AAV vector to drive the expression of dChr2-GFP-P2A-GFP in PV cortical interneuronsunder the control of the E11 regulatory element

AAV vector to drive the expression of dChr2-GFP-P2A-GFP in PV cortical interneuronsunder the control of the E14 regulatory element

E. coli strain carrying IPTG-inducible gfp-muNS gene for monitoring the mobility of cytoplasmic particles.

shRNA negative control

Ready-to-use AAV Retrograde particles produced from pAAV-Syn-ChR2(H134R)-GFP (#58880). In addition to the viral particles, you will also receive purified pAAV-Syn-ChR2(H134R)-GFP plasmid DNA. Humanized channelrhodopsin H134R mutant fused to GFP, under the control of the Synapsin promoter. These AAV were produced with a retrograde serotype, which permits retrograde access to projection neurons. These AAV preparations are suitable purity for injection into animals.

UV5 promoter drives expression of Zif268-consensus peptide fusion. Pair with pGHUC w-ERBIN as a positive control (turns on HIS3/GFP).

UV5 promoter drives expression of Zif268-5alanine peptide fusion. Pair with pGHUC w-ERBIN as a negative control (doesn't turn on HIS3/GFP).

BirA* expression. Vector also expresses GFP under control of hUBC promoter

expression of GFP and Luciferase under the control of E2F1 responsive element

TRE-delta-pes-10-GFP

UV5 promoter drives expression of omega-erbin fusion. Pair with pB1H2 UV5 Zif268-cons as a positive control (turns on HIS3/GFP).

Tetracycline biosensor. High copy plasmid that expresses GFP proportional to tetracycline concentration.

Macrolide biosensor. High copy plasmid that expresses GFP proportional to macrolide concentration.

Arabinose biosensor. High copy plasmid that expresses GFP proportional to arabinose concentration.

Tetracycline biosensor. Low copy plasmid that expresses GFP proportional to tetracycline concentration.

Acrylate biosensor. High copy plasmid that expresses GFP proportional to acrylate concentration.

Flavonoid biosensor. High copy plasmid that expresses GFP proportional to flavonoid concentration.

Glucarate biosensor. Low copy plasmid that expresses GFP proportional to glucarate concentration.

Macrolide biosensor. Low copy plasmid that expresses GFP proportional to macrolide concentration.

Acrylate biosensor. Low copy plasmid that expresses GFP proportional to acrylate concentration.