@article{oai:ipsj.ixsq.nii.ac.jp:00068413,
 author = {飯田, 宗徳 and 大森, 敏明 and 青西, 亨 and 岡田, 真人 and Munenori, Iida and Toshiaki, Omori and Toru, Aonishi and Masato, Okada},
 issue = {2},
 journal = {情報処理学会論文誌数理モデル化と応用（TOM）},
 month = {Mar},
 note = {位相応答曲線は素子の集団的挙動を理解するために有効な手段の 1 つであり，神経細胞の位相応答曲線が，近年，生理学実験において測定されている．しかし，神経細胞の位相応答曲線と神経細胞の膜特性との関係は明らかになっていない．本論文において我々は，スパイクレスポンスモデルを用いて神経細胞の位相応答曲線を解析的に導出し，位相応答曲線と膜特性の関係を解析的に明らかにする．我々は位相応答曲線がスパイクレスポンスモデルの膜特性を表す関数で記述できることを示し，数値実験により検証する．, Phase response curve (PRC) is one of useful tools to understand of population dynamics and has been measured in recent physiological experiments. However, the relation between subthreshold membrane property of a single neuron and its PRC is unclear. In this paper, we derive the PRCs of single neurons by using spike response model and analytically clarify the relation between the subthreshold membrane property and the PRC. We analytically show that the PRC is described by the kernels of the spike response model and verify our theory by numerical simulations.},
 pages = {44--50},
 title = {スパイクレスポンスモデルの位相応答曲線},
 volume = {3},
 year = {2010}
}