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- W2096112193 abstract "This novel materials assembly technology endows the designated materials with additional/enhanced performance by fixing “functional components” into the materials. Such functional components are molecularly recognized and accommodated by the designated materials. In this regard, two‐photon fluorescence (TPF) organic molecules and CdTe quantum dots (QDs) are adopted as functional components to functionalize silk fibers and films. TPF organic molecules, such as, 2,7‐bis[2‐(4‐nitrophenyl) ethenyl]‐9,9‐dibutylfluorene ( NM ), exhibit TPF emission quenching because of the molecular stacking that leads to aggregation in the solid form. The specific recognition between ‐NO 2 in the annealed fluorescent molecules and the ‐NH groups in the silk fibroin molecules decouples the aggregated molecules. This gives rise to a significant increase in the TPF quantum yields of the silk fibers. Similarly, as another type of functional components , CdTe quantum dots (QDs) with different sizes were also adopted in the silk functionalization method. Compared to QDs in solution the fluorescence properties of functionalized silk materials display a long stability at room temperature. As the functional materials are well dispersed at high quantum yields in the biocompatible silk a TPF microscope can be used to pursue 3D high‐resolution imaging in real time of the TPF–silk scaffold." @default.
- W2096112193 created "2016-06-24" @default.
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- W2096112193 date "2014-09-30" @default.
- W2096112193 modified "2023-09-30" @default.
- W2096112193 title "Engineering of Fluorescent Emission of Silk Fibroin Composite Materials by Material Assembly" @default.
- W2096112193 cites W1979431916 @default.
- W2096112193 cites W1980396681 @default.
- W2096112193 cites W1982802198 @default.
- W2096112193 cites W1983089513 @default.
- W2096112193 cites W1985899492 @default.
- W2096112193 cites W1989185845 @default.
- W2096112193 cites W1991262047 @default.
- W2096112193 cites W1992751156 @default.
- W2096112193 cites W1992823007 @default.
- W2096112193 cites W1993558271 @default.
- W2096112193 cites W1993664009 @default.
- W2096112193 cites W1995365511 @default.
- W2096112193 cites W1999818105 @default.
- W2096112193 cites W2006174530 @default.
- W2096112193 cites W2010311860 @default.
- W2096112193 cites W2010447127 @default.
- W2096112193 cites W2011017973 @default.
- W2096112193 cites W2011525841 @default.
- W2096112193 cites W2013598917 @default.
- W2096112193 cites W2013895253 @default.
- W2096112193 cites W2014750040 @default.
- W2096112193 cites W2015622350 @default.
- W2096112193 cites W2015886513 @default.
- W2096112193 cites W2015976597 @default.
- W2096112193 cites W2018653426 @default.
- W2096112193 cites W2019063272 @default.
- W2096112193 cites W2026095059 @default.
- W2096112193 cites W2026799007 @default.
- W2096112193 cites W2027381489 @default.
- W2096112193 cites W2028382441 @default.
- W2096112193 cites W2031344083 @default.
- W2096112193 cites W2042411837 @default.
- W2096112193 cites W2043540507 @default.
- W2096112193 cites W2046448841 @default.
- W2096112193 cites W2046449330 @default.
- W2096112193 cites W2048509761 @default.
- W2096112193 cites W2056247452 @default.
- W2096112193 cites W2057749196 @default.
- W2096112193 cites W2059805184 @default.
- W2096112193 cites W2061464631 @default.
- W2096112193 cites W2061716984 @default.
- W2096112193 cites W2061988467 @default.
- W2096112193 cites W2077627253 @default.
- W2096112193 cites W2078484807 @default.
- W2096112193 cites W2079579067 @default.
- W2096112193 cites W2081977862 @default.
- W2096112193 cites W2084363317 @default.
- W2096112193 cites W2086383032 @default.
- W2096112193 cites W2086448741 @default.
- W2096112193 cites W2087179719 @default.
- W2096112193 cites W2092662468 @default.
- W2096112193 cites W2103435739 @default.
- W2096112193 cites W2109934461 @default.
- W2096112193 cites W2113504999 @default.
- W2096112193 cites W2115109524 @default.
- W2096112193 cites W2120195984 @default.
- W2096112193 cites W2125793872 @default.
- W2096112193 cites W2139737836 @default.
- W2096112193 cites W2142533111 @default.
- W2096112193 cites W2145229366 @default.
- W2096112193 cites W2145487676 @default.
- W2096112193 cites W2148811483 @default.
- W2096112193 cites W2155145299 @default.
- W2096112193 cites W2164385339 @default.
- W2096112193 cites W2164866345 @default.
- W2096112193 cites W2165160201 @default.
- W2096112193 cites W2167053601 @default.
- W2096112193 cites W2169285894 @default.
- W2096112193 cites W2327871900 @default.
- W2096112193 cites W4237799593 @default.
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- W2096112193 doi "https://doi.org/10.1002/smll.201402079" @default.
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