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Genetic circuit design automation for the gut resident species Bacteroides thetaiotaomicron.

Taketani M, Zhang J, Zhang S, Triassi AJ, Huang YJ, Griffith LG, Voigt CA
Nat Biotechnol. 2020 Aug;38(8):962-969. doi: 10.1038/s41587-020-0468-5. Epub 2020 Mar 30. (Link opens in a new window) PubMed (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
139382pMT423Constitutively expressed dCas9, LacI and TetR, pNBU2 backbone, AmpR, TetR
139383pMT405LacZ, pNBU1 backbone with BsaI sites, AmpR, ErmR
139384pMT406RPU standard, pNBU1 backbone with BsaI sites, AmpR, ErmR
139385pMT444IPTG inducible Nanoluc expression, pNBU1 backbone with BsaI sites, AmpR, ErmR
139386pMT445aTC inducible Nanoluc expression, pNBU1 backbone with BsaI sites, AmpR, ErmR
139387pMT447Bile Acid Inducible Nanoluc expression, pNBU1 backbone with BsaI sites, AmpR, ErmR
139388pMT448Bile Acid inducible sgRNA-1 with PM1 driving Nanoluc expression (NOT Gate 1), pNBU1 backbone, AmpR, ErmR
139389pMT449Bile Acid inducible sgRNA-2 with PM2 driving Nanoluc expression (NOT Gate 2), pNBU1 backbone, AmpR, ErmR
139390pMT450Bile Acid inducible sgRNA-3 with PM3 driving Nanoluc expression (NOT Gate 3), pNBU1 backbone, AmpR, ErmR
139391pMT451Bile Acid inducible sgRNA-4 with PM4 driving Nanoluc expression (NOT Gate 4), pNBU1 backbone, AmpR, ErmR
139392pMT455aTC and Bile Acid inducible sgRNA-4 with PM4 driving Nanoluc expression (NOR Gate), AmpR, ErmR
139393pMT462XOR circuit (A000 and P000 design) with aTC and Bile Acid as inputs, AmpR, ErmR
139394pMT468Nanoluc placed on Output 2 of the 2in3out circuit (A001 and P002 design) with aTC and Bile Acid as inputs, AmpR, ErmR
139395pMT469Nanoluc placed on Output 1 of the 2in3out circuit (A001 and P002 design) with aTC and Bile Acid as inputs, AmpR, ErmR
139397pMT492Bile Acid inducible sgRNA-5 with PM5 driving Nanoluc expression (NOT Gate 5), pNBU1 backbone, AmpR, ErmR
139398pMT493Bile Acid inducible sgRNA-6 with PM6 driving Nanoluc expression (NOT Gate 6), pNBU1 backbone, AmpR, ErmR
139399pMT494Bile Acid inducible sgRNA-7 with PM7 driving Nanoluc expression (NOT Gate 7), pNBU1 backbone, AmpR, ErmR

Antibodies from Article