Anatomical disruption in the PPC-projecting circuits deteriorates multisensory integration in the Shank3Δ14–16 mice

You-Hyang Song, Daun  Jeong, Jun-Ho  Song, Woo-Chul  Choi, Jae-Hyun Kim, Taesun  Yoo, Eunjoon  Kim, Se-Bum  Paik, Seung-Hee  Lee

[4P-333] Anatomical disruption in the PPC-projecting circuits deteriorates multisensory integration in the Shank3^Δ14–16 mice

〇You-Hyang Song¹, Daun Jeong¹, Jun-Ho Song², Woo-Chul Choi², Jae-Hyun Kim¹, Taesun Yoo¹, Eunjoon Kim¹, Se-Bum Paik², Seung-Hee Lee¹ (1.Dept Biological Sciences, KAIST, Daejeon, Korea, 2.Dept Bio and Brain engineering, KAIST, Daejeon, Korea)

Keywords:Mouse model of autism, Shank3 mutation, Multisensory integration, Posterior parietal cortex

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Presentation information

[4P] Sensory Disorders

[4P-333] Anatomical disruption in the PPC-projecting circuits deteriorates multisensory integration in the Shank3^Δ14–16 mice

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Presentation information

[4P] Sensory Disorders

[4P-333] Anatomical disruption in the PPC-projecting circuits deteriorates multisensory integration in the Shank3Δ14–16 mice

Password

[4P-333] Anatomical disruption in the PPC-projecting circuits deteriorates multisensory integration in the Shank3^Δ14–16 mice