It is true that genetic engineering is a key area of modern scientific research, with broad implications for all human societies. While I accept that this field of technology may have its dangers, I believe that the benefits of genetic engineering outweigh the drawbacks.
The negative implications of genetic engineering are often discussed in terms of two key areas, which are food production and the cloning of humans. Genetically modified crops are already being grown, and people are concerned that they may damage whole ecosystems as foods become resistant to diseases and natural predators. But perhaps even more worrying is the possibility that humans could be modified or cloned. Some people imagine a world in which cloned humans are used to fight wars or to provide body part replacements. Although perhaps not a threat to life on earth, the implications of such practices would be unprecedented.
A more optimistic prediction, and one that I favour, is that humans will find ways to mitigate the risks and use genetic technologies in a responsible way. From the food production perspective, genetic engineering could be the solution to famine in developing countries, if, for instance, crops can be grown more reliably in harsh conditions. From a medical perspective, scientists may use genetic engineering to produce vaccines, to cure diseases, or to correct a genetic defect before a child is born. If properly regulated, even cloning can be done in a way that improves lives. For example, the cloning of individual organs, such as a heart or kidney, could be permitted for transplant purposes.
In conclusion, I am convinced that genetic engineering will have a positive impact on our lives, and that people's fears will be unwarranted
It is true that
genetic
engineering
is a key area of modern scientific research, with broad implications for all
human
societies. While I accept that this field of technology may have its
dangers
, I believe that the benefits of
genetic
engineering
outweigh the drawbacks.
The
negative
implications of
genetic
engineering
are
often
discussed in terms of two key areas, which are food production and the cloning of
humans
.
Genetically
modified crops are already
being grown
, and
people
are concerned
that they may damage whole ecosystems as foods become resistant to diseases and natural predators.
But
perhaps even more worrying is the possibility that
humans
could
be modified
or cloned.
Some
people
imagine a world in which cloned
humans
are
used
to fight wars or to provide body part replacements. Although perhaps not a threat to life on earth, the implications of such practices would
be unprecedented
.
A more optimistic prediction, and one that I favour, is that
humans
will find ways to mitigate the
risks
and
use
genetic
technologies in a responsible way. From the food production perspective,
genetic
engineering
could be the solution to famine in
developing countries
, if,
for instance
, crops can
be grown
more
reliably
in harsh conditions. From a medical perspective, scientists may
use
genetic
engineering
to produce vaccines, to cure diseases, or to correct a
genetic
defect
before
a child
is born
. If
properly
regulated, even cloning can
be done
in a way that
improves
lives
.
For example
, the cloning of individual organs, such as a heart or kidney, could
be permitted
for transplant purposes.
In conclusion
, I
am convinced
that
genetic
engineering
will have a
positive
impact on our
lives
, and that
people
's fears will
be unwarranted