GT-Plex™ KRAS Panels

GT-Plex™ Multiplexed KRAS G12C Kit

KRAS Mutation G12C

Identify the KRAS G12C mutation and G12 allele in a single reaction

Highly Sensitive

Detect as few as 3 target copies per reaction

Robust

Eliminate interference from PCR inhibitors compared to real-time quantitative PCR (RT-qPCR)

High Throughput

Multiplex for faster throughput and lower reagent cost

Compatible

Use with formalin-fixed paraffin-embedded (FFPE), liquid biopsy, fresh/frozen tissue, cell-free DNA (cfDNA), circulating tumor (ctDNA), and low-yield samples

Purchase Now

Available Kits

GT-Plex™ Multiplex Digital PCR Assays Show Robust Performance Across a Broad Linear Dynamic Range

Our KRAS Oncology Assays Are Optimized for QIAGEN, Bio-Rad, and Roche Digital PCR Platforms

QIAGEN QIAcuity® Digital PCR System
Bio-Rad QX200™ & QX600™ Droplet Digital PCR System
Roche Digital LightCycler®
Bio-Rad CFX96™, Opus™, and Others

Key Benefits

Sensitive

Detect as few as 3 copies of the KRAS gene per reaction and genotype samples with low nucleic acid concentrations

Multiplexed

Leverage our GT-Plex™ technology to amplify more targets in each assay, saving you time and money

Easy to Use

Assay your samples with validated kits that include all necessary primers, probes, and controls

Robust

Eliminate interference from PCR inhibitors using dPCR technology

Quantify Your Target in 3 Easy Steps

1
Receive

Receive kit via overnight shipping within five business days

2
Process

Extract nucleic acid from your sample using your lab’s preferred method

3
Assay

Perform the PCR assay on your sample using your instrument of choice

Popular Oncology Research Kits

GT Molecular dPCR Assay Advantages

Increased Sensitivity
Detect low-copy number transcripts with greater sensitivity than RT-qPCR
Multiplex Technology
Assay several targets in each dPCR reaction, saving you time and money
Decreased Inhibitor Interference
Small reactions dilute the effects of any PCR inhibitors present in a sample

FAQs

Don’t See Your Target?

Let GTM Customize an Assay for You

Learn More