Next-Generation Cancer Diagnostic Software

Designed to enhance cancer care, Cairina is our next-generation software platform that empowers healthcare providers to deliver personalized, precise, and timely treatment plans using advanced fluid flow analysis and visualization technology.

How it Works

Integrating seamlessly into existing workflows, Cairina supports oncologists, radiologists, and surgeons with actionable data, helping them make confident decisions without requiring additional imaging. Why? Because we’re committed to transforming oncology for the better—by improving patient outcomes, reducing resource strain, and elevating the standard of care for millions of cancer patients worldwide.

Advanced Image Analysis

Cairina’s detailed disease progression models help clinicians make patient-centric decisions about treatment options.

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Parameters

Velocity, mm/sec with direction

Diffusion, mm2/sec

Ktrans: Perfusion, 1/sec

v_p: Plasma volume fraction, unitless

v_e: Extra-cellular extra-vascular volume fraction, unitless

K^ep: Return rate, 1/sec

Parameters

Scroll right for more parameters

Velocity, mm/sec with direction

Diffusion, mm2/sec

Ktrans: Perfusion, 1/sec

v_p: Plasma volume fraction, unitless

v_e: Extra-cellular extra-vascular volume fraction, unitless

K^ep: Return rate, 1/sec

Seamless Integration

Regardless of your system, Cairina seamlessly integrates into your existing workflow, transforming your diagnostic experience.

Lightning-Fast Processing

Cairina is fast —20X faster than neural networks—and integrates seamlessly into existing clinical workflows. All while operating seamlessly on consumer-grade hardware. (Source)

Improved Cancer Care with Robust Imaging Data

No matter your setup, Cairina enhances precision and efficiency, empowering confident and individualized treatment planning.

Provides precise, noninvasive insights into tumor microenvironment dynamics, improving diagnostic confidence.

Enables personalized care by tailoring treatment strategies to patient-specific tumor characteristics.

Streamlines workflows with rapid processing and integration, saving time and reducing operational costs.

Supports applications ranging from routine cancer care to advanced research in oncology.

Backed by strong validation against histological gold standards, ensuring confidence in clinical decisions.

Provides precise, noninvasive insights into tumor microenvironment dynamics, improving diagnostic confidence.

Enables personalized care by tailoring treatment strategies to patient-specific tumor characteristics.

Streamlines workflows with rapid processing and integration, saving time and reducing operational costs.

Supports applications ranging from routine cancer care to advanced research in oncology.

Backed by strong validation against histological gold standards, ensuring confidence in clinical decisions.

Cairina simultaneously processes spatial and temporal DCE-MRI data, delivering comprehensive tumor insights.

Cairina distinguishes fluid transport dynamics in breast and brain cancers, supporting multi-tumor use cases.

Reliably handles noisy or sparse data effectively using advanced regression techniques.

Cairina completes analysis in as little as 90 seconds per dataset, reducing workflow delays significantly.

Cairina measures interstitial fluid velocity, diffusion, and perfusion with industry-leading precision (<10% error in low-noise conditions).

Cairina simultaneously processes spatial and temporal DCE-MRI data, delivering comprehensive tumor insights.

Cairina measures interstitial fluid velocity, diffusion, and perfusion with industry-leading precision (<10% error in low-noise conditions).

Cairina completes analysis in as little as 90 seconds per dataset, reducing workflow delays significantly.

Reliably handles noisy or sparse data effectively using advanced regression techniques.

Cairina distinguishes fluid transport dynamics in breast and brain cancers, supporting multi-tumor use cases.