Rheological properties of hemoglobin vesicles (artificial oxygen carriers) suspended in a series of plasma-substitute solutions

Chemical Compounds

• Plasma Substitute 100%
• Hemoglobin 56%
• Rheology 54%
• Dioxygen 29%
• Suspension 18%
• Dextran 12%
• Gelatin 12%
• Starch 11%
• Flocculation 9%
• Osmotic Pressure 5%
• Storage Modulus 4%
• Colloid 3%
• Shear 3%
• Solute 3%
• Water Soluble 3%
• Flow 2%
• Pressure 2%
• Volume 2%
• Weight 2%
• Aqueous Solution 2%
• Time 1%
• Application 1%

Physics & Astronomy

• hemoglobin 72%
• substitutes 48%
• oxygen 36%
• dextrans 16%
• starches 15%
• albumins 15%
• gelatins 14%
• serums 14%
• transfusion 13%
• viscosity 8%
• molecular weight 7%
• fluids 7%
• plugging 5%
• osmosis 5%
• shear thinning 4%
• polymers 4%
• microchannels 4%
• colloids 3%
• blood 3%
• aqueous solutions 3%
• solutes 3%
• depletion 3%
• flow distribution 3%
• shear 2%
• water 2%
• profiles 2%
• interactions 1%

Engineering & Materials Science

• Hemoglobin 86%
• Plasmas 56%
• Oxygen 49%
• Dextran 20%
• Starch 15%
• Flocculation 11%
• Viscosity 9%
• Molecular weight 9%
• Fluids 7%
• Liposomes 6%
• Polymers 5%
• Colloids 5%
• Shear thinning 5%
• Microchannels 4%
• Shear deformation 4%
• Flow patterns 3%
• Blood 3%
• Volume fraction 3%
• Elastic moduli 3%
• Water 2%