PUBLICACIÓN

Role of lactobacillus cell surface hydrophobicity as probed by AFM in adhesion to surfaces at low and high ionic strength

ACCEDER A LA PUBLICACIÓN: Scopus Orcid

Vadillo-Rodríguez, V., Busscher, H.J., Van Der Mei, H.C., De Vries, J., Norde, W.

2005 Colloids and Surfaces B: Biointerfaces

CITAS

90

DOI

10.1016/j.colsurfb.2004.10.028

EID

2-s2.0-13444253893

ISSN

0927-7765

BIBTEX

@article{Vadillo-Rodríguez2005,title = {Role of lactobacillus cell surface hydrophobicity as probed by AFM in adhesion to surfaces at low and high ionic strength},journal = {Colloids and Surfaces B: Biointerfaces},year = {2005},volume = {41},number = {1},pages = {33-41},author = {Vadillo-Rodr{\'i}guez, V. and Busscher, H.J. and Van Der Mei, H.C. and De Vries, J. and Norde, W.}}

AUTORES DE LA UEX

Virginia Vadillo Rodríguez

OTRAS PUBLICACIONES DE INTERÉS

La Ciudad Más Pequeña Conocida
How Much Force Is Needed To Kill A Single Bacterium?
Correlations Of Surface Tension For Mixtures Of N-Alkanes As A Function Of The Composition: Applicability And Performance Analysis Of Existing Models
How Much Force Is Needed To Kill A Single Bacterium?
Correlations Of Surface Tension For Mixtures Of N-Alkanes As A Function Of The Composition: Applicability And Performance Analysis Of Existing Models
Anti-Biofilm Perspectives Of Propolis Against Staphylococcus Epidermidis Infections
Correlations Of Surface Tension For Mixtures Of N-Alkanes As A Function Of The Composition: Applicability And Performance Analysis Of Existing Models
Anti-Biofilm Perspectives Of Propolis Against Staphylococcus Epidermidis Infections
Decomposition Of Growth Curves Into Growth Rate And Acceleration: A Novel Procedure To Monitor Bacterial Growth And The Time-Dependent Effect Of Antimicrobials
Anti-Biofilm Perspectives Of Propolis Against Staphylococcus Epidermidis Infections
Decomposition Of Growth Curves Into Growth Rate And Acceleration: A Novel Procedure To Monitor Bacterial Growth And The Time-Dependent Effect Of Antimicrobials
Antimicrobial Activity Of A Novel Spanish Propolis Against Planktonic And Sessile Oral Streptococcus Spp
Decomposition Of Growth Curves Into Growth Rate And Acceleration: A Novel Procedure To Monitor Bacterial Growth And The Time-Dependent Effect Of Antimicrobials
Antimicrobial Activity Of A Novel Spanish Propolis Against Planktonic And Sessile Oral Streptococcus Spp
A Physico-Chemical Study Of The Interaction Of Ethanolic Extracts Of Propolis With Bacterial Cells
Antimicrobial Activity Of A Novel Spanish Propolis Against Planktonic And Sessile Oral Streptococcus Spp
A Physico-Chemical Study Of The Interaction Of Ethanolic Extracts Of Propolis With Bacterial Cells
Chemical Profile And Antibacterial Activity Of A Novel Spanish Propolis With New Polyphenols Also Found In Olive Oil And High Amounts Of Flavonoids
A Physico-Chemical Study Of The Interaction Of Ethanolic Extracts Of Propolis With Bacterial Cells
Chemical Profile And Antibacterial Activity Of A Novel Spanish Propolis With New Polyphenols Also Found In Olive Oil And High Amounts Of Flavonoids
Mechanically Induced Bacterial Death Imaged In Real Time: A Simultaneous Nanoindentation And Fluorescence Microscopy Study
Chemical Profile And Antibacterial Activity Of A Novel Spanish Propolis With New Polyphenols Also Found In Olive Oil And High Amounts Of Flavonoids
Mechanically Induced Bacterial Death Imaged In Real Time: A Simultaneous Nanoindentation And Fluorescence Microscopy Study
Bacterial Response To Spatially Organized Microtopographic Surface Patterns With Nanometer Scale Roughness
Mechanically Induced Bacterial Death Imaged In Real Time: A Simultaneous Nanoindentation And Fluorescence Microscopy Study
Bacterial Response To Spatially Organized Microtopographic Surface Patterns With Nanometer Scale Roughness
On The Interactions Of Human Bone Cells With Ti6al4v Thermally Oxidized By Means Of Laser Shock Processing
Bacterial Response To Spatially Organized Microtopographic Surface Patterns With Nanometer Scale Roughness
On The Interactions Of Human Bone Cells With Ti6al4v Thermally Oxidized By Means Of Laser Shock Processing
Bsa Adsorption Onto Nanospheres: Influence Of Surface Curvature As Probed By Electrophoretic Light Scattering And Uv/vis Spectroscopy
On The Interactions Of Human Bone Cells With Ti6al4v Thermally Oxidized By Means Of Laser Shock Processing
Bsa Adsorption Onto Nanospheres: Influence Of Surface Curvature As Probed By Electrophoretic Light Scattering And Uv/vis Spectroscopy
Studying The Influence Of Surface Topography On Bacterial Adhesion Using Spatially Organized Microtopographic Surface Patterns
Bsa Adsorption Onto Nanospheres: Influence Of Surface Curvature As Probed By Electrophoretic Light Scattering And Uv/vis Spectroscopy
Studying The Influence Of Surface Topography On Bacterial Adhesion Using Spatially Organized Microtopographic Surface Patterns
Surface-Dependent Mechanical Stability Of Adsorbed Human Plasma Fibronectin On Ti6al4v: Domain Unfolding And Stepwise Unraveling Of Single Compact Molecules
Studying The Influence Of Surface Topography On Bacterial Adhesion Using Spatially Organized Microtopographic Surface Patterns
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
Viscoelasticity Of The Bacterial Cell Envelope
The Zeta Potential Of Extended Dielectrics And Conductors In Terms Of Streaming Potential And Streaming Current Measurements
Viscoelasticity Of The Bacterial Cell Envelope
Insights Into Bacterial Contact Angles: Difficulties In Defining Hydrophobicity And Surface Gibbs Energy
Viscoelasticity Of The Bacterial Cell Envelope
Insights Into Bacterial Contact Angles: Difficulties In Defining Hydrophobicity And Surface Gibbs Energy
Electric Characterization Of The Ti6al4v Surface Prior To And After Exposure To Uv Radiation
Insights Into Bacterial Contact Angles: Difficulties In Defining Hydrophobicity And Surface Gibbs Energy
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
Dynamic Viscoelastic Behavior Of Individual Gram-Negative Bacterial Cells
The Role Of Fibronectin Binding Protein On The Staphylococcal Adhesion To The Ti6al4v Surface
Dynamic Viscoelastic Behavior Of Individual Gram-Negative Bacterial Cells
In Situ Characterization Of Differences In The Viscoelastic Response Of Individual Gram-Negative And Gram-Positive Bacterial Cells
Dynamic Viscoelastic Behavior Of Individual Gram-Negative Bacterial Cells
In Situ Characterization Of Differences In The Viscoelastic Response Of Individual Gram-Negative And Gram-Positive Bacterial Cells
Surface Viscoelasticity Of Individual Gram-Negative Bacterial Cells Measured Using Atomic Force Microscopy
In Situ Characterization Of Differences In The Viscoelastic Response Of Individual Gram-Negative And Gram-Positive Bacterial Cells
Surface Viscoelasticity Of Individual Gram-Negative Bacterial Cells Measured Using Atomic Force Microscopy
Interactions Of Biopolymers With Silica Surfaces: Force Measurements And Electronic Structure Calculation Studies
Surface Viscoelasticity Of Individual Gram-Negative Bacterial Cells Measured Using Atomic Force Microscopy
Interactions Of Biopolymers With Silica Surfaces: Force Measurements And Electronic Structure Calculation Studies
Localized Attraction Correlates With Bacterial Adhesion To Glass And Metal Oxide Substrata
Interactions Of Biopolymers With Silica Surfaces: Force Measurements And Electronic Structure Calculation Studies
Localized Attraction Correlates With Bacterial Adhesion To Glass And Metal Oxide Substrata
Residence Time, Loading Force, Ph, And Ionic Strength Affect Adhesion Forces Between Colloids And Biopolymer-Coated Surfaces
Localized Attraction Correlates With Bacterial Adhesion To Glass And Metal Oxide Substrata
Residence Time, Loading Force, Ph, And Ionic Strength Affect Adhesion Forces Between Colloids And Biopolymer-Coated Surfaces
Role Of Lactobacillus Cell Surface Hydrophobicity As Probed By Afm In Adhesion To Surfaces At Low And High Ionic Strength
Residence Time, Loading Force, Ph, And Ionic Strength Affect Adhesion Forces Between Colloids And Biopolymer-Coated Surfaces
Role Of Lactobacillus Cell Surface Hydrophobicity As Probed By Afm In Adhesion To Surfaces At Low And High Ionic Strength
Dynamic Cell Surface Hydrophobicity Of Lactobacillus Strains With And Without Surface Layer Proteins
Role Of Lactobacillus Cell Surface Hydrophobicity As Probed By Afm In Adhesion To Surfaces At Low And High Ionic Strength
Dynamic Cell Surface Hydrophobicity Of Lactobacillus Strains With And Without Surface Layer Proteins
Atomic Force Microscopic Corroboration Of Bond Aging For Adhesion Of Streptococcus Thermophilus To Solid Substrata
Dynamic Cell Surface Hydrophobicity Of Lactobacillus Strains With And Without Surface Layer Proteins
Atomic Force Microscopic Corroboration Of Bond Aging For Adhesion Of Streptococcus Thermophilus To Solid Substrata
Comparison Of Atomic Force Microscopy Interaction Forces Between Bacteria And Silicon Nitride Substrata For Three Commonly Used Immobilization Methods
Atomic Force Microscopic Corroboration Of Bond Aging For Adhesion Of Streptococcus Thermophilus To Solid Substrata
Comparison Of Atomic Force Microscopy Interaction Forces Between Bacteria And Silicon Nitride Substrata For Three Commonly Used Immobilization Methods
Relations Between Macroscopic And Microscopic Adhesion Of Streptococcus Mitis Strains To Surfaces
Comparison Of Atomic Force Microscopy Interaction Forces Between Bacteria And Silicon Nitride Substrata For Three Commonly Used Immobilization Methods
Relations Between Macroscopic And Microscopic Adhesion Of Streptococcus Mitis Strains To Surfaces
On Relations Between Microscopic And Macroscopic Physicochemical Properties Of Bacterial Cell Surfaces: An Afm Study On Streptococcus Mitis Strains
Relations Between Macroscopic And Microscopic Adhesion Of Streptococcus Mitis Strains To Surfaces
On Relations Between Microscopic And Macroscopic Physicochemical Properties Of Bacterial Cell Surfaces: An Afm Study On Streptococcus Mitis Strains
Softness Of The Bacterial Cell Wall Of Streptococcus Mitis As Probed By Microelectrophoresis
On Relations Between Microscopic And Macroscopic Physicochemical Properties Of Bacterial Cell Surfaces: An Afm Study On Streptococcus Mitis Strains
Softness Of The Bacterial Cell Wall Of Streptococcus Mitis As Probed By Microelectrophoresis
La Ciudad Más Pequeña Conocida
Softness Of The Bacterial Cell Wall Of Streptococcus Mitis As Probed By Microelectrophoresis
La Ciudad Más Pequeña Conocida
How Much Force Is Needed To Kill A Single Bacterium?
WEB ACCESIBLE