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Control of neuronal excitation-inhibition balance by BMP-SMAD1 signaling

Okur Z, Schlauri N, Bitsikas V, Panopoulou M, Karmakar K, Schreiner D, Scheiffele P
bioRxiv 2023 (Link opens in a new window) Article

Plasmids from Article

ID Plasmid Purpose
200278pAAV-ZnF-hSyn-DIO-PSD95FingR-mGreenLanternGenetically encoded fluorescent probe for labelling endogenous excitatory synapses in vivo
200279pAAV-ZnF-hSyn-DIO-GPHNFingR-eGFPGenetically encoded fluorescent probe for labelling endogenous inhibitory synapses in vivo
217533pAAV-S5E2-FingR-PSD95-mGLGenetically encoded fluorescent probe for labelling endogenous excitatory synapses on PV interneurons in vivo
217534pAAV-BRX-eGFP-NLSAAV vector to drive the expression of eGFP under the control of the 4xBRE regulatory element of SMAD1 and miniXon splicing casette transcription factor in vivo
217535pAAV-2xflox-BRX-eGFP-NLSAAV vector to drive the expression of eGFP in genetically defined cell populations under the control of the 4xBRE regulatory element of SMAD1 transcription factor and miniXon splicing casette in vivo
217536pAAV-TetON-Bmpr1A-caAAV vector to drive the expression of Cre- and doxycycline-dependent expression of HA-epitope tagged constitutively-active BMPR1A receptor
217537pAAV-TetON-CD4AAV vector to drive the expression of Cre- and doxycycline-dependent expression of HA-epitope tagged CD4 receptor

Antibodies from Article