neurotrophin

  • 网络是神经营养因子;神经营养因子;神经营养素;神经营养蛋白;神经营养物质
neurotrophinneurotrophin
  1. Objective To explore the mechanism of neurotrophin factor 3 in depression induced by chronic stress .

    目的探讨神经营养因子3在慢性应激诱发抑郁症过程中的作用机制。

  2. Effect of Gonadotropin on the Expression of Brain-derived Neurotrophin Factor and Its Receptor-tyrosine Kinase Receptor B in Human Ovary

    促性腺激素对人卵巢脑源性神经营养因子及其受体表达的影响

  3. Expression of neurotrophin receptors in the nervous system of immature rats

    神经营养素受体在幼年大鼠神经系统表达的特点

  4. A Study of on the Transport of Neurotrophin 4 in Facial Nerve

    神经营养素4在面神经的转运研究

  5. Cloning of neurotrophin 4 gene and the construction of expression vectors in rats

    大鼠神经营养因子4基因克隆及表达载体的构建

  6. Cloning and expression of human neurotrophin - 3 gene

    NT-3基因克隆与表达

  7. Cloning and expression of the human neurotrophin - 4

    人神经营养素-4基因的克隆及表达

  8. A survey of studies on neurotrophin receptors and apoptosis

    神经营养因子家族受体与细胞凋亡

  9. Effect of neurotrophin in retina and optic nerve diseases

    神经营养素在视网膜及视神经疾病方面的研究

  10. The change of neurotrophin 3 in spinal motor neurons following sciatic nerve lesion in rats

    周围神经损伤对脊髓运动神经元NT-3表达的影响

  11. Efficient Generation of Recombinant Adenoviruses Expressing Human Neurotrophin - 3

    含人神经营养素-3的重组腺病毒的高效制备

  12. Gene transfer of human neurotrophin 3 into myoblasts by recombinant retrovirus

    重组逆转录病毒介导成肌细胞中人神经营养素3的基因转移

  13. Cloning of human neurotrophin - 3 intact gene

    人神经营养素-3全长基因克隆

  14. Construction and identification of recombinant adenovirus vectors expressing brain derived neurotrophic factor and neurotrophin 3

    人脑源性神经营养因子及神经营养素-3重组腺病毒的构建及鉴定

  15. Effect of deficient leukocyte common antigen gene on neurotrophin recptor

    缺乏白细胞共同抗原基因对神经营养质受体的影响

  16. Expression of neurotrophin 3 and tyrosine kinase C in Hirschsprung 's disease and its significance

    先天性巨结肠神经营养因子-3、酪氨酸激酶C的表达及其意义

  17. The expression of neurotrophin factor 3 and mRNA decreased more obviously than those in control group ( P < 0.001 ) .

    研究组大鼠神经营养因子3的蛋白和mRNA的表达均比对照组明显下降(P<0.001)。

  18. Therapy of impairment of guinea pig 's spiral ganglion cells by adenovirus-mediated human neurotrophin 3 gene

    腺病毒载体-人神经营养素3基因治疗豚鼠耳蜗神经元损伤

  19. Study of Correlation between Neurotrophin Receptors and Ototoxicity by Cisplatin-induced

    神经营养因子受体与顺铂诱导的耳蜗细胞毒性的相关性研究

  20. Memory enhancing peptide increased neurotrophin 3 ( NT 3 ) expression in hippocampal tissue of diabetic mice .

    神经免疫组织化学实验结果表明,记忆增强肽可阻止糖尿病小鼠海马组织内神经营养因子NT-3神经元亚群细胞表达数量的减少。

  21. Forty-four neurotrophin associated genes in BMSCs were identified by microarray assay under all three culture media .

    Microarray实验结果表明,共有44种神经营养及生长因子或其受体相关的基因在3种条件培养基中培养的骨髓基质细胞中均被检测到。

  22. Objective To construct a recombinant adenovirus vector with biological activity expressing human neurotrophin _3 ( NT_3 ) .

    目的构建具有生物活性的人神经营养素3(NT3)基因重组腺病毒表达载体。

  23. Objective : To explore the distribution of neurotrophin 4 ( NT 4 ) in the brain of adult monkey .

    目的:为探讨神经营养素4(Neurotrophin4,NT4)在成年灵长类动物猴脑的分布及功能提供有用的形态学依据。

  24. The Spatiotemporal Change of Neurotrophin Family and Their mRNA Expression in Spinal Cord of Cats after Partial Rhizotomy

    猫脊髓部分去传入后神经营养素家族表达的时空变化

  25. Neurotrophic activity of recombinant neurotrophin - 3

    基因重组神经营养蛋白-3的生物学活性

  26. To construct neurotrophin 3 ( NT 3 ) genetically modified Schwann cells ( SCs ) .

    【目的】构建神经营养素-3(NT-3)基因转染的施万细胞。

  27. Following the deep researches of glaucoma pathological mechanism , the protective effects of neurotrophin were more and more important for therapy of glaucoma .

    随着对青光眼病理机制研究的深入,其治疗也由单一的减低眼内压转为在降低眼压的同时加强神经功能的保护。

  28. Objective This is a study on the transport information of neurotrophin 4 ( NT 4 ) in facial nerve using radioactive tracer technique .

    目的探讨面神经再生微环境及神经营养素4(NT-4)对神经细胞的作用。

  29. Methods : Neurotrophin 3 ( NT 3 ) gene was amplified by PCR with primers according to its cDNA sequence .

    方法:根据NT3cDNA序列设计一对引物,采用聚合酶链反应,扩增编码人NT3基因,通过基因重组,构建表达载体PBV220NT3。

  30. To study the expression pattern and distribution of neurotrophin receptors ( Trks ) in the central and peripheral nervous system of immature rats .

    为了研究神经营养素受体(Trks)在幼年大鼠神经系统的表达模式及分布规律。