COMPANY
Maxwell Biomedical
We developed a physiologically realistic computer model of AF that lets researchers define regions of anisotropic conduction and test treatment strategies in a live simulation. From company website Source · Oct 12, 2026
Timeline
- Trial start Not phased (device or behavioral study): Initial Experience With Spatial Resynchronization Therapy in Patients With Atrial Fibrillation source ↗
Clinical trials (lead sponsor) 1
| Record | Title | Phase | Status | Start | Primary completion |
|---|---|---|---|---|---|
| NCT05461612 | Initial Experience With Spatial Resynchronization Therapy in Patients With Atrial Fibrillation | Not phased (device or behavioral study) | Unknown status (ClinicalTrials.gov) | Jun 23, 2022 | 2023-06 (estimated) |
NIH awards 3
- NIH award 5R44HL164195-03 FY2025: $1,247,262 awarded for that fiscal year; activity R44 (SBIR); PI WERNETH, RANDY; recipient as written: MAXWELL BIOMEDICAL INC, SAN DIEGO, CA. Spatial Resynchronization Therapy for AF source ↗
- NIH award 2R44HL164195-02 FY2024: $749,419 awarded for that fiscal year; activity R44 (SBIR); PI BEATTY, GRAYDON ERNEST; recipient as written: MAXWELL BIOMEDICAL INC, SAN DIEGO, CA. Spatial Resynchronization Therapy source ↗
- NIH award 1R43HL164195-01A1 FY2022: $299,449 awarded for that fiscal year; activity R43 (SBIR); PI BEATTY, GRAYDON ERNEST; recipient as written: MAXWELL BIOMEDICAL INC, SAN DIEGO, CA. Spatial Resynchronization Therap source ↗