'Genetic Engineering has been regarded 'as a major breakthrough in the fight against disease' and will allow 'increased food production'. However, some people believe that scientists are in danger of 'creating a monster and should not meddle with nature'.

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Jennifer James 12SM

‘Genetic Engineering has been regarded ‘as a major breakthrough in the fight against disease’ and will allow ‘increased food production’. However, some people believe that scientists are in danger of ‘creating a monster and should not meddle with nature’.

        Genetic engineering is a new science. It has the potential to be used for good or bad, to change the planet irreversibly. The state of scientific knowledge in this area is growing day by day. This is the beginning of what must be an ongoing debate, if the public is to have confidence in the moral, ethical, scientific and commercial decisions that are taken with regard to genetic engineering.

        Moral values of a certain topic can vary between different people, and often leads to conflict. This has happened in the Genetically Modified (GM) foods debate. The definition of Genetically Modified foods from the EC novel foods regulation is “a food which is, or which is made from, a genetically modified organism… containing genetic material or protein resulting from the modification”.

        “Ethical decisions involve weighing up risks against the benefits”. The morals of an individual rely on their “feeling rather than facts” of a situation.

        Genetic engineering could be used to make new weapons of mass destruction. The technology is compact, relatively cheap, hard to verify and well within the budget of small countries unable to support the infrastructure required to build nuclear weapons. It could increase the speed of development and subtlety of design of biochemical weapons. For example, “Chinese scientists have been experimenting with splicing spider genes into silk worms for the past four years in the hope that it will be possible to mass-produce jackets and parachutes that are strong enough to be bullet proof”.  

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        There are many advantages and disadvantages to genetic engineering. There are benefits such as easy production of otherwise rare products like human growth hormone or insulin. It could be used to tailor crops to produce high yields in difficult climatic conditions or on marginal land, as well as reducing the need for fertilisers and pesticides. The concerns of these is that perhaps the bacteria may mutate and become dangerous pathogens, and that genetically modified crops may cross with ‘normal’ crops and produce “super weeds” that we could not control.

        Also, genetic engineering could be used to insert genes into ...

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