File:Gua active et inactive.jpg
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A ribozyme module is in black. The Shine-Dalgarno (SD) is in blue. The guanine-sensing xpt aptamer (light grey) is connected to the ribozyme via a communication module (in green). The figure is reproduced from [Stifel, J., Spöring, M., and Hartig, J.S. (2019). Expanding the toolbox of synthetic riboswitches with guanine-dependent aptazymes. Synthetic Biology 4.
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| Date/Time | Thumbnail | Dimensions | User | Comment | |
|---|---|---|---|---|---|
| current | 08:17, 14 October 2019 | | 841 × 1,258 (247 KB) | Katya (Talk | contribs) | A ribozyme module is in black. The Shine-Dalgarno (SD) is in blue. The guanine-sensing xpt aptamer (light grey) is connected to the ribozyme via a communication module (in green). Figure is reproduced from [Stifel, J., Spöring, M., and Hartig, J.S.... |
| 08:15, 14 October 2019 |  | 192 × 287 (13 KB) | Katya (Talk | contribs) | A ribozyme module is in black. The Shine-Dalgarno (SD) is in blue. The guanine-sensing xpt aptamer (light grey) is connected to the ribozyme via a communication module (in green). Figure is reproduced from [Stifel, J., Spöring, M., and Hartig, J.S.... | |
| 08:11, 14 October 2019 |  | 251 × 353 (18 KB) | Katya (Talk | contribs) | A ribozyme module is in black. The Shine-Dalgarno (SD) is in blue. The guanine-sensing xpt aptamer (light grey) is connected to the ribozyme via a communication module (in green). The figure is reproduced from [Stifel, J., Spöring, M., and Hartig, J.S... |
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