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Applied Biosystems™ TaqMan™ Mutation Detection IPC Reagent Kit
A set of optional internal positive control reagent that can be duplexed with any TaqMan™ Mutation Detection assay to provide a positive PCR control result.
Brand: Applied Biosystems™ 4467538
193.13 EUR valid until 2024-11-30
Use promo code "21651" to get your promotional price.
Description
The IPC reagents can distinguish a mutation target negative result from a PCR failure result. The TaqMan™ Mutation Detection IPC Reagent Kit is preoptimized for use with the TaqMan™ Mutation Detection Assays. The IPC reagents can be duplexed with any TaqMan™ Mutation Detection Assay and gDNA sample, without compromising the mutation detection assay reaction efficiency. This feature allows the mutation detection assays to detect low copies of mutated DNA in the presence of a robust PCR-positive signal from the IPC reagents.
The TaqMan™ Mutation Detection IPC Reagent Kit includes: 50X Exogenous IPC template DNA (200μL); synthetic template that contains the exogenous, non-human DNA target for the assay; 10X Exogenous IPC Mix (1mL); primer-limited TaqMan™ assay designed to amplify an exogenous, non-human DNA target [the mix includes two PCR primers, TAMRA™ probe (VIC™ dye-labeled)]
Instrument Compatibility: TaqMan™ Mutation Detection IPC Reagent Kit is compatible with the Applied Biosystems™ ViiA™ 7, 7900HT, 7500, 7500 Fast, and StepOnePlus™ Real-Time PCR Systems.
Sample Type Compatibility: The kit can be used with FFPE samples, cell lines, and fresh frozen samples.
Control Template: Non-Human DNAOrder Info
Shipping Conditions: Dry Ice
Specifications
Control Primer-Probe Set(s) & Template(s) | |
Primer-probe | |
Low | |
Fast | |
Sustainable packaging | |
TaqMan™ | |
Dry Ice | |
exogeneous, non-human DNA target | |
10X | |
500 reactions | |
200 μL |
Non-human DNA | |
Frozen | |
qPCR | |
7500 Fast System, 7500 System, StepOnePlus™, ViiA™ 7 System | |
TAMRA, VIC | |
Mutation Detection Ipc Reagent Kit | |
Non-Human | |
Genotyping | |
10 X | |
FFPE & Fixed Samples, Cells, DNA |