AIMD MRI-Compatibility Knowledge Base
Mapping how the AIMD industry passes MRI compatibility — the mechanism-layer base feeding our MR-safety decisions.
Topics
Cross-cutting analyses across the evidence base.
- Hazard-solution-grid
Which mitigations cover which hazards, at a glance. - Hazard-solution-detail
Per-hazard mechanisms, exemplar patents, companies. - TS 10974:2018 Test Protocols
Per-hazard test-protocol overview: clause map, shared test rigs, compliance-criteria split, gaps.
Hazards
One complete analysis per MR hazard.
- RF Heating
RF field heats leads and tissue. - RF Malfunction
RF field disrupts device electronics. - Gradient Heating
Switching gradients cause eddy-current heating. - Gradient Vibration
Gradients vibrate magnetic components. - Gradient-Induced Stimulation
Induced voltage triggers unintended stimulation. - Gradient Malfunction
Gradients disrupt device operation. - B₀ Displacement Force
Static field pulls on magnetic mass. - B₀ Torque
Static field twists the implant magnet. - B₀ Malfunction
Static field disrupts device function. - Image Artifact
Implant distorts the MR image. - Combined Fields (pending)
Combined-field effects.
Notes
Source cards, by evidence type.
- Patents
Curated source cards, one per patent. - Concepts
Reusable explanations of mechanisms and engineering concepts. - Standards
Curated source cards, one per standard. - Papers · Regulatory · Vendor · News (pending)
Reviews
Decision-layer synthesis for our next MR bench test.
Products
How each device handles MR hazards.
Report
Weekly build and knowledge progress.
- Progress
Decisions needed, roadmap, conclusions, and weekly reports.