determine whether an embryo is male or female. Clinicians and parents can thus select embryos with or without a particular trait to be implanted into a woman’s uterus.

On the surface, PGD is a straightforward medical technique. It gives families with a history of genetic anomalies, like mine, an opportunity to banish the physical and emotional pain of a disorder from their family forever. But Edwards’s statement about PGD reveals the potential for this technology to be used and misused in ways that could forever alter our perspective on sickness and health, parental choice and responsibility, and what makes a human being valuable. Edwards’s use of the word “sin” raises the terrible possibility that parents will bear ultimate responsibility for their children’s health—and be punished (by having essential medical or educational services withheld from their disabled children, for example) if they choose not to use available technology to ensure genetically healthy offspring. His use of the word “quality” makes clear how reproductive technology tempts us to commodify our children and transform them from gifts to be welcomed as they are, to products manufactured to parental and cultural specifications, literally subjected to quality control.

Will reproductive technologies such as PGD inevitably lead us down a slippery slope to a Brave New World society in which children are produced to meet the criteria set by a consumer society? Not necessarily. In this book I argue that these technologies pose significant moral questions that deserve our attention. I also encourage readers to pay attention to the stories of parents who have used IVF, PGD, and other reproductive technologies. Although egregious abuses of and dangerous attitudes toward such technologies exist, the stories of those who use these technologies are often the stories of loving, thoughtful parents who made the best decisions they could, given their circumstances—parents who love their children as gifts to be accepted as they are, not as engineered products.


About Ellen Painter Dollar

Ellen Painter Dollar is a writer focusing on faith, parenting, family, disability, and ethics. She is the author of No Easy Choice: A Story of Disability, Faith, and Parenthood in an Age of Advanced Reproduction (Westminster John Knox, 2012). Visit her web site at http://ellenpainterdollar.com for more on her writing and speaking, and to sign up for a (very) occasional email newsletter.

  • http://timfall.wordpress.com/ Tim

    “I knew, for example, that the existence of all those happy families does not trump moral inquiry.” Right, Ellen. Neither utilitarianism or hedonism are good excuses for bad moral choices. The morality needs to be scrutinized first.

    • DaveP

      > Neither utilitarianism or hedonism are good excuses for bad moral choices.

      Do you happen to know of some good ones? Not for me, for a friend. ;)

  • DaveP

    When I read your book, the passage you posted today left a vivid impression; the quote from Edwards left a livid impression.

    > “We are entering a world where we have to consider the quality of our children.” – Robert Edwards

    That world was already entered pre-1940 when American academics at Yale and Harvard teamed up with Adolph Hitler to purge the world of genetic undesirables. http://www.yalealumnimagazine.com/issues/2012_05/feature_eugenics.html

    > “Soon it will be a sin of parents to have a child that carries the heavy burden of genetic disease.” – Robert Edwards

    Cats and humans share about 90% of the same DNA, so cats are basically extremely “low quality” humans that carry a really “heavy burden” of genetic disease. And yet, I love my extremely “low quality” humans. And they seem to enjoy having me as a slave. :)

    But agreeing with Robert Edwards and Adolph Hitler (perhaps the world’s most famous vegetarian), PETA says that keeping my extremely “low quality” humans is a sin. http://www.peta.org/about/why-peta/pets.aspx

  • Jeannie

    So, so interesting. Our son is 10 and about 3 yrs ago his dr suggested we have genetic testing done to see if it might yield any information as to his disabilities. We were actually quite surprised when the geneticist told us that yes, our son does have duplicated material on one of his chromosomes. He also told us that (1) this duplication would not have been detected even 5 years earlier given the technology at that time, and (2) it would be very difficult to determine whether the abnormality actually even caused our son’s various disabilities. So in our case, if you can’t detect a problem and, if you do detect it you can’t be sure what it will lead to, it makes the issue of control (quality control or otherwise!) pretty dicey. Thanks for sharing this fascinating excerpt — your book is definitely on my wish list, which just means I’ll buy it and then (Mr. Bean-like) get excited when I see what I got myself!


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