[1P] Poster

[1P-003] NMDAR-dependent phosphorylation signaling in NAc D2R-MSNs required for aversive learning is suppressed in PCP-induced schizophrenia model mice

*Yasuhiro Funahashi¹, Rijwan Uddin Ahammad², Zhang Xinjian¹, Emran Hossen¹, Masahiro Kawatani¹, Akira Yoshimi³, Li Xu¹, Daisuke Tsuboi¹, Tomoki Nishioka¹, Yukihiko Noda³, Kiyofumi Yamada¹, Kenji Sakimura⁴, Taku Nagai¹, Takayuki Yamashita¹, Shigeo Uchino⁵, Kozo Kaibuchi¹ (1. ICBS, Fujita Health Univ, Japan, 2. ATRI, Keck Sch of Med of USC, USA, 3. Fac Grad Sch Pharm, Meijo Univ, Japan, 4. Brain Res Inst, Niigata Univ, Japan, 5. Sch Sci Eng, Teikyo Univ, Japan)

Keywords:

NMDA Receptor,phosphorylation,Schizophrenia,Aversive learning

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