What's Wrong With My Ears? A Patient's Handbook on Tinnitus, Vertigo, Dizziness & Balance

Tinnitus, vertigo, dizziness, and balance problems are four of the most common — and most confusing — symptoms a person can experience. They share an address (the inner ear and the parts of the brain it talks to) but they are not the same thing, they do not share the same causes, and they do not respond to the same treatments. Patients often spend years bouncing between specialists because the language used in the clinic ("dizzy," "off-balance," "ringing") is too imprecise to point at a diagnosis.

This handbook is a single, plain-language reference covering all four. It is written for patients, families, and the curious — not for clinicians — and it draws on consensus criteria from the American Academy of Otolaryngology–Head and Neck Surgery (AAO-HNS), the Bárány Society's International Classification of Vestibular Disorders (ICVD), and the major audiology and neurotology textbooks. Read it end-to-end once, then keep it as a reference when something new happens.

How to use this handbook

The four symptoms are covered in turn — what they are, what causes them, what is benign, what is dangerous, what helps, and what to track at home. At the end you will find a single red-flag checklist (when to go to the emergency room) and a one-page tracking template you can use on paper or in any symptom-tracking app.

Quick reference: four symptoms, one map

Before going into detail, here is the shortest possible map. Almost everything in this handbook is a more careful version of this table.

• Tinnitus — sound (ringing, buzzing, roaring, clicking) without an external source. A symptom, not a disease. Usually chronic and benign; occasionally points to something treatable.
• Vertigo — a false sensation of motion, usually spinning. Either you feel like you are moving when you are not, or the world feels like it is moving when it is not. This is a mechanical or neurological signal that something is wrong with the balance system.
• Dizziness — an umbrella word for lightheadedness, unsteadiness, "wooziness," or feeling faint. It is not the same as vertigo. Most dizziness has nothing to do with the inner ear.
• Balance problems — difficulty staying upright or walking steadily. Comes from the integration of vision, the inner ear, and proprioception (your body's sense of where its limbs are). When any one of those three goes wrong, balance suffers.

1 · Tinnitus

What it is

Tinnitus is the perception of sound that has no external source. It can be ringing, buzzing, hissing, humming, roaring, clicking, or pulsing. It can be in one ear, both ears, or feel like it is "inside the head." It can be constant or intermittent, high-pitched or low-pitched, faint or loud enough to interfere with sleep.

About 10–15% of adults experience persistent tinnitus, and roughly 1–2% describe it as severe enough to impact daily life. It is one of the most common presenting symptoms in ENT clinics and one of the most under-treated.

The two big categories

• Subjective tinnitus (about 99% of cases) — only the patient hears it. It is generated somewhere along the auditory pathway, typically downstream of cochlear hair cell damage.
• Objective tinnitus (rare) — a clinician can sometimes hear it too, with a stethoscope. It usually has a vascular (blood-flow) or muscular cause and is more likely to point to something specific that can be treated.

Pulsatile vs non-pulsatile

This distinction matters because it changes the workup.

• Non-pulsatile tinnitus is steady or randomly varying and is not synchronized with the heartbeat. The vast majority of tinnitus is non-pulsatile.
• Pulsatile tinnitus is rhythmic and matches the pulse. It always deserves a careful evaluation because it can (occasionally) be caused by vascular abnormalities — narrowed arteries, AV malformations, dural fistulas, idiopathic intracranial hypertension, or glomus tumors. Most pulsatile tinnitus is still benign, but the workup is different.

Common causes

• Noise-induced hearing loss — the single biggest cause. Even a mild high-frequency hearing dip from years of loud environments (concerts, headphones, machinery, gunfire) is enough to generate persistent tinnitus.
• Age-related hearing loss (presbycusis) — tinnitus tracks the high-frequency loss that begins around age 50–60 in most adults.
• Ototoxic medications — high-dose aspirin or NSAIDs, loop diuretics, certain chemotherapy drugs (cisplatin), and IV aminoglycoside antibiotics can all cause tinnitus, sometimes reversibly.
• Earwax (cerumen) impaction — boring but very common, and easily fixed.
• Middle ear problems — Eustachian tube dysfunction, otitis media, otosclerosis.
• Meniere's disease — characteristically low-pitched, "rumbling" or "ocean" tinnitus that fluctuates with attacks. Often comes with a sense of ear fullness on the same side.
• Acoustic neuroma (vestibular schwannoma) — a benign tumor on the hearing/balance nerve. Suspected when tinnitus and hearing loss are clearly one-sided. Rare but important to rule out.
• TMJ (jaw joint) dysfunction and neck problems — a significant fraction of tinnitus changes when patients clench their jaw or move their neck. This subtype responds to physical therapy.
• Stress, anxiety, poor sleep, caffeine, nicotine — modulators rather than causes. They make existing tinnitus louder and more intrusive without creating it from nothing.

What helps — and what doesn't

The honest answer is that there is no proven cure for chronic subjective tinnitus, but there are several treatments with good evidence for reducing how disturbing it is.

• Hearing aids — for anyone with hearing loss and tinnitus, hearing aids alone often reduce tinnitus distress by 50% or more. The brain stops "filling in" the missing frequencies as aggressively.
• Sound therapy — low-level background noise (white noise, pink noise, nature sounds, dedicated tinnitus maskers) at night and in quiet rooms reduces the contrast between tinnitus and silence. Many free apps do this.
• Cognitive Behavioral Therapy (CBT) — has the strongest evidence base of any tinnitus treatment. It does not reduce loudness, but it dramatically reduces distress, sleep impact, and anxiety. AAO-HNS clinical practice guidelines specifically recommend it.
• Tinnitus Retraining Therapy (TRT) — a structured program combining counseling and sound therapy. Evidence is mixed but many patients benefit.
• Treating contributors — addressing sleep apnea, anxiety, caffeine intake, ototoxic medications, TMJ, or hearing loss often helps more than treating tinnitus directly.
• What does NOT help (per current evidence): ginkgo biloba, melatonin (for tinnitus itself, not for related sleep issues), zinc, lipoflavonoid supplements, transcranial magnetic stimulation in routine use, and any "tinnitus cure" sold online.

When tinnitus is a red flag

• Sudden one-sided tinnitus with sudden hearing loss — treat as urgent (sudden sensorineural hearing loss is a medical emergency; window for steroid treatment is short).
• Pulsatile tinnitus, especially one-sided.
• Tinnitus with new neurological symptoms (facial weakness, numbness, severe headache, vision changes).
• Tinnitus with progressive one-sided hearing loss — needs imaging (MRI) to rule out acoustic neuroma.

2 · Vertigo

What it is — and what it isn't

Vertigo is a false sensation of motion. The room spins, you feel like you are spinning, you feel like you are tilting or being pulled to one side. It is a specific perceptual experience, not a synonym for "dizzy." If you do not feel motion that isn't happening, you do not have vertigo — you have something else, and that something else has different causes (covered in the next section).

Vertigo almost always means something is wrong with the vestibular system — the inner ear's balance organs (semicircular canals and otolith organs), the vestibular nerve, or the parts of the brainstem and cerebellum that process balance signals.

The Big Five vertigo causes (≈ 90% of cases)

BPPV (Benign Paroxysmal Positional Vertigo)

• What it is: tiny calcium-carbonate crystals (otoconia) dislodge from the otolith organs and float into a semicircular canal. Head movement makes them tumble, which makes the canal report motion that isn't happening.
• Hallmark: brief, intense spinning when you roll over in bed, look up, or bend forward. Each episode lasts seconds to under a minute.
• How it's diagnosed: Dix-Hallpike maneuver in the clinic.
• Treatment: the Epley maneuver (a sequence of head positions that rolls the crystals back to where they belong) cures the most common type in 1–2 sessions for the majority of patients. This is one of the most effective treatments in all of medicine.

Meniere's disease

• What it is: a chronic disorder of inner-ear fluid pressure (endolymphatic hydrops).
• Hallmark: spontaneous attacks lasting 20 minutes to several hours, with hearing change, tinnitus, and ear fullness on the affected side.
• How it's diagnosed: two or more attacks plus documented low-to-mid frequency sensorineural hearing loss on audiometry (AAO-HNS / Bárány criteria).
• Treatment: low-sodium diet, diuretics, vestibular rehabilitation, intratympanic steroids in refractory cases. See the dedicated articles linked at the end of this handbook.

Vestibular neuritis (and labyrinthitis)

• What it is: inflammation of the vestibular nerve, usually post-viral. If hearing is affected too, it's called labyrinthitis.
• Hallmark: a single, severe episode of constant vertigo lasting days, often with nausea and vomiting bad enough to require IV fluids. After the acute phase, weeks of imbalance while the brain compensates.
• Treatment: short course of corticosteroids in the first 1–3 days, anti-nausea medication acutely, then early vestibular rehabilitation. The earlier you start moving (against your instincts), the faster the brain adapts.

Vestibular migraine

• What it is: migraine where the dominant symptom is vertigo, with or without headache.
• Hallmark: attacks lasting 5 minutes to 72 hours, often with light/sound sensitivity, nausea, or visual aura. Patient typically has a personal or family history of migraine.
• Treatment: migraine prophylaxis (sleep regularity, trigger control, sometimes medications like nortriptyline, topiramate, propranolol). Not a low-sodium diet.

Central causes (the small but important slice)

• Stroke or TIA in the brainstem or cerebellum can mimic peripheral vertigo. Red flags: sudden onset in a person with vascular risk factors, new severe headache, double vision, slurred speech, weakness, severe ataxia (can't sit up), or vertigo that doesn't fit any of the patterns above.
• Multiple sclerosis can cause vertigo as a relapse symptom, usually with other neurological features.
• Acoustic neuroma usually presents with progressive one-sided hearing loss and tinnitus more than with rotational vertigo, but unsteadiness is common.

The "is it peripheral or central?" question

This is the question every emergency clinician is trying to answer when you walk in with vertigo. A useful (though imperfect) rule of thumb:

• Peripheral (inner ear): spinning often dominant, hearing/tinnitus changes possible, position-triggered, severe nausea, no other neurological symptoms. The HINTS exam (Head-Impulse, Nystagmus, Test-of-Skew) performed by a trained clinician is more accurate than MRI in the first 48 hours.
• Central (brain): vertigo plus any new neurological symptom — facial droop, slurred speech, double vision, severe headache, limb weakness or numbness, severe imbalance, vertical nystagmus. Treat as a stroke until proven otherwise.

What to do during an attack

• Stop moving. Sit or lie down somewhere safe.
• Fix your gaze on a stationary object — vision is the strongest stabilizer when the vestibular system is misfiring.
• If nausea is severe, ginger or an anti-emetic (meclizine, dimenhydrinate) helps short-term. Avoid using vestibular suppressants beyond a couple of days — they slow brain compensation.
• Drink fluids. Vomiting plus the autonomic stress of vertigo dehydrates you fast.
• Once the spinning stops, walk. The brain only learns to compensate when it gets feedback from movement.

3 · Dizziness (the umbrella word)

Why "dizzy" is a useless word in the clinic

"Dizzy" is to medicine what "stomach pain" is — too vague to be diagnostic. The first job of a clinician hearing the word is to figure out which of four very different sensations the patient actually means.

The four flavors of dizziness

• Vertigo — false sensation of motion (covered above). Inner ear or brain.
• Pre-syncope (lightheadedness) — feeling like you might pass out, often with tunnel vision, ringing, sweating. Almost always a circulation problem: the brain is briefly under-perfused.
• Disequilibrium — feeling unsteady on your feet without spinning, especially when standing or walking. Usually a balance-system problem, not an inner-ear attack.
• Non-specific dizziness — "wooziness," "foggy," "off." Often anxiety-related, sometimes medication-related, sometimes related to chronic vestibular conditions like Persistent Postural-Perceptual Dizziness (PPPD).

Common causes of non-vertigo dizziness

• Orthostatic hypotension — blood pressure drops when you stand up. Lightheaded for a few seconds, sometimes longer. Common in older adults, dehydration, blood-pressure medications, certain antidepressants. Easy to confirm: lie down, then stand and check BP at 1 minute and 3 minutes.
• Vasovagal pre-syncope — triggered by pain, emotional stress, prolonged standing, hot environments, or the sight of blood. Heart slows, blood pressure drops, you feel lightheaded and pale. Very common, very benign, but unsettling.
• Cardiac arrhythmias — especially in older patients or anyone with structural heart disease. New "dizzy spells" that come out of nowhere, last seconds to minutes, and don't fit any obvious trigger pattern deserve a cardiac workup.
• Hypoglycemia — particularly in people on diabetes medications. Lightheadedness, sweating, hunger, tremor.
• Anemia — chronic lightheadedness with fatigue, shortness of breath on exertion, paleness.
• Anxiety and panic — hyperventilation drops blood CO₂, which constricts cerebral arteries, which makes you feel dizzy. Once started, the dizziness fuels more anxiety. Recognizable loop.
• Medication side effects — sedatives, opioids, blood-pressure medications, antidepressants, antihistamines, alcohol. Always review the medication list.
• Persistent Postural-Perceptual Dizziness (PPPD) — a chronic functional disorder, often following an acute vestibular event. The inner ear is fine but the brain stays in a state of heightened motion sensitivity. Treated with vestibular rehab, SSRIs, and CBT.
• Cervicogenic dizziness — from neck dysfunction. Real but often over-diagnosed; a diagnosis of exclusion.

4 · Balance

How balance works

Standing upright is a real-time integration problem. Your brain takes three input streams and continuously calculates where your center of mass is and what to do about it.

• Vision — gives the brain a high-resolution map of where the world is and where you are within it. Close your eyes and balance gets noticeably harder; this is the source of most "I can't balance in the shower" moments.
• Vestibular system — three semicircular canals (rotational acceleration in three planes) and two otolith organs (linear acceleration and gravity) in each inner ear. Tells the brain which way is up and how the head is moving.
• Proprioception — sensors in your joints, muscles, and especially the soles of your feet, telling the brain where your body parts are and how the ground is angled.

The brain is happy to lose any one of these — most people can balance with their eyes closed (no vision), and divers manage with no proprioceptive ground feedback. Lose two at once, however, and balance falls apart. This is why an older person on a thick carpet (degraded proprioception) in dim light (degraded vision) is at high fall risk even though their vestibular system is intact.

Common balance disorders

• Bilateral vestibular hypofunction — both inner ears are underperforming, often after ototoxic drug exposure (gentamicin), aging, or autoimmune conditions. Patients describe "oscillopsia" — the world bouncing when they walk. They depend heavily on vision for balance, so they fall in the dark.
• Cerebellar disorders — wide-based, lurching gait, difficulty with rapid alternating movements, can be caused by stroke, alcohol-related cerebellar degeneration, hereditary ataxias.
• Peripheral neuropathy — diabetes, B12 deficiency, chemotherapy, alcohol. Loss of foot sensation degrades proprioception and balance suffers, especially on uneven surfaces or in the dark.
• Visual problems — uncorrected refractive error, cataracts, macular degeneration, multifocal lenses (the bottom of a progressive lens distorts where your feet are).
• Sarcopenia and deconditioning — muscle loss with age. Even healthy adults lose 1–2% of muscle mass per year after age 60 unless they actively counteract it.
• Medications — especially polypharmacy in older adults. Sedatives, opioids, anticholinergics, blood-pressure medications, and alcohol all impair balance.

Why falls matter — and a way to actually prevent them

One in three adults over 65 falls each year. Falls are the leading cause of injury-related death in older adults, and the post-fall recovery period (especially after a hip fracture) is the most dangerous period of someone's life statistically. Balance is not a cosmetic concern.

The best-evidenced fall-prevention interventions are remarkably simple and remarkably underused:

• Strength training — particularly of the legs and core. 2–3 sessions per week of progressive resistance.
• Balance exercises — tai chi has the strongest evidence; specific vestibular-rehab exercises (gaze stabilization, single-leg stance progressions) work too. Practice with eyes closed once you are safe with eyes open.
• Vision optimization — annual eye exam, treat cataracts, consider single-vision distance glasses for outdoor walking instead of progressives.
• Home hazard assessment — remove loose rugs, add grab bars in bathrooms, improve lighting (especially at the top and bottom of stairs and on the path to the bathroom at night).
• Medication review — annually with your physician or pharmacist. Many older adults are on at least one medication that significantly impairs balance.
• Vitamin D — correct deficiency. Vitamin D supplementation in deficient older adults reduces fall risk; in replete adults it does not. Test before supplementing.

The single red-flag checklist

For all four symptoms above, the same situations turn a routine clinic visit into an emergency. Go to the emergency room or call emergency services if any of the following accompany dizziness, vertigo, tinnitus, or imbalance:

• Sudden severe headache, especially unlike any you have had before.
• New facial droop, weakness or numbness on one side of the body.
• Slurred speech or trouble understanding speech.
• Double vision, vision loss, or vertical eye-jerk movements.
• Trouble swallowing.
• Vertigo so severe you cannot sit upright.
• Sudden hearing loss, especially in one ear (treatment window for sudden sensorineural hearing loss is days, not weeks).
• Vertigo with chest pain, palpitations, or shortness of breath.
• First-ever severe vertigo episode in someone with vascular risk factors (older adult, smoker, hypertension, diabetes, atrial fibrillation).
• Confusion or loss of consciousness.

What to track at home — the universal template

Whether your symptom is tinnitus, vertigo, dizziness, or balance, clinicians want roughly the same data. Filling in this template for 2–4 weeks before an appointment will make a 15-minute visit dramatically more productive than describing things from memory.

1. What did you feel? Use specific words: spinning, lightheaded, woozy, unsteady, ringing, fullness, hearing change. Avoid "dizzy" alone.
2. When did it start? Time of day, what you were doing.
3. How long did it last? Seconds, minutes, hours, days.
4. What triggered it? Position change (lying down, rolling over, looking up), standing up, a specific food, lack of sleep, stress, exercise, weather change, menstrual cycle phase.
5. Was hearing or tinnitus involved? Which ear, how it changed.
6. Other symptoms? Headache, light/sound sensitivity, nausea, sweating, palpitations, visual aura.
7. How severe? 1–10 scale, and how disabling — could you function, did you have to lie down, did you call for help.
8. What helped? Lying still, dark room, sleep, medication, eating, drinking water, anti-nausea drug.
9. Recovery — were you back to baseline immediately, an hour later, the next day, or did residual unsteadiness last days?

Two to four weeks of this pattern of entries gives a specialist enough to decide which condition is most likely and which test (audiogram, Dix-Hallpike, video head impulse test, MRI, tilt-table) is worth running first. It is the single highest-leverage thing a patient can do between symptom onset and appointment.

How to make the most of your specialist visit

• Bring your symptom log printed or on your phone — written, not from memory.
• Bring a list of every medication and supplement you take, with doses.
• Bring prior test results — old audiograms, MRI reports, tilt-table results.
• Write down your top three questions before the visit. Ask them first.
• If something is unclear, ask the clinician to write down the working diagnosis and the next step. Memory after a 15-minute visit is unreliable.
• If hearing is part of your picture, insist on an audiogram — it is fast, painless, and one of the most informative tests in the entire vestibular workup.

Specialist matchmaking

• Otolaryngologist (ENT) — first stop for any inner-ear or hearing-related symptom. Can do audiometry, basic vestibular testing, ear exam.
• Neurotologist / otoneurologist — ENT subspecialty focused entirely on inner-ear and balance disorders. The right specialist for Meniere's, suspected acoustic neuroma, complex vertigo, or anyone whose first ENT couldn't explain things.
• Neurologist — for suspected vestibular migraine, central causes, MS, or any vertigo with neurological symptoms.
• Vestibular physical therapist — under-used and remarkably effective. Performs Epley maneuvers for BPPV, designs vestibular rehabilitation programs after vestibular neuritis, treats PPPD, and is often more available than a neurotologist.
• Cardiologist — if dizziness is pre-syncope, syncope, or accompanied by palpitations or chest symptoms.
• Audiologist — for hearing aids and tinnitus management programs.

What this handbook does not cover

Many adjacent topics deserve their own handbook and are intentionally scoped out here:

• Pediatric vertigo and balance, which has different causes and pathways.
• Mal de débarquement syndrome (the persistent sensation of being on a boat after travel).
• Superior semicircular canal dehiscence — rare, fascinating, treatable.
• Hearing aid fitting and cochlear implant candidacy.
• Surgical interventions in detail.

For any of these, a neurotology referral is the right move.

The bottom line

Tinnitus, vertigo, dizziness, and balance problems are four different things that get blurred together because patients use overlapping words and clinic visits are short. Most of the diagnostic work, in practice, comes from the patient's own description plus a few minutes of bedside testing. The more precisely you can describe what happened — duration, trigger, what felt like motion versus lightheadedness, whether hearing changed — the faster the right specialist can land on the right answer.

For a deeper look at specific conditions touched on above, see the related articles:

• Meniere's vs vestibular migraine — how to tell them apart
• How long does a Meniere's attack last?
• The 50 most common Meniere's triggers
• Low-sodium diet for Meniere's: a practical daily guide
• Barometric pressure and Meniere's: what the research shows
• Preparing for your ENT visit: a pre-appointment checklist

And if you want the universal symptom-tracking template above as a ready-to-use printable, the free Pattern Handbook includes a one-page log sheet built around exactly these fields. The iOS app automates the whole workflow — it captures duration, triggers, hearing changes, and local barometric pressure on every entry, and exports a clinician-ready one-page summary you can hand straight to an ENT or neurotologist.