NeoGenomics Debuts PanTracer Family of Genomic Profiling Tests at ASCO 2025
The company expands precision oncology portfolio with new Paletrra spatial proteomics platform
"The debut of the PanTracer Family and Paletrra represents a significant milestone for
The PanTracer Familyis designed to provide oncologists with timely and actionable genomic insights, supporting treatment decisions for patients with advanced-stage solid tumors. The portfolio includes PanTracer™ Tissue for comprehensive profiling from Formalin-Fixed, Paraffin-Embedded tissue, PanTracer™ LBx for liquid biopsy applications where tissue is unavailable or insufficient, and PanTracer™ Tissue + HRD, which adds homologous recombination deficiency testing to enhance therapy stratification. These assays can be used independently or as complementary tools, allowing clinicians to tailor their approach based on patient-specific needs. It also ensures fast, reliable access to the data needed to explore targeted therapies or clinical trials.
Paletrra is an AI-powered spatial proteomics platform that transforms precious tissue into high-plex, image-based insights. Built for translational research teams, Paletrra combines deep pathology expertise with integrated multimodal analysis to decode the tumor microenvironment and validate mechanisms of action. Paletrra provides a scalable, high-touch solution that enables both large biopharma and emerging biotech companies to make more informed therapeutic decisions—helping teams see the biology more clearly, faster, and with confidence.
The company will also present a scientific poster at ASCO 2025, along with two abstracts published online. These achievements reinforce the company’s role as a research-driven partner to the biopharma community, supporting oncology drug development and clinical trials through cutting-edge diagnostics and scientific insight. The abstracts include:
- Abstract #5568/Poster Board #466 (poster presentation): Real-world analysis of folate receptor alpha (FRα; FOLR1) expression in pan-tumor samples from over 6000 patients in the US
- Abstract #e15180 (online publication): The cancer fusionome and overexpressed druggable oncogenic signals in K-RAS wild-type pancreatic cancer
- Abstract #e15047 (online publication): Analytical validation and clinical performance of a plasma-based CGP assay, NEO | PanTracer LBx
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kendra.sweeney@neogenomics.com
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