The most recent St. Cross Ethics Seminar took place on February 28th, 2013. Kyle Edwards, who is currently a DPhil Candidate at Oxford, led it. Her informative and compelling presentation was entitled “Methods of Legitimation: How Ethics Committees Decide Which Reasons Count.”
(A podcast of the seminar is located here: http://media.philosophy.ox.ac.uk/uehiro/HT13STX_KE.mp3)
Whatever your view of abortion, there are too many abortions, and too many of them are too late. Even abortion’s fiercest advocates don’t pretend that it’s a Good Thing – just the lesser of two evils.
In 2010 there were 189,574 abortions in England and Wales – an 8% increase in a decade. The tightly policed regime envisaged in 1967, when the Act became law, hasn’t existed for ages, if indeed it ever did. There is abortion on demand, whatever the statute book says.
1967 was a long time ago. There have been many medical advances and societal changes since then. It’s time to take stock of the Act.
That’s what a recently announced cross-party commission, to be chaired by Fiona Bruce MP, will do.
It will focus, rightly, on two issues: medical advances and attitudes to discrimination. Continue reading
Reproductive technologies such as in-vitro fertilization (IVF) and preimplantation genetic diagnosis (PGD) mean it is currently possible for parents to create a range of embryos and make decisions about which to implant on the basis of their genetic makeup. One interesting possibility is that we will soon be able to use such technologies to influence the intelligence of our future children. It is known that intelligence has at least a moderately important genetic component. Identical twins are significantly more similar in intelligence than dizygotic twins, who are in turn significantly more similar than adopted siblings raised together. In fact, a range of studies indicate that the heritability of intelligence is approximately 0.7, which is only slightly lower than the heritability of height. This means that 70% of the variation we observe in intelligence is due to genetic factors. Once we can identify the genes which explain this variation it will be relatively simple to test embryos for them, meaning it will be technically possible for parents to select embryos on the basis of their likely intelligence.
However scientists are finding it surprisingly difficult to locate the specific genes which affect intelligence. Continue reading
Earlier this year, scientists published a study that detailed the successful use of an artificial uterus to bring shark embryos to term. Once ‘birthed’ the shark pups showed no detrimental effects as a result of having gone through development in an artificial setting.
Research such as this ignites interest in the possibility of creating artificial wombs for the purpose of human reproduction. After all – artificial hearts, kidneys and lungs are all available and becoming increasingly sophisticated. It is surely only a matter of time before artificial wombs, capable of growing and developing a foetus outside the human body, are technologically feasible.
This raises the question of whether we should promote research aimed at shifting the location of foetal development to outside the human body. As a way of approaching some of the issues surrounding this prospect let’s consider a hypothetical scenario. Continue reading
The agency that regulates fertility treatment and embryo research in the UK, the Human Fertilisation and Embryology Authority (HFEA), has asked for public views on two possible new forms of fertility treatment that promise to prevent the transmission of mitochondrial diseases to children. These diseases can be extremely severe, leading to (among other things) diabetes, deafness, progressive blindness, seizures, dementia, muscular dystrophy, and death.
By Charles Foster
Y chromosomes are on the way out, thinks Aarathi Prasad, a geneticist from Imperial College, London: they’re degenerating. If they go, then so do humans – unless an alternative method of reproduction can be devised. It can, says Prasad. In fact the basic technology is already here, and is bound to get better. In 2004 a mouse was conceived using synthetic sperm made by modifying ova. Technological virgin birth (I’ll call it TVB) might be the salvation of the human race.
This is all very interesting. But Prasad isn’t content merely to describe the science. She seems to think that we ought to drop all our taboos against the idea. ‘By all reasonable estimates, in the near future we will conquer the tyranny of the womb. The question remains if we can also conquer the tyranny of human prejudice….’
It’s not clear from this whether she is advising us to conquer our tyrannous prejudice on simply practical grounds - (because, if we don’t overcome our squeamishness, we won’t develop or embrace the technology, so dooming humanity) or whether she thinks that there is something philosophically wrong with a distaste for TVB. I suspect the latter.
If this suspicion is right, why might she (or anyone else) think that? Continue reading
New York Times writes about “In Choosing a Sperm Donor, a Roll of the Genetic Dice”: recipients of sperm donation have found out the hard way that there is a risk of genetic disease affecting their children. In at least one case a donor with a clean bill of health and who had, according to the laboratory, been tested for genetic conditions. Unfortunately he turned out to be a carrier for cystic fibrosis like the mother, and the child suffered. Other cases of transmission of genetic conditions to multiple children from a single donor have appeared, suggesting a need to do something. Is there an ethical need for ensuring genetic testing in the case of sperm donation – or is the problem that some donors father many children?
By Brian Earp
Love and other drugs, or why parents should chemically enhance their marriages
Valentine’s day has passed, and along with it the usual rush of articles on “the neuroscience of love” – such as this one from Parade magazine. The penner of this particular piece, Judith Newman, sums up the relevant research like this:
It turns out that love truly is a chemical reaction. Researchers using MRIs to look at the brain activity of the smitten have found that an interplay of hormones and neurotransmitters create the state we call love.
My humble reckoning is that there’s more to “the state we call love” than hormones and neurotransmitters, but it’s true that brain chemistry is heavily involved in shaping our experience of amour. In fact, we’re beginning to understand quite a bit about the cerebral circuitry involved in love, lust, and human attachment—so much so that a couple of Oxford philosophers have been inspired to suggest something pretty radical.
They think that it’s time we shifted from merely describing this circuitry, and actually intervened in it directly—by altering our brains pharmacologically, through the use of what they call “love drugs.”
Those who are pro-choice often get frustrated by anti-abortion advocates, who are seen as using underhanded and immoral tactics to decrease numbers of abortions. These include presenting misleading information about abortions at their advice centres.
For example, it is claimed that some abortion counsellors show pictures of late-stage abortions when discussing early-stage abortions, exaggerate the trauma felt by people who have had abortions and assert that foetuses feel pain earlier than scientists believe they do. A large part of the opposition to the amendment proposed by Nadine Dorries , which would have prevented bodies which carry out abortions from counselling women, was that this might mean that more women would be counselled by anti-abortion groups who cannot be trusted to provide accurate information about abortion. I’m going to suggest that it is a mistake to think that anti-abortion advisors are failing morally by providing misleading information about abortions. Indeed, they might be failing morally if they did not do so. Continue reading
By Charles Foster
It was reported this week that 56 year old Eva Ottosson is planning to give her 25 year old daughter, Sara, the uterus in which Sara herself gestated. Sara suffers from Mayer Rokitanksy Kustner Hauser Syndrome: she was born without a uterus.
Predictably the newspapers loved it. And, equally predictably, clever people from the world’s great universities queued up to be eloquently wise about the ethics of the proposal.
But if ethics are concerned with what we should do, there was really nothing worthwhile to be said about Eva Ottosson’s altruism (bar the usual uninteresting caveats about dangerousness and resource allocation), except: ‘Fantastic’. Continue reading