pAAV-pCAG-iCRE-2A-H2BGFP-WPRE (e.g. AAViCre-H2B-GFP)

By Antonio Falasconi, MD, Harsh Kanodia, MSc and Silvia Arber, PhD
View Published Lab Material

Output Details

Description
CAG-driven Cre recombinase coupled with H2B-GFP for nuclear fluorescent labelling
Tags
  • AAV (Adenoassociated Virus)
  • Plasmids
Team
Team Surmeier
Program
Collaborative Research Network
Theme
Circuitry and Brain-Body Interactions

Meet the Authors

Related Research

Dynamic basal ganglia output signals license and suppress forelimb movements

Basal ganglia is fundamental to motor control and dysfunction is linked to motor deficits. Our results demonstrate the existence and function of highly specific and temporally precise movement representations in basal ganglia output circuitry.

View Article

pAAV-pCAG-Floxed-SynGFP,rev.-WPRE (e.g. AAV-flex-SynTag)

CAG-driven, Cre-dependent synaptophysin-tagged GFP for anterograde tracing of neuronal projections.

View Lab Material

pAAV-pCAG-FRT(F3F5)-ChRmine3.3-p2A-oScarlet,rev.-WPRE (e.g. AAV-FRT-ChRmine-p2a-oScarlet)

Plasmid is CAG-driven, Flp-dependent ChRmine for optogenetic excitation of neurons with an oScarlet tag.

View Lab Material
View More Outputs