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Engineered BRET-Based Biologic Light Sources Enable Spatio-Temporal Control Over Diverse Optogenetic Systems.
Parag-Sharma K, O'Banion CP, Henry EC, Musicant AM, Cleveland JL, Lawrence DS, Amelio AL
ACS Synth Biol. 2019 Dec 13. doi: 10.1021/acssynbio.9b00277.
PubMed Article

Plasmids from Article

ID Plasmid Purpose
135931pET20b-NLuc-MBP-6xHisExpresses NanoLuciferase in bacterial cells.
135932pET20b-GpNLuc-6xHisExpresses the GpNLuc LumiFluor in bacterial cells.
135933pET20b-CeNLuc-6xHisExpresses the CeNLuc LumiFluor in bacterial cells.
135934pWXLd-RIEP-CeNLucExpresses the CeNLuc LumiFluor in mammalian cells.
135935pWXLd-RIEP-GpNLucExpresses the GpNLuc LumiFluor in mammalian cells.
135936pWXLd-RIEP-OgNLucExpresses the OgNLuc LumiFluor in mammalian cells.
135937pRP_8xgRNA-FLucFirefly luciferase reporter containing 8 copies of a gRNA binding site for light-inducible dCas9 activation.
135938pEF1a-T2-NLucExpresses NanoLuciferase targeted to the mitochondira in mammalian cells.
135948pEF1a-T2-CeNLucExpresses the CeNLuc LumiFluor targeted to the mitochondira in mammalian cells.
135949pEF1a-T2-GpNLucExpresses the GpNLuc LumiFluor targeted to the mitochondira in mammalian cells.
135951pEF1a-T2-OgNLucExpresses the OgNLuc LumiFluor targeted to the mitochondira in mammalian cells.
135952pEF1a-2xSV40_NLS-CeNLucExpresses the CeNLuc LumiFluor targeted to the nucleus in mammalian cells.
135953pEF1a-2xSV40_NLS-NLucExpresses the NanoLuciferase targeted to the nucleus in mammalian cells.
135954pLL7.0-iRFP670-microExpresses an iLID micro (SspB R73Q)-iRFP670 fusion in mammalian cells.

Antibodies from Article