
Evaluating the VeraBIND Tau Assay for Earlier Detection of Alzheimer Disease: John Forrest
At AAIC 2025, the founder and CEO at Veravas discussed the company’s VeraBIND tau pathology blood test, highlighting its potential to detect Alzheimer disease earlier with high accuracy. [WATCH TIME: 4 minutes]
WATCH TIME: 4 minutes | Captions are auto-generated and may contain errors.
"This test is designed to give more certainty to physicians in their decision-making. By providing an accurate result early in disease progression, it gives physicians more flexibility in how they care for patients and allows them to use it as a tool to see whether their recommendations are working. Overall, we believe this is better for physicians, better for patients, and represents a revolutionary way of looking at Alzheimer disease."
Veravas recently presented 2 independent analyses at the
One analysis showed that VeraBIND Tau outperformed 3 other plasma assays and was the most predictive of MK6240 Tau-PET results, with over 95% sensitivity and 95% specificity in distinguishing amyloid- and tau-positive (A+T+) from amyloid- and tau-negative (A-T-) cases. The second analysis demonstrated that VeraBIND Tau also outperformed plasma pTau217 in detecting early tau pathology, accurately identifying MK6240-positive individuals regardless of amyloid status or cognitive impairment, and that those testing positive scored lower on cognitive assessments.
At the conference, John Forrest, founder and CEO at Veravas, spoke with NeurologyLive® to detail the features and clinical significance of the VeraBIND Tau pathology test. Unlike previous blood-based tests focused on p-tau 217 or amyloid levels, he noted that this test measures the activity of hyperphosphorylated tau binding to normal tau. John emphasized that the test could provide physicians with confidence in early detection, flexibility in treatment planning, and a tool to monitor therapeutic responses. Additionally, he mentioned that the test is cost-effective compared with tau PET imaging and has potential utility in both clinical as well as pharmaceutical settings.


















