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HEALTH & SCIENCE

Long dormant, antibiotic pipeline flowing again with more than 120 compounds in development

After years of concern about the dearth of new bacteria-fighting drugs, researchers are investigating a greater number of novel compounds than ever before.

By Victoria Stagg Elliott, AMNews staff. Oct. 8, 2007.


In the war against drug-resistant bacteria, physicians finally might start getting some new weapons.

Experts have long complained that the lack of new antibiotics in development or ready for market, combined with the presence of increasingly resistant bacteria, has been exhausting treatment options. There are early signs, however, that this situation may be improving.


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"This is a very exciting time. It's very encouraging that it appears that the pharmaceutical companies are coming forward with new agents that have new mechanisms of action," said Karen Bush, PhD, a distinguished research fellow at Johnson & Johnson Pharmaceutical Research & Development in Raritan, N.J.

Dr. Bush was speaking at last month's Interscience Conference on Antimicrobial Agents and Chemotherapy, in Chicago. According to informal surveys by infectious disease experts, researchers at this meeting presented data on more than 120 completely new compounds, an unprecedented number. It's too early to predict which compounds eventually will reach patients, but observers hope the heightened level of activity signals a reversal of the trend of fewer new antibiotics coming online each year.

To add momentum to the antibiotic pipeline, some experts at the meeting were advocating a change in the way scientists pursue new germ-killers. For a decade or more, research has focused on targets emerging from the genetic sequencing of various pathogens. Scientists say that although this work has been valuable with regard to increasing the understanding of these bugs, it has not fulfilled hopes for discovering new treatments. Instead, those in the field are urging scientists to return to hunting in the natural world -- the source of the earliest antibiotics.

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