Human Cloning, the dilemma at the UN
Prof. Rohan JAYASEKARA M.B.B.S., Ph.D. [N'Cle. U.K.]
C.Biol., M.I.Biol. [U.K.]
MEDICAL: The Dilemma behind the news, that on 23 February 1997, Dolly
the sheep was created, which transfixed the world media and stunned the
scientific community concerns us all. What medical science can do and
what it ought to do - or ought not to do - impinge on our personal
lives, our families and our society.
Although cloning using cells of embryos had been reported previously,
the scientific community was surprised to say the least that it was
possible using nuclear material from an adult cell.
Justifiably, commentators and ethicists seized on the possibility
that the same procedure could be performed on humans.
It was certainly not a novel idea. Aldous Huxley in his much-digested
novel Brave New World introduced the concept.
In 1970 Alvin Toffler in his book Future Shock, predicted that 'one
of the more fantastic possibilities is that man will be able to make
biological copies of himself and that cloning would make it possible for
people to see themselves anew, to fill the world with twins of
themselves'.
Woody Allen in his movie Sleeper, very effectively parodied the idea
where a surgeon transferred 200 years into the future was assigned the
task of cloning the recently deceased leader from his nose, which had
been kept alive for that sole purpose.
Ira Levin's Boys from Brazil was also based on the use of cloning in
a conspiracy aimed at producing multiple copies of neo-Nazi thugs.
With these nightmarish possibilities fanning a troubled people living
in an era of indecision, is it a surprise then that the response to
Dolly was on the part of many was intense.
Following this, the era of speculation dawned. While some eminent
scientists predicted there was no clinical reason why anyone would want
to undertake cloning and that even if they did, finding professionals
who would consent would be impossible.
Such anodyne statements were unlikely to be very reassuring. Over
here in Sri Lanka, the equipment and facilities available in some
laboratories and in the assisted reproductive clinics allows us no
reason to doubt that the technology will be applicable with the
availability of ample professionals who can acquire the necessary basic
skills to launch off.
Cloning may be for reproductive or non-reproductive purposes. In
reproductive cloning, a foetus is created which will grow into a
separate individual.
In non-reproductive cloning a human embryo is produced which will
grow into a separate individual which can then be manipulated to produce
genetically identical stem cells for medical purposes.
In non-reproductive cloning the genetically matched stem cells
produced, offer the prospect of new treatment for a wide range of
medical diseases.
Blood, skin, muscle and brain tissues could be grown in the
laboratory and implanted without being rejected as they have been
genetically matched with that of the patient.
This would provide an unprecedented array of treatments for a wide
assortment of inherited, degenerative and cancerous diseases. The
simmering moral issue here would of course then be, the fact that we
would then have to accept the generation, manipulation and destruction
of human embryos.
Presently, the UK Human Fertilization and Embryology Authority has
granted limited authority to a group of scientists at Newcastle upon
Tyne to continue with their work on embryo research.
Singapore, our farsighted neighbour with its government approving
therapeutic cloning, has surged forward in this sprint to ease human
suffering.
Across the pond in the United States inconsistent and opaque policies
have placed the US scientists in straitjackets. The situation was
worsened further when President Bush announced that federal money could
support only the human embryonic cell lines that already existed at that
point which practically would count to only nine cell lines.
Although reproductive cloning at ground level seems utterly
unacceptable, the use of bone marrow for a transplant in a leukaemia
patient from an identical matched clone who was created to provide the
life saving marrow may be a useful spin off from the process.
In this situation, the second child would not only be loved like any
other but would have additionally saved the life of the first child.
Reproductive cloning can even be used to treat inherited mitochondrial
disorders.
In another scenario, a mother who has given birth to a baby and
subsequently received chemotherapy may become permanently sterile. If
her baby was to then die, she could then use the cells from the baby
just before or even after death and have another child who will be her
very own. This will surely be the only way out for her from a very
desperate and unfortunate situation.
It was in the light of this delicate spectrum of worldwide
disagreement with regard to the approval of cloning that a press release
on March 8. 2005, announced to the world that the 82nd Plenary sessions
of the Fifty-Ninth General Assembly adopted the United Nations
Declaration on Human Cloning, by which, Member States were called on to
adopt all measures necessary to prohibit all forms of human cloning
inasmuch as they are incompatible with human dignity and the protection
of human life.
Acting on the recommendation of the Sixth Committee (Legal),
contained in its report A/59/516/Add.1, the Assembly adopted the text by
a vote of 84 in favour to 34 against, with 37 abstentions.
Among those in favour were the United States, Australia, Germany,
Ireland, Italy, Switzerland, Philippines, Saudi Arabia, Qatar, Kuwait,
Iraq, Mexico, Panama, Paraguay, Ecuador and Kenya.
Some of the countries that voted against included the United Kingdom,
Belgium, Brazil, China, Cuba, Democratic Socialist Republic of Korea,
Finland, France, India, Jamaica, Denmark, Japan, Luxembourg,
Netherlands, New Zealand, Norway, Republic of Korea, Singapore, Spain,
Sweden and Thailand. Notably, Sri Lanka, Israel, Jordon, Egypt, South
Africa, Turkey, Oman, Nepal, Pakistan, Indonesia, Myanmar, Syria,
Colombia and Maldives, Bahamas and Zimbabwe abstained.
Although Sri Lanka does not at present possess neither the financial
provisions nor the expertise to attempt cloning which is way down in the
pecking order of scientific priorities, it is certainly not premature to
press our ears to the ground and be receptive to the possibility of such
technologies reaching our shores.
Being a developing country with quite lax and liquid laws with regard
to new technologies, it is our duty to keep the country and its people
informed of this decision by the United Nations, which was certainly far
from unanimous.
It is also appropriate to inform the public, that in April 2003 a
report titled 'New Genetics and Assisted Reproductive Technologies in
Sri Lanka - A draft National Policy on Biomedical Ethics' was presented
to the then Minister of Science and Technology.
This was the report of an Expert Study Group headed by the author of
this article who was the Chairperson and Convener of this group
appointed by the National Science and Technology Commission [NASTEC].
We then wished, that this document would form the basis for
discussion and debate, and that it would blossom in to a document that
is truly Sri Lankan. It has not to date.
It is also noteworthy that at this crucial session of the United
Nations Educational, Scientific and Cultural Organization, our delegate
from Sri Lanka abstained from voting.
(The writer is the Director, Human Genetics Unit, Professor of
Anatomy Fellow - Galton Institute, London and is a member of the
National Bioethics Committee, National Science Foundation, Colombo.)
United Nations Declaration on Human Cloning
THE General Assembly, Guided by the purposes and principles of the
Charter of the United Nations.
Recalling the Universal Declaration on the Human Genome and Human
Rights, adopted by the General Conference of the United Nations
Educational, Scientific and Cultural Organization on 11 November 1997,
and in particular article 11 thereof, which states that practices which
are contrary to human dignity, such as the reproductive cloning of human
beings, shall not be permitted,
Recalling also its resolution 53/153 of 9 December 1998, by which it
endorsed the Universal Declaration on the Human Genome and Human Rights.
Aware of the ethical concerns that certain applications of rapidly
developing life sciences may raise with regard to human dignity, human
rights and the fundamental freedoms of individuals.
Reaffirming that the application of life sciences should seek to
offer relief from suffering and improve the health of individuals, and
humankind as a whole,
Emphasizing that the promotion of scientific and technical progress
in life sciences should be sought in a manner that safeguards respect
for human rights and the benefit of all,
Mindful of the serious medical, physical, psychological and social
dangers that human cloning may imply for the individuals involved, and
also conscious of the need to prevent the exploitation of women,
Convinced of the urgency of preventing the potential dangers of human
cloning to human dignity.
Solemnly declares the following:
(a) Member States are called upon to adopt all measures necessary to
protect adequately human life in the application of life sciences;
(b) Member States are called upon to prohibit all forms of human
cloning inasmuch as they are incompatible with human dignity and the
protection of human life;
(c) Member States are further called upon to adopt the measures
necessary to prohibit the application of genetic engineering techniques
that may be contrary to human dignity;
(d) Member States are also called upon to take measures to prevent
the exploitation of women in the application of life sciences;
(e) Member States are also called upon to adopt implement without
delay national legislation to bring into effects paragraphs (a) to (d);
(f) Member States are further called upon, in their financing of
medical research, including of life sciences, to take into account the
global issues such as HIV/AIDS, tuberculosis and malaria, which affect
in particular the developing countries. |