Figures & data
Figure 2. Genetic transformation and domestication and transplanting process of castor bean leaf section.
Notes: (a): castor seeds; (b): ramie peeled seeds inoculated in the medium; (c): the state when the cotyledonary nodes are cut; (d): pre-culture; (e): co-cultivation; (f): resistance screening; (g): domestication and transplanting state; (h) -(i): state after transplanting.
![Figure 2. Genetic transformation and domestication and transplanting process of castor bean leaf section.Notes: (a): castor seeds; (b): ramie peeled seeds inoculated in the medium; (c): the state when the cotyledonary nodes are cut; (d): pre-culture; (e): co-cultivation; (f): resistance screening; (g): domestication and transplanting state; (h) -(i): state after transplanting.](/cms/asset/59695986-a7bb-42d1-b3c2-7462ebd7206c/tbeq_a_1804450_f0002_c.jpg)
Figure 4. Subcellular localization analysis.
Note: (a): EPSPS protein in non-transformed controls; (b): EPSPS protein protein conversion under bright field conditions; (c): EPSPS protein protein conversion under fluorescent conditions; (d) Bar protein in non-transformed control; (e): protein conversion of Bar protein under bright field conditions; (f): protein conversion of Bar protein under fluorescent conditions
![Figure 4. Subcellular localization analysis.Note: (a): EPSPS protein in non-transformed controls; (b): EPSPS protein protein conversion under bright field conditions; (c): EPSPS protein protein conversion under fluorescent conditions; (d) Bar protein in non-transformed control; (e): protein conversion of Bar protein under bright field conditions; (f): protein conversion of Bar protein under fluorescent conditions](/cms/asset/3cb79d36-0186-4055-a8fc-c3e4b0881f37/tbeq_a_1804450_f0004_c.jpg)
Figure 5. PCR detection electrophoresis results.
Note: (a) 2129-BE + PCR detection electrophoresis results; (b) CSR·181-BE + PCR detection electrophoresis results M: DL 2000 Marker; 1: positive control; 2: negative control; 3-14: 2129-BE + PCR result
![Figure 5. PCR detection electrophoresis results.Note: (a) 2129-BE + PCR detection electrophoresis results; (b) CSR·181-BE + PCR detection electrophoresis results M: DL 2000 Marker; 1: positive control; 2: negative control; 3-14: 2129-BE + PCR result](/cms/asset/9a0d2711-b93f-4eea-a1bf-267cfa2354ed/tbeq_a_1804450_f0005_b.jpg)
Figure 6. Relative expression of EPSPS and Bar.
Differential expression of EPSPS gene (a) and Bar gene (b) between 2129-BE + and 2129.: Differential expression of EPSPS gene (c) and Bar gene (d) between CSR·181-BE + and CSR·181.
Note: 2129 and CSR·181 are non-transgenic controls; G-1 and G-4 are 2129-BE+; A-1, A- 2. A-3, A-4, A-7, A-9, A-10, A-11, A-12 are CSR·181-BE+.
*Significant differences at P ≤ 0.05;
**Significant differences at P ≤ 0.01.
![Figure 6. Relative expression of EPSPS and Bar.Differential expression of EPSPS gene (a) and Bar gene (b) between 2129-BE + and 2129.: Differential expression of EPSPS gene (c) and Bar gene (d) between CSR·181-BE + and CSR·181.Note: 2129 and CSR·181 are non-transgenic controls; G-1 and G-4 are 2129-BE+; A-1, A- 2. A-3, A-4, A-7, A-9, A-10, A-11, A-12 are CSR·181-BE+.*Significant differences at P ≤ 0.05;**Significant differences at P ≤ 0.01.](/cms/asset/8b651a93-1b8e-49ee-ba2c-52771579f2db/tbeq_a_1804450_f0006_b.jpg)
Figure 7. Glyphosate resistance test on leaves of 2129 in vitro.
Excised leaves of 2129 and G-1 exposed to different concentrations of glyphosate in vitro: 0 mg/L (a), 0.8 mg/L (b), 1.0 mg/L (c).
![Figure 7. Glyphosate resistance test on leaves of 2129 in vitro.Excised leaves of 2129 and G-1 exposed to different concentrations of glyphosate in vitro: 0 mg/L (a), 0.8 mg/L (b), 1.0 mg/L (c).](/cms/asset/00b9abde-4f9e-421f-8e71-8900bca26840/tbeq_a_1804450_f0007_c.jpg)
Figure 8. Glufosinate resistance test on leaves of 2129 in vitro.
Excised leaves of 2129 and G-1 exposed to different concentrations of glufosinate in vitro: 0 mg/L (a), 0.5 mg/L (b), 2.0 mg/L (c).
![Figure 8. Glufosinate resistance test on leaves of 2129 in vitro.Excised leaves of 2129 and G-1 exposed to different concentrations of glufosinate in vitro: 0 mg/L (a), 0.5 mg/L (b), 2.0 mg/L (c).](/cms/asset/b219ff1b-0acc-475b-9260-a170eee54bff/tbeq_a_1804450_f0008_c.jpg)
Figure 9. Glyphosate resistance test on leaves of CSR·181 in vitro.
Excised leaves of CSR·181 and A-3 exposed to different concentrations of glyphosate in vitro: 0 mg/L (a), 0.5 mg/L (b), 2.0 mg/L (c).
![Figure 9. Glyphosate resistance test on leaves of CSR·181 in vitro.Excised leaves of CSR·181 and A-3 exposed to different concentrations of glyphosate in vitro: 0 mg/L (a), 0.5 mg/L (b), 2.0 mg/L (c).](/cms/asset/8abc2b33-5e4e-4ac1-b112-74899b61138a/tbeq_a_1804450_f0009_c.jpg)
Figure 10. Glufosinate resistance test on leaves of CSR·181 in vitro.
Excised leaves of CSR·181 and A-3 exposed to different concentrations of glufosinate in vitro: 0 mg/L (a), 0.5 mg/L (b), 2.0 mg/L (c).
Note:The experiments were run in parallel, with shared controls, so the images in (9)a and (10)a are given twice for clarity and easier interpretation.
![Figure 10. Glufosinate resistance test on leaves of CSR·181 in vitro.Excised leaves of CSR·181 and A-3 exposed to different concentrations of glufosinate in vitro: 0 mg/L (a), 0.5 mg/L (b), 2.0 mg/L (c).Note:The experiments were run in parallel, with shared controls, so the images in (9)a and (10)a are given twice for clarity and easier interpretation.](/cms/asset/a29f8609-8782-4a82-a56e-a0fa001913eb/tbeq_a_1804450_f0010_c.jpg)
Figure 11. Herbicide resistance in castor plants.
(a) G-1 and 2129 plants not sprayed with glyphosate; (b) G-1 and 2129 plants not sprayed with glufosinate; (c) A-3 and CSR·181 not sprayed with glyphosate; (d) A-3 and CSR·181 not sprayed with glufosinate; (e) G-1 and 2129 plants after spraying glyphosate for 7 days; (f) G-1 and 2129 plants after spraying glufosinate for 7 days; (g) A-3 and CSR·181 plants after spraying glyphosate for 7 days; (h) A-3 and CSR·181 after spraying glufosinate for 7 days
Note:The experiments were run in parallel, with shared controls, so the images a, b, c and d are given twice for clarity and easier interpretation.
![Figure 11. Herbicide resistance in castor plants.(a) G-1 and 2129 plants not sprayed with glyphosate; (b) G-1 and 2129 plants not sprayed with glufosinate; (c) A-3 and CSR·181 not sprayed with glyphosate; (d) A-3 and CSR·181 not sprayed with glufosinate; (e) G-1 and 2129 plants after spraying glyphosate for 7 days; (f) G-1 and 2129 plants after spraying glufosinate for 7 days; (g) A-3 and CSR·181 plants after spraying glyphosate for 7 days; (h) A-3 and CSR·181 after spraying glufosinate for 7 daysNote:The experiments were run in parallel, with shared controls, so the images a, b, c and d are given twice for clarity and easier interpretation.](/cms/asset/3a7cec66-158d-40e1-9f78-156780dec0ad/tbeq_a_1804450_f0011_c.jpg)
Figure 12. Herbicide resistance in CSR·181 plants. Leaf changes after spraying A-3 and CSR·181 plants with glyphosate (a) or glufosinate (b) for 7 days.
![Figure 12. Herbicide resistance in CSR·181 plants. Leaf changes after spraying A-3 and CSR·181 plants with glyphosate (a) or glufosinate (b) for 7 days.](/cms/asset/677f0398-cc32-41a0-b512-95df91923629/tbeq_a_1804450_f0012_c.jpg)
Figure 13. Two-dimensional electrophoresis of CSR·181-BE leaves.
(a): CSR·181 not sprayed with herbicide; (b): CSR·181-BE not sprayed with herbicide; (c): CSR·181 sprayed with glyphosate; (d): CSR·181-BE sprayed with glyphosate; (e) CSR· 181 sprayed with glufosinate; (f): CSR·181-BE sprayed with glufosinate
![Figure 13. Two-dimensional electrophoresis of CSR·181-BE leaves.(a): CSR·181 not sprayed with herbicide; (b): CSR·181-BE not sprayed with herbicide; (c): CSR·181 sprayed with glyphosate; (d): CSR·181-BE sprayed with glyphosate; (e) CSR· 181 sprayed with glufosinate; (f): CSR·181-BE sprayed with glufosinate](/cms/asset/fe93b143-70df-490e-bb51-e04a88644ad0/tbeq_a_1804450_f0013_b.jpg)
Table 1. Identification of differential proteins in transgenic dwarf double-resistant ramie leaves.