TaqMan™ Cells-to-CT™ Express 1-Step Kit
Invitrogen™

TaqMan™ Cells-to-CT™ Express 1-Step Kit

The TaqMan™ Cells-to-CT™ Express 1-Step Kit enables gene expression analysis directly from cultured cell lysates in a single RT-qPCR reaction.
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Número de catálogoCantidad
A6579440 Reactions
A65795100 Reactions
A65796400 Reactions
A657972500 Reactions
Número de catálogo A65794
Precio (CLP)
-
Cantidad:
40 Reactions

Skip extraction entirely. Go from cell lysate to results in 1 step.

The TaqMan™ Cells-to-CT™ Express 1-Step Kit enables gene expression analysis directly from cultured cell lysates in a single RT-qPCR reaction. By eliminating RNA purification and combining reverse transcription and quantitative PCR into one streamlined workflow, researchers can generate high-quality gene expression data with fewer processing steps and less hands-on time. The workflow is well suited for early-stage research applications, including target identification, target validation, pathway analysis, and high-throughput screening.

Designed for speed and agility, the workflow combines rapid 5-minute cell lysis with integrated 1-step RT-qPCR, allowing researchers to move from cells to gene expression results in approximately 70 minutes.

Simplify RT-qPCR Workflows for Early Target Validation Research

RT-qPCR remains one of the most widely used methods for measuring gene expression during early-stage drug discovery and biological research. However, traditional workflows typically require RNA purification before amplification, adding time, consumables, and multiple handling steps to the process.

Direct-lysis workflows offer an alternative by enabling cells to be processed and analyzed without RNA extraction. When paired with 1-step RT-qPCR, researchers can move seamlessly from sample preparation to gene expression analysis in a single, continuous workflow.

The TaqMan™ Cells-to-CT™ Express 1-Step Kit was developed to support laboratories performing gene expression-based screening and target validation studies, helping reduce workflow complexity while maintaining the sensitivity, reproducibility, and performance required for confident decision-making.

Key Features & Benefits

  • Simplified Gene Expression Workflow – Go directly from cultured mammalian cells to RT-qPCR with no RNA purification required and no separate reverse transcription reaction required. Rapid 5-minute cell lysis with no stop solution or heat inactivation step further streamlines sample preparation.
  • Reduced Sample Handling – Minimize pipetting and sample transfer steps to reduce opportunities for user error, contamination, and sample loss.
  • Lower Plastic and Consumable Usage – Reduce the number of tubes, plates, pipette tips, and reagents required compared to traditional extraction-based workflows.
  • Reliable Gene Expression Results – Generate sensitive and reproducible gene expression data directly from cultured cell lysates using trusted TaqMan™ Gene Expression Assays.
  • Scalable for High-Throughput Workflows – Compatible with both manual and automated laboratory environments, featuring an automation-ready workflow that enables efficient processing of large numbers of samples.
  • Designed for Early Discovery Research – Enable gene expression analysis for target identification, target validation, and screening applications.

Applications

The TaqMan™ Cells-to-CT™Express 1-Step Kit is designed for RT-qPCR-based gene expression workflows in research and early drug discovery screening labs.

Applications include:

  • RT-qPCR gene expression analysis
  • Target identification and gene expression-based target validation
  • Early-stage drug discovery screening
  • High-throughput compound screening
  • Pathway activation and response studies
  • RNA analysis from cultured mammalian cells
  • Candidate target prioritization
  • Biomarker and gene expression profiling
  • RNA-mediated gene regulation studies
For Research Use Only.
Especificaciones
Tipo de productoDirect Cell Lysis RT-qPCR
Cantidad40 Reactions
Estado normativoRUO
Tipo de muestraMammalian cells
FormatoKit
Isolation TechnologyDirect Cell Lysis
Unit SizeEach