Your browser does not support JavaScript!

Aspyre® Lung identifies established NSCLC biomarkers in tissue or blood.

View full product information

Simple

A straightforward, 4-step workflow on existing qPCR platforms. No need to invest in expensive hardware, data handling, or bioinformatics.

Reliable

100% specificity, with the ability to consistently generate results from poor quality samples.

Complimentary Data Analysis 

No need for complex bioinformatics. Biofidelity provides fast, simple cloud-based software at no additional cost.

Fast

Aspyre Lung Reagents can provide results in hours, enabling rapid input into NSCLC research.

Decentralized

With simple integration into your laboratory, Aspyre Lung Reagents enable lightning-fast analysis on samples you control.

DNA & RNA from Tissue or Blood

Simultaneously analyze DNA & RNA from tissue or blood, maximizing the opportunity to identify mutations and fusions, while avoiding the time and expense of running separate assays or missing fusion positive samples.

Aspyre Clinical Test for Lung provides real solutions for the laboratory

View full product information

2-Day Turnaround Time

98% of results provided within 2 days vs. 10-14 days with NGS, enabling earlier treatment decisions.

Proven Performance with Challenging Samples

25-40% of lung cancer tissue samples fail NGS. Aspyre provides actionable clinical information from samples deemed to be insufficient quantity (QNS) or failed NGS QC. Challenging samples include pleural effusions, fine needle aspirates and others.1

High Sensitivity & Specificity 

Aspyre is more sensitive than both NGS and single-gene PCR tests, providing a greater likelihood of detecting an actionable variant.

Tissue or Blood

Can be used on either blood or tissue samples with tumor content as low as 10%. Reflex option to blood if needed.

Directly Analyzes Both DNA and RNA in One Test

The Aspyre Clinical Test for Lung detects somatic mutations from DNA, and gene fusions directly from RNA maximizing the opportunity to identify mutations and fusions, while avoiding the additional time and expense of running separate assays.

Low QC Failure Rates vs. NGS

The Aspyre Clinical Test for Lung has demonstrated successful results in 98% of samples that failed NGS due to QC failure.2

References

  1. Hagemann, I. S., Devarakonda, S.,Lockwood, C. et al. Clinical next-generation sequencing in patients with non-small cell lung cancer. Cancer, 121(4), 631-639.
  2. AACR Poster 2024, https://www.abstractsonline.com/pp8/#!/20272/presentation/10387