bioAffinity Technologies, Inc. (NASDAQ: BIAF) is a U.S.-based biotechnology company specializing in the development and commercialization of advanced in vitro diagnostic platforms for oncology. Leveraging proprietary bioaffinity and nanotechnology approaches, bioAffinity’s platforms are designed to isolate and analyze cancer-specific biomarkers from blood, tissue, and other biological samples with high sensitivity and specificity. The company’s core technologies aim to enable earlier detection of solid tumors, improved disease monitoring, and more personalized treatment strategies.
The company’s primary product pipeline includes assays targeting breast cancer and other solid tumor indications. By enriching and detecting rare circulating tumor cells and cell-free DNA fragments, bioAffinity’s diagnostic tests seek to identify malignancies at stages when treatment options may be more effective. In addition to breast cancer diagnostics, bioAffinity is actively researching assays for ovarian cancer and exploring applications in other tumor types, as well as monitoring minimal residual disease following therapy.
Headquartered in Houston, Texas, bioAffinity maintains research and development facilities in the United States and collaborates with leading academic medical centers to validate its diagnostic assays. Since its inception, the company has secured multiple patents covering its nanoparticle-based enrichment methods and bioaffinity reagents. Under the leadership of CEO Dr. Chee Lee, bioAffinity has pursued strategic partnerships and clinical studies to support regulatory filings and commercial launch activities.
Looking ahead, bioAffinity Technologies is focused on expanding its footprint in the U.S. market while exploring international licensing and distribution agreements. Through continued investment in R&D and collaborative clinical validation, the company aims to advance its next-generation diagnostic offerings, address unmet needs in cancer care, and contribute to the broader adoption of precision oncology solutions.
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