Mn-Oda -DNA profiles were compared to that of classical non-covalent intercalating and groove binding molecules (data not shown) with structural perturbations induced by Mn-Oda suggesting an intercalative binding mode (268 nm), particularly at the minor groove, similar to that of EtBr since elliptical signals show an increasing trend at 210, 220 and 268 nm [38] .
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Triggering autophagic cell death with a di-manganese(II) developmental therapeutic.
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