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GMO - PCR kits

Master GMO compliance with CellMade’s Real-Time PCR (qPCR) kits. High-specificity molecular detection for EU Regulation 1829/2003 compliance and 0.9% threshold verification.

In the global food and feed supply chain, the management of Genetically Modified Organisms (GMOs) is a critical regulatory pillar. While protein-based screening is available, aggressive industrial processing—such as high-heat extrusion, solvent extraction, or fermentation—can denature proteins, rendering them undetectable by traditional immunoassays.

CellMade Laboratories provides advanced Real-Time PCR (qPCR) solutions for the precise molecular detection of GMOs. By targeting stable, event-specific DNA sequences, qPCR provides the only definitive diagnostic method for threshold compliance and identity preservation in complex matrices.

Why Choose Molecular GMO Detection?

Molecular verification is the gold standard for global market access, essential for navigating the strict labeling thresholds required by Regulation (EC) No 1829/2003 and 1830/2003.

  • Thermal & Matrix Stability: Genomic DNA remains detectable even after extensive processing (e.g., in refined oils, corn starch, or soy lecithin) where transgenic proteins are often absent or degraded.
  • Regulatory Precision: Essential for distinguishing between EU-authorized events and unauthorized transgenic varieties, ensuring a defensible "Non-GMO" or "Identity Preserved" (IP) status.
  • Quantitative Accuracy: qPCR allows for the precise calculation of GMO percentages relative to species-specific DNA, a requirement for the EU 0.9% labeling threshold.

CellMadeTM Real-Time PCR Kits

Our qPCR analytical suite is engineered for high specificity and seamless integration into industrial quality control. These kits provide definitive qualitative and quantitative results to support global regulatory alignment.

Technical Performance & Features

  • High Sensitivity: Optimized to detect minute DNA traces (down to 0.01%), ensuring a robust safety margin for identity-preserved supply chains.
  • Broad Screening Capabilities: Kits target common regulatory elements such as P-35S, T-NOS, and P-FMV, covering the vast majority of commercialized biotech events.
  • Universal Cycling Protocols: Streamlined parameters compatible with most standard laboratory Real-Time PCR instruments.
  • Advanced Control Systems:
    • Internal Control (IAC): Prevents false-negatives caused by PCR inhibitors.
    • External Control (EAC): Validates the entire workflow, from DNA extraction efficiency to final amplification.

Streamlined Molecular Workflow

We offer a complete ecosystem for molecular GMO analysis, from high-purity DNA extraction modules to validated master mixes.

  • Fast Turnaround: Optimized protocols deliver results in less than 2 hours from sample preparation.
  • Clear Interpretation: Simple "Presence/Absence" or "Percentage" calling based on cycle threshold (Ct) values.
  • Expert Guidance: Our technical team provides comprehensive support for method validation, master mix preparation, and result interpretation.