We have clarified the use of Wyman's differential equation for the facilitated oxygen flux through a slab of solution of myoglobin or hemoglobin by showing that there is a unique choice of boundary condition on the carrier concentration to be employed in conjunction with it. The singular perturbation solution of Wyman's equation, due to Murrayand Mitchell and Murray, has been extended. By means of it, the paradox of Wittenberg, that the facilitated oxygen flux per mole of heme is apparently independent of the protein carrier, has been resolved
The role of myoglobin in facilitated diffusion of oxygen in muscle in examined in a tissue model tha...
Most of the experimental observations on facilitated transport have been done with millipore filters...
The oxygenation of layers of deoxygenated hemoglobin solutions after a sudden exposure to a gas cont...
We have clarified the use of Wyman's differential equation for the facilitated oxygen flux through a...
This paper deals with the facilitated diffusion of oxygen in systems containing proteins, such as fe...
Scholander discovered that the steady state flux of oxygen through a thin film of water could be enh...
Abstract An application of a singular perturbation method to the case of carbon monoxide similar to ...
At relatively low perfusion rates, anoxic regions may occur in tissue even though oxygen remains in ...
We have used the quasi-linearization method to obtain numerical solutions to the equations which des...
By continuous absorption and by bubble collapse methods respectively, the solubilities and diffusion...
The steady-state transport of oxygen through hemoglobin solutions was studied to identify the mechan...
The steady-state transport of oxygen through hemoglobin solutions was studied to identify the mechan...
The equations of facilitated diffusion were solved numerically for steady state diffusion of oxygen ...
Numerical solutions are obtained for the unsteady-state oxygen release process from hemoglobin layer...
We have used the quasi-linearization method to obtain numerical solutions to the equations which des...
The role of myoglobin in facilitated diffusion of oxygen in muscle in examined in a tissue model tha...
Most of the experimental observations on facilitated transport have been done with millipore filters...
The oxygenation of layers of deoxygenated hemoglobin solutions after a sudden exposure to a gas cont...
We have clarified the use of Wyman's differential equation for the facilitated oxygen flux through a...
This paper deals with the facilitated diffusion of oxygen in systems containing proteins, such as fe...
Scholander discovered that the steady state flux of oxygen through a thin film of water could be enh...
Abstract An application of a singular perturbation method to the case of carbon monoxide similar to ...
At relatively low perfusion rates, anoxic regions may occur in tissue even though oxygen remains in ...
We have used the quasi-linearization method to obtain numerical solutions to the equations which des...
By continuous absorption and by bubble collapse methods respectively, the solubilities and diffusion...
The steady-state transport of oxygen through hemoglobin solutions was studied to identify the mechan...
The steady-state transport of oxygen through hemoglobin solutions was studied to identify the mechan...
The equations of facilitated diffusion were solved numerically for steady state diffusion of oxygen ...
Numerical solutions are obtained for the unsteady-state oxygen release process from hemoglobin layer...
We have used the quasi-linearization method to obtain numerical solutions to the equations which des...
The role of myoglobin in facilitated diffusion of oxygen in muscle in examined in a tissue model tha...
Most of the experimental observations on facilitated transport have been done with millipore filters...
The oxygenation of layers of deoxygenated hemoglobin solutions after a sudden exposure to a gas cont...