Neural circuitry underlying wakefulness in response to novel environments: Role of IPACL<sup>CRF</sup> neurons and neurotensin release

chijung Hung

[3P-432] Neural circuitry underlying wakefulness in response to novel environments: Role of IPACL^CRF neurons and neurotensin release

*chijung Hung¹, Shuhei Ueda¹, Sheikh Mizanur Rahaman¹, Mikiyasu Yamamoto¹, Noriaki Fukatsu¹, Akihiro Yamanaka², Sayaka Takemoto-Kimura¹, Hiroshi Yamaguchi¹, Daisuke Ono¹ (1. Nagoya University, RIEM, 2. China, CIBR)

Keywords:Sleep and wake, novel environment, CRF

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Presentation information

[3P] 47 Sleep and Biological Rhythms

[3P-432] Neural circuitry underlying wakefulness in response to novel environments: Role of IPACL^CRF neurons and neurotensin release

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Presentation information

[3P] 47 Sleep and Biological Rhythms

[3P-432] Neural circuitry underlying wakefulness in response to novel environments: Role of IPACLCRF neurons and neurotensin release

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[3P-432] Neural circuitry underlying wakefulness in response to novel environments: Role of IPACL^CRF neurons and neurotensin release