ABI 4346907 0.1ml 96孔光学反应板,MicroAmp®快速光学96孔反应板

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应用生物系统®MicroAmp®快速光学96孔反应板是应用生物系统®快速PCR系统的一个组成部分,可将PCR反应时间从2小时缩短至25分钟。
•精确热循环的最大导热系数
•可重复,特异性和敏感的PCR结果在短短25分钟内
•与其他系统组件进行验证以获得一致的结果
增加热接触,更快,更均匀的加热
MicroAmp™快速96孔反应板的先进设计大大增加了与应用生物系统®Veriti™96孔快速热循环器的热接触。该板还具有一致的孔到孔厚度,因此所有样品均匀地通过PCR过程循环。这些功能减少了实验伪影,并有助于确保快速,准确的结果。
在短短25分钟内放大
快速使用Applied Biosystems®快速系统,包括预混合的快速PCR主混合物,特别设计的0.1 mL微孔板和微孔管,以及Veriti®96孔快速热循环仪。现在,你可以在25分钟内从基因组背景中扩增500 bp以下的片段,在某些情况下,只需10分钟。你也可以更快地放大大片段——在40-50分钟内放大到2kb。或用于测序应用,AmpliTaq Gold®Fast PCR Master Mix, UP,将循环时间缩短至50分钟,并产生高质量测序结果的最佳扩增子。

The Applied Biosystems® MicroAmp® Fast Optical 96-Well Reaction Plate is an integral component of the Applied Biosystems® Fast PCR Systems, which reduces PCR reaction time from 2 hours to as little as 25 minutes.

 

• Maximum thermal conductivity for precise thermal cycling

• Reproducible, specific, and sensitive PCR results in just 25 minutes

• Validated with other system components for consistent results

 

Increased Thermal Contact for Faster, More Uniform Heating

The advanced design of the MicroAmp™ Fast 96-Well Reaction Plate dramatically increases its thermal contact with the Applied Biosystems® Veriti™ 96-Well Fast Thermal Cycler. This plate also has a consistent well-to-well thickness so all of the samples cycle through the PCR process uniformly. These features reduce experimental artifacts and help ensure fast, accurate results.

 

Amplify in as Little as 25 Minutes

Go fast with the Applied Biosystems® Fast System, comprising pre-mixed Fast PCR master mixes, specially designed 0.1 mL microplates and tubes, and the Veriti® 96-Well Fast Thermal Cycler. Now, you can amplify fragments under 500 bp from genomic backgrounds in about 25 minutes and, in some cases, as little as 10 minutes. And you can amplify large fragments faster too—up to 2 kb in as little as 40–50 minutes. Or for sequencing applications, the AmpliTaq Gold® Fast PCR Master Mix, UP, reduces your cycling time to 50 minutes and produces amplicons optimal for high-quality sequencing results.