reduction methods that take into account the fact that most matrices representing
the biological object are sparse and that the full complexity of the problem is not va-
lid for biological problems.
Hybrid methods will be an option for future computational approaches. The com-
bination of model predictions with different granularity (e. g., qualitative and quanti-
tative prediction, deterministic and probabilistic predictions) will lead to new compu-
tational approaches.
12.12
Potential Dangers
As with every other development of major importance that increases our knowledge
and capabilities, there is the potential for dangerous developments arising out of our
new powers. The release of new organisms may result in unintended consequences
for the environment or human health. Much more worrying, however, is the possible
use of these new developments in research on biological weapons. In its long history,
mankind has unfortunately developed many ways to kill each other. It is therefore
important to be aware of the possible misuse of new developments. But, as with
other powerful and dangerous developments (nuclear physics, organic chemistry),
controlling bodies can be instituted to monitor and contain possible risks, while al-
lowing us to profit from the positive potential of the new techniques.
394
12 What’s Next?
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