Cell-Type-Specific Dissection of Loop Circuits (Opto/Chemo/Tracing)

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Cell-Type-Specific Dissection of Loop Circuits (Opto/Chemo/Tracing)

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Source: https://github.com/AllenNeuralDynamics/ComputationalReviewLoops/blob/0632aae8abc141909207fe91f6349b9e36489c3b/content/sec_11_celltype_dissection.md

Citation anchors captured: 79

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  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference provided the first generation of “plug-and-play” optog...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference provided the first generation of “plug-and-play” optog...

  • 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference provided the first generation of “plug-and-play” optog...

  • 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1 provided the first generation of “plug-and-play” optog...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4 provided the first generation of “plug-and-play” optog...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 provided the first generation of “plug-and-play” optog...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0 provided the first generation of “plug-and-play” optog...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3 provided the first generation of “plug-and-play” optog...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6 provided the first generation of “plug-and-play” optog...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9 provided the first generation of “plug-and-play” optog...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0 The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1 and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2 provided the first generation of “plug-and-play” optog...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3 New transgenic lines introduced by major resource papers, decomposed by category. CAVEAT: the bars are not a single quantity — Madisen 2010 reports floxed fluorescent reporters 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4, Madisen 2012 reports Cre-dependent optogenetic-effector knock-in lines 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5, and Daigle 2018’s count of 49 lines combines 23 driver lines (15 Cre + 8 Flp) with 26 Cre-dependent reporter lines 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6; only the r...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 New transgenic lines introduced by major resource papers, decomposed by category. CAVEAT: the bars are not a single quantity — Madisen 2010 reports floxed fluorescent reporters 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8, Madisen 2012 reports Cre-dependent optogenetic-effector knock-in lines 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9, and Daigle 2018’s count of 49 lines combines 23 driver lines (15 Cre + 8 Flp) with 26 Cre-dependent reporter lines 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0; only the r...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1 New transgenic lines introduced by major resource papers, decomposed by category. CAVEAT: the bars are not a single quantity — Madisen 2010 reports floxed fluorescent reporters 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2, Madisen 2012 reports Cre-dependent optogenetic-effector knock-in lines 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3, and Daigle 2018’s count of 49 lines combines 23 driver lines (15 Cre + 8 Flp) with 26 Cre-dependent reporter lines 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4; only the r...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5 The catalogue of accessible cell types has grown rapidly, but the specificity of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6 The catalogue of accessible cell types has grown rapidly, but the specificity of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 The catalogue of accessible cell types has grown rapidly, but the specificity of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8 The catalogue of accessible cell types has grown rapidly, but the specificity of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0, the spectrally separable Chrimson/Chronos pair for two-color independent activation 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1, the chloride-conducting iChloC for in-vivo silencing 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2, and an ultrafast red-shifted opsin e...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4, the spectrally separable Chrimson/Chronos pair for two-color independent activation 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5, the chloride-conducting iChloC for in-vivo silencing 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6, and an ultrafast red-shifted opsin e...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8, the spectrally separable Chrimson/Chronos pair for two-color independent activation 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9, the chloride-conducting iChloC for in-vivo silencing 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0, and an ultrafast red-shifted opsin e...

  • 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2, the spectrally separable Chrimson/Chronos pair for two-color independent activation 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3, the chloride-conducting iChloC for in-vivo silencing 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4, and an ultrafast red-shifted opsin e...

  • 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6, the spectrally separable Chrimson/Chronos pair for two-color independent activation 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7, the chloride-conducting iChloC for in-vivo silencing 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8, and an ultrafast red-shifted opsin e...

  • 3Citationpaper:paper-c5041cb9303aThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0, the spectrally separable Chrimson/Chronos pair for two-color independent activation 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1, the chloride-conducting iChloC for in-vivo silencing 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2, and an ultrafast red-shifted opsin e...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4, the spectrally separable Chrimson/Chronos pair for two-color independent activation 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5, the chloride-conducting iChloC for in-vivo silencing 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6, and an ultrafast red-shifted opsin e...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8, the spectrally separable Chrimson/Chronos pair for two-color independent activation 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9, the chloride-conducting iChloC for in-vivo silencing 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0, and an ultrafast red-shifted opsin e...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2, the spectrally separable Chrimson/Chronos pair for two-color independent activation 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3, the chloride-conducting iChloC for in-vivo silencing 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4, and an ultrafast red-shifted opsin e...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6, the spectrally separable Chrimson/Chronos pair for two-color independent activation 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7, the chloride-conducting iChloC for in-vivo silencing 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8, and an ultrafast red-shifted opsin e...

  • 2Citationpaper:fee52c07-8751-4bc4-aff6-6d5f77579b4eThe cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference0, the spectrally separable Chrimson/Chronos pair for two-color independent activation 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference1, the chloride-conducting iChloC for in-vivo silencing 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference2, and an ultrafast red-shifted opsin e...

  • 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference3 Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference4, the spectrally separable Chrimson/Chronos pair for two-color independent activation 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference5, the chloride-conducting iChloC for in-vivo silencing 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference6, and an ultrafast red-shifted opsin e...

  • 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference7 A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference8, and Cui et al., whose dual-color photometry in D1-Cre...

  • 4Citationpaper:paper-1e652da637f8The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference9 A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference00, and Cui et al., whose dual-color photometry in D1-Cre...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference01 A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference02, and Cui et al., whose dual-color photometry in D1-Cre...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference03 A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference04, and Cui et al., whose dual-color photometry in D1-Cre...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference05 A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference06, and Cui et al., whose dual-color photometry in D1-Cre...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference07 A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference08, and Cui et al., whose dual-color photometry in D1-Cre...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference09 A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference10, but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference11 and DA-co-release studies showing widespread GABA co-transmission across nigrost...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference12 A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference13, but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference14 and DA-co-release studies showing widespread GABA co-transmission across nigrost...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference15 A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference16, but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference17 and DA-co-release studies showing widespread GABA co-transmission across nigrost...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference18 A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference19, but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference20 and DA-co-release studies showing widespread GABA co-transmission across nigrost...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference21 A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference22, but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference23 and DA-co-release studies showing widespread GABA co-transmission across nigrost...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference24 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference25 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference26. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference27 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference28 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference29. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference30 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference31 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference32. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference33 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference34 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference35. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference36 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference37 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference38. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference39 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference40 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference41. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference42 Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference43 and remains the mainstay of cell-type-specific input mapping in the CBGTC system 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference44. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron’s presynaptic networ...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference45 D1 ∩ D2 cortical input fraction across three monosynaptic-rabies studies of the dorsal striatum. CAVEAT: all three studies use EnvA-pseudotyped G-deleted rabies tracing in Cre-driver mice, but the quantification differs. Wall 2013 reports cortical-region preferences in dorsomedial striatum without the same fraction-overlap statistic and is plotted as a hatched, qualitative point 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference46; Guo 2015 samples dorsal s...

  • 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference47 D1 ∩ D2 cortical input fraction across three monosynaptic-rabies studies of the dorsal striatum. CAVEAT: all three studies use EnvA-pseudotyped G-deleted rabies tracing in Cre-driver mice, but the quantification differs. Wall 2013 reports cortical-region preferences in dorsomedial striatum without the same fraction-overlap statistic and is plotted as a hatched, qualitative point 1Citationpaper:paper-pm-20023653The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...content/sec_11_celltype_dissection.md:line 9Open reference48; Guo 2015 samples dorsal s...

  • ... 29 additional anchors in refs_json

References

  1. [Madisen2009] paper:paper-pm-20023653 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  2. [Madisen2012] paper:fee52c07-8751-4bc4-aff6-6d5f77579b4e “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  3. [Daigle2018] paper:paper-c5041cb9303a “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  4. [Atasoy2008] paper:paper-1e652da637f8 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  5. [Fenno2014] paper:paper-0a24335f4ea9 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  6. [Oppman2024] paper:paper-c26676d2b6bb “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  7. [Cetin2019] paper:paper-cc3787aa8a70 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  8. [Graybuck2019] paper:paper-doi-10.1101-525014 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  9. [Wirthlin2026] paper:paper-aef4f6bfca79 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  10. [Kuhlman2008] paper:paper-6bafb4533d0e “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  11. [Dimidschstein2016] paper:paper-cca49ff7dd34 “The cell-type-specific era of CBGTC circuit dissection rests on a small core of recombinase-effector toolkits and a much larger catalogue of driver lines. Strong, ubiquitous Cre-reporter expression with the floxed-stop tdTomato Ai14 line [Madisen2009] and the Cre-dependent ChR2-EYFP / eNpHR3.0 / Arch knock-in lines of the Ai27/Ai32/Ai35/Ai39 series [Madisen2012] provided the first generation of "plug-and-play" optog...”
  12. [Palicz2024] paper:paper-c4df4e8ee950 “The catalogue of accessible cell types has grown rapidly, but the *specificity* of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...”
  13. [Hafner2019] paper:paper-e721693f4460 “The catalogue of accessible cell types has grown rapidly, but the *specificity* of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...”
  14. [Yetman2019] paper:paper-f1a450d4e1ac “The catalogue of accessible cell types has grown rapidly, but the *specificity* of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...”
  15. [DeNardo2019] paper:paper-7f02b1538a0d “The catalogue of accessible cell types has grown rapidly, but the *specificity* of any given driver line is empirical, not guaranteed by name. The point is sharpest for PV-Cre in cortex: a substantial proportion of layer-5 cells labelled by the standard PV-Cre/tdTomato cross are excitatory rather than inhibitory, and pairing Vgat-Cre with PV-Flp in an intersectional combination is required for clean GABAergic PV acc...”
  16. [Lin2013] paper:paper-3ee6eb17ccf4 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  17. [Klapoetke2014] paper:paper-d9ded9b43639 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  18. [Wietek2015] paper:paper-f1e8799cba2a “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  19. [Mager2018] paper:paper-f67aa2ac2e62 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  20. [Cardin2009] paper:3767f6c5-663b-42ad-bf68-d37f6f00b49d “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  21. [Adesnik2012] paper:paper-48f7973b62f1 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  22. [Pi2013] paper:paper-065a0eae69a5 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  23. [DeGroot2020] paper:paper-c0b8bf7933c9 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  24. [Eriksson2022] paper:paper-4bb82d00b88d “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  25. [Trouche2019] paper:paper-d486c88c07d7 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  26. [Stefanik2013] paper:paper-e35d5be5f79f “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  27. [Lazaridis2019] paper:paper-e5a03fc9c539 “Optogenetics added causality to the mostly correlational pre-2010 CBGTC literature. The opsin palette has steadily widened from the original blue-light ChR2 to the red-shifted, behaviorally usable ReaChR [Lin2013], the spectrally separable Chrimson/Chronos pair for two-color independent activation [Klapoetke2014], the chloride-conducting iChloC for in-vivo silencing [Wietek2015], and an ultrafast red-shifted opsin e...”
  28. [Kravitz2010] paper:5c30e0b5-d627-4661-b656-d88df1b47830 “A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion [Kravitz2010], and Cui et al., whose dual-color photometry in D1-Cre...”
  29. [Cui2013] paper:paper-10_1038_nature11846 “A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion [Kravitz2010], and Cui et al., whose dual-color photometry in D1-Cre...”
  30. [Tang2021] paper:paper-9d3c86eb3dc3 “A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion [Kravitz2010], and Cui et al., whose dual-color photometry in D1-Cre...”
  31. [Daw2025] paper:paper-316bd5f415c3 “A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion [Kravitz2010], and Cui et al., whose dual-color photometry in D1-Cre...”
  32. [VanderMeer2009] paper:paper-06a82520a2fe “A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion [Kravitz2010], and Cui et al., whose dual-color photometry in D1-Cre...”
  33. [Garr2020] paper:paper-561564001bdf “A central tension in CBGTC optogenetics is that gain-of-function activation does not necessarily mirror endogenous dynamics. The defining example is the disagreement between Kravitz et al., who showed that bilateral activation of D2-Cre indirect-pathway SPNs produces a parkinsonian phenotype while D1-Cre direct-pathway activation drives locomotion [Kravitz2010], and Cui et al., whose dual-color photometry in D1-Cre...”
  34. [Lerner2015] paper:paper-5b50e75f6e26 “A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated [Lerner2015], but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets [Tolve2021] and DA-co-release studies showing widespread GABA co-transmission across nigrost...”
  35. [Tolve2021] paper:paper-9b80526bb59b “A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated [Lerner2015], but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets [Tolve2021] and DA-co-release studies showing widespread GABA co-transmission across nigrost...”
  36. [Tritsch2014] paper:paper-3d63b0c29672 “A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated [Lerner2015], but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets [Tolve2021] and DA-co-release studies showing widespread GABA co-transmission across nigrost...”
  37. [Barter2015] paper:paper-16e8b08743a2 “A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated [Lerner2015], but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets [Tolve2021] and DA-co-release studies showing widespread GABA co-transmission across nigrost...”
  38. [Patriarchi2018] paper:paper-2c471b2eec34 “A parallel cautionary tale concerns parallel-stream interpretations of midbrain DA: anatomical and biophysical heterogeneity between SNc subpopulations projecting to dorsomedial vs dorsolateral striatum is real and replicated [Lerner2015], but later genetic-restriction studies — e.g., transcription-factor-defined SNc subsets [Tolve2021] and DA-co-release studies showing widespread GABA co-transmission across nigrost...”
  39. [Wickersham2007] paper:paper-9742b1c11817 “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”
  40. [Beier2012] paper:paper-eb94956f9cc1 “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”
  41. [Wertz2015] paper:paper-39dfc6d6e34c “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”
  42. [Wall2016] paper:paper-32a4e1ae2010 “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”
  43. [Wall2013] paper:paper-f473954cf20b “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”
  44. [Guo2015] paper:paper-57cc80df1dc4 “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”
  45. [Klug2025] paper:paper-047f747899b8 “Glycoprotein-deleted EnvA-pseudotyped rabies virus, engineered with TVA receptor and rabies-G complementation in starter cells, restricts retrograde transsynaptic spread to a single synapse [Wickersham2007] and remains the mainstay of cell-type-specific input mapping in the CBGTC system [Beier2012]. Single-cell-initiated rabies tracing further allows in-vivo functional imaging of a single neuron's presynaptic networ...”

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