Water Permeability

Intracellular pH sensing is altered by plasma membrane PIP aquaporin co-expression

Genetics / Water / Molecular Biology / Plant Biology / Plant Molecular Biology / Gene expression / Phylogeny / Aquaporins (AQP) / Female / Animals / Plant Roots / Xenopus laevis / Amino Acid Sequence / Base Sequence / Water Transport / Oocytes / Recombinant Proteins / Hydrogen-Ion Concentration / Beta Vulgaris / PLANT PROTEINS / Plasma Membrane / Biochemistry and cell biology / Water Permeability / Molecular Sequence Data / Gene expression / Phylogeny / Aquaporins (AQP) / Female / Animals / Plant Roots / Xenopus laevis / Amino Acid Sequence / Base Sequence / Water Transport / Oocytes / Recombinant Proteins / Hydrogen-Ion Concentration / Beta Vulgaris / PLANT PROTEINS / Plasma Membrane / Biochemistry and cell biology / Water Permeability / Molecular Sequence Data

Preparation and characterization of novel porous PMMA-SiO 2 hybrid membranes

Engineering / Materials Engineering / Biomedical Engineering / Protein adsorption / Titanium / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability

Preparation and characterization of novel porous PMMA-SiO2 hybrid membranes

Engineering / Materials Engineering / Biomedical Engineering / Protein adsorption / Titanium / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability

Preparation and characterization of novel porous PMMA-SiO 2 hybrid membranes

Engineering / Materials Engineering / Biomedical Engineering / Protein adsorption / Titanium / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability

Preparation and characterization of novel porous PMMA-SiO 2 hybrid membranes

Engineering / Materials Engineering / Biomedical Engineering / Protein adsorption / Titanium / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability / Nanotechnology / Adsorption / Desalination / Porosity / Compressive Strength / Animals / Nanostructures / Temperature / Pore Size / Mechanical Testing / CHEMICAL SCIENCES / Cattle / Mechanical Stress / X ray diffraction / Composite Membrane / Scanning Electron Microscope / Three Dimensional / Materials Testing / Alloys / Biocompatible Materials / Chemical Treatment / Serum albumin / Water Permeability

A comparison between polysulfone, zirconia and organo-mineral membranes for use in ultrafiltration

Engineering / Mass Transfer / Membrane Science / Scanning Electron Microscopy / Comparative Study / Ultrafiltration / Fouling / Permeability / Membrane Separation / Pore Size / CHEMICAL SCIENCES / Cross Section / STRESS CONCENTRATION FACTOR / Surface Analysis / Water Permeability / Ultrafiltration / Fouling / Permeability / Membrane Separation / Pore Size / CHEMICAL SCIENCES / Cross Section / STRESS CONCENTRATION FACTOR / Surface Analysis / Water Permeability
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