A Revolution in R&D
A Revolution in R&D
A Revolution in R&D
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moves, along with the relative scientific feasibility<br />
for each drug or therapeutic class. Such assessments<br />
will need to be revised cont<strong>in</strong>uously, as different<br />
drugs present themselves for consideration<br />
and perhaps suggest different approaches, and as<br />
the market and the regulatory environment cont<strong>in</strong>ue<br />
to evolve.<br />
A genetics strategy would encompass all of these<br />
issues, and would optimize any potential synergies<br />
among genetics approaches. If a company decides<br />
to implement both disease genetics and pharmacogenetics,<br />
it will need to decide how to <strong>in</strong>tegrate and<br />
harmonize them. Which diseases, for example,<br />
might be amenable to disease genetics on the one<br />
hand, and be likely to provide a market premium<br />
on the other? If genetic redef<strong>in</strong>ition of diseases<br />
makes it possible to develop suites of drugs and<br />
thereby address several smaller markets, how can<br />
research best collaborate with market<strong>in</strong>g to maximize<br />
the impact? The answers to these questions<br />
will generate still more questions: Do we have the<br />
requisite skills and capabilities to pursue the strategy?<br />
Do we have the right alliances <strong>in</strong> place, or the<br />
right alliance strategy?<br />
Genetics is a risky endeavor. Companies cannot<br />
avoid the risk—but they cannot lightly ignore the<br />
potential jackpot either. They need to be selective<br />
and smart <strong>in</strong> decid<strong>in</strong>g how and where to place their<br />
bets. With such vast w<strong>in</strong>n<strong>in</strong>gs at stake, it seems<br />
appropriate that the odds should be fairly long.