One of the hotly debated issues is scientific research in the field of genetics. There is an opinion that achievements in this area can be significantly harmful to people in the future and should not unlimitedly be continued. I partially agree with this, but I must recognize the positive side of progress in the field of genetic engineering.
On the one hand, genetic engineering can lead to new types of terminal illnesses. Since scientists discovered DNA in the mid-20th century, the risk of new types of diseases has been rapidly increased. For instance, as is known due to gain a lot of volume of cobweb, which is necessary for nanotechnology, scientists have linked the DNA of spider with the DNA of goat. It gives the chance to get enough volume of cobweb from the goat’s milk. However, no one cannot guaranty that spider's diseases will not transfer to human beings in this way. Thus, the opinion that this kind of dangerous trend must be limited is well-founded.
On the other hand, achievements in genetic engineering contribute to decreasing hunger in a world. Crossing different crop genes lead to an increase in their resistant and harvest. For example, cold and decay-resistant of some type of potato have been rising due to crossing with the DNA of potato beetle. Moreover, scientists allege that such a kind of achievement is absolutely safe for human beings. Therefore, continuing experiments in this area might be more beneficial in the future.
In conclusion, though I agree that the results of these experiments might be a course of irreversible consequences such as unknown types of diseases, these achievements also might bring unlimited benefits for humanity.
One of the
hotly
debated issues is scientific research in the field of genetics. There is an opinion that
achievements
in this area can be
significantly
harmful to
people
in the future and should not
unlimitedly
be continued
. I
partially
agree
with this,
but
I
must
recognize the
positive
side of progress in the field of
genetic
engineering.
On the one hand,
genetic
engineering can lead to new
types
of terminal illnesses. Since scientists discovered DNA in the mid-20th century, the
risk
of new
types
of diseases has been
rapidly
increased.
For instance
, as
is known
due to gain
a lot of
volume of cobweb, which is necessary for nanotechnology, scientists have linked the DNA of spider with the DNA of goat. It gives the chance to
get
enough
volume of cobweb from the goat’s milk.
However
, no one cannot guaranty that spider's diseases will not transfer to human beings in this way.
Thus
, the opinion that this kind of
dangerous
trend
must
be limited
is well-founded.
On the other hand
,
achievements
in
genetic
engineering contribute to decreasing hunger in a world. Crossing
different
crop genes lead to an increase in their resistant and harvest.
For example
,
cold
and decay-resistant of
some
type
of potato have been rising due to crossing with the DNA of potato beetle.
Moreover
, scientists allege that such a kind of
achievement
is
absolutely
safe for human beings.
Therefore
, continuing experiments in this area might be more beneficial in the future.
In conclusion
, though I
agree
that the results of these experiments might be a course of irreversible consequences such as unknown
types
of diseases, these
achievements
also
might bring unlimited benefits for humanity.
7Linking words, meeting the goal of 7 or more
7Repeated words, meeting the goal of 3 or fewer
7Mistakes