This is a platform agnostic hybrid in silico proficiency testing and validated materials program for laboratories performing targeted NGS of cancer genes or mutational hotspots in solid tumors. This program requires the submission of the laboratory's sequencing file, which undergoes mutagenesis and is returned to the laboratory for bioinformatics analysis. The proficiency testing portion of this program is designed to complement and augment NGS somatic variant wet bench proficiency testing programs by testing for a greater diversity of variants with a wide range of variant allele fractions (VAF) while the validated materials portion is designed to optimize bioinformatics pipelines, augment validations, and assist with pipeline verification after changes to NGS/bioinformatics processes.

Minimum Requirements:

• Laboratories must provide a gene panel sequencing data file (FASTQ or unaligned BAM) that has been generated using their current clinical sequencing protocols from one of the following sources: A specimen from the NGS - Germline program or from one of the following NIST Reference Material cell lines: RM 8398 (NA12878), RM 8391, RM 8392, or RM 8393. FASTQs or unaligned BAMs must be submitted along with a BED file describing the regions targeted and interrogated by your laboratory. Specimens from the NGSST and NGSHM programs or additional Coriell/NIST Reference Material cell lines cannot be used for this program.
• Laboratories can transfer and download files from most modern browsers/ operating systems. For the most up-to-date information on system requirements, go to cap.org and click Browser and Operating System Requirements, located at the bottom of the homepage.
• Due to the extremely large file sizes, a minimum allowable transfer speed of 40 Mbps or higher is needed to ensure successful transfer of your laboratory’s sequencing files to the CAP. Contact your IT department for allowable transfer speeds to determine estimated transfer time and browser/operating system access.
• Laboratories must comply with all of the above requirements to participate in this program. Additional information and steps to provide your laboratory’s sequencing file will be included in the kit materials.

Additional Information

• The sequencing file will contain up to 75 custom somatic variants that are tailored to the specific assay submitted (depending on the size of the panel provided) at VAF from 3% to 99% (higher allele fractions to mimic loss of heterozygosity or homozygosity) and will include:


• Single nucleotide variants
• Insertions, deletions, delins, and/or duplications ranging from 1-100bp (1-15bp,16-50bp, 51-100bp)
• For laboratories doing microsatellite instability, microsatellite instability at mono nucleotide tracts in the submitted capture design will be included


• All variants will be modeled based on actual somatic mutations from the COSMIC and/or cBioPortal databases. This portion of the program is not traditional proficiency testing and no results will be returned to the CAP; information regarding the variants introduced will be sent along with the mutagenized file.
• For panel-specific solid tumor bioinformatic proficiency testing challenges, refer to the NGSB1 program.
wo online activities per year; your CAP shipping contact will be notified via email when the activity is available

Program Information

• One panel sequencing data file (FASTQ or unaligned BAM), originating from your laboratory and provided to the CAP, for in silico mutagenesis
• Sequencing files containing somatic variants to be downloaded and incorporated into your laboratory bioinformatics pipeline for analysis and reporting; file sizes range from 100MB to 1GB
• The BAM and/or FASTQ files are platform‑specific and cannot be used with other instruments/software.
• Your CAP shipping contact will be notified via email when the activity is available

Shipping Schedule

• Shipment A: May 30
• Shipment B: October 9