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An ultra-low background far-red light-responsive optogenetic tool based on an engineered biliverdin-binding domain

Le GNT, Pham LMT, Xue B, Uppalapati M, Woolley GA
bioRxiv 2025.11.29.691301 (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
250520pBAD-FenixS::HO1Bacterial expression of the photoswitchable protein FenixS - co-expressed with Heme Oxygenase 1
250521pET24b-FenixSBacterial expression of the photoswitchable protein FenixS
250523pET24b-FLAG-Ash0.1Bacterial expression of the binder Ash0.1
250525pET24b-FLAG-Ash0.8Bacterial expression of the binder Ash0.8
250526pET24b-FLAG-Ash0.9Bacterial expression of the binder Ash0.9
250527pET24b-FLAG-Ash1Bacterial expression of the binder Ash1
250528pTriEx-mCherry-FenixSMammalian expression of mCherry-tag FenixS
250529pTriEx-NTOM20-mVenus-Ash1Mammalian expression of mitochondria-targeted mVenus-tag Ash1
250530P24: pHR-SFFVp-FUSN-mCherry-Ash1Mammalian expression of Ash1 tagged with N terminal domain of FUS (1-214) and mCherry
250531P25: pHR-SFFVp-NLS-FenixS-EGFP-FTH1Self-assebled 24-mer tagged with NLS, FenixS, and EGFP. Upon red-light activation can bind up to 24 Ash1-modified proteins.
250553P30: FenixS-VP16-NLS-IRES-E-Ash1Mammalian expression of FenixS-VP16-NLS and E-Ash1, optogenetic system for far red-light control transcriptional activation
250554P31: FenixS-FUSN-VP16-NLS-IRES-E-Ash1Mammalian expression of FenixS-FUSN-VP16-NLS and E-Ash1, optogenetic system for far red-light control transcriptional activation

Antibodies from Article