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Robust Optogenetic Inhibition with Red-light-sensitive Anion-conducting Channelrhodopsins

Oppermann J, Rozenberg A, Fabrin T, GonzalezCabrera C, Béjà O, Prigge M, Hegemann P
eLife 2023 (Reviewed Preprint) (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
204958MsACR1-pmCerulean3-N1Expression of channelrhodopsin MsACR1 fused to mCerulean3 in mammalian cells
204959raACR-pmCerulean3-N1Expression of the MsACR1 mutant raACR as a fusion protein with mCerulean3 in mammalian cells
204960TaraACR1-pmCherry-C1Expression of TaraACR1 in fusion with mCherry in mammalian cells
204961TaraACR2-pmCherry-C1Expression of TaraACR2 in fusion with mCherry in mammalian cells
204962TaraACR3-pmCherry-C1Expression of TaraACR3 in fusion with mCherry in mammalian cells
204963S16-ACR1-pcDNA3.1-mScarletExpression of S16-ACR1 fused to mScarlet in mammalian cells
204964GpACR1-pcDNA3.1-mScarletExpression of GpACR1 in fusion with mScarlet in mammalian cells
204965MsACR1-mCerulean3-pAAV2-hSynPanneuronal expression of MsACR1 fused to mCerulean3
204966raACR-mCerulean3-pAAV2-hSynPanneuronal expression of the MsACR1 mutant raACR fused to mCerulean3
204970MsACR1-TS-Kv-P2A-mCerulean3-pAAV-CaMKIISoma-targeted neuronal expression of MsACR1 and mCerulean3 separated by a P2A site.
204971raACR-TS-Kv-P2A-mCerulean3-pAAV-CaMKIISoma-targeted neuronal expression of the MsACR1 mutant raACR and mCerulean3 separated by a P2A site.

Antibodies from Article