UroRef connects concise trainee reference, direct routes to authoritative sources and browser-based spatial teaching—without pretending that education is clinical decision support.
UroRefsource layer
ProstateViewMRI and spatial anatomy
CalyxViewRenal anatomy and stones
UrOops3DOperative rehearsal
Cystosight by UroRefBladder vision and cystoscopyOne knowledge spine · purpose-built experiences
One teaching stone · no patient record
The objective is not to select treatment. It is to show how a learner can move through three complementary modes while the use boundary stays visible.
UroRef
A quick-reference publication and app for common real-world urology questions, designed to orient a learner and make the original source easier to reach.
CalyxView
A spatial teaching experience for discussing collecting-system orientation, calyceal search and endourology anatomy without using it to plan a real procedure.
UrOops3D
A teaching atlas that helps a learner rehearse anatomy, complications and first-response thinking before a viva or supervised procedure.
Where should I start when teaching the stone pathway?
Start with the UroRef stone route, then open the original NICE and EAU guidance. Use CalyxView for collecting-system orientation and UrOops3D for hazard rehearsal. Local policy, senior advice and the original sources remain authoritative.
The trust layer is visible
The connected portfolio
The projects keep their own visual identities while sharing one vocabulary for maturity, provenance and safety.
The navigation layer for concise trainee reference, current resources and direct routes back to original sources.
Public Prostate158 assets become rotatable teaching models, report visualisers and spatial-learning drills.
A de-identified CT-derived teaching prototype with a simulated scope route and calyceal search.
A browser-based operative and complications atlas using stylised 3D scenes, danger zones and active recall.
Browser-based exercises for spatial bladder and cystoscopy practice using schematic teaching meshes.
The source is part of the answer
Issuer, source type, jurisdiction, access, date and scope travel with every resource. “Link checked” never means clinically validated.
Assessment and management guidance spanning imaging, analgesia, intervention choices, metabolic testing and recurrence prevention.
Current professional guidance covering renal colic, stone removal, URS, PCNL, SWL and recurrence prevention.
Service guidance, pathways and checklists for urgent urology, ambulatory care and multidisciplinary delivery.
Patient-facing explanations and procedure information, linked directly to the BAUS originals.
Stent Time in Endourology audit with a scheduled submission window from 1 to 30 September 2026.
Published priorities spanning patient care, membership, education and research, advocacy and digital transformation.
Latest from UroRef
A reusable spatial layer
A locally hosted public teaching asset demonstrates Google model-viewer, with a static image that remains useful if WebGL or the web component fails.
Local 3D · public teaching asset
This orientation-checked ProstateView case demonstrates the reusable 3D layer inside the hub. The GLB, USDZ and fallback image are served locally; nothing here is diagnostic.
Interactive 3D is unavailable. The teaching slice remains visible above.
Static teaching slice shown. Load the interactive model when ready.
Technology, with the claims kept honest
A repository is not a clinical capability by itself. Each component below states what is working now and what still needs infrastructure or governance.
Private, static search across the built UroRef hub.
Indexed after every production build; navigation and footer noise are excluded automatically.Open repository ↗Local GLB and USDZ teaching-model display with an independent static fallback.
Used only with a public teaching asset; interaction is loaded on demand and remains education-only.Open repository ↗The complete static build, search index and selected local 3D asset can be served without external APIs.
A root service worker remains gated until the mirrored ProstateView registration conflict is removed and stale-content controls are agreed.Open repository ↗Regression cases for citation presence, abstention and patient-data boundaries.
Fixtures run in CI; a real Ariadne endpoint must be explicitly configured before results can describe live-model behaviour.Open repository ↗A clearly separated imaging-lab boundary for future DICOMweb teaching studies.
No DICOM server, patient study or clinical workflow is connected in this public site.Open repository ↗Imaging-pipeline provenance for public-research-data teaching assets.
Inference is not run in the public website and outputs remain outside clinical use.Open repository ↗Automated WCAG-oriented checks for the homepage, showcase and core content routes.
Runs alongside manual keyboard, zoom, motion and contrast review; passing automation is not claimed as full conformance.Open repository ↗Optional aggregate event measurement without search text, patient information or session replay.
Disabled until a self-hosted endpoint and site identifier are configured. Demo figures are never substituted.Open repository ↗Synthetic imaging bridge
The public hub contains no DICOM server, no NHS study and no live inference. The imaging lab documents the future connection boundary and demonstrates only public research teaching assets.
A bounded next step
A 90-day co-design pilot around one stone journey: one endourology clinical lead, one trainee and one patient representative.
No patient data. No EPR integration. No prescribing or patient-specific recommendation. No claim of BAUS endorsement, clinical competence or improved patient outcomes.
Take the ecosystem with you.Contact, live projects and presentation links.