Managing Vestibular Rehabilitation

---
name: managing-vestibular-rehabilitation
language: en
description: Structures vestibular assessment with positional testing and customized exercise programs. Use when evaluating vestibular disorders, performing Dix-Hallpike testing, or designing vestibular exercise programs.
tags:
  - management
  - rehabilitation-medicine
metadata:
  author: casemark
  practice_areas:
    - Physical Therapy
    - Occupational Therapy
    - Rehabilitation Medicine
  document_types:
    - Management Report
  skill_modes:
    - Management
    - Coordination
---

# Managing Vestibular Rehabilitation

Structures vestibular assessment including the Dix-Hallpike test, head impulse test, oculomotor examination, and balance assessment with customized vestibular exercise programs for BPPV, unilateral vestibular hypofunction, central vestibular disorders, and persistent postural-perceptual dizziness (PPPD). Aligns with Clinical Practice Guidelines from the Academy of Neurologic Physical Therapy and APTA.

## Why This Skill Exists

Dizziness is the third most common complaint in outpatient medicine, and BPPV alone affects 2.4% of adults. Vestibular rehabilitation produces complete resolution of BPPV in 80-90% of cases with canalith repositioning and significantly improves function in unilateral vestibular hypofunction. However, vestibular disorders are frequently misdiagnosed, leading to unnecessary imaging, ineffective medication, and prolonged disability. Accurate differential diagnosis between peripheral and central vestibular disorders is critical for patient safety — central causes may indicate stroke or tumor requiring emergent medical management. This skill structures the systematic assessment required to identify the vestibular pathology, select the correct intervention, and document outcomes for a condition where precision directly determines efficacy.

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## Checkpoint A — Intake Verification

Before beginning vestibular assessment, confirm:

**Required clinical questions:**
- What are the primary symptoms (vertigo, dizziness, imbalance, oscillopsia, light-headedness)?
- What is the symptom onset, duration, and pattern (episodic vs. constant, seconds vs. hours vs. days)?
- What provokes symptoms (position changes, head movement, visual environments, standing)?
- Is there associated hearing loss, tinnitus, or aural fullness?
- What medications is the patient taking (vestibular suppressants, ototoxic drugs, benzodiazepines)?
- Has the patient had prior vestibular testing (VNG, rotary chair, VEMP, audiogram)?

**Required documents:**
- Physician referral with vestibular diagnosis or "dizziness NOS"
- Audiogram if hearing involvement suspected
- Videonystagmography (VNG) or electronystagmography (ENG) results if available
- Brain imaging (MRI) if central pathology suspected or ruled out
- Current medication list (identify vestibular suppressants and ototoxic medications)
- Prior vestibular rehabilitation records if applicable

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## Step 1 — Perform Differential Vestibular Examination

**Red flags requiring immediate physician referral (possible central pathology):**
- New acute vertigo with neurological signs (diplopia, dysarthria, dysphagia, facial droop, limb weakness)
- Direction-changing or purely vertical/torsional nystagmus not consistent with BPPV
- Negative head impulse test with acute vertigo (HINTS exam: suggests central cause)
- Acute hearing loss with vertigo
- Severe headache with vertigo
- Inability to walk (truncal ataxia)

**HINTS examination (for acute vestibular syndrome):**
- **H**ead **I**mpulse: Positive (refixation saccade) = peripheral; Negative = central (concerning)
- **N**ystagmus: Unidirectional = peripheral; Direction-changing = central
- **T**est of **S**kew: No skew deviation = peripheral; Skew present = central
- HINTS sensitivity for stroke: >98% when performed correctly (superior to MRI in first 24-48 hours)

**Oculomotor examination:**
- Smooth pursuits: Grade quality (normal, saccadic, asymmetric)
- Saccades: Accuracy (hypometric, hypermetric), speed, latency
- Gaze-evoked nystagmus: Test in center, right, left, up, down gaze (30 degrees off center)
- Spontaneous nystagmus: With and without visual fixation (use Frenzel goggles or infrared video to remove fixation)
- VOR cancellation: Patient tracks finger while turning head — failure suggests central pathology

## Step 2 — Perform Positional Testing for BPPV

**Dix-Hallpike test (posterior canal BPPV):**
- Patient seated on plinth, head turned 45 degrees to test side
- Rapidly lower patient to supine with head hanging 20 degrees below horizontal
- Observe for nystagmus: onset latency, direction, duration, fatigability
- **Positive posterior canal BPPV:** Upbeat torsional nystagmus beating toward the undermost ear, latency 1-5 seconds, duration <60 seconds, fatigable with repeated testing
- Test both sides; document each separately

**Supine roll test (horizontal/lateral canal BPPV):**
- Patient supine, head flexed 20-30 degrees
- Turn head 90 degrees to one side, observe for nystagmus
- Return to center, turn 90 degrees to opposite side
- **Geotropic nystagmus** (toward ground both sides, stronger on one side) = canalithiasis — affected side has stronger response
- **Apogeotropic nystagmus** (away from ground both sides) = cupulolithiasis — affected side has weaker response

**Document for each positional test:**
- Side tested, patient position, nystagmus direction, latency (seconds), duration (seconds), intensity (grades I-III), associated vertigo and nausea severity (0-10), fatigability (yes/no)

## Step 3 — Assess Balance and Functional Mobility

**Balance assessment battery:**
- **Berg Balance Scale (BBS):** 14 items, 0-56; <45 = fall risk; <36 = high fall risk
- **Dynamic Gait Index (DGI):** 8 items, 0-24; ≤19/24 = increased fall risk with vestibular dysfunction
- **Functional Gait Assessment (FGA):** 10 items, 0-30; more sensitive to vestibular-specific gait deficits than DGI
- **mCTSIB (Modified Clinical Test of Sensory Interaction in Balance):**
  - Condition 1: Eyes open, firm surface (tests all systems)
  - Condition 2: Eyes closed, firm surface (eliminates vision)
  - Condition 3: Eyes open, foam surface (eliminates somatosensory)
  - Condition 4: Eyes closed, foam surface (vestibular-dependent)
  - Time each condition (30-second trials); vestibular deficit = falls or significant sway on conditions 3-4
- **Timed Up and Go (TUG):** Standard and TUG with head turns (cognitive/vestibular dual-task)

**Dizziness measures:**
- **Dizziness Handicap Inventory (DHI):** 25 items, 0-100; physical, emotional, and functional subscales
  - 0-30: Mild handicap
  - 31-60: Moderate handicap
  - 61-100: Severe handicap
  - MCID = 18 points
- **Visual Analog Scale for dizziness:** 0-100mm for current dizziness intensity
- **Activities-Specific Balance Confidence Scale (ABC):** 16 items, 0-100%; <67% = risk for falls in older adults

## Step 4 — Select and Implement Appropriate Intervention

**For BPPV — Canalith Repositioning Maneuvers:**

*Posterior canal BPPV:*
- **Epley maneuver (canalith repositioning procedure):** 5 positions, 1-2 minutes each; success rate 80-90% per treatment; may require 1-3 treatments
- **Semont maneuver:** Alternative for posterior canal; rapid side-to-side movement
- Post-treatment instructions: No head movement restrictions needed per current evidence (activity restriction is outdated)

*Horizontal canal BPPV (geotropic):*
- **BBQ roll (Lempert maneuver):** 360-degree roll away from affected ear in 90-degree increments
- **Gufoni maneuver:** Quick side-lying technique for horizontal canal

*Document per treatment:*
- Maneuver performed, number of repetitions, nystagmus response during and after, patient symptoms during and after, post-maneuver Dix-Hallpike or supine roll result

**For unilateral vestibular hypofunction — Vestibular exercise program:**
- **Gaze stabilization exercises (VOR x1 and x2):**
  - VOR x1: Focus on stationary target while turning head; progress speed and background complexity
  - VOR x2: Move target opposite to head turn; advanced exercise
  - Duration: 3-5 minutes per bout, 3-5 bouts/day; minimum total of 12-20 minutes daily
- **Habituation exercises:** Repeated exposure to symptom-provoking positions/movements to promote central habituation; use Motion Sensitivity Quotient to select exercises
- **Balance training:** Progressive stance challenges (feet together, tandem, single leg) on firm → foam → with head turns → eyes closed; functional balance tasks

**For PPPD and central dizziness:**
- Graded exposure to symptom-provoking visual environments
- Optokinetic stimulation training
- Balance confidence retraining
- Coordination with psychology for anxiety management (CBT for dizziness)

## Step 5 — Track Outcomes and Determine Discharge

**Reassessment schedule:**
- BPPV: Reassess 1 week after repositioning; if negative Dix-Hallpike → discharge
- Vestibular hypofunction: Reassess every 2-4 weeks for 8-12 weeks
- Chronic/central: Monthly reassessment for 3-6 months

**Discharge criteria:**
- BPPV: Negative positional testing on two consecutive visits
- Vestibular hypofunction: DHI improvement ≥18 points, DGI/FGA above fall-risk threshold, independent with HEP
- Berg ≥45, FGA ≥22, ABC ≥80%
- Patient demonstrates independent home exercise program performance

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## Checkpoint B — Pre-Finalization Review

Before finalizing vestibular rehabilitation documentation:

- [ ] Differential diagnosis between peripheral and central vestibular disorder documented
- [ ] Red flags screened and documented (HINTS if acute)
- [ ] Oculomotor examination results recorded
- [ ] Positional testing (Dix-Hallpike, supine roll) completed bilaterally with nystagmus details
- [ ] Balance assessment with standardized scales (Berg, DGI/FGA, mCTSIB)
- [ ] DHI and ABC completed for baseline
- [ ] Intervention matched to diagnosis (repositioning for BPPV, exercises for hypofunction)
- [ ] Treatment response documented (nystagmus after maneuver, symptom change)
- [ ] Home exercise program prescribed with dosing parameters
- [ ] Discharge criteria defined

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## Quality Audit

- [ ] BPPV canal identified (posterior, horizontal, anterior) and side specified
- [ ] Nystagmus documented with direction, latency, duration, and fatigability
- [ ] Dix-Hallpike technique described correctly (head position, observation time)
- [ ] HINTS exam performed and documented for acute vestibular syndrome
- [ ] Red flags screened with physician referral if central signs present
- [ ] DHI scored correctly with subscale analysis
- [ ] Balance tests compared to normative data and fall-risk thresholds
- [ ] All [VERIFY] flags resolved or escalated to physician/ENT/neurology
- [ ] Vestibular suppressant medication use noted (may mask exam findings)
- [ ] Documentation supports medical necessity for vestibular rehabilitation services

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## Guidelines

- BPPV is the most common vestibular disorder — always test for it first with Dix-Hallpike and supine roll
- Canalith repositioning is the only Level A evidence intervention for BPPV — medication is not first-line treatment
- The HINTS exam in acute vestibular syndrome is more sensitive than early MRI for posterior fossa stroke — document it carefully
- Never perform the Epley maneuver without first confirming BPPV with positive Dix-Hallpike — undiagnosed central pathology requires different management
- Vestibular suppressant medications (meclizine, benzodiazepines) impair central compensation — recommend tapering with physician coordination for chronic vestibular hypofunction
- Gaze stabilization exercises must be performed at a speed that provokes mild symptoms (Borg 3-4/10 dizziness) to be effective — subthreshold exercise is ineffective
- Bilateral vestibular loss (e.g., aminoglycoside toxicity) has a different rehabilitation approach — gaze stabilization through substitution strategies, not VOR adaptation
- Motion sensitivity can be quantified and used to select specific habituation exercises — this is more effective than generic exercise
- Falls are the primary safety concern in vestibular rehabilitation — assess fall risk at every visit and modify home environment
- Coordination with ENT/neurotology is essential for recurrent BPPV, suspected Meniere disease, or superior canal dehiscence