NanoString nCounter® Platform Services

Unleash the Power of Multiplex Expression Analysis

At Crown Bioscience, we offer cutting-edge NanoString nCounter platform services to analyze preclinical and research use only (RUO) clinical samples. Our expertise in oncology, immuno-oncology, and translational research ensures that you receive the highest quality data with unparalleled speed and efficiency.

Why Choose Crown Bioscience?

Expertise in Oncology and
Immuno-oncology
Leverage our years of experience for in-depth insights and robust data specific to your research needs.

Fast Turnaround
Data returned within 5 weeks from sample receipt, accelerating your research timeline.

Superior Quality with Global Reach
Our labs in the US and China ensure the highest standards, providing reliable and high-quality results.

Flexible Data Analysis Options
Choose from raw and normalized data or our premium bioinformatics analysis for comprehensive insights.

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Key Features of NanoString nCounter Technology:

Multiplex up to 800 distinct genes
Multiplex up to 800 targets in a single reaction without amplification, ensuring precise and quantitative results.

Broad Sample Compatibility
Compatible with difficult sample types, including fresh frozen, blood, lysates, and FFPE.

Comprehensive Solutions
Access over 25 off-the-shelf gene expression panels and customizable assay content tailored to your project.

Reproducibility with poor-quality samples
Even highly fragmented, low-quality FFPE samples provide highly correlated data.

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Which Method Fits Your Needs?

Feature	qPCR	NanoString nCounter	Genome-wide RNA-Seq
Technology	Quantitative PCR	Direct Digital Detection	Next Generation Sequencing
Sample Input	Low (ng range)	Moderate (100 ng total RNA)	High (µg range)
Target Range	Single to a few genes	Up to 800 genes	Whole transcriptome
Data Output	Quantitative Ct values	Digital counts	Read counts
Result Speed	Fast	Fast	Slow
Cost	Low	Moderate	High
Throughput	Low to moderate	High	Very High
Reproducibility	High	Very high	High
Ease of Use	Moderate	High	Moderate
Quantification Accuracy	High	High	Very high
Multiplexing Capability	Low	High	High
Suitability for FFPE Samples	Moderate	High	Low