PAMAM dendrimers functionalized with nitronyl nitroxide radicals were characterized. Quantitative determination of substitution with radicals was performed using EPR and electrochemical methods. The study of the 1H NMR relaxation of the surrounding water showed how the outer-sphere contribution to the relaxivity may be limited by the presence of the dendrimer core
The multivalent character of dendrimers has positioned these well-defined, highly branched macromole...
PAMAM dendrimers are nanosized spherical, highly-branched polymers that are being developed for drug...
MRI contrast agents based on chemical exchange-dependent saturation transfer (CEST), such as Yb(III)...
The 1H NMR relaxivity of ortho and para dinitroxide substituted phthalate esters and a series of nit...
The 1H NMR relaxivity of o- and p-dinitroxide-substituted phthalate esters and a series of nitroxyl-...
The 1H NMR relaxivity of o- and p-dinitroxide-substituted phthalate esters and a series of nitroxyl-...
In magnetic resonance imaging, contrast agents are employed to enhance the signal intensity. However...
Five novel generations of phosphorus dendrimers based on a cyclotriphosphazene core with stable TEMP...
The anchoring of K[Ru-III(edta)(Cl)] on poly(amidoamine) dendrimers (PAMAM of three generations G(x)...
In this study, the host-guest behavior of poly(amidoamine) (PAMAM) dendrimers bearing amine, hydroxy...
Five novel generations of phosphorus dendrimers based on a cyclotriphosphazene core with stable TEMP...
The design of effective pH responsive MRI contrast agents is a key goal in the development of new di...
International audienceThe EPTPA5) chelate, which ensures fast water exchange in GdIII complexes, has...
International audienceVariable-temperature, multiple magnetic field (17)O NMR, EPR and variable-temp...
© 2014 American Chemical Society. Five novel generations of phosphorus dendrimers based on a cyclotr...
The multivalent character of dendrimers has positioned these well-defined, highly branched macromole...
PAMAM dendrimers are nanosized spherical, highly-branched polymers that are being developed for drug...
MRI contrast agents based on chemical exchange-dependent saturation transfer (CEST), such as Yb(III)...
The 1H NMR relaxivity of ortho and para dinitroxide substituted phthalate esters and a series of nit...
The 1H NMR relaxivity of o- and p-dinitroxide-substituted phthalate esters and a series of nitroxyl-...
The 1H NMR relaxivity of o- and p-dinitroxide-substituted phthalate esters and a series of nitroxyl-...
In magnetic resonance imaging, contrast agents are employed to enhance the signal intensity. However...
Five novel generations of phosphorus dendrimers based on a cyclotriphosphazene core with stable TEMP...
The anchoring of K[Ru-III(edta)(Cl)] on poly(amidoamine) dendrimers (PAMAM of three generations G(x)...
In this study, the host-guest behavior of poly(amidoamine) (PAMAM) dendrimers bearing amine, hydroxy...
Five novel generations of phosphorus dendrimers based on a cyclotriphosphazene core with stable TEMP...
The design of effective pH responsive MRI contrast agents is a key goal in the development of new di...
International audienceThe EPTPA5) chelate, which ensures fast water exchange in GdIII complexes, has...
International audienceVariable-temperature, multiple magnetic field (17)O NMR, EPR and variable-temp...
© 2014 American Chemical Society. Five novel generations of phosphorus dendrimers based on a cyclotr...
The multivalent character of dendrimers has positioned these well-defined, highly branched macromole...
PAMAM dendrimers are nanosized spherical, highly-branched polymers that are being developed for drug...
MRI contrast agents based on chemical exchange-dependent saturation transfer (CEST), such as Yb(III)...