A High Relaxivity Magnetic Resonance Imaging Contrast Agent Targeted to Serum Albumin

Stéphane Dumas(Epix Pharmaceuticals (United States)), Jeffrey S. Troughton(Epix Pharmaceuticals (United States)), Normand J. Cloutier(Epix Pharmaceuticals (United States)), Jaclyn M. Chasse(Epix Pharmaceuticals (United States)), Thomas J. McMurry(Epix Pharmaceuticals (United States)), Peter Caravan(Harvard University)
Australian Journal of Chemistry
September 5, 2008
Cited by 12

Abstract

EP-647 is a serum albumin-targeted magnetic resonance imaging contrast agent comprising a GdDTPA (DTPA, diethylenetriaminepentaacetate) chelate for magnetic resonance signal generation linked via a phosphodiester to a substituted biphenyl for albumin targeting. Albumin binding and relaxivity are higher than the benchmark magnetic resonance angiographic agent MS-325. EP-647 binds primarily to a unique site on serum albumin that is different from the MS-325 site and the binding sites of other drugs.


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