Super Inductive System (SIS)
A Carefully Screened Rehabilitation Adjunct

SIS uses a changing magnetic field to induce electrical currents in tissue and can stimulate peripheral nerves and muscles. The exact effect depends on the device settings, location, tissue, and diagnosis; a proposed mechanism is not proof of a clinically meaningful outcome.

Evidence for electromagnetic stimulation differs by indication and device. It should not be presented as rapidly healing a fracture or as a substitute for fracture alignment, immobilisation, imaging, or orthopaedic follow-up.

For post-stroke spasticity, SIS offers a neuro-modulatory approach. By applying specific frequencies over antagonist muscle groups, we induce reciprocal inhibition.

Stimulation may be explored as one part of post-stroke rehabilitation, but it does not reliably ‘fatigue’ or reset spinal circuits. Spasticity needs neurological assessment, goal-directed therapy, and escalation when there is new or worsening weakness, swallowing difficulty, speech change, or loss of function.

SIS screening is not automatically identical to MRI screening. Active electronic implants and some metal or medication-delivery devices may be contraindications or require manufacturer-specific clearance.

Remove external metal and electronic items as instructed. Do not infer safety from a label such as ‘titanium’; the implant’s location, design, and the device instructions still matter.

SIS can produce strong or repeated involuntary contractions, but the response is not equivalent to a maximal workout or rapid muscle growth. Soreness and fatigue are possible, so the dose should be progressed cautiously.

Claims that a ‘washout’ phase flushes lactic acid or prevents delayed soreness are too strong. Recovery should rely on symptom monitoring, hydration and usual rehabilitation guidance rather than a promised physiological reset.

Bone-stimulation research is indication- and device-specific. A fracture that is not healing needs imaging and orthopaedic assessment; stimulation cannot replace alignment, stability, infection assessment, or surgical review.

Do not use SIS to promise rapid callus formation. If a clinician considers an electromagnetic bone-stimulation approach, the expected benefit, alternatives, time course, and follow-up imaging should be explained.

In stroke rehabilitation, sensory and motor practice can support task-specific learning, but no device can be said to force the brain to rewire or build pathways around damaged tissue. SIS, if selected, should complement repetition, strengthening, balance work, and functional goals.

New stroke symptoms—facial droop, arm weakness, speech or vision change, severe headache, or loss of balance—are emergencies, not indications for a therapy session.