Quaternary structure and spin equilibria in ferric hemoglobins. A room temperature study.
1983
The effective magnetic moments for a number of human and carp methemoglobin derivatives were determined in solution at room temperature. The data permit us to confirm the dependence of the spin-state equilibrium of azide methemoglobin on the quaternary state of the hemoglobin and to demonstrate a similar dependence for both human and carp aquomethemoglobin.
In addition, the pH dependence of the effective magnetic moment and the Soret spectrum of carp azide-methemoglobin are compared.
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