2131 - 2132 |
Untitled Mittal K |
2133 - 2135 |
Untitled Larsson A |
2137 - 2153 |
Bacterial Adhesion to Low Energy Solid Surfaces: A Surface Thermodynamics Approach Erbil HY |
2155 - 2168 |
Microbial Biofouling: A Mechanistic Investigation Mao YJ, Subramaniam PK, Tawfiq K, Chen G |
2169 - 2182 |
Application of Salting-Out Agent to Enhance the Hydrophobicity of Weakly Hydrophobic Bacterial Strains Saini G, Nasholm N, Dolan ME, Wood BD |
2183 - 2198 |
The Effects of Incorporated Silicone Oils and Calcium Carbonate on the Resistance to Settlement and the Antifouling Performance of a Silicone Elastomer Estarlich FMF, Eaton PJ, Fletcher RL, Lewey SA, Nevell TG, Smith JR, Tsibouklis J |
2199 - 2218 |
Impact of the Charge-Regulated Nature of the Bacterial Cell Surface on the Activity of Adhered Cells Brown DG, Hong Y |
2219 - 2238 |
Photo-chemical Surface Modification for the Control of Protein Adsorption on Textile Substrates Bahners T, Klingelholler K, Ulbricht M, Wego A, Schollmeyer E |
2239 - 2253 |
High-Throughput Screening of Fouling-Release Properties: An Overview Stafslien SJ, Bahr J, Daniels J, Christianson DA, Chisholm BJ |
2255 - 2280 |
Spatial Patterns of Microbial Retention on Polymer Surfaces Carnazza S, Marletta G, Frasca M, Fortuna L, Guglielmino S |
2281 - 2297 |
Implications of Growth and Starvation Conditions in Bacterial Adhesion and Transport Saini G, Nasholm N, Wood BD |
2299 - 2315 |
The Antimicrobial Properties of Titanium Nitride/Silver Nanocomposite Coatings Whitehead KA, Li H, Kelly PJ, Verran J |
2317 - 2344 |
Enzymes for Antifouling Strategies Cordeiro AL, Werner C |