The interaction of antibiotic valinomycin with manganese (II) has been studied using circular dichroism, electron spin resonance and infrared techniques. Results show that Mn(II) forms complexes with valinomycin in both 2:1 (valinomycin-ion-valinomycin sandwich) and 1:1 (equimolar) stoichiometries. The 1:1 type observed here is very different from the well known K+-valinomycin bracelet conformation
The conformation of the valinomycin-lithium complex has been studied using CD and nmr techniques. Th...
<div><p>The interaction of MnCl<sub>2</sub> with the non-steroidal anti-inflammatory drug sodium dic...
The structure of valinomycin in a range of organic solvents of varying polarity and in detergent and...
The interaction of antibiotic valinomycin with manganese (II) has been studied using circular dichro...
The solution conformations of complexes of valinomycin with magnesium and strontium were investigate...
Complexation of valinomycin (VM) with the divalent cation Ca2+ in a lipophilic solvent, acetonitrile...
Conformations of valinomycin and its complexes with Perchlorate and thiocyanate\ud salts of barium, ...
Complex formation of valinomycin with Ba2+ ions was investigated by circular dichroism spectroscopy....
Complex formation of valinomycin with $Ba^{2+}$ ions was investigated by circular dichroism spectros...
Magnetic resonance techniques yield important information on different coordination behaviour of Mn(...
Valinomycin, an ionophore of considerable interest for its ion selectivity, and its K+, Mg2+, Ba2+, ...
The conformation of the ionophore antibiotic valinomycin in its barium perchlorate complex has been ...
Polarography was used to determine the stability constants (log β) of mixed ligand bioinorganic comp...
2433-2438Some new manganesc(II) complexes of biologically relevant ligands, hydrazinecarboxamide an...
Protonation and copper(II) coordination properties of neomycin B were studied in solution by potenti...
The conformation of the valinomycin-lithium complex has been studied using CD and nmr techniques. Th...
<div><p>The interaction of MnCl<sub>2</sub> with the non-steroidal anti-inflammatory drug sodium dic...
The structure of valinomycin in a range of organic solvents of varying polarity and in detergent and...
The interaction of antibiotic valinomycin with manganese (II) has been studied using circular dichro...
The solution conformations of complexes of valinomycin with magnesium and strontium were investigate...
Complexation of valinomycin (VM) with the divalent cation Ca2+ in a lipophilic solvent, acetonitrile...
Conformations of valinomycin and its complexes with Perchlorate and thiocyanate\ud salts of barium, ...
Complex formation of valinomycin with Ba2+ ions was investigated by circular dichroism spectroscopy....
Complex formation of valinomycin with $Ba^{2+}$ ions was investigated by circular dichroism spectros...
Magnetic resonance techniques yield important information on different coordination behaviour of Mn(...
Valinomycin, an ionophore of considerable interest for its ion selectivity, and its K+, Mg2+, Ba2+, ...
The conformation of the ionophore antibiotic valinomycin in its barium perchlorate complex has been ...
Polarography was used to determine the stability constants (log β) of mixed ligand bioinorganic comp...
2433-2438Some new manganesc(II) complexes of biologically relevant ligands, hydrazinecarboxamide an...
Protonation and copper(II) coordination properties of neomycin B were studied in solution by potenti...
The conformation of the valinomycin-lithium complex has been studied using CD and nmr techniques. Th...
<div><p>The interaction of MnCl<sub>2</sub> with the non-steroidal anti-inflammatory drug sodium dic...
The structure of valinomycin in a range of organic solvents of varying polarity and in detergent and...