1 Results Protein thin films gather increasing interests in various biomedical-related materials including surface treatment of implants and bio-tips.Processes via colloid chemical routes such as simple adsorption,dip...1 Results Protein thin films gather increasing interests in various biomedical-related materials including surface treatment of implants and bio-tips.Processes via colloid chemical routes such as simple adsorption,dip-or spin coating enable formation of protein thin films on various substrates.Related methods are facile andconvenient without sophisticated instrumentation but not without restriction.Typical drawbacks are limited solubility of the film-forming species and wettability determined by the com...展开更多
1 Results Homogeneity of fibroin thin films by pulsed laser deposition (PLD) was significantly improved by introducing autogenous binders to consolidate and homogenize the irradiation targets.Homogenization includes a...1 Results Homogeneity of fibroin thin films by pulsed laser deposition (PLD) was significantly improved by introducing autogenous binders to consolidate and homogenize the irradiation targets.Homogenization includes among others,decreases in the size of nanostructural units and the fractional debris.Simultaneously,the deposition rate was substantially increased.Autogenous binders are prepared via degumming and liquefaction of fibroin by using Na2CO3 and LiBr,respectively.We also found that optically hom...展开更多
文摘1 Results Protein thin films gather increasing interests in various biomedical-related materials including surface treatment of implants and bio-tips.Processes via colloid chemical routes such as simple adsorption,dip-or spin coating enable formation of protein thin films on various substrates.Related methods are facile andconvenient without sophisticated instrumentation but not without restriction.Typical drawbacks are limited solubility of the film-forming species and wettability determined by the com...
文摘1 Results Homogeneity of fibroin thin films by pulsed laser deposition (PLD) was significantly improved by introducing autogenous binders to consolidate and homogenize the irradiation targets.Homogenization includes among others,decreases in the size of nanostructural units and the fractional debris.Simultaneously,the deposition rate was substantially increased.Autogenous binders are prepared via degumming and liquefaction of fibroin by using Na2CO3 and LiBr,respectively.We also found that optically hom...
