The reaction of oxyhemoglobin and carbon monoxide was studied kinetically at pH 7.8 in a variety of suspending media. The dielectric constant of the suspending media, as well as the viscosity (and hence the Fick diffusion coefficients), was varied with the use of glycine, glycerol, and sucrose. The results showed that the reaction was unaltered by the various additions to the media, provided that the pO2 and the concentration of carbon monoxide were held constant. Since the concentration of oxygen varies from medium to medium at constant pO2 while the pCO varies at constant concentration of carbon monoxide, the differences in the reactions with oxygen and carbon monoxide were emphasized. The lack of variation of the rate constants with chan...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
Abstract The rates of combination of the isolated chains of human hemoglobin with oxygen have been m...
The spectral difference between normal and rapidly reacting deoxyhemoglobin (Sawicki and Gibson (197...
The reaction of oxyhemoglobin and carbon monoxide was studied kinetically at pH 7.8 in a variety of ...
The rate constants for the association of oxygen and of carbon monoxide with reduced hemoglobin and ...
The rate constants for the association of oxygen and of carbon monoxide with reduced hemoglobin and ...
Abstract The paper reports rapid mixing and relaxation experiments performed on mixtures of oxy- (Hb...
Abstract The kinetics of the reactions of human hemoglobin with carbon monoxide and oxygen has been ...
Abstract The kinetics of the reaction of human deoxyhemoglobin with oxygen at high concentrations of...
Abstract The values of the equilibrium and kinetic constants for the reactions with oxygen and carbo...
Abstract The time course of appearance of quickly reacting hemoglobin at pH 7 in dilute solutions (l...
Abstract The kinetics of the reactions of human hemoglobin with carbon monoxide and oxygen has been ...
Abstract An application of a singular perturbation method to the case of carbon monoxide similar to ...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
Abstract The rates of combination of the isolated chains of human hemoglobin with oxygen have been m...
The spectral difference between normal and rapidly reacting deoxyhemoglobin (Sawicki and Gibson (197...
The reaction of oxyhemoglobin and carbon monoxide was studied kinetically at pH 7.8 in a variety of ...
The rate constants for the association of oxygen and of carbon monoxide with reduced hemoglobin and ...
The rate constants for the association of oxygen and of carbon monoxide with reduced hemoglobin and ...
Abstract The paper reports rapid mixing and relaxation experiments performed on mixtures of oxy- (Hb...
Abstract The kinetics of the reactions of human hemoglobin with carbon monoxide and oxygen has been ...
Abstract The kinetics of the reaction of human deoxyhemoglobin with oxygen at high concentrations of...
Abstract The values of the equilibrium and kinetic constants for the reactions with oxygen and carbo...
Abstract The time course of appearance of quickly reacting hemoglobin at pH 7 in dilute solutions (l...
Abstract The kinetics of the reactions of human hemoglobin with carbon monoxide and oxygen has been ...
Abstract An application of a singular perturbation method to the case of carbon monoxide similar to ...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
A light-scattering stopped-flow device was used to study the kinetics of human oxyhemoglobin tetrame...
Abstract The rates of combination of the isolated chains of human hemoglobin with oxygen have been m...
The spectral difference between normal and rapidly reacting deoxyhemoglobin (Sawicki and Gibson (197...