So, what's got bioAffinity Technologies Inc. (BIAF) shares moving up on a Wednesday? It's not a blockbuster drug approval or a massive new contract. It's something arguably more foundational for a diagnostics company: getting doctors in a (virtual) room to talk about actually using its product.
The company announced it's hosting a live virtual physician roundtable on April 8. This kicks off a new webinar series called "CyPath Lung in Practice." Think of it less as a sales pitch and more as a clinical grand rounds session. A panel of pulmonologists will discuss how they integrate the noninvasive CyPath Lung test into their daily practice, complete with real patient case studies. The main goal? Helping other doctors diagnose those tricky indeterminate pulmonary nodules with more confidence.
The Doctor Will See Your Test Now
This is about moving from the lab to the clinic. The participating physicians plan to show how the test's results guide their next steps. For example, they'll discuss cases where it helped identify early Stage 1A lung cancer. Perhaps more compelling for patient care and cost containment, the company says the test can prevent "unnecessary invasive, risky and costly procedures" when it returns an "Unlikely" result for malignancy.
This educational push comes on the heels of some serious business momentum. In 2025, revenue from the CyPath Lung test jumped 87% year-over-year. Even more impressive, the number of tests performed soared 99%. Management is strategically steering the ship away from lower-margin lab services and full-speed ahead toward this flagship product. Hosting a roundtable for doctors is a logical next step to fuel that growth—if physicians understand and trust the test, they'll order more of it.
How the Test Works
For those keeping score at home, CyPath Lung isn't your average blood test. It uses a combo of advanced flow cytometry and artificial intelligence to analyze cell populations in a patient's sputum (that's phlegm, for the non-medical readers) for signs of cancer. The clinical data is promising: studies show it has 92% sensitivity and 88% accuracy for detecting malignancy in nodules smaller than 20 millimeters. In the world of early cancer detection, those are numbers that get attention.












