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Prostate cancer is the second leading cause of cancer deaths among US men  Over 200,000 new patients are diagnosed with prostate cancer every year in the US alone  About 35,000 of these men have advanced metatstatic prostate tumor for whom there is no cure 

CPC-200

 

CPC-200, Colby's co-lead drug is being developed for a Phase l/lla clinical trial in 2009 as a therapeutic OSM drug for the treatment of prostate cancer recurring after surgical or radiation de-bulking of the primary tumor, prior to ADT.

CPC-200 is a small molecule drug that inhibits the catabolic oxidase enzyme reaction with its endogenous substrate, specifically present at high concentrations in the prostate. CPC-200 is a synthetic substrate analog drug that binds to and inactivates the oxidase, thus inhibiting hydrogen peroxide production specifically in the prostate epithelial cells. Therapeutic treatment with CPC-200 in experimental mouse models of prostate cancer show a significant overall survival benefit and decreased prostate cancer progression.

 

CPC-200 Mechanism of Action & 

Effect of H2O2 inhibition by CPC-200

CPC-200 Pathway Targets