Location, rupture status, size and neck, plus the coiling you plan to do.
Babels AI builds explainable, validated models across neurosurgical subspecialties, and the research that feeds them. Each one runs in the browser.
Recurrence and permanent-DI risk, explained.
Open →Skull baseVision outcomes with UMAP views.
Open →VascularSix-month occlusion after the WEB device.
Open →VascularTime-to-event recanalization risk after coiling.
Open →VascularMicrosurgical strategy for giant aneurysms.
Open →VascularPostoperative ischemic risk after direct bypass.
Open →SpineAdjacent-segment-disease-free survival.
Open →PediatricLandmark survival across five life stages.
Open →IntraoperativePredicted brain shift on your ultrasound.
Open →MaternalGeospatial level-of-care decision support.
Open →MedicolegalMalpractice timing, size and trial risk.
Open →Automatic 3D anatomy for pediatric congenital heart disease. A CT or MRI becomes a labeled 3D heart you can rotate and cut open, with a segmental readout in Van Praagh notation, a guided findings tour, and a quality check that tells you where to look.
Launch →NewA synthetic data studio for clinical datasets. Upload an EHR-style CSV, configure the schema, train a stage-conditional diffusion model, and generate privacy-preserving synthetic patients, with fidelity and utility evaluation built in.
Launch →NewUpload a manuscript PDF or paste an abstract to predict publication likelihood, timeline, and journal fit, with actionable feedback, powered by survival analysis and SHAP interpretability.
Launch →NewThree machine learning tools for hyperbaric oxygen therapy programs, built on national Medicare data: fraud-exclusion risk, Medicare denial risk by contractor and setting, and next-year payment, surge and exit forecasts.
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