View by:







Question: is There a Potential Baby in Every Body Cell?

Now, though still quite hypothetically, we might engage in further ethical speculation regarding the possible totipotency inherent in any pre-differentiated pluripotent cell. Recall the yet to be discovered role that cytoplasm and other nonnuclear factors play in gene expression. One significant research task lying before molecular biologists is to determine just how the cytoplasm interacts with the DNA nucleus, and to gain the ability to reprogram cytoplasm to make specific tissue. Once this ability to reprogram is achieved, then in principle it could be used with any cell. We would not necessarily at that point have to rely on oocytes or fertilized ova or, perhaps, even blastocysts as the source. Somatic cells might become the source for pluripotent cells.

Then we would experience a shift in ethical ground tantamount to an earthquake. Initially and naively, we could breathe a sigh of relief. If laboratory scientists are no longer tempted to harvest stem cells from IVF products or aborted fetuses, then it appears that our fears are over. Human dignity is no longer threatened, because potential babies will no longer lose their potential lives in laboratory procedures. After all, nature (or God) has given us one source for making babies--fertilized ova--and this source will be protected. We could brush off our hands and thank the alliance of scientists and ethicists for solving this sticky problem.

However, the relief will be only momentary. At this point we will begin to feel the ground under our feet starting to shift. The needles on our ethical seismograph will begin to dance furiously. Would we begin to think of each cell in our body as an embryo? Would this mean that, in principle, we could make a baby from any cell in our body? Here is what we need:

1.         The full genetic code to make every tissue available in every somatic cell;

2.         The ability to return our DNA nucleus to quiescence and then to its pre-differentiated state, as in the case of Dolly; and

3.         The ability to reprogram the cytoplasm to cause selected genetic expression and, along with this, to initiate embryonic development. This is all it takes. The first two are already in the well. Nature has given us a full complement of genes in every somatic cell. The cloning experiments at the Roslin Institute have given us the technology of quiescence for returning an already differentiated somatic nucleus to its pre-differentiated state and, hence, pluripotency. Only the third scientific task remains to be accomplished; and this would demonstrate the principle that babies can come from anywhere.

Now, we find ourselves in a most fascinating ethical situation. Let us ask: does every cell in our existing body have the same moral status as that of a pluripotent hES cell? Or, the same status as a totipotent fertilized ovum or blastocyst? What have we done? Have we sent the moral status of common somatic cells up the ethical staircase? Or, have we brought pluripotent hES cells down a few steps? Or, have we done both?

We have little remorse at going to the barber for a haircut or clipping our finger nails. Nor do we feel immoral at donating blood or even a kidney to save the life of someone who might die without our bodily gifts. We tend not to think of our cells or limbs or body parts as themselves potentially whole persons with full dignity. Our body parts have a level of dignity, to be sure, but it is a dignity borrowed from ourselves as whole persons.

Nor do we feel compelled morally to exhaust our potential for reproduction. Despite the millions of ova in a woman and sperm in a man, we do not feel a compulsion to see every one individually contribute to the making of a new human person. Despite the Onan incident (Genesis 38:8-10), we recognize that God's creation begins with an excess of ova and sperm in the reservoir of potentiality within which some individual persons become an actuality. In natural sexual processes, only a fraction of ova become fertilized by only a fraction of sperm. And, of the resulting zygotes, the majority are flushed naturally out of the mother's body before implantation. If this natural parsimony is already operative with germ cells, might it relieve us of moral pressure to treat every pluripotent stem cell as an embryo, as a potential individual person?

What's in the petri dish? A person? No, I don't think so. Even if we can say in principle that what's in the petri dish is genetically a potential person, this does not in itself warrant putting an end to stem cell research. The genetic potential for making persons is virtually ubiquitous. In principle, it lies in every cell of every human body. Yet, we have no ethical warrant to actualize all this potential. No warrant exists to make babies out of every available germ cell let alone every already differentiated somatic cell; nor do I think it is required of every pluripotent stem cell.

This is a safety-in-numbers argument. In itself, it may not be persuasive in ethical deliberation. This I grant. Yet, it gains persuasive strength when combined with the argument from beneficence.

What I find decisive is the related argument from beneficence: stem cell research carries with it promise of significant advances in medicine. The potential for reducing human suffering and improving human health and well-being is enormous. If it cannot be shown conclusively that individual human dignity is violated at the source of stem cells, then it seems to me that the argument from beneficence should be decisive in providing ethical encouragement to proceed with such research.

Email link | Printer-friendly | Feedback | Contributed by: Dr. Ted Peters

Topic Sets Available

AAAS Report on Stem-Cells

AstroTheology: Religious Reflections on Extraterrestrial Life Forms

Agency: Human, Robotic and Divine
Becoming Human: Brain, Mind, Emergence
Big Bang Cosmology and Theology (GHC)
Cosmic Questions CD-ROM Preview...
Cosmic Questions Interviews

Cosmos and Creator
Creativity, Spirituality and Computing Technologies
CTNS Content Home
Darwin: A Friend to Religion?
Demystifying Information Technology
Divine Action (GHC)
Dreams and Dreaming: Neuroscientific and Religious Visions'
E. Coli at the No Free Lunchroom
Engaging Extra-Terrestrial Intelligence: An Adventure in Astro-Ethics
Evangelical Atheism: a response to Richard Dawkins
Ecology and Christian Theology
Evolution: What Should We Teach Our Children in Our Schools?
Evolution and Providence
Evolution and Creation Survey
Evolution and Theology (GHC)
Evolution, Creation, and Semiotics

The Expelled Controversy
Faith and Reason: An Introduction
Faith in the Future: Religion, Aging, and Healthcare in the 21st Century

Francisco Ayala on Evolution

From Christian Passions to Scientific Emotions
Genetic Engineering and Food

Genetics and Ethics
Genetic Technologies - the Radical Revision of Human Existence and the Natural World

Genomics, Nanotechnology and Robotics
Getting Mind out of Meat
God and Creation: Jewish, Christian, and Muslim Perspectives on Big Bang Cosmology
God, Humanity and the Cosmos: A Textbook in Science and Religion
God the Spirit - and Natural Science
Historical Examples of the Science and Religion Debate (GHC)
History of Creationism
Intelligent Design Coming Clean

Issues for the Millennium: Cloning and Genetic Technologies
Jean Vanier of L'Arche
Nano-Technology and Nano-ethics
Natural Science and Christian Theology - A Select Bibliography
Neuroscience and the Soul
Outlines of the Science and Religion Debate (GHC)

Perspectives on Evolution

Physics and Theology
Quantum Mechanics and Theology (GHC)
Questions that Shape Our Future
Reductionism (GHC)
Reintroducing Teleology Into Science
Science and Suffering

Scientific Perspectives on Divine Action (CTNS/Vatican Series)

Space Exploration and Positive Stewardship

Stem-Cell Debate: Ethical Questions
Stem-Cell Ethics: A Theological Brief

Stem-Cell Questions
Theistic Evolution: A Christian Alternative to Atheism, Creationism, and Intelligent Design...
Theology and Science: Current Issues and Future Directions
Unscientific America: How science illiteracy threatens our future
Will ET End Religion?

Current Stats: topics: >2600, links: >300,000, video: 200 hours.