PUBLICACIÓN

From radial to unidirectional water pumping in zeta-potential modulated Nafion nanostructures

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ACCEDER A LA PUBLICACIÓN: Scopus

2022 Nature Communications

Chemistry (miscellaneous) (Q1), Physics and Astronomy (miscellaneous) (Q1), Biochemistry, Genetics and Molecular Biology (miscellaneous) (Q1)

JCR: 16.6

SJR: 5.116

CITAS

25

DOI

10.1038/s41467-022-30554-7

EID

2-s2.0-85130357132

EISSN

2041-1723

AUTORES DE LA UEX

Amparo María Gallardo Moreno

OTRAS PUBLICACIONES DE INTERÉS

Adhesion Of Enterococcus Faecalis 1131 Grown Under Subinhibitory Concentrations Of Ampicillin And Vancomycin To A Hydrophilic And A Hydrophobic Substratum
Toward Sustainable Pla Films By Replacing Chloroform For The Green Solvent Dimethyl Carbonate
Decoding The Influence Of Human Serum Albumin On The Degradation Behavior Of Pla Films Produced With Green Solvent
Toward Sustainable Pla Films By Replacing Chloroform For The Green Solvent Dimethyl Carbonate
Decoding The Influence Of Human Serum Albumin On The Degradation Behavior Of Pla Films Produced With Green Solvent
Calcium Medronate-Based Metal-Organic Frameworks As Multifunctional Biomaterials
Decoding The Influence Of Human Serum Albumin On The Degradation Behavior Of Pla Films Produced With Green Solvent
Calcium Medronate-Based Metal-Organic Frameworks As Multifunctional Biomaterials
Dynamic Adhesive Behavior And Biofilm Formation Of Staphylococcus Aureus On Polylactic Acid Surfaces In Diabetic Environments
Calcium Medronate-Based Metal-Organic Frameworks As Multifunctional Biomaterials
Dynamic Adhesive Behavior And Biofilm Formation Of Staphylococcus Aureus On Polylactic Acid Surfaces In Diabetic Environments
Design Of An Uv-C Shielded Biopolymer Based On A Poly(Lactic Acid)/quercetin/magnesium Composite
Dynamic Adhesive Behavior And Biofilm Formation Of Staphylococcus Aureus On Polylactic Acid Surfaces In Diabetic Environments
Design Of An Uv-C Shielded Biopolymer Based On A Poly(Lactic Acid)/quercetin/magnesium Composite
Pla-Mg Film Degradation Under In Vitro Environments Supplemented With Glucose And/or Ketone Bodies
Design Of An Uv-C Shielded Biopolymer Based On A Poly(Lactic Acid)/quercetin/magnesium Composite
Pla-Mg Film Degradation Under In Vitro Environments Supplemented With Glucose And/or Ketone Bodies
From Radial To Unidirectional Water Pumping In Zeta-Potential Modulated Nafion Nanostructures
Pla-Mg Film Degradation Under In Vitro Environments Supplemented With Glucose And/or Ketone Bodies
From Radial To Unidirectional Water Pumping In Zeta-Potential Modulated Nafion Nanostructures
Bacterial Response To The Surface Aging Of Pla Matrices Loaded With Active Compounds
From Radial To Unidirectional Water Pumping In Zeta-Potential Modulated Nafion Nanostructures
Bacterial Response To The Surface Aging Of Pla Matrices Loaded With Active Compounds
Micro-Structured And Self-Assembled Patterns In Pla-Cast Films As A Function Of Ctab Content, Magnesium And Substratum Hydrophobicity
Bacterial Response To The Surface Aging Of Pla Matrices Loaded With Active Compounds
Micro-Structured And Self-Assembled Patterns In Pla-Cast Films As A Function Of Ctab Content, Magnesium And Substratum Hydrophobicity
Effect Of Spontaneous And Water-Based Passivation On Components And Parameters Of Ti6al4v (Eli Grade) Surface Tension And Its Wettability By An Aqueous Solution Of Sucrose Ester Surfactants
Micro-Structured And Self-Assembled Patterns In Pla-Cast Films As A Function Of Ctab Content, Magnesium And Substratum Hydrophobicity
Effect Of Spontaneous And Water-Based Passivation On Components And Parameters Of Ti6al4v (Eli Grade) Surface Tension And Its Wettability By An Aqueous Solution Of Sucrose Ester Surfactants
Modification Of Physico-Chemical Surface Properties And Growth Of Staphylococcus Aureus Under Hyperglycemia And Ketoacidosis Conditions
Effect Of Spontaneous And Water-Based Passivation On Components And Parameters Of Ti6al4v (Eli Grade) Surface Tension And Its Wettability By An Aqueous Solution Of Sucrose Ester Surfactants
Modification Of Physico-Chemical Surface Properties And Growth Of Staphylococcus Aureus Under Hyperglycemia And Ketoacidosis Conditions
Surface Characterisation Of Human Serum Albumin Layers On Activated Ti6al4v
Modification Of Physico-Chemical Surface Properties And Growth Of Staphylococcus Aureus Under Hyperglycemia And Ketoacidosis Conditions
Surface Characterisation Of Human Serum Albumin Layers On Activated Ti6al4v
Influence Of Solvent And Substrate On Hydrophobicity Of Pla Films
Surface Characterisation Of Human Serum Albumin Layers On Activated Ti6al4v
Influence Of Solvent And Substrate On Hydrophobicity Of Pla Films
Characterization Of Magnesium-Polylactic Acid Films Casted On Different Substrates And Doped With Diverse Amounts Of Ctab
Influence Of Solvent And Substrate On Hydrophobicity Of Pla Films
Characterization Of Magnesium-Polylactic Acid Films Casted On Different Substrates And Doped With Diverse Amounts Of Ctab
3d-Pla-Experimental Set Up To Display The Electrical Background Of The So-Called Geometric Factor Of Electrokinetic Cells
Characterization Of Magnesium-Polylactic Acid Films Casted On Different Substrates And Doped With Diverse Amounts Of Ctab
3d-Pla-Experimental Set Up To Display The Electrical Background Of The So-Called Geometric Factor Of Electrokinetic Cells
Effect Of Plasma Treatment On The Surface Properties Of Polylactic Acid Films
3d-Pla-Experimental Set Up To Display The Electrical Background Of The So-Called Geometric Factor Of Electrokinetic Cells
Effect Of Plasma Treatment On The Surface Properties Of Polylactic Acid Films
Chemical Composition Of Explanted Deteriorated Nephrostomy Polyurethane-Catheters Through X-Ray Photoelectron Spectroscopy
Effect Of Plasma Treatment On The Surface Properties Of Polylactic Acid Films
Chemical Composition Of Explanted Deteriorated Nephrostomy Polyurethane-Catheters Through X-Ray Photoelectron Spectroscopy
The Role Of Magnesium In Biomaterials Related Infections
Chemical Composition Of Explanted Deteriorated Nephrostomy Polyurethane-Catheters Through X-Ray Photoelectron Spectroscopy
The Role Of Magnesium In Biomaterials Related Infections
Impact Of Pla/mg Films Degradation On Surface Physical Properties And Biofilm Survival
The Role Of Magnesium In Biomaterials Related Infections
Impact Of Pla/mg Films Degradation On Surface Physical Properties And Biofilm Survival
Aging Of Solvent-Casting Pla-Mg Hydrophobic Films: Impact On Bacterial Adhesion And Viability
Impact Of Pla/mg Films Degradation On Surface Physical Properties And Biofilm Survival
Aging Of Solvent-Casting Pla-Mg Hydrophobic Films: Impact On Bacterial Adhesion And Viability
Force Spectroscopy-Based Simultaneous Topographical And Mechanical Characterization To Study Polymer-To-Polymer Interactions In Coated Alginate Microspheres
Aging Of Solvent-Casting Pla-Mg Hydrophobic Films: Impact On Bacterial Adhesion And Viability
Force Spectroscopy-Based Simultaneous Topographical And Mechanical Characterization To Study Polymer-To-Polymer Interactions In Coated Alginate Microspheres
Kinetic Of Adhesion Of S. Epidermidis With Different Eps Production On Ti6al4v Surfaces
Force Spectroscopy-Based Simultaneous Topographical And Mechanical Characterization To Study Polymer-To-Polymer Interactions In Coated Alginate Microspheres
Kinetic Of Adhesion Of S. Epidermidis With Different Eps Production On Ti6al4v Surfaces
Quantification Of Electronic Activity Inside Photo-Activated Tio2 Layers Through A New Electrical Model Supported By Electrokinetic Data
Kinetic Of Adhesion Of S. Epidermidis With Different Eps Production On Ti6al4v Surfaces
Quantification Of Electronic Activity Inside Photo-Activated Tio2 Layers Through A New Electrical Model Supported By Electrokinetic Data
In Vivo Bactericidal Efficacy Of The Ti6al4v Surface After Ultraviolet C Treatment
Quantification Of Electronic Activity Inside Photo-Activated Tio2 Layers Through A New Electrical Model Supported By Electrokinetic Data
In Vivo Bactericidal Efficacy Of The Ti6al4v Surface After Ultraviolet C Treatment
Antibacterial Effect Of Novel Biodegradable And Bioresorbable Plda/mg Composites
In Vivo Bactericidal Efficacy Of The Ti6al4v Surface After Ultraviolet C Treatment
Antibacterial Effect Of Novel Biodegradable And Bioresorbable Plda/mg Composites
In Vivo Bactericidal Efficacy Of Farnesol On Ti6al4v Implants
Antibacterial Effect Of Novel Biodegradable And Bioresorbable Plda/mg Composites
In Vivo Bactericidal Efficacy Of Farnesol On Ti6al4v Implants
Adsorption Of Human Fibrinogen And Albumin Onto Hydrophobic And Hydrophilic Ti6al4v Powder
In Vivo Bactericidal Efficacy Of Farnesol On Ti6al4v Implants
Adsorption Of Human Fibrinogen And Albumin Onto Hydrophobic And Hydrophilic Ti6al4v Powder
Incorporation Of Mg Particles Into Pdlla Regulates Mesenchymal Stem Cell And Macrophage Responses
Adsorption Of Human Fibrinogen And Albumin Onto Hydrophobic And Hydrophilic Ti6al4v Powder
Incorporation Of Mg Particles Into Pdlla Regulates Mesenchymal Stem Cell And Macrophage Responses
Bsa Adsorption Onto Nanospheres: Influence Of Surface Curvature As Probed By Electrophoretic Light Scattering And Uv/vis Spectroscopy
Incorporation Of Mg Particles Into Pdlla Regulates Mesenchymal Stem Cell And Macrophage Responses
Bsa Adsorption Onto Nanospheres: Influence Of Surface Curvature As Probed By Electrophoretic Light Scattering And Uv/vis Spectroscopy
Xps Analysis Of Ti6al4v Oxidation Under Uhv Conditions
Bsa Adsorption Onto Nanospheres: Influence Of Surface Curvature As Probed By Electrophoretic Light Scattering And Uv/vis Spectroscopy
Xps Analysis Of Ti6al4v Oxidation Under Uhv Conditions
Decrease Of Staphylococcal Adhesion On Surgical Stainless Steel After Si Ion Implantation
Xps Analysis Of Ti6al4v Oxidation Under Uhv Conditions
Decrease Of Staphylococcal Adhesion On Surgical Stainless Steel After Si Ion Implantation
Surface-Dependent Mechanical Stability Of Adsorbed Human Plasma Fibronectin On Ti6al4v: Domain Unfolding And Stepwise Unraveling Of Single Compact Molecules
Decrease Of Staphylococcal Adhesion On Surgical Stainless Steel After Si Ion Implantation
Surface-Dependent Mechanical Stability Of Adsorbed Human Plasma Fibronectin On Ti6al4v: Domain Unfolding And Stepwise Unraveling Of Single Compact Molecules
Adsorption Behavior Of Human Plasma Fibronectin On Hydrophobic And Hydrophilic Ti6al4v Substrata And Its Influence On Bacterial Adhesion And Detachment
Surface-Dependent Mechanical Stability Of Adsorbed Human Plasma Fibronectin On Ti6al4v: Domain Unfolding And Stepwise Unraveling Of Single Compact Molecules
Adsorption Behavior Of Human Plasma Fibronectin On Hydrophobic And Hydrophilic Ti6al4v Substrata And Its Influence On Bacterial Adhesion And Detachment
Electrochemical Analysis Of The Uv Treated Bactericidal Ti6al4v Surfaces
Adsorption Behavior Of Human Plasma Fibronectin On Hydrophobic And Hydrophilic Ti6al4v Substrata And Its Influence On Bacterial Adhesion And Detachment
Electrochemical Analysis Of The Uv Treated Bactericidal Ti6al4v Surfaces
The Zeta Potential Of Extended Dielectrics And Conductors In Terms Of Streaming Potential And Streaming Current Measurements
Electrochemical Analysis Of The Uv Treated Bactericidal Ti6al4v Surfaces
The Zeta Potential Of Extended Dielectrics And Conductors In Terms Of Streaming Potential And Streaming Current Measurements
Insights Into Bacterial Contact Angles: Difficulties In Defining Hydrophobicity And Surface Gibbs Energy
The Zeta Potential Of Extended Dielectrics And Conductors In Terms Of Streaming Potential And Streaming Current Measurements
Insights Into Bacterial Contact Angles: Difficulties In Defining Hydrophobicity And Surface Gibbs Energy
Bacterial Adhesion Reduction On A Biocompatible Si+ Ion Implanted Austenitic Stainless Steel
Insights Into Bacterial Contact Angles: Difficulties In Defining Hydrophobicity And Surface Gibbs Energy
Bacterial Adhesion Reduction On A Biocompatible Si+ Ion Implanted Austenitic Stainless Steel
Electrochemical Research Of Ti6al4v Alloy After A Process Of Irradiation Uv
Bacterial Adhesion Reduction On A Biocompatible Si+ Ion Implanted Austenitic Stainless Steel
Electrochemical Research Of Ti6al4v Alloy After A Process Of Irradiation Uv
Electric Characterization Of The Ti6al4v Surface Prior To And After Exposure To Uv Radiation
Electrochemical Research Of Ti6al4v Alloy After A Process Of Irradiation Uv
Electric Characterization Of The Ti6al4v Surface Prior To And After Exposure To Uv Radiation
The Role Of Fibronectin Binding Protein On The Staphylococcal Adhesion To The Ti6al4v Surface
Electric Characterization Of The Ti6al4v Surface Prior To And After Exposure To Uv Radiation
The Role Of Fibronectin Binding Protein On The Staphylococcal Adhesion To The Ti6al4v Surface
Bactericidal Behaviour Of Ti6al4v After Uv Irradiation In The Presence Of Adsorbed Proteins
The Role Of Fibronectin Binding Protein On The Staphylococcal Adhesion To The Ti6al4v Surface
Bactericidal Behaviour Of Ti6al4v After Uv Irradiation In The Presence Of Adsorbed Proteins
Direct Adhesion Force Measurements Between E. Coli And Human Uroepithelial Cells In Cranberry Juice Cocktail
Bactericidal Behaviour Of Ti6al4v After Uv Irradiation In The Presence Of Adsorbed Proteins
Direct Adhesion Force Measurements Between E. Coli And Human Uroepithelial Cells In Cranberry Juice Cocktail
Bactericidal Behaviour Of Ti6al4v Surfaces After Exposure To Uv-C Light
Direct Adhesion Force Measurements Between E. Coli And Human Uroepithelial Cells In Cranberry Juice Cocktail
Bactericidal Behaviour Of Ti6al4v Surfaces After Exposure To Uv-C Light
Si+ Ion Implantation Reduces The Bacterial Accumulation On The Ti6al4v Surface
Bactericidal Behaviour Of Ti6al4v Surfaces After Exposure To Uv-C Light
Si+ Ion Implantation Reduces The Bacterial Accumulation On The Ti6al4v Surface
Influence Of Slight Microstructural Gradients On The Surface Properties Of Ti6al4v Irradiated By Uv
Si+ Ion Implantation Reduces The Bacterial Accumulation On The Ti6al4v Surface
Influence Of Slight Microstructural Gradients On The Surface Properties Of Ti6al4v Irradiated By Uv
In Vitro Biocompatibility And Bacterial Adhesion Of Physico-Chemically Modified Ti6al4v Surface By Means Of Uv Irradiation
Influence Of Slight Microstructural Gradients On The Surface Properties Of Ti6al4v Irradiated By Uv
In Vitro Biocompatibility And Bacterial Adhesion Of Physico-Chemically Modified Ti6al4v Surface By Means Of Uv Irradiation
Cranberry Changes The Physicochemical Surface Properties Of E. Coli And Adhesion With Uroepithelial Cells
In Vitro Biocompatibility And Bacterial Adhesion Of Physico-Chemically Modified Ti6al4v Surface By Means Of Uv Irradiation
Cranberry Changes The Physicochemical Surface Properties Of E. Coli And Adhesion With Uroepithelial Cells
Afm Probing In Aqueous Environment Of Staphylococcus Epidermidis Cells Naturally Immobilised On Glass: Physico-Chemistry Behind The Successful Immobilisation
Cranberry Changes The Physicochemical Surface Properties Of E. Coli And Adhesion With Uroepithelial Cells
Afm Probing In Aqueous Environment Of Staphylococcus Epidermidis Cells Naturally Immobilised On Glass: Physico-Chemistry Behind The Successful Immobilisation
Per-6-O-(Tert-Butyldimethylsilyl)cyclodextrins (Tbdms-Cds) In Langmuir Monolayers: The Importance Of A Spreading Solvent In The Preparation Of Lb Layers Suitable For Sensor Application
Afm Probing In Aqueous Environment Of Staphylococcus Epidermidis Cells Naturally Immobilised On Glass: Physico-Chemistry Behind The Successful Immobilisation
Per-6-O-(Tert-Butyldimethylsilyl)cyclodextrins (Tbdms-Cds) In Langmuir Monolayers: The Importance Of A Spreading Solvent In The Preparation Of Lb Layers Suitable For Sensor Application
Effect Of Uv Irradiation On The Surface Gibbs Energy Of Ti6al4v And Thermally Oxidized Ti6al4v
Per-6-O-(Tert-Butyldimethylsilyl)cyclodextrins (Tbdms-Cds) In Langmuir Monolayers: The Importance Of A Spreading Solvent In The Preparation Of Lb Layers Suitable For Sensor Application
Effect Of Uv Irradiation On The Surface Gibbs Energy Of Ti6al4v And Thermally Oxidized Ti6al4v
Uv Light Irradiation Of Ti6al4v: Physico-Chemistry Of The Initial Bacterial Adhesion And Further Retention
Effect Of Uv Irradiation On The Surface Gibbs Energy Of Ti6al4v And Thermally Oxidized Ti6al4v
Uv Light Irradiation Of Ti6al4v: Physico-Chemistry Of The Initial Bacterial Adhesion And Further Retention
Uv Light Irradiation Of Ti6al4v: Antibacterial Impact And Biocompatibility In Vitro
Uv Light Irradiation Of Ti6al4v: Physico-Chemistry Of The Initial Bacterial Adhesion And Further Retention
Uv Light Irradiation Of Ti6al4v: Antibacterial Impact And Biocompatibility In Vitro
Atomic Force Microscopy Of Mechanically Trapped Bacterial Cells
Uv Light Irradiation Of Ti6al4v: Antibacterial Impact And Biocompatibility In Vitro
Atomic Force Microscopy Of Mechanically Trapped Bacterial Cells
Ultrastructural And Physico-Chemical Heterogeneities Of Yeast Surfaces Revealed By Mapping Lateral-Friction And Normal-Adhesion Forces Using An Atomic Force Microscope
Atomic Force Microscopy Of Mechanically Trapped Bacterial Cells
Ultrastructural And Physico-Chemical Heterogeneities Of Yeast Surfaces Revealed By Mapping Lateral-Friction And Normal-Adhesion Forces Using An Atomic Force Microscope
Nano-Mechanical Exploration Of The Surface And Sub-Surface Of Hydrated Cells Of Staphylococcus Epidermidis
Ultrastructural And Physico-Chemical Heterogeneities Of Yeast Surfaces Revealed By Mapping Lateral-Friction And Normal-Adhesion Forces Using An Atomic Force Microscope
Nano-Mechanical Exploration Of The Surface And Sub-Surface Of Hydrated Cells Of Staphylococcus Epidermidis
Zeta Potential Aspects Of Dispersed Solvents Involved In The Determination Of Microbial Cell Surface Hydrophobicity
Nano-Mechanical Exploration Of The Surface And Sub-Surface Of Hydrated Cells Of Staphylococcus Epidermidis
Zeta Potential Aspects Of Dispersed Solvents Involved In The Determination Of Microbial Cell Surface Hydrophobicity
Adsorption Enthalpies Of Sodium Dodecyl Sulphate Onto Carbon Blacks In The Low Concentration Range
Zeta Potential Aspects Of Dispersed Solvents Involved In The Determination Of Microbial Cell Surface Hydrophobicity
Adsorption Enthalpies Of Sodium Dodecyl Sulphate Onto Carbon Blacks In The Low Concentration Range
Surface Characterisation Of Two Strains Of Staphylococcus Epidermidis With Different Slime-Production By Afm
Adsorption Enthalpies Of Sodium Dodecyl Sulphate Onto Carbon Blacks In The Low Concentration Range
Surface Characterisation Of Two Strains Of Staphylococcus Epidermidis With Different Slime-Production By Afm
The Adhesion Strength Of Candida Parapsilosis To Glass And Silicone As A Function Of Hydrophobicity, Roughness And Cell Morphology
Surface Characterisation Of Two Strains Of Staphylococcus Epidermidis With Different Slime-Production By Afm
The Adhesion Strength Of Candida Parapsilosis To Glass And Silicone As A Function Of Hydrophobicity, Roughness And Cell Morphology
Arrangement Of Sds Adsorbed Layer On Carbonaceous Particles By Zeta Potential Determinations
The Adhesion Strength Of Candida Parapsilosis To Glass And Silicone As A Function Of Hydrophobicity, Roughness And Cell Morphology
Arrangement Of Sds Adsorbed Layer On Carbonaceous Particles By Zeta Potential Determinations
Ionic Surfactant Adsorption Onto Activated Carbons
Arrangement Of Sds Adsorbed Layer On Carbonaceous Particles By Zeta Potential Determinations
Ionic Surfactant Adsorption Onto Activated Carbons
Changes On The Physico-Chemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis By The Addition Of Serum Or Urine To The Growth Medium
Ionic Surfactant Adsorption Onto Activated Carbons
Changes On The Physico-Chemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis By The Addition Of Serum Or Urine To The Growth Medium
The Measurement Temperature: An Important Factor Relating Physicochemical And Adhesive Properties Of Yeast Cells To Biomaterials
Changes On The Physico-Chemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis By The Addition Of Serum Or Urine To The Growth Medium
The Measurement Temperature: An Important Factor Relating Physicochemical And Adhesive Properties Of Yeast Cells To Biomaterials
Influence Of The Growth Medium, Suspending Liquid And Measurement Temperature On The Physico-Chemical Surface Properties Of Two Enterococci Strains
The Measurement Temperature: An Important Factor Relating Physicochemical And Adhesive Properties Of Yeast Cells To Biomaterials
Influence Of The Growth Medium, Suspending Liquid And Measurement Temperature On The Physico-Chemical Surface Properties Of Two Enterococci Strains
The Effects Of Urine And Temperature On The Physicochemical Surface Properties And Adhesion Behaviour Of Uropathogenic Bacteria
Influence Of The Growth Medium, Suspending Liquid And Measurement Temperature On The Physico-Chemical Surface Properties Of Two Enterococci Strains
The Effects Of Urine And Temperature On The Physicochemical Surface Properties And Adhesion Behaviour Of Uropathogenic Bacteria
Analysis Of The Hydrophobic Behaviour Of Different Strains Of Candida Parapsilosis Under Two Growth Temperatures
The Effects Of Urine And Temperature On The Physicochemical Surface Properties And Adhesion Behaviour Of Uropathogenic Bacteria
Analysis Of The Hydrophobic Behaviour Of Different Strains Of Candida Parapsilosis Under Two Growth Temperatures
Comparative Study Of The Hydrophobicity Of Candida Parapsilosis 294 Through Macroscopic And Microscopic Analysis
Analysis Of The Hydrophobic Behaviour Of Different Strains Of Candida Parapsilosis Under Two Growth Temperatures
Comparative Study Of The Hydrophobicity Of Candida Parapsilosis 294 Through Macroscopic And Microscopic Analysis
Serum As A Factor Influencing Adhesion Of Enterococcus Faecalis To Glass And Silicone
Comparative Study Of The Hydrophobicity Of Candida Parapsilosis 294 Through Macroscopic And Microscopic Analysis
Serum As A Factor Influencing Adhesion Of Enterococcus Faecalis To Glass And Silicone
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Serum As A Factor Influencing Adhesion Of Enterococcus Faecalis To Glass And Silicone
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Temperature Influence On The Physicochemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis To Glass And Silicone
Free Energy Of Interaction Of Sodium Dodecyl Sulfate In Aqueous Solution With Carbon Black Surfaces
Temperature Influence On The Physicochemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis To Glass And Silicone
Thermodynamic Analysis Of Growth Temperature Dependence In The Adhesion Of Candida Parapsilosis To Polystyrene
Temperature Influence On The Physicochemical Surface Properties And Adhesion Behaviour Of Enterococcus Faecalis To Glass And Silicone
Thermodynamic Analysis Of Growth Temperature Dependence In The Adhesion Of Candida Parapsilosis To Polystyrene
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
Thermodynamic Analysis Of Growth Temperature Dependence In The Adhesion Of Candida Parapsilosis To Polystyrene
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
The Influence Of Subinhibitory Concentrations Of Ampicillin And Vancomycin On Physico-Chemical Surface Characteristics Of Enterococcus Faecalis 1131
Removal Of An Ionic Surfactant From Wastewater By Carbon Blacks Adsorption
The Influence Of Subinhibitory Concentrations Of Ampicillin And Vancomycin On Physico-Chemical Surface Characteristics Of Enterococcus Faecalis 1131
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
The Influence Of Subinhibitory Concentrations Of Ampicillin And Vancomycin On Physico-Chemical Surface Characteristics Of Enterococcus Faecalis 1131
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
Adhesion Of Enterococcus Faecalis 1131 Grown Under Subinhibitory Concentrations Of Ampicillin And Vancomycin To A Hydrophilic And A Hydrophobic Substratum
Surface Morphological Characterization Of Yeast Cells By Scanning Force Microscopy
Adhesion Of Enterococcus Faecalis 1131 Grown Under Subinhibitory Concentrations Of Ampicillin And Vancomycin To A Hydrophilic And A Hydrophobic Substratum
Toward Sustainable Pla Films By Replacing Chloroform For The Green Solvent Dimethyl Carbonate
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