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- The results revealed that VIP ir neurons distributed mainly in the n. intercollicularis(ICo), area ventralis Tsai(AVT), substantia grisea centralis(GCT),n. tuberis(TU), stratum cellulare internum(SCI), n. 结果表明，VIP免疫反应细胞主要分布在中脑丘间核（ICo）的内侧和腹侧、中央灰质（GCt）、蔡氏腹区（AVT）、内细胞层（SCI）、结节核（TU）、下丘脑外侧核（LHy）、下丘脑前内侧核（AM）和前视前区（POA）。
- substantia grisea centralis cerebri 大脑中央灰质
- substantia grisea centralis 中央灰质
- substantia grisea intermedia centralis 中央中间灰质
- substantia grisea intermedia centralis medullae spinalis 脊髓中央中间灰质
- substantia grisea(centralis) 中央灰质
- substantia grisea ventralis (拉)脊髓前灰质
- substantia grisea 灰质
- Magnaporthe grisea (Hebert) Barr. 稻瘟病菌
- Magnaporthe grisea (Hebert) Bart. 稻瘟病
- substantia intermedia centralis medullae spinalis 脊髓中央中间质
- It is believed to be jump-started by a loss of neurons in a midbrain region called the substantia nigra. 相信这是可以跳开始，由一个亏损的神经元在中脑区称为黑质。
- Because in case of a long time, the virus will intrude into human body tissue, go along the nerves to encroach the nervous centralis and kill the person. 因为时间一长病毒就进入人体组织，沿着神经侵犯中枢神经，置人于死地。
- The disease affects a small area of cells in the middle of the brain called the substantia nigra. 该疾病侵袭大脑中部一小部分被称为黑质的脑细胞。
- Rice blast disease, caused by Pyricularia grisea Sacc., is the most destructive diseases in northeast. 摘要稻瘟病是北方水稻的主要病害，选育抗病品种是防治稻瘟病最经济有效的措施。
- Deus est ex substantia Patris ante saecula genitus: et homo est ex substantia matris in saeculo natus. 祂是天主，在万世之前，由父的性体所生；
- Therefore, based on the T-DNA insertional mutagenesis of M, grisea in our lab, we screened for mutants with stable mut. 本研究在本实验室创建的T-DNA插入突变体库的基础上，筛选性状稳定的致病相关突变体，深入分析突变体的表型，克隆和解析相关基因的生物学功能。
- Researches have showed that SLC6A14 gene have influence or control on appetite by restrain nervus centralis of appetite. 研究表明,SLC6A14基因通过对饱感中枢神经的抑制,具有潜在影响和控制食欲的作用,从而影响生长发育和脂肪沉积。
- The pain neurons enter as primary neurons and ascend 1-2 levels before synapsing in the substantia gelatinosa. 疼痛感觉神经元在进入脊髓后会如一级感觉神经元般上升1-2层，及后与胶状质建立突触。
- Title： Effect of Tricyclazole on Secondary Infection by Magnaporthe grisea Barr. 关键词：稻瘟病菌;三环唑;再侵染;作用机制
