The Romberg sign is a bedside neurological test that separates sensory ataxia from cerebellar and vestibular causes of imbalance, and the calculator on this page applies its formal definition to what you actually observed. A patient stands with the feet together and the eyes open, then closes the eyes: if a previously steady stance collapses into a corrective step or a fall, the Romberg sign is positive. That single observation localises the problem to the dorsal columns of the spinal cord or the peripheral sensory nerves not to the cerebellum. This page explains how to perform and interpret the test, gives a positive-versus-negative interpretation chart, lists the causes worth investigating, and clears up the frequent confusion with the unrelated Howship–Romberg sign of obturator hernia.
Neurological examination · Bedside test
Romberg Sign Interpreter & Timed Romberg Test
Enter what you observed with the eyes open and the eyes closed. The tool applies the formal definition of Romberg's sign, flags the classic mis-call (cerebellar ataxia scored as "positive"), times the modified and sharpened variants, and separates the neurological Romberg sign from the unrelated Howship–Romberg sign.
The two-of-three rule: upright stance normally survives the loss of any one of these three channels. Closing the eyes removes vision. If the patient then falls, one of the remaining two was already failing.
Verdict
Awaiting input
Select the eyes-open and eyes-closed observations, then tick the confirmation gate.
Show the working
Romberg's sign is not an absolute measure of steadiness — it is the difference that appears when vision is removed. The tool scores each condition 0–3 and applies the rule below.
Δ is the deterioration caused by eye closure. A fall or a corrective step with a stable baseline is a positive sign; sway alone is not.
Independent check — teach the error
The single most common misuse of this test: calling a patient "Romberg positive" when they were already unsteady with the eyes open. That is cerebellar or generalised imbalance, not Romberg's sign.
Eyes open: stable → Eyes closed: falls.
Romberg's sign POSITIVE. Vision was compensating for a failing proprioceptive (or vestibular) channel.
Eyes open: already unsteady → Eyes closed: falls.
NOT a positive Romberg — the test is uninterpretable. Vision was never the crutch. Look at the cerebellum.
Back-calculation will appear here once both observations are entered.
Timed Romberg — time to failure
"Failure" is the moment the patient opens the eyes, moves a foot, or reaches for support. Stop the clock then.
Modified Romberg — four sensory conditions
The NHANES sequence. Each condition is 30 s; a participant who fails a condition does not progress. Condition 4 is the vestibular-dependent condition.
Reference values
| Measure | Value | Source |
|---|---|---|
| Modified Romberg C4 (foam, eyes closed) — failure rate, US adults ≥40 y | 35.4% | NHANES 2001–04 |
| C4 time to failure < 20 s | >3× odds of a fall in prior 12 months | Agrawal 2011 |
| Age at which the population mean crosses the 20 s threshold | 60–69 y | Agrawal 2011 |
| Sharpened Romberg, eyes closed (mean, right foot forward) | 20–49 y: 26.0 s 50–59 y: 21.3 s 60–69 y: 20.1 s 70–79 y: 16.0 s | El-Kashlan, via Shirley Ryan AbilityLab |
| Sharpened Romberg < 40 s (60 s protocol) for decompression illness | Sens 46% · Spec 95% | Diving medicine literature |
| Normal lateral postural deviation during quiet Romberg stance | ≈6–7% of body weight (roughly double antero-posteriorly) | Henriksson 1966 |
Normative times are protocol-specific: they change with the time cap, footwear, which foot leads, and whether the arms are folded. Compare a patient against their own previous score before comparing them against a population mean.
What a positive Romberg sign means
Standing upright is maintained by three sensory channels: vision, proprioception (dorsal column–medial lemniscus pathway) and the vestibular apparatus. Losing any one is usually survivable; losing two is not. Closing the eyes removes vision by design. A patient who was steady with the eyes open and then sways markedly, steps, or falls has revealed that a second channel — almost always proprioception — was already failing and was being covered by vision.
A positive Romberg sign therefore indicates sensory ataxia, and points to the dorsal columns or the peripheral sensory nerves. It is not a cerebellar sign. Because of its specificity, a well-performed positive Romberg is strongly suggestive of a dorsal column / medial lemniscus deficit — but a negative Romberg does not exclude cerebellar disease, and both dorsal-column and cerebellar lesions can produce ataxia.
Interpretation matrix
steady
already unsteady
Differentiating the ataxias at the bedside
| Feature | Sensory (dorsal column) | Cerebellar | Vestibular |
|---|---|---|---|
| Romberg sign | Positive | Typically negative — unsteady with eyes open too | May be positive if uncompensated; often falls consistently to one side |
| Balance in the dark | Markedly worse | Little change | Worse |
| Vibration / joint position sense | Impaired | Normal | Normal |
| Gait | Stamping, high-stepping, eyes fixed on the floor | Wide-based, staggering, irregular | Veers to one side; head-movement dependent |
| Limb signs | Pseudoathetosis; sensory loss | Dysmetria, intention tremor, dysdiadochokinesia | Absent |
| Nystagmus | Absent | Gaze-evoked | Spontaneous, unidirectional (peripheral) |
Causes of a positive Romberg sign
Dorsal column / myelopathic
- Subacute combined degeneration from vitamin B12 deficiency
- Tabes dorsalis (tertiary neurosyphilis) — the original context in which Romberg described the sign
- Multiple sclerosis with dorsal column plaques
- Cervical spondylotic myelopathy, cord compression
- Posterior cord syndrome (posterior spinal artery infarction)
- Brown-Séquard syndrome (ipsilateral loss of vibration and proprioception)
- Copper deficiency, nitrous oxide misuse (a B12-mimicking myelopathy)
Peripheral sensory neuropathy
- Diabetic and other length-dependent sensory neuropathies
- Chemotherapy-induced neuropathy (platinum agents, taxanes)
- Sensory ganglionopathy, chronic inflammatory demyelinating polyneuropathy
- Friedreich ataxia and other hereditary sensory ataxias
Vestibular
- Uncompensated unilateral vestibulopathy (vestibular neuritis, labyrinthitis) — the patient tends to fall towards the affected labyrinth
- Bilateral vestibular hypofunction (e.g. aminoglycoside ototoxicity)
- Ménière's disease
Also described / non-specific
- Anterior vermis and paravermal lesions of the anterior cerebellar lobe
- Wernicke encephalopathy, chronic alcohol use
- Normal pressure hydrocephalus, Parkinson's disease (postural instability rather than a true Romberg)
- Functional (non-organic) postural instability — often improves with distraction or dual tasking
Practical points and pitfalls
- Some sway is normal. Healthy adults sway with the eyes closed; sway alone is not a positive sign. Requiring a step or a fall keeps specificity where it belongs.
- Foam changes the question. Eyes closed on a compliant surface is predominantly a test of vestibular function, not of the dorsal columns.
- The sharpened (tandem) version trades specificity for sensitivity — healthy controls fail it too, which is exactly why it is unhelpful for confirming vestibular disease.
- Standardise or don't compare. Footwear, arm position, time cap and which foot leads all move the number.
- Acute vertigo is not a Romberg problem. In acute vestibular syndrome, use HINTS (head impulse, nystagmus, test of skew) to separate a peripheral cause from posterior circulation stroke. A positive Romberg is worthless in that discrimination.
- Safety first. Guard the patient throughout, arms extended but not touching. The literature reports no complications when the test is performed correctly and supervised.
Howship–Romberg screening checklist
Educational aid only. It does not exclude an obturator hernia and it is not a triage instrument.
The facts
- What it is
- Pain and paraesthesia in the obturator nerve distribution — medial thigh, radiating to the knee — provoked by stretching the nerve over a hernia sac in the obturator canal.
- Provocation
- Classically extension and medial rotation of the hip; relieved by flexion. Sources conflict on abduction versus adduction — StatPearls describes adduction, extension and medial rotation; other references describe extension, abduction and internal rotation. Reproduce the pain, don't memorise the verb.
- Frequency
- Reported in roughly 30–50% of obturator hernias (sensitivity ≈50% in StatPearls). Series report a wide range. It is more common with anterior-branch (type I) hernias: 67% vs 30% for posterior-branch type.
- Specificity
- Often called pathognomonic. In practice neither Howship–Romberg nor Hannington-Kiff is sensitive or specific enough to confirm or exclude the diagnosis. Hannington-Kiff is more specific but operator-dependent.
- Base rate
- Obturator hernia accounts for <1% of all abdominal hernias, most often in thin elderly multiparous women. Around 80% present with small bowel obstruction.
- Investigation
- CT of the abdomen and pelvis is the diagnostic study of choice; it defines the sac, its contents, and complications such as obstruction, necrosis or perforation.
Full disclaimer
This tool is an educational reference and clinical decision aid published by clinicaltoolslibrary.com. It does not provide medical advice, diagnosis or treatment, and it does not establish a clinician–patient relationship. Every output is a restatement of the observations entered by the user; it cannot verify that the examination was performed correctly, that the stance and surface were standardised, or that the patient was safe. Clinical decisions must rest on the whole history, examination and investigation, interpreted by a qualified professional against current local guidance.
The Romberg sign has no regulatory approval status — it is a physical examination manoeuvre, not a device or a medicinal product. The reference values reproduced here are drawn from published, peer-reviewed studies with specific protocols and populations; they are not universal thresholds and are not validated for use in children, in acute intoxication, or after acute head injury. Nothing on this page should be used to decide whether to treat, to withhold treatment, or to delay assessment.
Reporting problems. If you believe this tool contains an error, or that it contributed to a clinical incident, contact clinicaltoolslibrary.com. Adverse events involving medicines or medical devices should be reported to the relevant national authority — in the United States to the FDA through MedWatch (fda.gov/safety/medwatch), in the United Kingdom through the MHRA Yellow Card scheme, and elsewhere to the equivalent national reporting system.
Nothing on this page is investigational. The Romberg sign, the modified (four-condition) Romberg test and the sharpened Romberg test are all long-established, non-interventional bedside examinations. Where evidence is weak or conflicting — the exact provocation manoeuvre for the Howship–Romberg sign, the wide range of reported sensitivities, the protocol-dependence of normative times — that uncertainty is stated on the relevant panel rather than smoothed over.
Sources
Verified July 2026. "Last reviewed" date shown in the header refers to this source check.
- Forbes Kaprive J, Munakomi S, Cronovich HA. Romberg Test. StatPearls. Treasure Island (FL): StatPearls Publishing; updated 13 Aug 2023. ncbi.nlm.nih.gov/books/NBK563187 — definition, technique, indications, variants, safety, differentiation from cerebellar disease.
- Agrawal Y, Carey JP, Hoffman HJ, Sklare DA, Schubert MC. The modified Romberg Balance Test: normative data in U.S. adults. Otol Neurotol. 2011;32(8):1309–11. PMID 21892121 — 30 s cap, time-to-failure norms, <20 s associated with >3-fold odds of falling, threshold crossed at age 60–69.
- Halmágyi GM, Curthoys IS. Vestibular contributions to the Romberg test: testing semicircular canal and otolith function. Eur J Neurol. 2021;28(9):3211–19. PMID 34160115 — eyes closed on foam is a vestibular, not a proprioceptive, test.
- Khasnis A, Gokula RM. Romberg's test. J Postgrad Med. 2003;49(2):169–72. PMID 12867698 — clinical significance, sensory ataxia.
- Lanska DJ, Goetz CG. Romberg's sign: development, adoption, and adaptation in the 19th century. Neurology. 2000;55(8):1201–6. PMID 11071500 — historical description; variability in what counts as "positive".
- Henriksson NG, Johansson G, Olsson LG, Östlund H. Electric analysis of the Romberg test. Acta Otolaryngol. 1966;Suppl 224:272 — normal subjects deviate ≈6–7% of body weight laterally, roughly double antero-posteriorly.
- Krishnan K, et al. Posterior circulation stroke diagnosis using HINTS in patients presenting with acute vestibular syndrome: a systematic review. Eur Stroke J. 2019;4(3):233–9. PMID 31984230.
- Shirley Ryan AbilityLab, Rehabilitation Measures Database — Sharpened Romberg. sralab.org — normative eyes-closed times by age band (El-Kashlan et al.), reliability data.
- Vereeck L, Wuyts F, Truijen S, Van de Heyning P. Clinical assessment of balance: normative data, and gender and age effects. Int J Audiol. 2008;47(2):67–75 — age effects on tandem Romberg with eyes closed.
- Obturator Hernia. StatPearls; updated 2025. ncbi.nlm.nih.gov/books/NBK554529 — Howship–Romberg sign (sensitivity ≈50%), Hannington-Kiff sign, CT as investigation of choice.
- Nakayama T, et al. Obturator hernia: the relationship between anatomical classification and the Howship–Romberg sign. PMID 23483264 — sign present in 67% of anterior-branch vs 30% of posterior-branch hernias.
- Life in the Fast Lane, Medical Eponym Library — Howship–Romberg sign. litfl.com — historical priority (Howship 1840; Romberg 1847), 30–50% frequency, <1% of abdominal hernias.
What this page stores
Your last selections (the four radio choices, the tick boxes, the chosen protocol, the theme and the audience mode) are saved in this browser's localStorage under the key ctl-romberg-v1 so the tool reopens as you left it. No patient identifiers are requested, transmitted or stored, and nothing leaves your device. Clearing your browser data removes it; the Reset button clears it immediately.
What is the Romberg sign?
The Romberg sign is the loss of balance that appears when a person who can stand steadily with the eyes open closes them. It was described in the early nineteenth century by the German neurologist Moritz Heinrich Romberg in patients with tabes dorsalis, the spinal form of tertiary syphilis, and it has survived unchanged into modern practice because it isolates one thing well: the integrity of the proprioceptive pathway. Lanska and Goetz traced how the sign evolved from a symptom reported by patients into a formal clinical sign during the nineteenth century.
Romberg sign or Romberg test — is there a difference?
In everyday use the two are interchangeable, but they are not the same kind of thing. The Romberg test is the manoeuvre you perform. The Romberg sign (or Romberg’s sign) is the abnormal finding that the manoeuvre may or may not elicit. A clinician performs the Romberg test; a patient has, or does not have, a Romberg sign.
The two-of-three rule behind the test
Standing upright depends on three sensory channels feeding the brain: vision, proprioception carried by the dorsal column–medial lemniscus pathway, and the vestibular apparatus of the inner ear. Losing any one of the three is usually survivable. Losing two is not. Closing the eyes deliberately removes vision. A patient who then sways markedly, steps, or falls has revealed that a second channel — almost always proprioception — was already failing and was being silently compensated for by sight.
The distinction that matters most:
- Unsteady only with the eyes closed → sensory (proprioceptive) ataxia → positive Romberg sign.
- Unsteady with the eyes open as well → cerebellar ataxia or severe vestibular loss → the test cannot be assessed, and calling it “positive” is a mistake.
How to perform the Romberg sign test
The test takes about two minutes and needs no equipment. What it does need is a standardised technique, because the finding is a difference between two conditions rather than a measurement of either one.
- Prepare. Remove shoes. Explain the test and check the patient understands. Clear the area of hard edges.
- Guard the patient. Stand in front of or beside them, arms extended but not touching, ready to catch a fall. This is the only meaningful hazard of the examination and it is entirely preventable.
- Establish the baseline. Feet together, arms at the sides or folded across the chest, looking straight ahead, eyes open. Observe for about 30 seconds. Record what you see. Without this step there is no Romberg sign to find.
- Remove vision. Ask the patient to close the eyes and hold the same stance for up to 60 seconds.
- Interpret the change, not the absolute steadiness.
Some sway with the eyes closed is normal and is not a positive sign. Older electrophysiological work on quiet Romberg stance found healthy subjects deviating laterally by roughly 6–7% of body weight, and around double that in the antero-posterior direction. What counts as abnormal is a corrective step, a loss of the stance, or a fall that the examiner has to prevent.
Modified and sharpened Romberg variants
Two variants show up constantly in the literature, and they measure different things:
- Modified Romberg test of standing balance. Four conditions, 30 seconds each: firm surface with eyes open, firm with eyes closed, foam pad with eyes open, foam pad with eyes closed. Standing on foam degrades the somatosensory input from the feet, so the fourth condition depends predominantly on the vestibular system. In the US NHANES survey, 35.4% of adults aged 40 and over failed condition four. Agrawal and colleagues showed that a time to failure under 20 seconds carried more than a three-fold increase in the odds of having fallen in the previous year, and that the population mean crosses that 20-second mark somewhere between the ages of 60 and 69.
- Sharpened (tandem) Romberg test. Strict heel-to-toe stance, arms folded, eyes closed, usually capped at 60 seconds. It is more sensitive and considerably less specific: healthy older adults fail it too, which is exactly why it is a poor tool for confirming vestibular disease. It is used in diving medicine to screen for decompression illness.
Normative times for these variants are protocol-specific. Footwear, arm position, which foot leads, the surface and the time cap all move the number. Compare a patient with their own previous score before you compare them with a population mean.
Romberg sign interpretation: positive vs negative chart
Use the calculator above to score the two observations, or read the interpretation chart directly. The eyes-open baseline determines which row you are in, and everything follows from there.
| Eyes open | Eyes closed | Result | What it points to |
|---|---|---|---|
| Steady | Steady, or minimal sway | Negative | Proprioception and vestibular function are sufficient without vision. Does not exclude cerebellar disease. |
| Steady | Increased sway, no step | Equivocal | Physiological. Not a positive sign. Consider repeating, or a sharpened or foam condition. |
| Steady | Steps, staggers or falls | Positive Romberg sign | Sensory ataxia: dorsal columns or peripheral sensory nerves. Sometimes uncompensated vestibular loss. |
| Already unsteady | Any finding | Not interpretable | Cerebellar ataxia, severe vestibular loss or a functional disorder. Frequently — and wrongly — recorded as “positive”. |
What a positive Romberg sign means
A positive result means sensory ataxia. Vision was doing the work of a failing proprioceptive channel, and removing it exposed the deficit. Because it is reasonably specific when the technique is sound, a well-performed positive result is strong evidence of a dorsal column or peripheral sensory problem and should prompt targeted examination: vibration sense at the great toe and medial malleolus, joint position sense, ankle reflexes, and a search for pseudoathetosis. Patients often volunteer the corroborating history themselves — they are much worse in the dark, or they stagger in the shower when they close their eyes to wash their face.
A positive result is not a diagnosis. It is a localisation, and it opens an investigation rather than closing one. Khasnis and Gokula’s review in the Journal of Postgraduate Medicine makes the point that its value lies in being carried out meticulously and interpreted cautiously.
What a negative Romberg sign means
A negative result means that removing vision did not meaningfully degrade the stance — the remaining two channels were enough. It is reassuring about the dorsal columns. It says nothing whatever about the cerebellum, nothing about gait, and nothing about dynamic balance. A patient with florid cerebellar ataxia will typically test negative, because they were already unsteady before the eyes closed and closing them changed little.
When the test cannot be interpreted
If the patient cannot stand steadily with the eyes open, stop. There is no baseline, so eye closure cannot be the variable that broke the stance, and no verdict is available. This is the single commonest misuse of the test. Record what you saw — “unsteady with feet together, eyes open” — and examine the cerebellum instead. Similarly, in acute vestibular syndrome (continuous vertigo of recent onset with nausea and vomiting), the test has essentially no discriminating value between vestibular neuritis and posterior circulation stroke. Use the HINTS examination decision aid for that question, and arrange urgent assessment if there are focal signs.
Causes of a positive Romberg sign
The StatPearls review of the Romberg test groups the causes by where the sensory pathway breaks. Several of the commonest are reversible, which is the practical argument for performing the test at all.
| Site | Causes to consider | Corroborating findings |
|---|---|---|
| Dorsal columns / spinal cord | Vitamin B12 deficiency (subacute combined degeneration); tabes dorsalis in tertiary syphilis; multiple sclerosis; cervical spondylotic myelopathy; posterior spinal artery infarction; copper deficiency; nitrous oxide misuse | Loss of vibration and joint position sense; brisk reflexes and extensor plantars in myelopathy; sensory level |
| Peripheral sensory nerves | Diabetic and other length-dependent sensory neuropathies; chemotherapy-induced neuropathy (platinum agents, taxanes); sensory ganglionopathy; chronic inflammatory demyelinating polyneuropathy; Friedreich ataxia | Stocking sensory loss; absent ankle reflexes; symptoms worse in the dark |
| Vestibular | Uncompensated unilateral vestibulopathy (vestibular neuritis, labyrinthitis); bilateral vestibular hypofunction, e.g. aminoglycoside ototoxicity; Ménière’s disease | Consistent fall towards one side; spontaneous nystagmus; oscillopsia |
| Other / non-specific | Anterior cerebellar vermis lesions; Wernicke encephalopathy and chronic alcohol use; normal pressure hydrocephalus; functional postural instability | Improvement with distraction or dual tasking suggests a functional cause |
Because vitamin B12 deficiency is both common and treatable, a positive result with impaired vibration sense is a reasonable trigger to check B12 status — see our vitamin B12 deficiency assessment tool. Where imbalance and fall risk are the presenting concern rather than localisation, the Berg Balance Scale calculator and the Timed Up and Go test calculator are the better instruments; this test was never designed to quantify fall risk.
Howship–Romberg sign: a different sign with the same name
The Howship–Romberg sign has nothing to do with balance, proprioception or the dorsal columns. It is pain and paraesthesia along the obturator nerve — the medial thigh, radiating towards the knee — caused by compression of the nerve in the obturator canal, most often by an obturator hernia. The overlap in names is an accident of history: John Howship described the clinical syndrome in 1840, and Moritz Heinrich Romberg, the same neurologist who gave us the Romberg sign, later explained its mechanism.
How the Howship–Romberg sign is elicited
The pain is classically worsened by extension and medial (internal) rotation of the hip, and relieved by flexion of the thigh. Descriptions differ on whether abduction or adduction provokes it — StatPearls describes adduction, extension and medial rotation, while other references specify abduction. Reproduce the pain rather than memorising the verb.
It is reported in roughly 30–50% of obturator hernias, with a sensitivity of about 50%, and it is significantly more frequent when the sac follows the anterior branch of the obturator nerve — 67% of anterior-branch hernias versus 30% of posterior-branch hernias. The related Hannington-Kiff sign, an absent thigh adductor reflex with a preserved patellar reflex, is more specific but technically harder to elicit. Neither is sensitive or specific enough to confirm or exclude the diagnosis; CT of the abdomen and pelvis is the investigation of choice.
Clinical urgency. Obturator hernia accounts for under 1% of abdominal hernias, occurs mainly in thin, elderly, multiparous women, and around 80% present with small bowel obstruction. Medial thigh pain of this pattern together with colicky abdominal pain, vomiting or distension is a surgical emergency requiring immediate assessment and urgent imaging — not a clinic referral.
Frequently asked questions about the Romberg sign
What is a positive Romberg sign?
A positive Romberg sign is present when a patient can stand with the feet together and the eyes open, but sways markedly, steps to correct, or falls once the eyes are closed. It indicates sensory ataxia — a failure of proprioception in the dorsal columns of the spinal cord or the peripheral sensory nerves, which vision had been compensating for.
What does a positive Romberg sign mean?
It means the balance problem is sensory, not cerebellar. Standing requires at least two of three sensory inputs — vision, proprioception and vestibular function. Closing the eyes removes vision; if the patient then falls, a second channel was already failing. The finding localises the lesion and prompts investigation for causes such as vitamin B12 deficiency, diabetic sensory neuropathy, cervical myelopathy, multiple sclerosis or neurosyphilis. It is not itself a diagnosis.
What is a negative Romberg sign?
A negative result means balance did not deteriorate meaningfully when the eyes were closed. Proprioception and vestibular function were sufficient without vision. It is reassuring about the dorsal columns but does not exclude cerebellar disease, and it does not assess gait or dynamic balance.
Is a positive Romberg sign a sign of cerebellar disease?
No. This is the commonest misinterpretation. Patients with cerebellar ataxia are unsteady with the eyes open, so eye closure changes little and the test is typically negative. If a patient cannot stand steadily with the eyes open, it cannot be interpreted at all and should not be recorded as positive.
How long should the Romberg test last?
Observe roughly 30 seconds with the eyes open to establish the baseline, then up to 60 seconds with the eyes closed. Timed protocols differ: the modified Romberg test of standing balance caps each of its four conditions at 30 seconds, while the sharpened (tandem) Romberg test is usually capped at 60 seconds.
Is swaying with the eyes closed abnormal?
No. Healthy adults sway when they close their eyes. A positive result requires a corrective step, loss of the stance, or a fall that the examiner must prevent. Recording increased sway alone as “positive” destroys the specificity that makes the test useful.
What is the Howship–Romberg sign?
The Howship–Romberg sign is pain and paraesthesia along the medial thigh radiating to the knee, worsened by extension and medial rotation of the hip and relieved by flexion. It reflects obturator nerve compression, usually by an obturator hernia, and is present in roughly 30–50% of cases. It is unrelated to the neurological test despite sharing the name.
Is the Romberg test safe?
Yes, when performed with a guard. The examiner must stand within arm’s reach, ready to catch a fall, and the area must be clear. Patients who cannot stand with the feet together and the eyes open should never be asked to close them. Never attempt the test alone at home.
References and further reading
- Forbes Kaprive J, Munakomi S, Cronovich HA. Romberg Test. StatPearls Publishing. ncbi.nlm.nih.gov/books/NBK563187
- Khasnis A, Gokula RM. Romberg’s test. J Postgrad Med. 2003;49(2):169–72. PMID 12867698
- Agrawal Y, Carey JP, Hoffman HJ, Sklare DA, Schubert MC. The modified Romberg Balance Test: normative data in U.S. adults. Otol Neurotol. 2011;32(8):1309–11. PMID 21892121
- Lanska DJ, Goetz CG. Romberg’s sign: development, adoption, and adaptation in the 19th century. Neurology. 2000;55(8):1201–6. PMID 11071500
- Obturator Hernia. StatPearls Publishing. ncbi.nlm.nih.gov/books/NBK554529
- Nakayama T, et al. Obturator hernia: the relationship between anatomical classification and the Howship–Romberg sign. PMID 23483264
Nothing described on this page is investigational. The Romberg sign, the modified Romberg test and the sharpened Romberg test are long-established, non-interventional bedside examinations. Reference values are drawn from published studies with specific protocols and populations and are not universal thresholds. Confirm all figures against current sources and local guidance before acting on them.
