Mar 07 2009
Let me begin with a story. An assistant professor submits a reasonable application to NCCAM to investigate the potential metabolic and pharmacodynamic interactions of St. Johns wort with conventional chemotherapy. This was the year or year-and-a-half before SJW was known to have significant CYP3A4 inductive activity due primarily to its component, hyperforin. Said investigator used this preliminary data, not explicitly required for theNIH funding mechanism (called an R21), to question whether St. John’s wort used by depressed cancer patients might interfere with chemotherapy. The original proposal earned a priority score of 228 (as with golf, the lower the better: the best is 100, the worst is 500.)
The major reviewer critique was that the assistant professor, Your Humble Pharmacologist, lacked, at the time, significant natural products chemistry expertise. YHP was then doing his sabbatical in the NC Research Triangle area and wisely sought the support and expertise of the now-late Dr. Monroe Wall and surviving Dr. Manuskh Wani. These gentlemen discovered and solved the structures of taxol from Taxus brevifolia and camptothecin from Camptotheca acuminata. Taxol itself became a blockbuster drug for Bristol-Myers Squibb while camptothecin required water-soluble modifications to foster topotecan (Hycamptin) and irinotecan (Camptosar) that collectively saved or prolonged the lives of thousands of men and women subjected to breast, ovarian, lung, and gastrointestinal tumors. In 2003, they received the designation of an American Chemical Society National Historic Chemical Landmark for their three decades of work in this area. (Sadly, they received none of the profits from these drugs as their discoveries pre-dated the Bayh-Dole Act that allowed NIH funded researchers to share in the revenues of intellectual property emerging from their work.).
Being a savvy young investigator, I sought and enlisted the assistance and support of Dr. Wall and colleagues to provide my team with world-class, natural products expertise. Stunningly, the subsequent application was awared a score of 345 (*much worse than the original) with the criticism from reviewers that all Dr. Wall did was to lend a drug development aspect to an otherwise “herbal” applicaton.
To this day, I cannot fathom who better I could have sought for natural products expertise on this grant application.
Since then, three of my colleagues and I have submitted 13 applications to NCCAM, including an application for a comprehensive Botanical Research Center grant. All 13 received unfundable scores. Among these was a 279-page application for a NCCAM Botanical Research Center – reviewed but not discussed by the evaluation panel.
Nonetheless, I have taken the approach that if NCCAM were to continue its existence, I would try to be part of the solution. I have accepted several invitations to review research and training grants for NCCAM and I am pleased to say that one or two projects that I ranked highly ended up being very productive, specifically in the area of natural products and traditional herbal medicines. I also have some friends and valued colleagues who contribute to the scientific integrity of NCCAM. However, my collective experiences lead me to believe that they are voices quenched by the vast wilderness of the promotion and advocacy of “integrative medicine” and CAM.
Continue Reading »