Add to ORKGCharge migration through the DNA base stack results in oxidative damage 200 Å from the site of the remotely bound oxidant, but this reaction from a distance is exquisitely sensitive to perturbations in the intervening base stack. Photophys., electrochem. and biochem. expts. have been conducted to characterize this chem
The DNA double helix has captured the imagination of many, bringing it to the forefront of biologica...
Using intercalated, covalently bound daunomycin as a redox probe, ground state charge transport in D...
Electrochemical DNA-based sensors that exploit the inherent sensitivity of DNA-mediated charge trans...
Charge migration through the DNA base stack results in oxidative damage 200 Å from the site of the r...
The base pair stack within double helical DNA provides an effective medium for charge transport. The...
The stack of base pairs within double helical DNA has been shown to mediate charge transport reactio...
Many expts. have now shown that double helical DNA can serve as a conduit for efficient charge trans...
DNA charge transport chemistry involves the migration of charge over long molecular distances throug...
Photochemical reactions on DNA assemblies containing tethered photooxidants, particularly metalloint...
Many experiments have now shown that double helical DNA can serve as a conduit for efficient charge ...
The reaction of the DNA bases with radical species generated by radiation, carcinogens, or oxidative...
Long-range oxidative damage to DNA has been demonstrated in experiments using a variety of remotely ...
The ability of the π-stacked array of heterocyclic DNA bases to behave as an efficient conduit for c...
Oxidative damage to DNA bases in isolated HeLa nuclei occurs upon treatment with rhodium intercalato...
Charge migration through the DNA base stack has been probed both spectroscopically, to observe the f...
The DNA double helix has captured the imagination of many, bringing it to the forefront of biologica...
Using intercalated, covalently bound daunomycin as a redox probe, ground state charge transport in D...
Electrochemical DNA-based sensors that exploit the inherent sensitivity of DNA-mediated charge trans...
Charge migration through the DNA base stack results in oxidative damage 200 Å from the site of the r...
The base pair stack within double helical DNA provides an effective medium for charge transport. The...
The stack of base pairs within double helical DNA has been shown to mediate charge transport reactio...
Many expts. have now shown that double helical DNA can serve as a conduit for efficient charge trans...
DNA charge transport chemistry involves the migration of charge over long molecular distances throug...
Photochemical reactions on DNA assemblies containing tethered photooxidants, particularly metalloint...
Many experiments have now shown that double helical DNA can serve as a conduit for efficient charge ...
The reaction of the DNA bases with radical species generated by radiation, carcinogens, or oxidative...
Long-range oxidative damage to DNA has been demonstrated in experiments using a variety of remotely ...
The ability of the π-stacked array of heterocyclic DNA bases to behave as an efficient conduit for c...
Oxidative damage to DNA bases in isolated HeLa nuclei occurs upon treatment with rhodium intercalato...
Charge migration through the DNA base stack has been probed both spectroscopically, to observe the f...
The DNA double helix has captured the imagination of many, bringing it to the forefront of biologica...
Using intercalated, covalently bound daunomycin as a redox probe, ground state charge transport in D...
Electrochemical DNA-based sensors that exploit the inherent sensitivity of DNA-mediated charge trans...