Algorithmic Programming of Sequential Logic and Genetic Circuits for Recording Biochemical Concentration in a Probiotic Bacterium.
Lebovich M, Zeng M, Andrews LB
ACS Synth Biol. 2023 Aug 15. doi: 10.1021/acssynbio.3c00232.
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Plasmids from Article
ID | Plasmid | Purpose |
---|---|---|
203337 | pML3 | SR latch circuit on pLW555 backbone: PTet-E1, PTac-P1 |
203338 | pML4 | SR latch circuit on pLW555 backbone: PLux-S3, PTet-P1 |
203339 | pML5 | SR latch circuit on pLW555 backbone: PTac-P3, PTet-H1 |
203340 | pML6 | SR latch circuit on pLW555 backbone: PTac-S2, PTet-H1 |
203341 | pML12 | SR latch circuit on pLW555 backbone: PTac-S3, PTet-E1 |
203342 | pML15 | SR latch circuit on pLW555 backbone: PTet-A1, PTac-P2 |
203343 | pML31 | 3 input AND circuit on pLW555 backbone: PTet-P1, PLux-A1, PIcaRA:PPhlF:PAmtR-Q2, PTac-I1 |
203344 | pML32 | 2-bit register circuit on pLW555 backbone: PTac-S2, PTet-P2, PLux-A1, PLux-H1 |
203345 | pML523 | Plasmid backbone for choline sensing circuits. The plasmid contains, lacI and tetR as well as betIM. The plasmid also contains the p15a ori |
203346 | pML3001 | Plasmid backbone for gamma-aminobutyric acid circuits. The plasmid contains gabR, lacI and tetR as well as the resistance gene kanR and the p15a ori. |