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FA-PEG-BQAV-Re(CO)3+ appears to be a rationally designed drug conjugate that integrates a folic acid (FA) moiety (for targeting folate receptors highly expressed on some cancer cells), a polyethylene glycol (PEG) linker (to enhance circulation time and stability), a BQAV pharmacophore or scaffold (exact identity unspecified in search results), and a rhenium tricarbonyl core ([Re(CO)3]+), likely used for imaging, as a radiometal tag, or as a biologically active component. The purpose is cancer targeting and potentially theranostics (combined therapeutic and diagnostic utility). The FA enables targeting via folate receptor-mediated endocytosis on tumor cells; PEG improves pharmacokinetics; the Re(CO)3+ metal complex can allow radiolabeling or imaging, or have direct cytotoxic/metallodrug properties. This platform is representative of tumor-targeted, metal-based drug conjugates designed for enhanced selectivity and efficacy in oncology.
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