Mössbauer effect measurements show that the ferrous ions in dehydrated deoxymyoglobin are in the high spin state while those in dehydrated deoxyhemoglobin (AHb) are equally distributed between high and low spin states. It is concluded that the two spin states present in AHb are associated with the iron site difference of the α- and β-chains
The Mössbauer effect in Fe57 has been used to study the molecules, hemoglobin, O2-hemoglobin, CO2-he...
We report results of our study on the mechanism of spin-dependent O2 binding to hemoglobin, which we...
The ferric form of the homodimeric Scapharca hemoglobin undergoes a pH-dependent spin transition of ...
Mössbauer effect measurements show that the ferrous ions in dehydrated deoxymyoglobin are in the hig...
Mössbauer spectra of anhydrohemoglobin establish the existence of two ferrous iron spin states in an...
The Fe Kß fluorescence emission spectrum was used to study the coordination of iron in some heme pro...
The allosteric transition in triply ferric hemoglobin has been studied with different ferric ligands...
We have carried out analysis of the electronic level scheme of the high-spin ferrous hemoproteins by...
Mammalian haemoglobins undergo a reversible transition between two alternative structures. One of th...
An ab initio study of electronic and spin configurations of the iron ion in the active center of the...
Human normal adult hemoglobin (Hb A) is a tetrameric protein molecule of ~64 kDa consisting of two i...
The electronic structure of the heme unit of deoxyhemoglobin including the proximal imidazole has be...
In this work the hemoglobin conformational changes induced by changing the iron charge have been stu...
The environment of cysteine β-93 is altered during the oxygenation of hemoglobin. Electron spin...
The electronic structure of the heme unit of deoxyhemoglobin including the proximal imidazole has be...
The Mössbauer effect in Fe57 has been used to study the molecules, hemoglobin, O2-hemoglobin, CO2-he...
We report results of our study on the mechanism of spin-dependent O2 binding to hemoglobin, which we...
The ferric form of the homodimeric Scapharca hemoglobin undergoes a pH-dependent spin transition of ...
Mössbauer effect measurements show that the ferrous ions in dehydrated deoxymyoglobin are in the hig...
Mössbauer spectra of anhydrohemoglobin establish the existence of two ferrous iron spin states in an...
The Fe Kß fluorescence emission spectrum was used to study the coordination of iron in some heme pro...
The allosteric transition in triply ferric hemoglobin has been studied with different ferric ligands...
We have carried out analysis of the electronic level scheme of the high-spin ferrous hemoproteins by...
Mammalian haemoglobins undergo a reversible transition between two alternative structures. One of th...
An ab initio study of electronic and spin configurations of the iron ion in the active center of the...
Human normal adult hemoglobin (Hb A) is a tetrameric protein molecule of ~64 kDa consisting of two i...
The electronic structure of the heme unit of deoxyhemoglobin including the proximal imidazole has be...
In this work the hemoglobin conformational changes induced by changing the iron charge have been stu...
The environment of cysteine β-93 is altered during the oxygenation of hemoglobin. Electron spin...
The electronic structure of the heme unit of deoxyhemoglobin including the proximal imidazole has be...
The Mössbauer effect in Fe57 has been used to study the molecules, hemoglobin, O2-hemoglobin, CO2-he...
We report results of our study on the mechanism of spin-dependent O2 binding to hemoglobin, which we...
The ferric form of the homodimeric Scapharca hemoglobin undergoes a pH-dependent spin transition of ...