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You et al. utilized silk protein as both device substrate and enzyme immobilization materials to develop silk fibroin-encapsulated graphene FET enzymatic biosensors for sensing glucose.
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"Inevitably, we misspelled it.' They developed silk screening techniques that merged two or three colours with gold, silver and fluorescent colour "because fluorescents came up very strongly in the black light at the UFO club".
Fakhreddine II Ma'an (1572-1635), "The Agronomist Prince", developed silk related agriculture and established an industry based on the production of silk.
The earliest spiders had cribella, which produced the first silk capable of capturing insects, before spiders developed silk coated with sticky droplets.
In this study, we developed silk scaffolds with tunable mechanical and degradation properties for soft tissue engineering.
In 1964, the American biologist Richard A Lockshin was the first to thoroughly describe the demise of intersegmental muscles in developing silk moths, a seminal contribution to the modern understanding of PCD.
For spiders are nature's master silk makers, and over millions of years of evolution have developed silks that could be useful to people — from sticky toothpastelike mush to strong and stretchy draglines.
The group is developing silk-silicon LEDs that might act as photonic tattoos that can show blood-sugar readings, as well as arrays of conformable electrodes that might interface with the nervous system.
The generated knowledge will not only improve our understanding of cell-material interactions but reveal newer strategies beyond a conventional tissue engineering paradigm and open new prospects for developing silk-based therapies against clinically relevant bone disorders.
In our quest of developing silk-based biomedical materials, we were the first to evaluate the response of the eye's cells or tissues to both BMSF (Chirila et al. 2008, 2016; Harkin et al. 2011; Madden et al. 2011; Shadforth et al. 2016) and BMSS (Chirila et al. 2013).
Due to the known drawbacks of metal implants, new biomaterials for internal fracture fixation are attracting increasing interest, among them poly(lactic-co-glucolic) acids (PLGAs) and the recently developed silk-tenoin derived materials (STDMs).
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