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Form of Silk | Potential Use | References |
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(1) Nanoparticles | Delivery of drugs to cancer cells | Numata and Kaplan [59] and Nitta and Numata [62] |
(2) Co-polymer blocks | Transfection of target cancer cells | Numata et al. [58] and Numata and Kaplan [59] |
(3) Small, globular units with tumour homing peptides (THP) | Improved tumour cell-specific transfection | Numata et al. [66] |
(4) Nano-scale silk-based ionic complexes with THP | Further improved tumour cell-specific transfection | Numata et al. [67] |
(5) B. mori porous materials | For repair of cartilage, bone, ligaments, tendons, vascular tissue, nerves, corneas and as wound dressings | Zhang et al. [68] |
(6) Silk-heparin support | Vascular tissue growth application | Seib et al. [69] |
(7) Silk hydrogels | Treatment of breast cancer | Seib et al. [70] |
(8) Antibiotic-loaded silk hydrogels | Prevention and treatment of infection | Pritchard et al. [71] |
(9) Electrically stimulated silk films | Enhancement of neural growth | Hronik-Tupaj et al. [72] |
(10) Silk protein matrices | Thermostabilisation of vaccines | Zhang et al. [73] |
(11) Vitamin-E loaded silk nanofibrous mats | Skin tissue regeneration | Sheng et al. [74] |
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