thionin

  • 网络硫堇;硫素;劳氏紫
thioninthionin
  1. Study on the Effect of C-Terminal Acidic Protein on the Prokaryotic Expression of α - Thionin by FTIR Microspectroscopy

    傅里叶显微红外研究C-末端酸性蛋白对α-硫素原核表达过程的影响

  2. Results : α - thionin gene contains an open-reading frame ( ORF ) of 408 nt encoding a 136 amino acid residue , which shares 78 % ~ 100 % homologies with wheat , barley and ryes at amino acid level .

    结果:R59中α-硫素基因包含一个408nt,可以编码136个氨基酸的开放式阅读框,其推导的蛋白与小麦、大麦、黑麦硫素的氨基酸同源性为78%~100%。

  3. Thionin staining was used to observe the apoptosis of neurons .

    Thionin染色观测神经元凋亡情况。

  4. Interaction Between Thionin and DNA and the Application in DNA Electrochemical Biosensors

    硫堇与DNA的相互作用及用于DNA电化学传感器

  5. Thionin staining and Hematoxylin-Eosin staining were carried out to observe the apoptosis and survival of neurons .

    Thionin染色及HE染色观测神经元的凋亡和存活。

  6. Electrochemical Behavior of o-Aminophenol at a Thionin Self-Assembled Monolayer-Modified Gold Electrode and Its Determination

    邻氨基酚在硫堇分子自组装膜修饰金电极上的电化学行为及其测定

  7. Methods : Thionin staining and GFAP immunohistochemistry staining in rat 4 vessel occlusion ( 4VO ) brain ischemic model was used .

    方法:采用大鼠四血管闭塞全脑缺血模型(4vesselocclusion,4VO),应用硫堇染色和GFAP免疫组化法。

  8. Transgenic Plant and Progenies of Wheat with Barley Leaf-type α - thionin Gene Mediated by Agrobacterium tumefaciens

    根瘤农杆菌介导将大麦叶片型α-硫堇DB4基因导入小麦获得转基因植株及后代

  9. Obtainment of Transgenic Royal Gala Apple ( Malus domestic Borkh ) Plants with Antifungal γ - thionin Rs-afp_1 Gene

    抗真菌γ-硫堇蛋白Rs-afp1基因导入苹果获得转基因植株

  10. The results show that thionin interacts with DNA mostly by intercalation in addition to static interaction of thionin , and that they form a new complex ( DNA-TH_n ) .

    结果表明,硫堇与DNA除了静电作用外,主要发生了嵌插作用,硫堇与DNA之间形成了新的缔合物(DNA-THn)。

  11. Methods Chick telencephalons from day 5 to day 12 of embryonic development were fixed and paraffin embedded , serially sectioned at 5 μ m , stained with Thionin and TUNEL respectively and observed in the light microscope .

    方法取5~12天的鸡胚端脑固定后,采用石蜡包埋,制成5μm厚连续切片,进行硫瑾染色和TUNEL染色光镜观察。