Exome capture-based RNA sequencing is equipped with UMI correction to improve accuracy and adopts a strand-specific library approach to enhance gene expression quantification with the coverage of protein-coding genes.
Product Introduction
Powered by Hybrid-Capture NGS
Uncovering genomic expression patterns and calling fusion and splicing variants.
Compatible with low-quality and low-quantity samples. Low RNA input requirement: 20-80 ng.
Outstanding Performance
Strand-specific libraries improve accuracy. UMI-aided correction of amplification bias. Under 200M reads calling, LoD for fusion and splicing variants is as low as 29 copies/ng.
Broad Sample Compatibility
Supports FFPE and fresh frozen tissue with DNA/RNA co-extraction to maximize genomic insights from limited input.
Also compatible with bone marrow, PBMC/WBC, whole blood lysates, and cell lines.
Versatile Integration for Multi-Omics Applications
Seamlessly integrates with DNA sequencing for comprehensive genomic profiling. Compatible with methylation sequencing to enable multi-omics analysis.
Contact Our Biopharma Team to Learn More
Biomarker Discovery & Translational Research
Clinical Trial Design & Patient Recruitment
Global Capabilities for Clinical Studies
CDx Development & Commercialization
Genomic Data Solutions
ctDNA Monitoring Portfolio
Other
I also want to receive general marketing communications from Burning Rock Dx in addition to the specific information requested here. You may unsubscribe from receiving such general marketing communications at any time.
*Required
By submitting this form, or by checking the box above the “Submit” button (if applicable), you agree that your information will be processed according to Burning Rock’s privacy policy to provide you with the information and/or general marketing communications (if applicable) you have requested here. Burning Rock Dx is committed to protecting and respecting your privacy.
Contact Our Experts
We would like to collect certain personal information about you through cookies and similar technologies in order to personalize the site for you, improve the performance of the site, and support our marketing efforts. By clicking “Accept All”, you confirm that we have your consent to collect and process your personal information in accordance with our Privacy Policy, which may include online targeted and social media advertising in some instances. You can by clicking “Reject All”, you can reject all cookies except for Strictly Necessary Cookies."