DFAME is a red fluorophore with excitation and emission wavelengths of 508 nm and 641 nm, respectively. It selectively binds to dimeric fluorescent RNA aptamers derived from Beetroot and Corn, yielding complexes with dissociation constants of 460 nM and 3600 nM, respectively. These Beetroot-DFAME and Corn-DFAME complexes facilitate the assembly of RNA structures within living cells, making them valuable tools for studying RNA nanostructures. The application of DNA/RNA nanostructures holds significant promise in advancing research in cell and gene therapy.
DFAME is a red fluorophore with excitation and emission wavelengths of 508 nm and 641 nm, respectively. It selectively binds to dimeric fluorescent RNA aptamers derived from Beetroot and Corn, yielding complexes with dissociation constants of 460 nM and 3600 nM, respectively. These Beetroot-DFAME and Corn-DFAME complexes facilitate the assembly of RNA structures within living cells, making them valuable tools for studying RNA nanostructures. The application of DNA/RNA nanostructures holds significant promise in advancing research in cell and gene therapy.
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