Figures & data
Figure 1. Images of (a) the extracted sericins of S. c. ricini and B. mori visualized on a 12.5% SDS–PAGE gel and (b) their reducing activity.
![Figure 1. Images of (a) the extracted sericins of S. c. ricini and B. mori visualized on a 12.5% SDS–PAGE gel and (b) their reducing activity.](/cms/asset/61ec7f1b-d87c-499b-9c3a-c6acc331794a/ianb_a_1328686_f0001_c.jpg)
Figure 2. UV–Vis spectra of AgNPs synthesized by using (a) sericin of S. c. ricini and (b) sericin of B. mori.
![Figure 2. UV–Vis spectra of AgNPs synthesized by using (a) sericin of S. c. ricini and (b) sericin of B. mori.](/cms/asset/6b878fec-adbe-4c5d-83cd-4f897801e9c8/ianb_a_1328686_f0002_c.jpg)
Figure 3. UV–Vis spectra of the synthesized AgNPs using different concentrations of (a) sericin of S. c. ricini and (b) sericin of B. mori.
![Figure 3. UV–Vis spectra of the synthesized AgNPs using different concentrations of (a) sericin of S. c. ricini and (b) sericin of B. mori.](/cms/asset/5e27dbe6-e5d5-4a1b-ad7b-8f66c39fdce9/ianb_a_1328686_f0003_c.jpg)
Figure 4. UV–Vis spectra of the synthesized AgNPs in a time course of 48 h using (a) sericin of S. c. ricini and (b) sericin of B. mori.
![Figure 4. UV–Vis spectra of the synthesized AgNPs in a time course of 48 h using (a) sericin of S. c. ricini and (b) sericin of B. mori.](/cms/asset/86efae78-0874-462e-b612-5c375f1844fc/ianb_a_1328686_f0004_c.jpg)
Figure 5. TEM images of AgNPs synthesized by using (a) sericin of S. c. ricini and (b) sericin of B. mori.
![Figure 5. TEM images of AgNPs synthesized by using (a) sericin of S. c. ricini and (b) sericin of B. mori.](/cms/asset/b089dc02-887e-47a3-9de8-b35bcec7990e/ianb_a_1328686_f0005_b.jpg)