A Raman-assisted crystallographic study on the adduct between AziRu, a Ru(III) complex with high antiproliferative activity, and RNase A is presented. The protein structure is not perturbed significantly by the Ru label. The metal coordinates to ND atoms of His105 or of His119 imidazole rings, losing all of its original ligands but retaining octahedral, although distorted, coordination geometry. The AziRu binding inactivates the enzyme, suggesting that its antitumor action can be exerted by a mechanism of competitive inhibition
Despite significant advances in the treatment of primary tumours through radiotherapy, surgery and c...
The interactions with protein targets of the ruthenium(III) complex imidazolium trans-[tetrachloro(d...
Ruthenium compounds have unique physicochemical properties that can be efficiently exploited in medi...
A Raman-assisted crystallographic study on the adduct between AziRu, a Ru(III) complex with high ant...
The binding properties of AziRu, a ruthenium(III) complex with high antiproliferative activity, tow...
Raman microspectroscopy proved to be a valuable support to protein crystallography in all the steps ...
The binding properties of AziRu, a ruthenium(III) complex with high antiproliferative activity, towa...
Ruthenium complexes are evaluated as prospective pharmaceutical agents and have emerged as promising...
The pharmacological profile of medicinally relevant Ru(III) coordination compounds has been ascribed...
The RuIII-based prodrug AziRu efficiently binds to proteins, but the mechanism of its release is sti...
A crystallographic study of the adduct formed between hen egg white lysozyme (HEWL) and NAMI-A, an e...
The interaction of the anticancer Ru(iii) complex AziRu-in comparison with its analogue NAMI-A, curr...
Despite significant advances in the treatment of primary tumours through radiotherapy, surgery and c...
The interactions with protein targets of the ruthenium(III) complex imidazolium trans-[tetrachloro(d...
Ruthenium compounds have unique physicochemical properties that can be efficiently exploited in medi...
A Raman-assisted crystallographic study on the adduct between AziRu, a Ru(III) complex with high ant...
The binding properties of AziRu, a ruthenium(III) complex with high antiproliferative activity, tow...
Raman microspectroscopy proved to be a valuable support to protein crystallography in all the steps ...
The binding properties of AziRu, a ruthenium(III) complex with high antiproliferative activity, towa...
Ruthenium complexes are evaluated as prospective pharmaceutical agents and have emerged as promising...
The pharmacological profile of medicinally relevant Ru(III) coordination compounds has been ascribed...
The RuIII-based prodrug AziRu efficiently binds to proteins, but the mechanism of its release is sti...
A crystallographic study of the adduct formed between hen egg white lysozyme (HEWL) and NAMI-A, an e...
The interaction of the anticancer Ru(iii) complex AziRu-in comparison with its analogue NAMI-A, curr...
Despite significant advances in the treatment of primary tumours through radiotherapy, surgery and c...
The interactions with protein targets of the ruthenium(III) complex imidazolium trans-[tetrachloro(d...
Ruthenium compounds have unique physicochemical properties that can be efficiently exploited in medi...