BioPrime™ 总 FFPE 基因组标记系统
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BioPrime™ 总 FFPE 基因组标记系统

BioPrime™ 总 FFPE 基因组标记系统是一种完整的基因组 DNA 标记试剂盒,设计用于使用福尔马林固定石蜡包埋 (FFPE) 样品的阵列比较基因组杂交应用 (aCGH)。先前的方案需要大量非常高质量的了解更多信息
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货号数量
A10965011
又称 A10965-011
30 次反应
货号 A10965011
又称 A10965-011
价格(CNY)
49,960.00
Each
添加至购物车
数量:
30 次反应
价格(CNY)
49,960.00
Each
添加至购物车
BioPrime™ 总 FFPE 基因组标记系统是一种完整的基因组 DNA 标记试剂盒,设计用于使用福尔马林固定石蜡包埋 (FFPE) 样品的阵列比较基因组杂交应用 (aCGH)。先前的方案需要大量非常高质量的 DNA,这通常难以从 FFPE 材料中获得。通过随机引物扩增 (RPA) 法,使用专门为 FFPE 样品配制的标记混合物,BioPrime™ 总 FFPE 基因组标记系统可生成高产量的标记 DNA,这是起始样品的较佳代表物。通过在阵列上获得更高的标记材料得率,可以实现更高的调用准确度,从而为您提供更准确的调用。BioPrime™ 总 FFPE 基因组标记系统为用户提供以下优势:

- 利用 Alexa Fluor™ 3 和 5 染料的更高信噪比提高检出率
- 使用 PureLink™ 纯化法轻松进行纯化,无需复杂的体积减少步骤
- FFPE 样品的反应配方增强降低了通道偏倚
- 降低使用酶促 RPA 方法对起始材料的要求


该完整的全包式试剂盒经过优化,可在更广泛的样品起始材料范围内工作而不需要预扩增。通过组分有限的反应中 DNA 聚合酶 I 的高度浓缩 exo-Klenow 片段,可在不同基因组 FFPE DNA 起始量下获得一致且稳定的 DNA 得率。Agilent™ aCGH 的 BioPrime™ Total 附带 Purelink™ 纯化法,可实现低洗脱,无需复杂的体积减少步骤。Purelink™ 纯化法还可减少其他纯化系统中发现的染料渗出导致的背景 优化的染料标记核苷酸与新的 dNTP 连接子、新的应用特异性 Alexa Fluor™ 3 和 5 染料混合以及改进的缓冲液化学作用可减少标记变异并增加阵列上的信噪比。Alexa Fluor™ 3 和 5 染料的激发和发射光谱适用于传统的两色扫描仪,无需更改设置。对全套试剂盒进行批量检测,以确保批次间的性能质量。
仅供科研使用。不可用于诊断程序。
规格
激发/发射650/670, 555/565
包括标签或染料
标记方法直接标记
产品线BioPrime™
产品类型基因组标记系统
数量30 次反应
检测方法荧光
最终产品类型探针(标记 DNA)
标记目标基因组 DNA 纯化
标签或染料Alexa Fluor™ 3、Alexa Fluor™ 5
样品类型组织 (FFPE)
Unit SizeEach
内容与储存
含有 Alexa Fluor™ 3 FFPE 10X 核苷酸混合物和 Alexa Fluor™ 5 FFPE 10X 核苷酸混合物、Exo-Klenow 片段 (40 U⁄µl)、5 mM EDTA、2.5X 随机引物溶液、对照 DNA(鲑鱼精子)以及 DEPC 处理的水。在 -80°C 下长期储存。10X 核苷酸混合物可在 +4°C 下储存长达 4 周,且应避光储存。还含有 Purelink™ 基因组 DNA 纯化柱和纯化缓冲液。在室温下储存。妥善储存时,保证所有组分可稳定 6 个月。

常见问题解答 (FAQ)

Why is the selection of a BioPrime Genomic Labeling System so important?

The overall performance of your microarray experiment is driven by numerous factors including the microarray, amplification method, labeling method, hybridization solutions/conditions, blocking and wash methods, as well as performance of the associated hardware systems. In order to achieve the highest confidence in your array results best in class components must be selected for each step. Invitrogen’s BioPrime Total and Cot-1 DNA products are the proven labeling and blocking reagents to increase accuracy, sensitivity, and simplicity.

When using BioPrime Genomic Labeling Systems, why is random primed linear amplification (RPA) so important for these applications?

All of the BioPrime Genomic Labeling systems are based on linear, random primed amplification methods-the best method to maintain accurate representation of copy number. Other methods of amplification may provide inaccurate amplification of starting material which potentially invalidate array results.

What are the differences between Alexa Fluor 3 and 5 used in the BioPrime Genomic Labeling Systems?

Both lines of Alexa Fluor dyes can be used on traditional 2 color scanners with excitation and emission wavelengths optimized for these scanners.  The Alexa Fluor 3 and Alexa Fluor 5 dye conjugated nucleotides have been optimized for DNA Microarray applications and are incorporated with the enzymes used in BioPrime Total Genomic Labeling systems to provide excellent performance when dried down on arrays. Excitation/Emission for Alexa Fluor 3 is 555/565 nm. For Alexa Fluor 5 it is 650/670 nm.

Which BioPrime Genomic Labeling System is right for me?

The BioPrime Total array CGH reagents offer various configurations to allow for optimal performance on arrays based on premier enzymes, primers, dyes and purification systems. For 2 color array CGH and ChIP on Chip experiments Invitrogen recommends the BioPrime Total Genomic Labeling system. The BioPrime Total Genomic Labeling system allows for the lowest starting input material, includes application optimized dye labeled nucleotides with Alexa Fluor 3 and Alexa Fluor 5 dyes, and is the simplest, easiest to use kit in the product family.  For researchers favoring other dyes, BioPrime aCGH Genomic Labeling systems are available without dyes and can be used with your dye of preference to offer superior yield and total dye incorporation due to higher performance enzymes and reagents from Invitrogen. Both BioPrime Total and BioPrime array CGH kits have been successfully used with both oligo and BAC arrays from vendors such as:  Agilent, Perkin Elmer, Signature Genomics, Combimatrix Diagnostics, and BlueGnome. For microarray systems requiring biotin labeling the BioPrime DNA Labeling system includes biotin labeled nucleotides in the kit and has been successfully used in both one and two color microarray experiments. View the Genomic array CGH selection guide.