TAKAHASHI Aki
- Conference, etc.
- Establishment of the dominant-subordinate relationship not instigator’s familiarity, inhibits the pro-aggressive effect of social instigation in male mice.
Nagai Tomoya; Baba Kotomi; Satou Kouta; TAKAHASHI Aki
Tohoku Forum of Creativity "Social Memory: Neural Basis of Communication, Part 1"/2024-09-05--2024-09-06 - Neural mechanisms of social relationships modulating aggressive behavior in male mice
髙橋 阿貴
Neuro2024/2024-07-24--2024-07-27 - Modulating attack intensity through lateral hypothalamic neurons projecting to the dorsal raphe nucleus in male mice
Mitsui Koshiro; TAKAHASHI Aki
Neuro2024/2024-07-24--2024-07-27 - Social relationship with the opponent affect aggression promoting effect of social instigation in male mice.
Nagai Tomoya; Sonoyama Mio; TAKAHASHI Aki
Neuro2024/2024-07-24--2024-07-27 - 攻撃的覚醒状態に関わる神経回路の解析
高橋 阿貴
情動研究会2023「情動の本質を捉える最先端研究アプローチ」/2023-09-25--2023-09-26 - Optogenetic activation of the lateral hypothalamus-dorsal raphe nucleus projection: influences on male mice aggression.
Mitsui Koshiro; Takahashi Aki
Society for Social Neuroscience (S4SN)/2024-03-25--2024-03-28 - Factors that are involved in aggression priming in male mice.
Nagai Tomoya; Hu Brian; Takahashi Aki
Society for Social Neuroscience (S4SN)/2024-03-25--2024-03-28 - Instigator’s familiarity, but not dominant-subordinate relationships, affects social instigation-heightened aggression.
Tomoya Nagai; Takahashi Aki
遺伝研研究会「社会性の個体差を生み出す生物学的基盤」/2023-12-26--2023-12-27 - Exploring the role of the lateral hypothalamus-dorsal raphe nucleus pathway in regulating inter-male aggression in mice
Mitsui Koshiro; Takahashi Aki
遺伝研研究会「社会性の個体差を生み出す生物学的基盤」/2023-12-26--2023-12-27 - The effect of dominant-subordinate relationships on olfactory instigation-heightened aggression in male mice.
Nagai Tomoya; Takahashi Aki
日本動物心理学会第83回大会/2023-10-08--2023-10-09 - Modulation of aggressive behavior in male mice through lateral hypothalamic neurons projecting to the dorsal raphe nucleus.
Mitsui Koshiro; Takahashi Aki
日本動物心理学会第83回大会/2023-10-08--2023-10-09 - 処女雌マウスの雌間攻撃行動モデルの確立の試み
永井智也; 高橋 阿貴
第37回JSBN学術集会/2023-08-31--2023-09-02 - Characterization of the lateral hypothalamic input into the dorsal raphe nucleus on aggressive behavior in male mice.
Mitsui Koshiro; Takahashi Aki
第46回日本神経科学大会/2023-08-01--2023-08-04 - 心理社会的ストレスモデルマウスにおける肝臓代謝物の網羅解析
谷島優平; 中村勇; 川瀬貴博; 塚原隆充; 高橋 阿貴; 豊田淳
日本畜産学会第131回大会/2023-09-18--2023-09-21 - Peripheral-Central Interactions in Individual Differences in Aggression.
Takahashi Aki
Research Unit “Peripheral-Central Interaction in Stress” Kickoff Symposium/2024-03-14 - Role of central immune cells in individual differences in aggression in male mice.
高橋 阿貴
第66回日本神経化学学会/2023-07-06--2023-07-08 - Aggressive arousal: an internal state that escalates aggressive behavior.
Takahashi Aki
第46回日本神経科学大会/2023-08-01--2023-08-04 - Role of the dorsal raphe nucleus on socially enhanced aggression in male mice.
Takahashi Aki
第97回日本薬理学会年会/2023-12-14--2023-12-16 - Mechanisms of experience-induced shift of aggression state in the mouse.
Takahashi Aki
第101回日本生理学会大会/2024-03-28--2024-03-30 - Neural circuit for of aggressive arousal induced by provocation in male mouse
Takahashi Aki
EBPS2022 Biennial Workshop/2022-6-24--2022-6-26 - マウスモデルから明らかにする攻撃性の脳内メカニズム
Takahashi Aki
犯罪心理学会第60回大会/2022-9-3--2022-9-4 - 攻撃性の神経生物学的基盤のマルチスケール解析
Takahashi Aki
次世代脳プロジェクト冬のシンポジウム2022/2022-12-14--2022-12-17 - Neurobiology of stress and aggressive behavior.
Takahashi Aki
日本生理学会第100回記念大会/2023-03-14 - Optogenetic stimulation of the dorsal raphe nucleus-projecting lateral hypothalamic neurons increases inter-male aggression in mice
Mitsui Koshiro; Ogawa Sonoko; Takahashi Aki
Tsukuba Global Science Week (TGSW) 2021/2021-09-06--2021-09-11 - Differential distribution and neuronal projection of estrogen receptor α and β expressing cells in the lateral septum
Hasunuma Kansuke; Sano Kazuhiro; Takahashi Aki; Ogawa So...
Tsukuba Global Science Week (TGSW) 2021/2021-09-06--2021-09-11 - more...
- Establishment of the dominant-subordinate relationship not instigator’s familiarity, inhibits the pro-aggressive effect of social instigation in male mice.