机译:海马寡核苷酸的丧失有助于体现早期双酚暴露的成年大鼠中语境恐惧的缺陷
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
Nanchang Univ Ctr Basic Med Expt Nanchang 310031 Jiangxi Peoples R China;
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
Nanchang Univ Sch Life Sci Nanchang 310031 Jiangxi Peoples R China;
Nanchang Univ Dept Neurol Affiliated Hosp 2 Nanchang 330006 Jiangxi Peoples R China;
Showa Univ Med Inst Dev Disorders Res Setagaya Ku 6-11-11 Kita Karasuyama Tokyo 1578577 Japan;
Nanchang Univ Inst Life Sci Lab Fear &
Anxiety Disorders Nanchang 310031 Jiangxi Peoples R;
BisphenolA; Hippocampus; Oligodendrocytes; Estrogen receptor; Fear memory;
机译:海马寡核苷酸的丧失有助于体现早期双酚暴露的成年大鼠中语境恐惧的缺陷
机译:新生儿酒精暴露会破坏成年大鼠的海马神经发生和情境恐惧状况。
机译:发育性铅暴露损害情境恐惧调节,并减少大鼠大脑中成年海马神经发生。
机译:低剂量二恶英的暴露会导致小鼠恐惧状况的恶化
机译:脊髓中的脊髓刺猬的多种来源的整合有助于生产第一出生的寡核细胞前体细胞,这对于成年运动神经元损伤响应于突触重塑而变得至关重要
机译:新生酒酒精暴露会破坏成年大鼠的海马神经发生和语境恐惧调节
机译:新生酒酒精暴露会破坏成年大鼠的海马神经发生和语境恐惧调节