Figures & data
Figure 1. Construction of the quasi-spider silk protein gene. The monomeric spider silk gene (A); the triple helix-forming T blocks (B) at both ends of the triblock copolymers consisting of (Pro–Gly–Pro)15 homopolymeric stretches.
![Figure 1. Construction of the quasi-spider silk protein gene. The monomeric spider silk gene (A); the triple helix-forming T blocks (B) at both ends of the triblock copolymers consisting of (Pro–Gly–Pro)15 homopolymeric stretches.](/cms/asset/426c6e06-13d8-4a43-bda5-cfe3266750b2/tbeq_a_1327823_f0001_b.gif)
Figure 3. Identification of recombinant vector pPIC9K-TS2T by single enzyme digestion. Lane 1, non-linearized plasmid; Lane 2, linearized plasmid pPIC9K-TS2T (SacI); M, DL15000 DNA Maker.
![Figure 3. Identification of recombinant vector pPIC9K-TS2T by single enzyme digestion. Lane 1, non-linearized plasmid; Lane 2, linearized plasmid pPIC9K-TS2T (SacI); M, DL15000 DNA Maker.](/cms/asset/728314f6-047b-4d4a-8008-49296220f815/tbeq_a_1327823_f0003_b.gif)
Figure 4. Identification of recombinant vector pPIC9K-TS2T by double enzyme digestion. Lane 1, linearized plasmid pPIC9K-TS2T (EcoRI/NotI); M, DL10000 DNA Maker.
![Figure 4. Identification of recombinant vector pPIC9K-TS2T by double enzyme digestion. Lane 1, linearized plasmid pPIC9K-TS2T (EcoRI/NotI); M, DL10000 DNA Maker.](/cms/asset/e86ca47f-8b8a-4e2c-90fb-dc340ec4ff82/tbeq_a_1327823_f0004_b.gif)
Figure 5. Colony PCR analysis of recombinant GS115 strains after electroporation. Lanes 1–12, GS115/pPIC9KTS2T; P, GS115/pPIC9K PCR product; M, DL15000 DNA Maker; N, GS115 PCR product.
![Figure 5. Colony PCR analysis of recombinant GS115 strains after electroporation. Lanes 1–12, GS115/pPIC9KTS2T; P, GS115/pPIC9K PCR product; M, DL15000 DNA Maker; N, GS115 PCR product.](/cms/asset/6bc56106-cd73-42b0-9271-b6ee1462227d/tbeq_a_1327823_f0005_b.gif)