📖 Static demo — read-only snapshot

You’re browsing a static build of the Body IQ knowledge graph, so everything loads with no backend. A few things that need the live server are turned off here:

  • Global search (sidebar) is disabled — it queries the API.
  • The JSON API and the API “Try it” playgroundaren’t included.
  • The data is a snapshot — it refreshes only when the demo is rebuilt, not live from the database.

Everything else — the body map, progression ladders, coverage heatmap, exercise finder, and all anatomy/exercise/source pages — works fully. The full app (live search + API + database) runs from the source on GitHub.

Optokinetic Stimulation

Draftsensory85%intermediatestrong evidence
View FHIR resourceFHIR R4 ActivityDefinition — the interoperable form of this exercise

Positions & Range of Motion

Start
seated (or standing near a wall), eyes open and fixed on a repetitive moving visual pattern such as an optokinetic disc or scrolling video
End
sustained visual fixation on the moving pattern for the exposure duration (start ~30 s), habituating to visual-vestibular conflict
Range of Motion
isometric head/body posture with eyes tracking optic flow — minimal joint excursion

How to Perform

Brief exposure to repetitive moving visual patterns (optokinetic discs, scrolling text videos, busy environment footage) to habituate visual-vestibular conflict symptoms.

Watch on YouTube

Opens a YouTube search for “Optokinetic Stimulation

Starting position: seated

Coaching Cues

  1. 1

    Start with 30 s. Stop if symptoms exceed mild — they should subside within a minute

    (verbal)
  2. 2

    Stand near a wall if upright — visual flow can perturb balance

    (tactile)

Evidence-Based Dosing & EMG Data

Recommended Dosing

30 s–2 min per session, 1–2×/day, increase as tolerated.

Muscles Involved (0)

No muscles linked.

Easier Variations ↓

1

Slower Pattern Speed

Use slower optokinetic content (low scroll speed) initially.

Harder Variations ↑

1

Standing + Optokinetic

Stand on firm then foam while watching the moving pattern.

Research Notes

Level I RCT showed customized vestibular exercises performed in an optokinetic environment improved symptom measures more than customized exercises alone [Hall 2022 JNPT].