TUR Isoforce®
Isokinetic Dynamometry.
Isoforce is a sophisticated rehabilitation and diagnostic evaluation system that accommodates concentric and eccentric muscle actions under four primary resistance modes, allowing for dynamic neuromuscular force tracing across a joint. It enables precise isolated muscle testing to optimize strength, restore coordination, and record longitudinal progression.
FHIR Observation Coding & Demographics Sync
By linking with the Nexus database layer, Isoforce transforms standard export datasets (peak torque, limb symmetry indices, and work curves) into HL7/FHIR-compliant structured reports. Observations are mapped using internationally recognized clinical standards.
Nexus FHIR Observation Mapping
To enable healthcare interoperability, biomechanical observations generated during Isoforce sessions are cataloged using specified clinical codes.
Quadriceps Peak Torque
Unit: Nm at specified velocity
Peak dynamic extension force exerted by the quadriceps muscle group.
Hamstrings Peak Torque
Unit: Nm at specified velocity
Peak dynamic flexion force exerted by the hamstrings muscle group.
Range of Motion (ROM)
Unit: Degrees (°)
Total angular displacement achieved across flexion/extension directions.
Pain Score (NRS)
Unit: Numeric (0-10)
Subjective pain score logged during dynamic loading assessment.
Limb Symmetry Index (LSI)
Unit: Percentage (%)
Calculated percentage difference comparing peak forces of injured and uninjured limbs.
Isoforce + Nexus Integration Review
A review of the integrated features, software mapping, and hardware performance metrics delivered by the Isoforce and Nexus system combination.
| Capability | Isoforce + Nexus Integration |
|---|---|
| Isokinetic Testing | Device + HL7 / CSV & Native Nexus API |
| EHR Interoperability | FHIR R4 Native / HL7 Interop |
| Device Governance | Full SQL Registry + Version Control |
| Resistance Modes | Isokinetic, Isometric, Isotonic, CPM |
| Joint Patterns Deployed | 20+ Multi-joint movements |
| Max Angular Velocity | Up to 540°/s |
Installation & Calibration Governance
Upon physical installation at a pilot center, the device is registered in the Nexus database registry. Standard governance procedures require performing the six-step calibration (electronics, hardware check, electrical, functional, software version alignment, and mechanical torque verification) before active clinical deployment.