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Should genetic engineering or human cloning be used to create designer babies?
Every parent wants a perfect child – but what happens when a parent wants a designer child – a child built to order, a pedigree child, a super-breed, super-human or just a baby with higher intelligence? Sex selection is just the start of the process, a form of designer life: parents deciding that only a certain type of perfectly normal child will be allowed to be born.
Latest research is turning all these dreams into reality, using technology developed originally for use in animals.
The simplest way to a designer child is human cloning: taking a cell from an adult and combining it with a human egg to make an identikit clone of the adult. This is the ultimate pedigree child with guaranteed genes. What is more, we know from tracking the life of the adult exactly what the designer baby will look like at the age of two, ten, twenty, thirty and so on. We know what diseases the designer person will be likely to catch. We know a lot about the personality profile of the growing child. Studies of identical twins reared apart show us just how much more than we think is influenced by our genes. Of course all identical twins are individuals who make their own choices, but our genetic makeup is extremely important in who we turn out to be. There are technical hurdles still perhaps to be overcome before human cloning will be a reality but the race is on.
The Essay on Should Children Be Tried as Adults
There is a saying “If you do the crime, you must do the time”. But does that apply to children. Should children be tried as adults?. While some people praise this as a means of stopping young offenders before they start on a “career” of crime, others find it very inappropriate and unjust. This paper will examine questions, pros and cons of whether children should be tried as adults. Discussion I ...
Another more difficult way to make designer people, or a super race, is to take sperm or eggs, or cells in a developing embryo, and add new genes to them. This is called germ cell alteration. Although this sounds very difficult, designer animals are made routinely using genetic engineering. Indeed, official government statistics show that almost a million designer animals were made in UK laboratories alone, many as transgenic animals, combinations of more than one species – say a cat and a dog, or a mouse, fish and human (yes they have been made).
Usually only a tiny amount of genetic material is added, enough to influence development.
A third way is to alter cells after birth. This is called somatic cell alteration. Here, the effects will die out when the person dies, and will not be passed onto a second generation of designer babies. This is unlike the germ cell alterations which will always be passed into every generation afterwards – perhaps for thousands of years with totally unknown consequences for the future of the human race.
The technology for all these things already exists – with the exception of a practical safe method of human cloning. However, they will remain costly, controversial, and risky to the child physically and perhaps psychologically.
Despite this, the lesson of history is that whatever can be done, will be done somewhere, sometime by someone and designer people will no doubt be made. When they are they will deserve the same love, care and emotional understanding as any other children – perhaps they will need a lot more.
We urgently need global agreement outlawing selection of children on the basis of sex, intelligence potential or any other characteristic in the normal range.Designer babies
Futurist Topics – Cloning
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The Essay on Cell Division In Animals: Mitosis, Cytokinesis, And The Cell Cycle
Cell division in animals is a two-step process involving mitosis and cytokinesis and is set up by interphase. Interphase is a growth period for the cell. In the nucleus the chromosomes are duplicated but are not yet distinguishable because they are still a form of chromatin. There is also a nucleoli, one or more, present producing ribosomes that are sent to the cytoplasm. Mitosis is the division ...
Rate This Article
Should genetic engineering or human cloning be used to create designer babies?
Every parent wants a perfect child – but what happens when a parent wants a designer child – a child built to order, a pedigree child, a super-breed, super-human or just a baby with higher intelligence? Sex selection is just the start of the process, a form of designer life: parents deciding that only a certain type of perfectly normal child will be allowed to be born.
Latest research is turning all these dreams into reality, using technology developed originally for use in animals.
The simplest way to a designer child is human cloning: taking a cell from an adult and combining it with a human egg to make an identikit clone of the adult. This is the ultimate pedigree child with guaranteed genes. What is more, we know from tracking the life of the adult exactly what the designer baby will look like at the age of two, ten, twenty, thirty and so on. We know what diseases the designer person will be likely to catch. We know a lot about the personality profile of the growing child. Studies of identical twins reared apart show us just how much more than we think is influenced by our genes. Of course all identical twins are individuals who make their own choices, but our genetic makeup is extremely important in who we turn out to be. There are technical hurdles still perhaps to be overcome before human cloning will be a reality but the race is on.
Another more difficult way to make designer people, or a super race, is to take sperm or eggs, or cells in a developing embryo, and add new genes to them. This is called germ cell alteration. Although this sounds very difficult, designer animals are made routinely using genetic engineering. Indeed, official government statistics show that almost a million designer animals were made in UK laboratories alone, many as transgenic animals, combinations of more than one species – say a cat and a dog, or a mouse, fish and human (yes they have been made).
Usually only a tiny amount of genetic material is added, enough to influence development.
A third way is to alter cells after birth. This is called somatic cell alteration. Here, the effects will die out when the person dies, and will not be passed onto a second generation of designer babies. This is unlike the germ cell alterations which will always be passed into every generation afterwards – perhaps for thousands of years with totally unknown consequences for the future of the human race.
The Essay on Genetic Cloning 2
On February 24, 1997 news broke globally that Ian Wilmut of the Roslin Institute in Scotland had successfully cloned the genetic material of an adult sheep and had created the infant Dolly. The discovery instantly caught the world’s attention because Dolly had only one parent; Dolly had been formed by transferring the genetic material of an adult female into one of its own embryos. This ...
The technology for all these things already exists – with the exception of a practical safe method of human cloning. However, they will remain costly, controversial, and risky to the child physically and perhaps psychologically.
Despite this, the lesson of history is that whatever can be done, will be done somewhere, sometime by someone and designer people will no doubt be made. When they are they will deserve the same love, care and emotional understanding as any other children – perhaps they will need a lot more.
We urgently need global agreement outlawing selection of children on the basis of sex, intelligence potential or any other characteristic in the normal range.
