Heterocyclic Communications p. 89 - 92 (2006)
Update date:2022-08-11
Topics:
Turlington, Mark
Mackay, Hilary
Rutledge, Caleb
Taherbhai, Zarmeen
Nguyen, Binh
Wilson, David
Lee, Moses
This communication details the rationale for the design of a novel polyamide molecule, 1, in which the standard dimethylamino C-terminus functionality has been replaced with a benzamidine moiety. The synthesis of this molecule and the subsequent DNA binding properties, determined from surface plasmon resonance and DNA melts are reported. The benzamidine moiety was shown to significantly increase the binding affinity of the polyamide to its cognate AATTT sequence compared to the parent C-terminus compound 2.
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