Figures & data
Figure 1. Von neumann self-reproducing automaton and a bacterium[Citation9].
![Figure 1. Von neumann self-reproducing automaton and a bacterium[Citation9].](/cms/asset/3276f5c0-b6a7-4707-97e0-b1cfbb51df4c/teba_a_2104071_f0001_b.gif)
Figure 2. Artificial cells translate chemical signals for e. coli[Citation27] .
![Figure 2. Artificial cells translate chemical signals for e. coli[Citation27] .](/cms/asset/883f1de2-0d92-48c1-b083-c6e38dd0e63f/teba_a_2104071_f0002_oc.jpg)
Figure 3. Near infrared window (NIRW) light-activated c-di-GMP module regulates the diverse biological activities. The various biological activities are regulated by linking the NIRW light-controlled synthetic c-di-GMP module to the output through c-di-GMP receptor proteins and RNA.
![Figure 3. Near infrared window (NIRW) light-activated c-di-GMP module regulates the diverse biological activities. The various biological activities are regulated by linking the NIRW light-controlled synthetic c-di-GMP module to the output through c-di-GMP receptor proteins and RNA.](/cms/asset/e4ae4862-eed5-4864-9d0a-fbde0ea23051/teba_a_2104071_f0003_oc.jpg)