Monitoring of phase separation between silk fibroin and sericin using various dye system
Hyo Won Kwak, Ki Hoon Lee
Abstract
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Hyo Won Kwak, Ki Hoon Lee
Abstract
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Understanding the interactions between fibroin and sericin is crucial in solving the mechanism of silk spinning. In this study, various commercially available dyes were used to monitor the interface between fibroin and sericin during the gelation of fibroin. The phase separation between fibroin and sericin could be observed by the addition of azo dyes over a certain molecular weight. Furthermore, the addition of the dyes to the sericin layer showed vivid phase separation over addition to the fibroin layer.
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Understanding the interactions between fibroin and sericin is crucial in solving the mechanism of silk spinning. In this study, various commercially available dyes were used to monitor the interface between fibroin and sericin during the gelation of fibroin. The phase separation between fibroin and sericin could be observed by the addition of azo dyes over a certain molecular weight. Furthermore, the addition of the dyes to the sericin layer showed vivid phase separation over addition to the fibroin layer.
Key concepts: Fibroin, Sericin, SILK, Materials science, Polymer science, Chemical engineering, Phase (matter), Polymer chemistry