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OptiPlate-96 Black, Black Opaque 96-well Microplate

OptiPlate-96黑色,黑色不透明96孔微量培养板

Company: PerkinElmer
Catalog#: 6005270
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RNase H Polymerase-independent Cleavage Assay for Evaluation of RNase H Activity of Reverse Transcriptase Enzymes
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Date:
2015-08-20
[Abstract]  The ribonuclease H (RNase H) polymerase-independent cleavage assay allows detection and quantification of RNase H activity of reverse transcriptase (RT) enzymes with a hybrid substrate formed by a fluorescein labeled RNA annealed with Dabcyl DNA (Figure 1). Here we describe a protocol that we have adapted for HIV-1 RT expressed from a p(His)6-tagged p66/p51 HIV-1HXB2 RT-prot plasmid and for RT of the prototype foamy virus (PFV RT).


Figure 1. Scheme of the principle of the experiment. The RNA substrate (blue) labeled with the fluorophore fluorescein (F, yellow) is annealed with complementary DNA strand (green) labeled with a quencher molecule Dabcyl (D, red). Panel ...
[摘要]  核糖核酸酶H(RNase H)聚合酶非依赖性切割测定允许用由与Dabcyl DNA退火的荧光素标记的RNA形成的杂交底物检测和定量逆转录酶(RT)酶的RNA酶H活性(图1)。在这里我们描述了一个协议,我们已适应的艾滋病毒1 RT表示从p(His)6标记的p66/p51艾滋病毒1 HXB2 RT-prot质粒和原型泡沫病毒(PFV RT)RT。



Assays to Assess Virulence of Xanthomonas axonopodis pv. manihotis on Cassava
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Date:
2015-07-05
[Abstract]  Cassava (Manihot esculenta) is a root crop that provides calories for people living in more than 100 tropical and subtropical countries and serves as a raw material for processing into starch and biofuels as well as feed for livestock (Howeler et al., 2013). Xanthomonas axonopodis pv. manihotis (Xam), the causal agent of cassava bacterial blight (CBB), can cause extensive crop damage (reviewed in Lopez et al., 2012; Lozano, 1986). Bacterial movement, growth in planta and the ability to cause disease symptoms are all important measures of bacterial fitness and plant susceptibility to CBB. Here we present a protocol for visualizing the movement of Xam within the plant. We also provide a detailed method of assaying bacterial growth in the ... [摘要]  木薯( Manihot esculenta )是一种根茎作物,为生活在100多个热带和亚热带国家的人们提供热量,并且作为加工成淀粉和生物燃料以及牲畜饲料的原料(Howeler et al。,2013)。 Xanthomonas axonopodis pv。木薯细菌枯萎病(CBB)的致病因子可引起广泛的作物损害(参见Lopez等人,2012; Lozano,1986)。细菌运动,植物中的生长和引起疾病症状的能力都是细菌适合性和植物对CBB敏感性的重要测量。在这里,我们提出了一个用于可视化植物中的Xam 运动的协议。我们还提供了一种详细的方法来检测木薯叶中期的细菌生长,以及叶片外质层中的细菌生长和疾病症状发展。这些方法将是确定Xam 菌株致病性和开发对CBB有抗性的木薯品种的重要工具。

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