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J Fischbarg

Showing results (11-20 of 91) with videos related to

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The Journal of Physiology|September 1, 1974
Role of cations, anions and carbonic anhydrase in fluid transport across rabbit corneal endotheliumJ Fischbarg, J J Lim
Journal of Theoretical Biology|April 7, 1986
Membrane pores: a computer simulation of interacting pores analyzed by g1(tau) and g2(tau) correlation functionsL S Liebovitch, J Fischbarg
The American Journal of Physiology|May 1, 1995
Multifunctional transporter models: lessons from the transport of water, sugars, and ring compounds by GLUTsJ Fischbarg, J C Vera
The Journal of Physiology|February 1, 1978
Biphasic effects of insulin and ouabain on fluid transport across rabbit corneal endotheliumE I Anderson, J Fischbarg
The Journal of General Physiology|April 1, 1992
Kinetic analysis of water transport through a single-file poreJ A Hernández, J Fischbarg
Current Eye Research|January 1, 1982
Effects of inhibitors of passive Na+ and HCO3- fluxes on electrical potential and fluid transport across rabbit corneal endotheliumL S Liebovitch, J Fischbarg
Biophysical Journal|December 1, 1981
Electrical properties of rabbit corneal endothelium as determined from impedance measurementsJ J Lim, J Fischbarg
Biochimica Et Biophysica Acta|February 28, 1985
Determining the kinetics of membrane pores from patch clamp data without measuring the open and closed timesL S Liebovitch, J Fischbarg
Biochimica Et Biophysica Acta|September 7, 1976
Standing-gradient osmotic flow. Examination of its validity using an analytical methodJ J Lim, J Fischbarg
The Journal of Membrane Biology|April 19, 2005
A mathematical model of electrolyte and fluid transport across corneal endotheliumJ Fischbarg, F P J Diecke
Pageof 10

Showing results (11-20 of 91) with videos related to

Sort By:
Pageof 10
The Journal of Physiology|September 1, 1974
Role of cations, anions and carbonic anhydrase in fluid transport across rabbit corneal endotheliumJ Fischbarg, J J Lim
Journal of Theoretical Biology|April 7, 1986
Membrane pores: a computer simulation of interacting pores analyzed by g1(tau) and g2(tau) correlation functionsL S Liebovitch, J Fischbarg
The American Journal of Physiology|May 1, 1995
Multifunctional transporter models: lessons from the transport of water, sugars, and ring compounds by GLUTsJ Fischbarg, J C Vera
The Journal of Physiology|February 1, 1978
Biphasic effects of insulin and ouabain on fluid transport across rabbit corneal endotheliumE I Anderson, J Fischbarg
The Journal of General Physiology|April 1, 1992
Kinetic analysis of water transport through a single-file poreJ A Hernández, J Fischbarg
Current Eye Research|January 1, 1982
Effects of inhibitors of passive Na+ and HCO3- fluxes on electrical potential and fluid transport across rabbit corneal endotheliumL S Liebovitch, J Fischbarg
Biophysical Journal|December 1, 1981
Electrical properties of rabbit corneal endothelium as determined from impedance measurementsJ J Lim, J Fischbarg
Biochimica Et Biophysica Acta|February 28, 1985
Determining the kinetics of membrane pores from patch clamp data without measuring the open and closed timesL S Liebovitch, J Fischbarg
Biochimica Et Biophysica Acta|September 7, 1976
Standing-gradient osmotic flow. Examination of its validity using an analytical methodJ J Lim, J Fischbarg
The Journal of Membrane Biology|April 19, 2005
A mathematical model of electrolyte and fluid transport across corneal endotheliumJ Fischbarg, F P J Diecke
Pageof 10