find the signals
see the impact
one methodology
many solutions
Our pipeline has one purpose: to help people with unique blood rheology be at the forefront of their own vascular health. We use a purpose-built algorithmic discovery engine to generate linear and non-linear machine learning models that can be synced with a wearable (smart ring, smart watch, or any biometric device with a PPG sensor). Personal health and wellness data, when integrated with a user's physiological, biochemical, or genetic information, can provide personalized metrics for continuous tracking on a simply designed user interface compatible with iOS or Android devices.
| Shift in rheology and fluid dynamics | Mine | Model | Measure |
|---|---|---|---|
| Inflammatory and systemic states† | |||
| Maternal (postpartum)Temporary fluid heaviness and stasis | Research stage: Model | ||
| Type 1 diabetesMicrovascular resistance | Research stage: Mine | ||
| Systemic lupus erythematosusIncrease in overall drag during circulation | Research stage: Mine | ||
| Multiple sclerosisPlasma flow resistance with a shift in baseline fluid dynamics | Research stage: Mine | ||
| MyelofibrosisMechanical turbulence in blood vessels | Research stage: Model | ||
| Vessel force, turbulence and stasis† | |||
| Chronic migraine with auratransient neurovascular spasm and shift in vessel tone | Research stage: Mine | ||
| Chronic hypertensionMechanical shear stress | Research stage: Mine | ||
| Atrial fibrillationChamber blood stasis | Research stage: Mine | ||
| Antiphospholipid syndromeForce-triggered cell aggregation and mechanical flow stress | Research stage: Mine | ||
| Red cell biology, volume, and structure† | |||
| Polycythemia veraHigh blood viscosity and slower flow | Research stage: Model | ||
| Sickle cell anemiaLocal mechanical friction | Research stage: Mine | ||
| Beta-thalassemiaHigher shear resistance and boundary drag | Research stage: Mine | ||
| Platelet biology, behavior/coagulation† | |||
| Essential thrombocythemiaVascular sludging and resistance in microvessels | Research stage: Model | ||
| Immune thrombocytopeniaHyperreactive cell friction, altering localized flow dynamics near vessel walls | Research stage: Mine | ||
| Inherited thrombophiliaHeightened fluid reactivity, lowering the threshold where flowing liquid turns solid | Research stage: Mine | ||
*Research and development stage. No validated performance results or clinical claims are presented on this site.
†Patent pending
more data
more discoveries
Check back periodically for updates and other resources including white papers, publications, and research milestones.
Let's connect