Focused on Changing Breast Cancer Outcomes
PreciseDx® is dedicated to supporting more personalized and precise treatments for breast cancer.
On average, every two minutes a woman is diagnosed with breast cancer in the United States.
About 1 in 8 U.S. women (about 2.3 million diagnosed annually) will develop invasive breast cancer over the course of their lifetime.
About PreciseDx
PreciseDx® is the only Cancer Risk Stratification company to provide patient-specific risk information through the analysis of morphology features, enabling better and more personalized treatment and outcomes. Clinical teams can rely on PreciseDx for unmatched insights and actionable intelligence in determining the best treatment for each patient.
Better Data. Better Outcomes.
PreciseDx’s AI-powered predictive platform creates disease-specific assays that deliver new levels of patient risk information to drive benefits across the healthcare continuum.
- Patients
- Providers
- Payers
- BioPharma
The PreciseDx platform enables individualized treatment plans and supports improved patient outcomes.
For providers, PreciseDx delivers highly accurate risk profiles, enables diagnostic precision, reduces error rates and decreases costs.
By providing accurate risk profiles for each individual patient, PreciseDx enables decreased costs for payers.
The PreciseDx AI platform is available for biopharmaceutical research and development, enabling researchers to leverage AI insights and data derived from high-volume, well-annotated study populations.
The PreciseDx platform enables individualized treatment plans and supports improved patient outcomes.
For providers, PreciseDx delivers highly accurate risk profiles, enables diagnostic precision, reduces error rates and decreases costs.
By providing accurate risk profiles for each individual patient, PreciseDx enables decreased costs for payers.
The PreciseDx AI platform is available for biopharmaceutical research and development, enabling researchers to leverage AI insights and data derived from high-volume, well-annotated study populations.