The document outlines a Request for Sole Source Justification for acquiring Thyroseq Testing services at the Department of Veterans Affairs, specifically for the Pathology and Laboratory department of the Lt. Col. Luke Weathers, Jr. VA Medical Center in Memphis, TN. The testing, conducted using the proprietary ThyroSeq v3 genomic classifier, assesses cancer risk for veteran patients. The estimated contract spans from October 2024 to September 2029, with costs deemed fair and reasonable based on historical pricing and market research. Due to the proprietary nature of the testing technology, competition is restricted to Cytopath Biopsy Lab, Inc. (CBLPath), which is the sole provider able to meet the requirements. Efforts to source other potential vendors proved unsuccessful. The justification document confirms compliance with federal acquisition regulations (FAR 13.5), supporting the decision to utilize sole-source procurement, aimed at ensuring optimal patient care through advanced diagnostic capabilities.
The Department of Veterans Affairs (VA), through Network Contracting Office 09, intends to award a sole source purchase order for Thyroseq testing services to Cytopath Biopsy Lab, Inc. This specialized service, aimed at assessing cancer risk in veteran patients, involves the use of the proprietary ThyroSeq v3 genomic classifier. The procurement is classified under NAICS code 621511, reflecting a size standard of $41.5 million. The announcement serves as a notice rather than a request for competitive quotes; however, interested parties may submit their capability statements by September 30, 2024, at 11:00 AM EST. Responses will be reviewed, but the government retains discretion in deciding whether to proceed with competitive bidding based on the responses received. The notice includes guidelines for submissions, cautioning against including any proprietary or sensitive information. This initiative underscores the VA's commitment to providing high-quality cancer assessment services for veterans using specialized testing methods.