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Effect of solution environment on the permeability of red blood cells
Leah J. Langsdorf
,
Andrew L. Zydney
Chemical Engineering
Research output
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Contribution to journal
›
Article
›
peer-review
4
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Scopus citations
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Keyphrases
Red Blood Cells
100%
Creatinine
100%
Solution Environment
100%
Uric Acid
80%
Phase Composition
60%
Cell Membrane Permeability
40%
Chloride
20%
Solute
20%
Transport Mechanism
20%
Cell Membrane
20%
Phosphate
20%
Cell Aggregation
20%
Buffer Solution
20%
Cell Deformability
20%
Metabolic Potential
20%
Physiological Systems
20%
Metabolic Processes
20%
Solute Transport
20%
Biotechnological Applications
20%
Electrolyte
20%
Human Red Blood Cells
20%
Ultrafiltration Device
20%
Membrane Transport
20%
Lipid Bilayer
20%
Application System
20%
Semipermeable Membrane
20%
Passive Diffusion
20%
Aggregation Rate
20%
Engineering
Erythrocyte
100%
Phase Composition
100%
Ultrafiltration
33%
Cell Deformability
33%
Solute Transport
33%
Transport Mechanism
33%
Direct Cell
33%
John Wiley
33%
Physiological System
33%
Lipid Bilayer
33%
Biotechnological Application
33%
Aggregation Rate
33%
Biochemistry, Genetics and Molecular Biology
Solution and Solubility
100%
Creatinine
100%
Cell Membrane Permeability
40%
Metabolite
20%
Cell Membrane
20%
Facilitated Diffusion
20%
Adenine
20%
Ultrafiltration
20%
Lipid Bilayer
20%
Membrane Transport
20%
Material Science
Cell Membrane
100%
Phase Composition
75%
Buffer Solution
25%
Lipid Bilayer
25%
Metabolite
25%
Chemical Engineering
Ultrafiltration
100%