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In Brief

This white paper examines the limitations of traditional multiplexed ELISA systems, particularly the challenges posed by reagent-driven cross-reactivity (rCR), which compromise assay fidelity. It introduces nELISA as a breakthrough technology that eliminates these limitations, allowing for significantly increased content and throughput in protein quantification, from research to clinical applications.

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Gradient blue background with soft blurry circular shapes
Soft gradient blending from purple to deep navy blue background

In Brief

This white paper examines the limitations of traditional multiplexed ELISA systems, particularly the challenges posed by reagent-driven cross-reactivity (rCR), which compromise assay fidelity. It introduces nELISA as a breakthrough technology that eliminates these limitations, allowing for significantly increased content and throughput in protein quantification, from research to clinical applications.

Get Started

Ready to explore? Or have questions?
Our nELISA experts are a few clicks away!

Gradient blue background with soft blurry circular shapes
Soft gradient blending from purple to deep navy blue background

Get Started

Ready to explore? Or have questions?
Our nELISA experts are a few clicks away!

Gradient blue background with soft blurry circular shapes
Soft gradient blending from purple to deep navy blue background

In Brief

This white paper examines the limitations of traditional multiplexed ELISA systems, particularly the challenges posed by reagent-driven cross-reactivity (rCR), which compromise assay fidelity. It introduces nELISA as a breakthrough technology that eliminates these limitations, allowing for significantly increased content and throughput in protein quantification, from research to clinical applications.

Get Started

Ready to explore? Or have questions?
Our nELISA experts are a few clicks away!

Gradient blue background with soft blurry circular shapes