Do Not Ban Cloning

Today, the topic of cloning generates more argument then it has ever created before.  The controversy over cloning is based, in part, on the fact that there are extreme opposing viewpoints on the subject.  Also a major factor in the debate over cloning is a fear of new technology.  Throughout history, man has always been slow to adapt to a new technology, or a new way of doing things.  We go through all the trouble to adapt to one method, why uproot ourselves and change everything just to do it a different way.  This attitude has been evident in the recent past, with inventions such as the automobile and the television.  Nuclear power is a prime example of an advanced technology essentially abandoned out of fear.  There are very few nuclear power plants left in operation, and there are no new plants being built.  This is mainly due to fear of an accident, or to the long lasting effects of this technology.

As with everything, including cloning, there is a negative side.  With television, the negative is that children often watch it instead of doing homework, subsequently causing lower grades.  It is also believed that television violence influences children into more violent tendencies.  A negative to automobiles is the massive pollution a large number of them cause.  Entire cities have been put on pollution alert due to toxic smog created, in part, by the automobile.  Nuclear power’s major downfall is, aside from the immense destruction caused by an accident, the long-lasting effects of the spent nuclear fuel.  Sometimes the negatives outweigh the positives, and the technology is rightfully abandoned, but in most cases the technology is abandoned simply out of fear. 
Cloning is not just any new technology, cloning gives us the potential to change the very essence of our being; what we are can be decided before we are even born.  There are immense positives to cloning; the end of hunger worldwide, the human life-span lengthened by decades, mental and physical illness a distant memory.  These potential positives do not come without a price, however.  The potential for abuse of any technology exists.  For example, someone using cloning technology could clone an army of Adolph Hitlers1.  They could be “bred” to be warriors, animals, ruthless without remorse. According to one reporter, “Calls to ban human cloning are based on unsubstantiated fears that cloning will be used for evil purposes.  Technology is never bad in and of itself; it is the purposes for which it is used that can be malevolent.  Though cloning research does present some dangers, it also has many potential benefits and should not be banned simply out of fear of its possible misuse.”2  However dangerous sounding, the Hitler scenario is completely unlikely due to the great difficulty involved with the cloning of an entire living human being. Cloning is such an amazingly powerful tool; we cannot allow it to be banned simply out of fear.

First off, cloning is not just the photocopying of a living breathing human being.  It takes a great deal of time and effort to clone a living being.  Also, the clone would not have the memories and experiences that the original has.  That technology does not yet exist.   There are many things that can be cloned; single cells, plants, organs, animals, and eventually entire human beings.  The technology to clone a human exists, but we have not moved into that area of cloning yet.  This is due, in part,  to the fact that people are afraid of a new technology, and partially to  the fact that some people believe cloning violates their morals.  Just as with anything new, we start with small steps, and move into bigger ones.  In cloning, we started with simple genetic alterations.  Not necessarily with humans, but with plants and animals. For example, a team of researchers has successfully altered the genes of a cherry tomato so it will grow entirely in salt water.  If these genetic alterations could be applied to corn, rice, or other high-yield foods, hunger would vanish from the face of the earth3.  Margret Hyde, speaking on the subject “…The use of gene-splicing may help to increase the food supply.”4  Thousands of people die from hunger every day,  most of them in poor, underdeveloped countries and China.  If the USA were to develop this technology to a level where it practical in everyday life, the majority of these people would live.  There is no need for children to die a slow, horrible death of hunger and malnutrition.  If only we were not afraid to embrace this new technology.

Another extremely useful application of the cloning technology would be the cloning of organs or tissues for the body.  With this, we could not only cure our suffering and dying, we could prolong our life-span by decades.  It wouldn’t be uncommon for people to live to one hundred and fifty years old, or older.  If a kidney fails in old age, take the few good cells left and clone a brand new kidney.  If someone suffers a massive heart attack, clone a new heart.  After more development of cloning, there is even the possibility to repair brain and spinal column damage.  Christopher Reeves could walk again5.  These life-prolonging procedures wouldn’t be reserved for the rich and famous, they could be used on everyone.  Take, for example, a man who has drank all of his life.  He is now in his 40’s and has severe liver cirrhosis.  Without a liver transplant, he will die.  And even if he gets a liver transplant, there is no guarantee that it will save him; it could reject.  If the man gets a liver, and if it doesn’t reject, he then has to live out the remainder of his life on rejection medicine, and even a simple cold could kill him.  Now if cloning was a common practice, the doctors would simply take a few healthy liver cells and clone a brand-new liver for the man.  Since the liver is a clone of the original, the liver cells have exactly the same DNA and there is no chance for rejection.  So he is guaranteed a liver that will not reject, and he won’t have to spend his life on rejection drugs. 
Now there is the subject of cloning an entire human being.  It is this side of cloning that generates the most controversy of all.  People believe that it is not ethical to clone a human being.  These beliefs are based on the premise that God created humans in His image, and their soul is given to them by God.  Therefore, it is not our place to create a human being; it is God’s.  In their view, we would be playing God, and this should not happen.  But science does not recognize that a god created the universe, science believes that the universe created itself out of a “big bang”.  From this point of view, God did not create man, and there is no moral boundary to cloning a human being.

The methods that scientists use to clone a human being are essentially simple. 

To clone, Wilmut used methods his research group 
and others had been developing for more than a 
decade.  His colleague Keith Campbell sucked the 
nucleus out of an egg that had been removed from 
a ewe, creating a cell that had no genes at all, an egg 
that would soon die if it did not get a new nucleus. 
Then he began the process of adding the nucleus of 
an udder cell  to the bereft egg.  Campbell slipped the 
udder cell under the outer membrane of the egg. 
Next, he jolted the egg for a few microseconds with 
a burst of electricity.  This opened the pores of the egg 
and the udder cell so that the contents of the udder 
cell, including the chromosomes, oozed into the egg 
and took up residence there.  Now the egg had a 
nucleus – the nucleus of the udder cell.  In addition, the 
electric current tricked the egg into behaving as if it 
were newly fertilized, jump-starting it into action. 
After 277attempts to clone an udder cell, Wilmuts group 
succeeded and Dolly was created. 6

To clone a human being, the process would be the same.  The cell does not necessarily have to be a breast cell, it could be any cell in the body; since all cells contain the complete set of DNA for a human being.  However, it is wise to use the most unspecialized cell possible, since it has the potential to become any cell.  These master cells or “stem cells”, as they are often called, are the cells we start out as. They divide and re-divide until they form specialized cells such as heart, liver, lung, and brain cells.  If we could clone these stem cells, we could regenerate brain or spinal column tissue.  It would be as common to get a spinal cord transplant as it would to get a kidney or liver transplant today.  Also, these people would not have to live on rejection medicine all of their lives, worrying about getting even the littlest infection or disease.

However, the benefits of cloning a living human being are questionable.  The question asked is, why clone a human?  The advocates of human cloning would say that they want to “weed out” genetic faults in people7.  This is a viable answer, since we want as few problems as we can have.  Also, a great number of people want an image of them to live on forever8.  A clone would best serve this purpose, since it will look completely identical to the original.  There are people that believe that cloning will cure the problem caused by infertile couples.  Infertile couples are frowned upon by the world.  Infertile men are made to feel as though they are not real men. Infertile women are thought of as useless, since their function of having babies cannot be performed9.  Cloning would allow someone’s image to live on, and they would have a son or daughter to live with.  There would be no need for expensive in-vitro fertilization, and the unreliability associated with it.  To quote senator Tom Harken: 

This has enormous potential for good, There should 
be no limits on human knowledge, none whatever. To 
those like President Clinton who say we can’t play 
God, I say OK, fine, you can take your side alongside 
Pope Paul V who in 1616 tried to stop Galileo, they 
accused Galileo of trying to play God too….  I don’t 
think cloning is demeaning to human nature, to attempt 
to limit human knowledge is demeaning. It’s not legitimate 
 to try to stop cloning. What nonsense, what utter, utter 
nonsense to think we can hold up our hand and just say 
“stop”. Cloning will continue, the human mind will continue 
to inquire into it. Human cloning will take place and it 
will take place in my lifetime, and I don’t fear it at all. I 
want to be on the side of the Galileos and those who say 
the human mind has no limits, rather than trying to stop 
something that’s going to happen anyway. 10

Now, with the positives and gains of cloning and genetic engineering established, there are of course the few negatives that always slow a technology’s progress.  The first such potential negative is that some unscrupulous person might acquire the genes of a monster.  Hitler, Napoleon, Stalin, or Saddam Hussein  for example.  Once they get this DNA, possibly from a corpse or other bodily remains, there is the slight possibility that that person may be cloned using this DNA.  However this is extremely unlikely for a number of reasons.  First, the amount of DNA that is recoverable would be negligible, if that.  If this small amount of DNA was able to be recovered, chances are it would be heavily damaged or deteriorated, so a clone of this person might not be at all like the original11.  If, by some far stretch, the DNA was able to be recovered, and was in good enough condition to clone that person, the clone would not turn out like the original.  The genetics of a person plays only a small role in the development of that person.  Memories, experiences, parents, upbringing, and environment all play a key role in the development of a human being.  If Hitler was a monster in the 40’s, chances are that his clone in the 90’s won’t be.  The way that he was brought up plays more of a role on his actions and attitudes than his genetics does.  And then there is the practical use of such a clone, in the time of World War II the Germans needed a strong leader, and Hitler had just the right combination of elements.  Now, the world doesn’t need a leader, so he is useless today.

Moral implications exist on both sides of the issue.  Would it be fair to clone a historical monster such as Hitler?  Even though the clone didn’t kill millions of Jews, his original did, so a great number of people would discriminate against him.  He could be attacked for crimes he never committed, he might be ridiculed for reasons he does not know.  The mental torment of such a childhood would destroy him.  Would it be moral to do this to a human? The answer is no.  And on top of all that, the clone of Hitler wouldn’t be able to do anything for a number of years.  The clone would have to be implanted in a surrogate mother and carried to term and born in the traditional fashion.  After the baby Hitler clone was born, it would develop at the same rate that any normal child would.  There is no difference in the cloning of a person, and the normal birth of a person12.  The cloning of a normal person, one who does not stand out, would be perfectly acceptable, since there is no reason for that person to be acted against unfairly.

Through all of this proof, we now have the information to say that cloning must not be banned.  The potential that this technology has is unparalleled.  Nothing throughout history has had such a heightening effect on the entirety of humanity.

As a united people, we must act now to stop the attempts of cloning abolishment worldwide.  We must accept this new technology, and its gains for mankind.  Cloning is such a powerful thing that we cannot let it go to waste simply out of our own fear and ignorance.  The far-fetched scenarios of science-fiction are not likely to happen in the real, now or ever.  Just as 1984’s predictions of the future were wrong, so will be Huxley’s Brave New World, and Crichton’s Jurassic Park.  Science fiction is just that, fiction..  “Cloning may benefit the world and it might destroy it. But it is not … going to go away just by a few people stopping the funding … Cloning was science fiction. But now it has become science fact.”13   Will we allow the greatest gift in history to go down the drain, just because we are afraid to take a little risk? 
1 “Cloning”, Bender, David (Green Haven 1998), 61 
3 “Cloning and the new genetics”, Hyde, Margaret & Lawrence (Enslow 1984), 78 
4  IBID 
5 “The Human Cloning Foundation”,, 10 
6 “Clone” Kolata, Gina (William Morrow. 1998), 27 
7 Human Cloning Foundation, 10 
10 Tom Harken, quoted from, 1 
11 “Cloning In Science Fiction”, 1 
12 “Cloning”, Cohen, Daniel (Millbrook Press, 1997), 44 
13“Conclusion”, Skaggs, Kaleb,, 1

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