The study also established that SPX-106 does not accumulate and is rapidly excreted after multiple days of dosing. This study, in conjunction with earlier efficacy studies, continues to support SPX-106 as a component of a combination therapy for dyslipidemia. Earlier tests have shown reduced dyslipidemia in apolipoprotein E‑deficient mice and Syrian Golden hamsters, as well as in LDL receptor-deficient mice. SPX-106T, which is SPX-106 combined with D-tagatose, is thought to treat dyslipidemia by simultaneously blocking carbohydrate conversion to lipids and promoting lipid catabolism (lipid breakdown). This latest study paves the way for the SPX-106T human clinical trial in 2012.
"I am pleased to report the successful achievement of a critical milestone, our first toxicology study of SPX-106. These results advance our current development plan and support our belief that there are significant opportunities for our Company in the development of SPX-106T for the dyslipidemia market," reported Dr. Claire Kruger , CEO of Spherix.
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