Ctcf in parvalbumin-expressing neurons regulates motor, anxiety and social behavior and neuronal identity

HIGHLIGHTS

• who: Liron Davis from the Mice were housed in a temperature-controlled barrier facility maintained at , u00b0C in a, h light/dark cycleMice had access to fresh food and water ad libitum. To generate CTCF cKO specifically in parvalbumin inhibitory neurons, PV-Cre line was crossed to CTCF flox/flox mice. The double transgenic PV, Cre+/-, CTCF flox/+ were backcrossed to CTCF flox/flox mice to produce PV, Cre+/-, CTCF flox/flox (cKO) and PV, Cre-/-, CTCF flox/flox (WT) mice. These two lines were crossed in all experiments. Therefore, all offspring were CTCF flox/flox, and . . .
  

   

  

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