Introduction of a Clinical Forensic Medicine ... - Drexel University
Introduction of a Clinical Forensic Medicine ... - Drexel University
Introduction of a Clinical Forensic Medicine ... - Drexel University
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The pharmaceutical industry demand for increasingly more<br />
effective and efficient use <strong>of</strong> technology continues to gain<br />
strength, as reflected within industry analysis reports. Industry<br />
is sensitive the need for R&D speed to deliver an increasingly<br />
complex product portfolio in order to satisfy global health care<br />
demand. One trend that is having a significant impact on speed is<br />
the transformation <strong>of</strong> the IT landscape <strong>of</strong> drug development<br />
from a somewhat disconnected, application-by-application efforts<br />
to an integrated systems approach. In the clinical trials process,<br />
for instance, clinical supply units are learning how to use valuable<br />
information derived from early research and development and<br />
testing to improve product quality and to ensure health care<br />
consumer safety. Discovering ways to leverage this information<br />
can prove crucial to winning the first-to-market race, and<br />
ultimately, capturing valuable market share. In recent years, the<br />
pharmaceutical industry has realized the benefits <strong>of</strong> applying<br />
automated technology to optimize various processes within the<br />
research and drug development process. This course will provide<br />
the foundation for subsequent courses dealing with computer<br />
applications in clinical drug development and data management.