Mal Fletcher comments
A group of researchers in the UK have been denied further funding for their stem cell research which involves the creation of human-animal "hybrid" clones. Funding bodies are refusing to underwrite the research, though they have not explicitly outlined the reasons for doing so.
The stem cell researchers believe that certain factions within the decision-making bodies, which include fellow scientists, are refusing support on moral grounds.
It is not the response of researchers that I find baffling here, but that of a mainstream newspaper. At least one British newspaper, The Independent, expresses incredulity, pointing out that refusing funding may cause Britain to lose her place as a world leader in stem cell research. I say, fine, let's lose our place if staying number one means crossing the line between expediency and wisdom.
The attitude expressed by this particular newspaper - an attitude shared no doubt by quite a few in the scientific community - seems to imply that achieving first place in any field of scientific endeavour justifies whatever means are required to get there.
Why bother with ethics and morality, it seems to say, when we are talking about Britain occupying first place in an area of scientific discovery - albeit one which in which some civilised countries are reluctant to participate?
The whole idea of human-animal hybrids, even at the level of embryos and eggs, boggles the mind. I suppose, in the year that we celebrate the birth of Charles Darwin, we ought not to be too surprised if some of his disciples seek to carry his theories to a logical conclusion.
It is rare to find a thinking person these days who would argue against micro-evolution, or adaptation within species. Any argument against evolution is usually aimed at the idea that the process of evolution can jump species, or entire life forms - as in the idea that a simple amoeba can evolve over time into a complex life form such as a human being.
If macro-evolution is a reality - if one species can evolve, through a series of stages, into a completely different species - then there are no fundamental differences between human beings and the rest of the animal kingdom. In that case, any objections to animal-human hybrid research are based on nothing more than convention, or taste.
If, however, you take the traditional Judaeo-Christian approach that only human beings are endowed with a special God-likeness in their design, then there are fundamental differences between human beings and animals. Muslims share this belief.
In this view, mixing the species at a very fundamental level is a form of sacrilege - it demeans divine design - and quite probably therefore is a formula for disaster.
For some time, an argument has raged within the scientific and political communities; not as to whether or not stem cells offer us important advances in fighting disease and prolonging life, but as to how we should harvest these cells.
Stem cells are primitive cells that can divide quickly to produce more specialised cells. Basically, they can be used to repair any area of cellular damage, even rebuilding entire organs.
Until recently, the major contention has been between those who argue for the use of stem cells taken from human embryos - which have been discarded during IVF processes - and those who want to see research restricted to the use of adult stem cells.
Lately, scientists have found that adult stem cells offer better results - without the same ethical questions. Adult stem cells are found right through our bodies. If you suffered an organ failure - a heart attack, for example - stem cells could be taken from your own body can be removed, then re-injected where they are most needed. Your body would, in a sense, heal itself - with a little help from medical science.
Saying "species can evolve, through a series of stages, into a completely different species" is slightly incorrect from the standpoint of evolutionary biology, in that the species are not "completely" different. Rather, they are sufficiently different that mutations no longer diffuse from one population to another through reproduction. Over time, the differences between lineages tends to become ever greater; however, the difference is never "complete". Humans and chimpanzees share many similarities, such as general bone structure, inability to synthesize Vitamin C, and others; non-primate mammals share fewer, non-vertebrate animals even fewer, and non-animal eukaryotes fewer still; but some of the proteins are still the same between the eukaryotes, archaea, and bacteria.