Tinnitus Atlas

Tinnitus Atlas · Self-assessment

Self-assessment

All 405 self-assessment questions from across the atlas, grouped by module and tagged by level (Foundation, Trainee, Clinician). Each set scores as you reveal answers; read every rationale, including the incorrect options. For applied vignettes, work the case library; for a measure-by-measure overview, see Compare.

405 self-assessment questions across the atlas — by chapter

Ch 1 · Understanding Tinnitus45Ch 2 · Pathophysiology of Tinnitus45Ch 3 · Clinical Features and Classification of Tinnitus45Ch 4 · Bedside Examination and Clinical Assessment of Tinnitus45Ch 5 · Investigations and Audiological Evaluation in Tinnitus45Ch 6 · Conservative and Pharmacological Management of Tinnitus45Ch 7 · Tinnitus Retraining Therapy and Sound Therapy45Ch 8 · Surgical and Interventional Approaches for Tinnitus45Ch 9 · Tinnitus Due to Systemic and Unusual Causes45

Module 1 · Understanding Tinnitus: A Phantom Sound

Self-assessment — Module 13 questions
Question 1 · Foundation

The word 'tinnitus' derives from a Latin verb meaning to:

Question 2 · Foundation

Approximately what proportion of adults worldwide experience some form of tinnitus, per the 2022 global meta-analysis?

Question 3 · Trainee

Which best captures the modern conceptual model of chronic subjective tinnitus?

Module 2 · What Tinnitus Is — Definition and Terminology

Self-assessment — Module 23 questions
Question 1 · Foundation

Which feature best distinguishes tinnitus from an auditory hallucination?

Question 2 · Trainee

Saying 'tinnitus is a symptom, not a disease' implies that:

Question 3 · Clinician

Why do reported prevalence figures for tinnitus vary so widely between studies?

Module 3 · Subjective vs Objective Tinnitus

Self-assessment — Module 33 questions
Question 1 · Foundation

Approximately what proportion of tinnitus is subjective rather than objective?

Question 2 · Trainee

A rhythmic clicking tinnitus unrelated to the pulse most suggests which source?

Question 3 · Clinician

For typical bilateral, non-pulsatile subjective tinnitus with symmetric hearing loss, current guidelines recommend:

Module 4 · Functional vs Structural Tinnitus

Self-assessment — Module 43 questions
Question 1 · Foundation

What fundamentally distinguishes 'structural' from 'functional' tinnitus?

Question 2 · Trainee

A patient with bilateral, non-pulsatile tinnitus and a symmetrical high-frequency audiogram is best classified as having tinnitus that is most likely:

Question 3 · Clinician

Why does the functional/structural framework usefully guide imaging decisions?

Module 5 · Psychoacoustic and Temporal Subtypes

Self-assessment — Module 53 questions
Question 1 · Foundation

Which tinnitus descriptor most strongly suggests a vascular cause and an objective sound?

Question 2 · Trainee

Unilateral tinnitus accompanied by asymmetric sensorineural hearing loss should prompt which investigation?

Question 3 · Clinician

A rhythmic clicking tinnitus that is NOT synchronous with the heartbeat most suggests:

Module 6 · Epidemiology and Burden of Tinnitus

Self-assessment — Module 63 questions
Question 1 · Foundation

Approximately what proportion of adults has any tinnitus, and what proportion has severe/bothersome tinnitus, per pooled global data?

Question 2 · Trainee

Which is the leading MODIFIABLE risk factor for tinnitus at the population level?

Question 3 · Clinician

What dominates the societal cost of tinnitus in cost-of-illness analysis?

Module 7 · Otologic Causes of Tinnitus

Self-assessment — Module 73 questions
Question 1 · Foundation

Which feature most specifically points to Ménière’s disease as the cause of a patient’s tinnitus?

Question 2 · Trainee

Most patients with chronic subjective tinnitus also have which finding?

Question 3 · Clinician

A 55-year-old develops sudden unilateral hearing loss with new tinnitus over one day. What is the most appropriate immediate action?

Module 8 · Neurologic Causes of Tinnitus

Self-assessment — Module 83 questions
Question 1 · Foundation

Which tinnitus pattern most strongly warrants MRI to exclude retrocochlear pathology?

Question 2 · Trainee

A patient can make their tinnitus louder by clenching the jaw and turning the neck. This indicates:

Question 3 · Clinician

Tinnitus from multiple sclerosis is best characterised as:

Module 9 · Vascular Causes (Pulsatile Tinnitus)

Self-assessment — Module 93 questions
Question 1 · Trainee

Which feature best distinguishes a venous from an arterial cause of pulsatile tinnitus at the bedside?

Question 2 · Clinician

Which is a 'must-not-miss' vascular cause of pulsatile tinnitus that may be both dangerous and curable?

Question 3 · Clinician

A patient has sharply pulse-synchronous tinnitus unchanged by neck compression, raising suspicion of an arteriovenous shunt. Which study is the reference standard and may also be therapeutic?

Module 10 · Muscular and Mechanical Causes

Self-assessment — Module 103 questions
Question 1 · Foundation

Which feature defines objective tinnitus?

Question 2 · Trainee

A patient has rhythmic ear clicking; tympanometry shows trace deflections synchronous with the clicks. First-line medical treatment is:

Question 3 · Clinician

Which is the preferred targeted intervention for disabling essential palatal tremor causing tinnitus?

Module 11 · Pharmacologic and Ototoxic Causes

Self-assessment — Module 113 questions
Question 1 · Foundation

Which ototoxic agent typically causes REVERSIBLE tinnitus by disrupting outer-hair-cell electromotility?

Question 2 · Trainee

Why is the danger of combining a loop diuretic with an aminoglycoside emphasised?

Question 3 · Clinician

Which cochlear region is injured first in cisplatin and aminoglycoside ototoxicity, explaining why tinnitus precedes speech-frequency loss?

Module 12 · Idiopathic Tinnitus and Systemic Links

Self-assessment — Module 123 questions
Question 1 · Foundation

What best describes idiopathic tinnitus?

Question 2 · Trainee

The central-gain model proposes that idiopathic tinnitus with a normal audiogram may arise because:

Question 3 · Clinician

Which systemic condition has been linked in population data to an increased risk of developing tinnitus and is worth screening for before labelling a case idiopathic?

Module 13 · Mechanism: Cochlear Damage and Deafferentation

Self-assessment — Module 133 questions
Question 1 · Foundation

What is the cochlear event that most directly triggers the central changes of tinnitus?

Question 2 · Trainee

In the Kujawa & Liberman model, a 'temporary' noise-induced threshold shift can leave which permanent change?

Question 3 · Clinician

Schaette and Kempter's model predicts that the dominant tinnitus pitch tends to fall:

Module 14 · Mechanism: Central Gain and Cortical Plasticity

Self-assessment — Module 143 questions
Question 1 · Foundation

Central gain in tinnitus is best described as:

Question 2 · Clinician

The EEG/MEG signature of thalamocortical dysrhythmia in tinnitus includes:

Question 3 · Trainee

In Jastreboff's neurophysiological model, what converts a faint phantom signal into chronic, distressing tinnitus?

Module 15 · Mechanism: Somatosensory Cross-Talk

Self-assessment — Module 153 questions
Question 1 · Foundation

Which brainstem structure is the principal site of auditory-somatosensory integration relevant to tinnitus?

Question 2 · Trainee

After cochlear injury, somatosensory inputs influence auditory neurons more strongly mainly because of:

Question 3 · Clinician

Bimodal (paired sound-plus-somatosensory) stimulation is thought to reduce tinnitus by:

Module 1 · Pathophysiology Overview — A Peripheral Trigger, A Central Disease

Self-assessment — Module 13 questions
Question 1 · Foundation

The 'two-stage' model of tinnitus proposes that:

Question 2 · Trainee

Central gain in tinnitus is best described as:

Question 3 · Clinician

Why does tinnitus loudness correlate poorly with the audiogram?

Module 2 · Peripheral Generators — Cochlea, Synaptopathy, Deafferentation

Self-assessment — Module 23 questions
Question 1 · Trainee

Cochlear synaptopathy preferentially affects which auditory-nerve fibres first?

Question 2 · Foundation

In the Kujawa & Liberman model, what is the key dissociation after a 'temporary' noise exposure?

Question 3 · Clinician

Perceived tinnitus pitch most often corresponds to:

Module 3 · Spontaneous Hyperactivity After Deafferentation

Self-assessment — Module 33 questions
Question 1 · Trainee

Which structure shows the earliest and most robust spontaneous hyperactivity after noise trauma?

Question 2 · Clinician

Immediately (1-6 h) after acute noise trauma, central spontaneous firing typically:

Question 3 · Clinician

Spontaneous hyperactivity relates to perceived tinnitus pitch because it:

Module 4 · Neural Synchrony, Bursting and Hyperexcitability

Self-assessment — Module 43 questions
Question 1 · Foundation

Why is a burst of spikes a more effective signal to a downstream neuron than the same number of spikes fired tonically?

Question 2 · Trainee

Cross-fibre coherence contributes to the tinnitus percept because the auditory brain normally interprets synchronous firing across many fibres as:

Question 3 · Clinician

In thalamic (MGB) neurons of tinnitus animals, what membrane mechanism underlies the shift to rhythmic burst firing after loss of excitatory drive?

Module 5 · The Dorsal Cochlear Nucleus as a Generator

Self-assessment — Module 53 questions
Question 1 · Foundation

Which cells are the principal output neurons of the dorsal cochlear nucleus implicated in tinnitus generation?

Question 2 · Trainee

After cochlear deafferentation, fusiform cells become hyperactive primarily because:

Question 3 · Clinician

The best-supported role of the DCN in tinnitus is that it acts as:

Module 6 · The Central Gain Mechanism (Homeostatic Plasticity)

Self-assessment — Module 63 questions
Question 1 · Foundation

In the central-gain model, why can homeostatic plasticity generate a phantom sound after hearing loss?

Question 2 · Trainee

The Schaette & Kempter computational model is notable because it can predict, from a patient's audiogram, the:

Question 3 · Clinician

How does the central-gain model explain hyperacusis as the 'cousin' of tinnitus?

Module 7 · Tonotopic Map Reorganization and the Edge Effect

Self-assessment — Module 73 questions
Question 1 · Foundation

In the 'edge effect', which frequencies become over-represented in auditory cortex after a focal cochlear lesion?

Question 2 · Clinician

What did Langers and colleagues' high-resolution fMRI study contribute to the tonotopic-reorganization debate?

Question 3 · Trainee

Why does weakened lateral inhibition at the lesion edge promote tinnitus-related activity?

Module 8 · Thalamocortical Dysrhythmia and Neural Oscillations

Self-assessment — Module 83 questions
Question 1 · Trainee

In thalamocortical dysrhythmia, what causes auditory thalamic relay neurons to switch into rhythmic burst firing?

Question 2 · Clinician

What is the 'edge of gamma' in the Llinás model?

Question 3 · Foundation

Which resting EEG/MEG change is characteristically REDUCED in tinnitus and interpreted as loss of inhibitory tone?

Module 9 · Auditory Cortex and Resting-State Networks

Self-assessment — Module 93 questions
Question 1 · Clinician

Why has no single 'tinnitus locus' been identified in the brain?

Question 2 · Trainee

In the resting-state account, what role does the default-mode network play in tinnitus?

Question 3 · Foundation

Which clinical observation is best explained by the network/salience model of tinnitus?

Module 10 · The Limbic and Emotional Network

Self-assessment — Module 103 questions
Question 1 · Trainee

In Rauschecker’s noise-cancellation model, where is the aberrant tinnitus signal normally gated before it reaches awareness?

Question 2 · Clinician

Which structure is described as the central gatekeeper of the frontostriatal noise-cancellation circuit?

Question 3 · Foundation

A clinical implication of the dissociation between loudness and distress is that:

Module 11 · Attention, Salience and the Default-Mode Network

Self-assessment — Module 113 questions
Question 1 · Trainee

The salience network in tinnitus is anchored by which two regions?

Question 2 · Clinician

A hallmark default-mode-network abnormality in tinnitus is:

Question 3 · Foundation

Why does the triple-network framework support the use of CBT and habituation therapy?

Module 12 · Predictive Coding — A Bayesian Model of Tinnitus

Self-assessment — Module 123 questions
Question 1 · Foundation

In predictive-coding terms, what is passed up the cortical hierarchy to update the brain’s model?

Question 2 · Trainee

Sedley’s sensory-precision model attributes tinnitus primarily to:

Question 3 · Clinician

Why is the predictive-coding framework described as “unifying” for tinnitus?

Module 13 · Phantom Perception and the Neuropathic-Pain Parallel

Self-assessment — Module 133 questions
Question 1 · Foundation

Which feature is shared by tinnitus, phantom-limb pain and neuropathic pain?

Question 2 · Trainee

Which oscillatory pattern is proposed to be common to both chronic tinnitus and chronic central pain?

Question 3 · Clinician

What is an important limitation of the tinnitus-neuropathic-pain analogy?

Module 14 · The Evidence — Neuroimaging and Electrophysiology

Self-assessment — Module 143 questions
Question 1 · Trainee

Which EEG/MEG pattern is most characteristic of chronic tinnitus?

Question 2 · Clinician

Reduced ABR wave-I amplitude in a tinnitus patient with a normal audiogram is interpreted as evidence of:

Question 3 · Clinician

Why has no single objective biomarker of tinnitus been validated for clinical use?

Module 15 · Unifying Models and What They Mean for Treatment

Self-assessment — Module 153 questions
Question 1 · Foundation

Jastreboff's neurophysiological model is best summarised by which claim?

Question 2 · Clinician

In the Bayesian-precision model, how does deafferentation produce a phantom percept?

Question 3 · Clinician

What is the principal clinical implication of integrating the models into one stage framework?

Module 1 · How Tinnitus Presents — The Clinical Picture

Self-assessment — Module 13 questions
Question 1 · Foundation

Which statement best captures why the word ‘tinnitus’ alone is clinically insufficient?

Question 2 · Trainee

A pulse-synchronous ‘whooshing’ sound most importantly prompts the clinician to consider:

Question 3 · Clinician

The ‘loudness–distress disconnect’ implies that the principal target of management is usually:

Module 2 · Taking the Tinnitus History

Self-assessment — Module 23 questions
Question 1 · Foundation

By common clinical convention, tinnitus is classified as ‘chronic’ when it has lasted:

Question 2 · Trainee

Which history feature most lowers the threshold for MRI of the internal auditory meatus?

Question 3 · Clinician

Asking a patient ‘what do you think is causing the noise, and what worries you most?’ is valuable chiefly because it:

Module 3 · Pitch, Loudness and Sound Quality

Self-assessment — Module 33 questions
Question 1 · Foundation

The perceived pitch of subjective tinnitus most often corresponds to:

Question 2 · Trainee

Typical loudness-matched tinnitus, measured against an external tone, is usually around:

Question 3 · Clinician

A clicking or fluttering quality to the tinnitus should chiefly prompt consideration of:

Module 4 · Temporal Pattern, Onset and Fluctuation

Self-assessment — Module 43 questions
Question 1 · Foundation

By common convention, tinnitus is classified as 'chronic' once it has persisted for longer than:

Question 2 · Trainee

A patient says tinnitus is barely noticeable at work but unbearable in bed at night. This diurnal pattern is best explained by:

Question 3 · Clinician

Compared with chronic tinnitus, recent-onset (acute) tinnitus most importantly warrants:

Module 5 · Recognising Pulsatile Tinnitus

Self-assessment — Module 53 questions
Question 1 · Foundation

The single most useful first question when tinnitus sounds rhythmic is whether it is:

Question 2 · Trainee

A continuous low hum that the patient can soften by pressing on the ipsilateral neck and by turning the head toward that side most suggests:

Question 3 · Clinician

Why does recognising pulsatile tinnitus change clinical management?

Module 6 · Somatic & Somatosensory Features

Self-assessment — Module 63 questions
Question 1 · Foundation

The defining clinical feature of somatic tinnitus is that the percept can be:

Question 2 · Trainee

Modulation of tinnitus by jaw and neck movement is anatomically explained by somatosensory afferents converging on the:

Question 3 · Clinician

Identifying a somatic tinnitus phenotype is clinically worthwhile chiefly because it:

Module 7 · Laterality and Clinical Red Flags

Self-assessment — Module 73 questions
Question 1 · Foundation

Which feature most strongly mandates dedicated vascular imaging rather than reassurance?

Question 2 · Trainee

An adult presents with new unilateral tinnitus and asymmetric SNHL. Which investigation is first-line to exclude a retrocochlear lesion?

Question 3 · Clinician

Which presentation should be treated as an otological emergency requiring same-week assessment?

Module 8 · Tinnitus Distress and the Emotional Reaction

Self-assessment — Module 83 questions
Question 1 · Foundation

Which best describes the relationship between matched tinnitus loudness and tinnitus distress?

Question 2 · Trainee

In the cognitive-behavioural model, what most directly converts a neutral phantom sound into a distressing one?

Question 3 · Clinician

Given the loudness–distress dissociation, which treatment approach has the strongest evidence for reducing tinnitus distress?

Module 9 · Impact on Sleep and Cognition

Self-assessment — Module 93 questions
Question 1 · Foundation

Approximately what proportion of people with bothersome tinnitus report clinically meaningful sleep disturbance?

Question 2 · Trainee

Which mechanism best explains why tinnitus-related insomnia tracks annoyance more than loudness?

Question 3 · Clinician

Reviews of cognition in tinnitus most consistently show impairment in which domains?

Module 10 · Anxiety, Depression and Suicidality

Self-assessment — Module 103 questions
Question 1 · Foundation

Compared with adults without tinnitus, adults with tinnitus have approximately what change in the prevalence of anxiety and depression?

Question 2 · Trainee

Which statement best captures the relationship between tinnitus and suicide risk?

Question 3 · Clinician

A brief, practical way to screen for mood comorbidity during a tinnitus visit is to use:

Module 11 · Hyperacusis, Misophonia and Sound Tolerance

Self-assessment — Module 113 questions
Question 1 · Foundation

The feature that most reliably distinguishes misophonia from hyperacusis is that misophonic reactions are:

Question 2 · Trainee

Hyperacusis and tinnitus frequently coexist because both are linked to:

Question 3 · Clinician

Why is blanket ear protection and sound avoidance generally the wrong advice for a hyperacusic patient?

Module 12 · Special Populations (Paediatric, Elderly, Meniere, Vestibular Migraine)

Self-assessment — Module 123 questions
Question 1 · Foundation

Why is tinnitus under-recognised in children?

Question 2 · Trainee

The classic tinnitus of Menière’s disease is best described as:

Question 3 · Clinician

Which finding best distinguishes vestibular migraine from Menière’s disease in a patient with episodic vertigo and tinnitus?

Module 13 · Questionnaires — THI, TFI and Friends

Self-assessment — Module 133 questions
Question 1 · Foundation

How many items does the Tinnitus Handicap Inventory contain, and what is its total score range?

Question 2 · Trainee

What is the principal advantage of the Tinnitus Functional Index over the THI?

Question 3 · Clinician

A clinic switches from the THI to the mini-TQ between a patient's two visits. What is the main problem?

Module 14 · Psychoacoustic Measures and Severity Grading

Self-assessment — Module 143 questions
Question 1 · Foundation

What does the minimum masking level (MML) measure?

Question 2 · Trainee

A patient's tinnitus is matched at 7 dB sensation level but their TFI is 65. What does this illustrate?

Question 3 · Trainee

Residual inhibition refers to which phenomenon?

Module 15 · Clinical Classification and Phenotyping for Management

Self-assessment — Module 153 questions
Question 1 · Foundation

In the AAO-HNS scheme, what distinguishes secondary tinnitus from primary tinnitus?

Question 2 · Trainee

Which single classification label most directly determines whether active intervention is offered?

Question 3 · Clinician

What is the central purpose of the TRI database and the ESIT standardised questionnaire?

Module 1 · The Bedside Approach to Tinnitus

Self-assessment — Module 13 questions
Question 1 · Foundation

Which set best captures the three core goals of a bedside tinnitus assessment?

Question 2 · Trainee

According to the neurophysiological model, why does the bedside examination extend beyond the ear?

Question 3 · Clinician

A patient matches their tinnitus at only 4 dB SL yet scores severely on a handicap inventory. What does this best illustrate?

Module 2 · General and Otoscopic Examination

Self-assessment — Module 23 questions
Question 1 · Foundation

Which otoscopic finding most often produces an immediately reversible tinnitus?

Question 2 · Trainee

The Schwartz sign at the bedside should make you anticipate which audiometric pattern?

Question 3 · Clinician

What is the single most important bedside rule when a retrotympanic vascular mass is seen?

Module 3 · The Neuro-otologic Examination

Self-assessment — Module 33 questions
Question 1 · Foundation

Why are cranial nerves VII and VIII examined together in the neuro-otologic screen?

Question 2 · Trainee

In acute vertigo with tinnitus, which bedside combination most suggests a dangerous central lesion?

Question 3 · Clinician

Tinnitus that changes in pitch or loudness when the patient clenches the jaw or turns the neck most likely reflects what?

Module 4 · Tuning-Fork Tests (Weber, Rinne)

Self-assessment — Module 43 questions
Question 1 · Foundation

On the Weber test, the tone lateralises to a purely conductive ear because:

Question 2 · Clinician

A Rinne test reported as 'bone louder than air' (negative) in a patient who actually has profound sensorineural loss in that ear is best explained by:

Question 3 · Trainee

Which statement about the accuracy of tuning-fork tests is correct?

Module 5 · Auscultation and Inspection for Objective Tinnitus

Self-assessment — Module 53 questions
Question 1 · Trainee

While auscultating a patient with pulsatile tinnitus, a hum over the mastoid disappears with light ipsilateral jugular compression. This most suggests:

Question 2 · Foundation

Rhythmic flutter of the tympanic membrane that is regular but NOT synchronous with the pulse is characteristic of:

Question 3 · Clinician

When documenting objective tinnitus, which single feature most efficiently separates a vascular from a myogenic cause?

Module 6 · Tinnitus Pitch Matching

Self-assessment — Module 63 questions
Question 1 · Foundation

Most subjective tinnitus is pitch-matched to:

Question 2 · Trainee

Octave confusion in pitch matching refers to:

Question 3 · Clinician

The tendency for matched tinnitus pitch to fall near the edge of the audiometric loss is best explained by:

Module 7 · Tinnitus Loudness Matching

Self-assessment — Module 73 questions
Question 1 · Foundation

Tinnitus loudness matches are conventionally expressed in which unit, and why?

Question 2 · Trainee

A patient matches tinnitus to 8 dB SL yet rates it 90/100 for intrusiveness. The best interpretation is:

Question 3 · Clinician

Loudness recruitment in a cochlear-impaired ear affects loudness matching by:

Module 8 · Minimum Masking Level

Self-assessment — Module 83 questions
Question 1 · Foundation

The minimum masking level is best defined as:

Question 2 · Trainee

Feldmann’s masking curves demonstrated that tinnitus, unlike external tones, can:

Question 3 · Clinician

A patient has an MML above 40 dB SL with a resistant masking curve and marked hyperacusis. The most appropriate interpretation is:

Module 9 · Residual Inhibition Testing

Self-assessment — Module 93 questions
Question 1 · Foundation

Residual inhibition is best described as:

Question 2 · Trainee

The standard bedside method for eliciting residual inhibition is:

Question 3 · Clinician

Roberts and colleagues showed that residual inhibition is deepest when the masker frequency:

Module 10 · Somatosensory and TMJ Bedside Assessment

Self-assessment — Module 103 questions
Question 1 · Foundation

Why can forceful jaw clenching change a patient's tinnitus?

Question 2 · Trainee

Which finding best supports a cervicogenic (rather than jaw-related) somatosensory component?

Question 3 · Clinician

A positive somatic modulation test at the bedside should chiefly be interpreted as:

Module 11 · Neck and Vascular Examination (Pulsatile)

Self-assessment — Module 113 questions
Question 1 · Foundation

During auscultation for pulsatile tinnitus, asking the patient to hold their breath is done to:

Question 2 · Trainee

Light ipsilateral internal-jugular compression abolishes a patient's pulsatile tinnitus. This most strongly suggests:

Question 3 · Clinician

Which bedside finding most urgently mandates dedicated vascular imaging?

Module 12 · Bedside Hearing and Speech Checks

Self-assessment — Module 123 questions
Question 1 · Foundation

When performing the whispered-voice test, why is the non-test ear masked (e.g., by rubbing the tragus)?

Question 2 · Trainee

What is the principal role of bedside hearing screens in a tinnitus patient?

Question 3 · Clinician

The calibrated finger-rub auditory screening approach (CALFRAST) improves on a casual finger rub mainly by:

Module 13 · Bedside Distress and Psychometric Screening

Self-assessment — Module 133 questions
Question 1 · Foundation

Why is matched tinnitus loudness a poor guide to how much a patient needs treatment?

Question 2 · Trainee

Which instrument was specifically designed to profile subscales (including sleep and sense of control) and to be responsive to treatment change?

Question 3 · Clinician

A patient with a high THI also screens positive on the self-harm item. What is the appropriate response?

Module 14 · Red Flags on Examination

Self-assessment — Module 143 questions
Question 1 · Foundation

Which presentation is LEAST likely to require imaging?

Question 2 · Trainee

A patient has pulsatile tinnitus and a bluish retrotympanic mass on otoscopy. What must you NOT do?

Question 3 · Clinician

Tinnitus accompanied by sudden sensorineural hearing loss should be regarded as:

Module 15 · A Systematic Bedside Protocol

Self-assessment — Module 153 questions
Question 1 · Trainee

In the structured protocol, why are pitch and loudness matching placed AFTER the examination and tuning-fork tests?

Question 2 · Clinician

What makes the red-flag check a distinct explicit step rather than an assumption?

Question 3 · Foundation

Even when no red flags or distress are found, why does the plan still include explicit reassurance?

Module 1 · The Diagnostic Work-up — What to Order and When

Self-assessment — Module 13 questions
Question 1 · Foundation

Which feature in the tinnitus history most strongly mandates dedicated vascular imaging?

Question 2 · Trainee

Why is audiometry performed before any other instrumented test in tinnitus?

Question 3 · Clinician

A patient has symmetric tinnitus, symmetric high-frequency sensorineural loss, no pulsatility and no neurological signs. According to the tiered algorithm, what is the appropriate imaging strategy?

Module 2 · Pure-Tone Audiometry (incl. high-frequency)

Self-assessment — Module 23 questions
Question 1 · Foundation

What is the classic audiometric signature of noise-induced cochlear injury?

Question 2 · Trainee

According to the central-gain model, where does the matched tinnitus pitch typically fall relative to the audiogram?

Question 3 · Clinician

Why does extended high-frequency audiometry add value in a tinnitus patient with a normal conventional audiogram?

Module 3 · Speech Audiometry

Self-assessment — Module 33 questions
Question 1 · Foundation

What does a word recognition score (WRS) primarily assess that the pure-tone audiogram does not?

Question 2 · Trainee

Rollover on performance-intensity testing is best described as:

Question 3 · Clinician

A tinnitus patient with a near-normal audiogram complains chiefly of difficulty understanding speech in restaurants. Which test best captures and quantifies this disability?

Module 4 · Tympanometry and Acoustic Reflexes

Self-assessment — Module 43 questions
Question 1 · Foundation

A flat tympanogram with no identifiable peak and a normal ear-canal volume most likely indicates:

Question 2 · Trainee

Reflex decay (amplitude falling below half within 10 seconds of a sustained tone) is most suggestive of:

Question 3 · Clinician

In a patient with a clicking objective tinnitus, what immittance finding supports middle-ear myoclonus?

Module 5 · Otoacoustic Emissions (and SOAEs)

Self-assessment — Module 53 questions
Question 1 · Foundation

Otoacoustic emissions are primarily a measure of which structure?

Question 2 · Clinician

Reduced contralateral suppression of OAEs in tinnitus patients is interpreted as:

Question 3 · Trainee

Regarding spontaneous OAEs (SOAEs) and tinnitus, which statement is correct?

Module 6 · ABR and Electrocochleography

Self-assessment — Module 63 questions
Question 1 · Foundation

Which ABR finding most suggests a retrocochlear lesion?

Question 2 · Trainee

An SP/AP ratio above approximately 0.4 on electrocochleography is most consistent with:

Question 3 · Clinician

Why has MRI largely replaced ABR for screening unilateral tinnitus with asymmetric hearing loss?

Module 7 · Extended High-Frequency Audiometry & Hidden Hearing Loss

Self-assessment — Module 73 questions
Question 1 · Trainee

Why does cochlear synaptopathy leave the standard pure-tone audiogram normal?

Question 2 · Clinician

What is the characteristic ABR pattern proposed in hidden hearing loss with central gain?

Question 3 · Foundation

Extended high-frequency audiometry adds value in tinnitus because it:

Module 8 · Psychoacoustic Measurement (pitch, loudness, MML, RI)

Self-assessment — Module 83 questions
Question 1 · Trainee

Why is tinnitus loudness reported in dB sensation level (dB SL) rather than dB hearing level (dB HL)?

Question 2 · Clinician

A high or 'unmaskable' minimum masking level most suggests:

Question 3 · Foundation

The tinnitus spectrum (likeness rating) is preferred over a single pitch match because it:

Module 9 · Patient-Reported Outcome Measures in the Work-up

Self-assessment — Module 93 questions
Question 1 · Trainee

Which instrument is best chosen specifically to measure whether a tinnitus treatment is working over time?

Question 2 · Clinician

Why are anxiety, depression and sleep screens (e.g. GAD-7, PHQ-9, PSQI) part of the tinnitus work-up?

Question 3 · Foundation

The minimal clinically important difference (MCID) for the TFI is approximately:

Module 10 · Laboratory and Blood Work-up

Self-assessment — Module 103 questions
Question 1 · Foundation

What is the recommended approach to blood testing in the typical patient with gradual, bilateral, age-appropriate tinnitus?

Question 2 · Trainee

Which finding on history most specifically justifies ordering a full blood count in a tinnitus patient?

Question 3 · Clinician

Once a targeted blood abnormality (e.g. iron-deficiency anaemia or hypothyroidism) is corrected, what is the appropriate next step regarding the tinnitus?

Module 11 · Imaging — Who to Scan and Why

Self-assessment — Module 113 questions
Question 1 · Foundation

What is the recommended imaging approach for the typical patient with bilateral, non-pulsatile tinnitus and symmetrical hearing loss?

Question 2 · Trainee

Which feature is NOT a recognised red flag that prompts imaging in tinnitus?

Question 3 · Clinician

Why does targeting imaging by red flags matter from a yield perspective in asymmetric SNHL?

Module 12 · MRI in Tinnitus (IAC/brain, vestibular schwannoma)

Self-assessment — Module 123 questions
Question 1 · Foundation

Which MRI sequence provides the high-sensitivity cisternographic screen of the IAC/CPA for a vestibular schwannoma?

Question 2 · Trainee

Why is MRI preferred over ABR for excluding vestibular schwannoma in asymmetric SNHL?

Question 3 · Clinician

A patient with unilateral tinnitus has a completely normal IAC/brain MRI with gadolinium. What is the appropriate interpretation and next step?

Module 13 · CT and Vascular Imaging for Pulsatile Tinnitus

Self-assessment — Module 133 questions
Question 1 · Foundation

Which bedside manoeuvre classically reduces a venous pulsatile tinnitus?

Question 2 · Trainee

Why is catheter DSA still considered the reference standard for vascular pulsatile tinnitus?

Question 3 · Clinician

A continuous machinery-like bruit with early venous filling on imaging in a pulsatile-tinnitus patient should raise suspicion for which lesion?

Module 14 · Emerging and Research Investigations (fMRI/PET/EEG/MEG)

Self-assessment — Module 143 questions
Question 1 · Foundation

Which pair of methods offers excellent temporal resolution but relatively poor spatial localisation?

Question 2 · Trainee

The classic resting-state electrophysiological signature of tinnitus is best described as:

Question 3 · Clinician

What is the principal reason functional imaging is not used clinically to diagnose tinnitus?

Module 15 · Building a Stratified, Cost-aware Work-up

Self-assessment — Module 153 questions
Question 1 · Foundation

Which work-up does EVERY tinnitus patient warrant before any branching decision?

Question 2 · Trainee

A patient with clearly UNILATERAL tinnitus and asymmetric sensorineural loss should have which highest-yield targeted investigation?

Question 3 · Clinician

Why is routine neuroimaging discouraged for symmetric, non-pulsatile tinnitus?

Module 1 · The Management Philosophy — No Cure, Much Help

Self-assessment — Module 13 questions
Question 1 · Foundation

What is the primary therapeutic target of conservative tinnitus management?

Question 2 · Trainee

In the stepped-care model, which intervention is offered to essentially all patients with bothersome tinnitus?

Question 3 · Clinician

Why is telling a patient “nothing can be done” considered clinically harmful?

Module 2 · Patient Education and Reassurance

Self-assessment — Module 23 questions
Question 1 · Trainee

At which step does education and reassurance primarily interrupt the cycle that maintains tinnitus distress?

Question 2 · Foundation

Which statement best characterises the role of structured education in tinnitus care?

Question 3 · Clinician

When is education and reassurance alone likely to be insufficient?

Module 3 · The Evidence Base and Clinical Guidelines

Self-assessment — Module 33 questions
Question 1 · Trainee

Which of the following does the AAO-HNS 2014 clinical practice guideline recommend AGAINST for treating the tinnitus percept itself?

Question 2 · Clinician

Why do both major guidelines give cognitive behavioural therapy a strong recommendation?

Question 3 · Foundation

What is the honest, guideline-consistent message about pharmacological treatment of chronic subjective tinnitus?

Module 4 · Addressing Modifiable Factors

Self-assessment — Module 43 questions
Question 1 · Trainee

Which of the following drug-induced tinnitus patterns is typically REVERSIBLE on stopping the drug?

Question 2 · Foundation

What does the best randomised evidence suggest about caffeine restriction for tinnitus?

Question 3 · Clinician

Why should clinicians counsel patients AGAINST excessive sound avoidance and over-use of earplugs in quiet settings?

Module 5 · Hearing Aids in Tinnitus Management

Self-assessment — Module 53 questions
Question 1 · Trainee

According to the central-gain model, why might restoring auditory input with a hearing aid reduce tinnitus?

Question 2 · Clinician

What did the Cochrane review of hearing aids for tinnitus with co-existing hearing loss conclude?

Question 3 · Clinician

How is the built-in sound generator of a combination device typically set?

Module 6 · Pharmacotherapy — Why No Cure Exists

Self-assessment — Module 63 questions
Question 1 · Foundation

Which statement best reflects the regulatory status of drug treatment for tinnitus?

Question 2 · Trainee

What is the most legitimate, evidence-based role for medication in tinnitus management?

Question 3 · Clinician

Which factor is a major structural reason that tinnitus drug trials repeatedly fail?

Module 7 · Antidepressants (for distress and comorbidity)

Self-assessment — Module 73 questions
Question 1 · Trainee

What does the Cochrane review by Baldo and colleagues conclude about antidepressants for tinnitus?

Question 2 · Clinician

A key reason to prefer nortriptyline over amitriptyline in an older patient is:

Question 3 · Foundation

Which counselling point should accompany starting an SSRI in a distressed tinnitus patient?

Module 8 · Anxiolytics and Anticonvulsants

Self-assessment — Module 83 questions
Question 1 · Trainee

What did the randomised controlled trial by Piccirillo and colleagues show about gabapentin for idiopathic subjective tinnitus?

Question 2 · Clinician

Which statement about benzodiazepines for tinnitus is correct?

Question 3 · Foundation

Typewriter tinnitus is characteristically:

Module 9 · Other Drugs and Intratympanic Therapy

Self-assessment — Module 93 questions
Question 1 · Trainee

What did the Cochrane review by Wegner and colleagues conclude about betahistine for tinnitus?

Question 2 · Trainee

Which best describes the AM-101 (esketamine) intratympanic programme for tinnitus?

Question 3 · Clinician

What is the most defensible role for melatonin in a tinnitus patient?

Module 10 · Supplements and Complementary Therapy

Self-assessment — Module 103 questions
Question 1 · Foundation

What does the Cochrane evidence conclude about Ginkgo biloba for tinnitus?

Question 2 · Trainee

For which patient is a short trial of zinc most defensible?

Question 3 · Clinician

Which complementary option has the best (though still modest and sleep-mediated) supporting evidence in tinnitus?

Module 11 · The Placebo Effect and Trial Design

Self-assessment — Module 113 questions
Question 1 · Foundation

Which of the following is a TRUE placebo effect rather than a statistical artefact?

Question 2 · Trainee

Why do patients often appear to improve simply because they enrolled in a study at their worst?

Question 3 · Clinician

Which design feature most directly isolates a treatment's specific effect from placebo in a tinnitus trial?

Module 12 · Managing Comorbidities (sleep, anxiety, depression)

Self-assessment — Module 123 questions
Question 1 · Foundation

What is the first-line treatment for chronic insomnia in a patient with tinnitus?

Question 2 · Trainee

What does the evidence say about antidepressants in tinnitus?

Question 3 · Clinician

Which counselling point is correct for the patient with tinnitus and hyperacusis?

Module 13 · Psychological Therapies — CBT, ACT, MBSR

Self-assessment — Module 133 questions
Question 1 · Foundation

Why are psychological therapies considered the best-evidenced tinnitus treatments despite not reducing tinnitus loudness?

Question 2 · Trainee

What distinguishes acceptance and commitment therapy (ACT) from classical CBT for tinnitus?

Question 3 · Clinician

Which delivery format best expands access to evidence-based tinnitus CBT for housebound or rural patients?

Module 14 · Stepped Care and Severity Stratification

Self-assessment — Module 143 questions
Question 1 · Foundation

On what should tinnitus patients be stratified for stepped care?

Question 2 · Trainee

What did the Cima et al. (2012) randomised trial demonstrate about specialised stepped care for tinnitus?

Question 3 · Clinician

Which presentation should bypass the stepped ladder and prompt urgent specialist referral?

Module 15 · The Multidisciplinary Management Approach

Self-assessment — Module 153 questions
Question 1 · Foundation

What is the main argument for managing bothersome tinnitus with a multidisciplinary team?

Question 2 · Trainee

Within the team, who delivers the best-evidenced interventions for tinnitus distress itself?

Question 3 · Clinician

Which is a recognised real-world barrier to delivering multidisciplinary tinnitus care?

Module 1 · Retraining the Brain — The Habituation Paradigm

Self-assessment — Module 13 questions
Question 1 · Foundation

What is the defining therapeutic goal of the sound-based therapies in this chapter?

Question 2 · Foundation

In the Heller and Bergman soundproof-room study, what proportion of normal-hearing volunteers perceived a phantom sound?

Question 3 · Clinician

What does the landmark TRT vs. standard-of-care randomised trial best illustrate about sound-based therapy?

Module 2 · The Jastreboff Neurophysiological Model

Self-assessment — Module 23 questions
Question 1 · Foundation

In the Jastreboff model, where is tinnitus-related distress primarily generated?

Question 2 · Trainee

Which three systems form the self-reinforcing loop described by the model?

Question 3 · Clinician

How does directive counselling act on the loop?

Module 3 · The Principle of Habituation

Self-assessment — Module 33 questions
Question 1 · Foundation

Habituation is best described as which type of process?

Question 2 · Trainee

Which level of habituation typically occurs first in successful therapy?

Question 3 · Clinician

Why does prolonged silence tend to make tinnitus more prominent?

Module 4 · TRT — Directive Counselling

Self-assessment — Module 43 questions
Question 1 · Foundation

What is the primary therapeutic target of directive counselling in TRT?

Question 2 · Trainee

Which feature distinguishes directive counselling from simple reassurance?

Question 3 · Clinician

By reducing the threat appraisal of tinnitus, directive counselling most directly decreases activity in which systems?

Module 5 · TRT — The Sound Therapy Component

Self-assessment — Module 53 questions
Question 1 · Trainee

What is the 'mixing point' in TRT sound therapy?

Question 2 · Foundation

Why does TRT use partial sound rather than total masking?

Question 3 · Clinician

A randomised comparison of mixing-point versus total-masking settings by Tyler and colleagues found that:

Module 6 · TRT Categories and the Treatment Protocol

Self-assessment — Module 63 questions
Question 1 · Foundation

How many TRT categories did Jastreboff and Jastreboff describe, and how are they numbered?

Question 2 · Trainee

Which feature defines the most cautious TRT category, in which sound is introduced very slowly?

Question 3 · Clinician

What did the Tinnitus Retraining Therapy Trial (TRTT) contribute to how TRT is now viewed?

Module 7 · Sound Enrichment and Environmental Sound

Self-assessment — Module 73 questions
Question 1 · Foundation

In the Heller and Bergman soundproof-room study, what was the key finding?

Question 2 · Trainee

How does sound enrichment differ from masking?

Question 3 · Clinician

Which is the best advice for a normal-hearing patient whose tinnitus disturbs sleep?

Module 7 · Masking and Residual-Inhibition Therapy

Self-assessment — Module 73 questions
Question 1 · Foundation

What does the minimum masking level (MML) measure?

Question 2 · Trainee

Which finding best characterises residual inhibition as described by Roberts and colleagues?

Question 3 · Clinician

Why does TRT favour partial rather than total masking?

Module 7 · Notched and Customised Sound Therapy

Self-assessment — Module 73 questions
Question 1 · Trainee

What is the proposed mechanism by which notched sound reduces tinnitus?

Question 2 · Clinician

For which patient is notched music LEAST appropriate?

Question 3 · Clinician

What did the Cochrane review conclude about sound therapy for tinnitus?

Module 7 · Neuromodulation and Bimodal Stimulation

Self-assessment — Module 73 questions
Question 1 · Foundation

Which neuromodulation approach for tinnitus has received FDA clearance and is supported by large randomised trials?

Question 2 · Trainee

What is the proposed mechanism of bimodal auditory-somatosensory stimulation?

Question 3 · Clinician

How should a clinician characterise the realistic benefit of bimodal stimulation to a patient?

Module 7 · Integrating CBT and Mindfulness

Self-assessment — Module 73 questions
Question 1 · Foundation

In the blended model, which component is primarily responsible for reducing tinnitus-related distress (as opposed to the percept)?

Question 2 · Trainee

A randomised trial of mindfulness-based cognitive therapy for chronic tinnitus found that it:

Question 3 · Clinician

What is the central rationale for delivering sound therapy and psychological therapy in parallel rather than choosing one?

Module 7 · Evidence and Comparative Efficacy

Self-assessment — Module 73 questions
Question 1 · Foundation

According to the Cochrane review, what is CBT's effect on the measured loudness of tinnitus?

Question 2 · Trainee

What did the multicentre Tinnitus Retraining Therapy Trial (TRTT) conclude about the sound-generator component?

Question 3 · Clinician

What is the best-supported overall conclusion when the comparative evidence is read honestly?

Module 7 · Personalising the Therapy Plan

Self-assessment — Module 73 questions
Question 1 · Foundation

Which instrument is appropriate for quantifying tinnitus distress and tracking change over time?

Question 2 · Trainee

A patient with moderate tinnitus and a 45 dB high-frequency hearing loss but only mild distress is best matched first to:

Question 3 · Clinician

An adherent patient shows no meaningful THI improvement at the 6-month review. According to the personalised, evidence-based approach, the best next step is to:

Module 8 · Sound Generators and Wearable Devices

Self-assessment — Module 83 questions
Question 1 · Foundation

Compared with white noise, pink noise is best described as having:

Question 2 · Trainee

What is the rationale for setting a sound generator at the 'mixing point' rather than full masking in a retraining approach?

Question 3 · Clinician

Which statement best reflects the evidence for sound generators?

Module 9 · Hearing Aids and Combination Devices

Self-assessment — Module 93 questions
Question 1 · Foundation

Roughly what proportion of people with bothersome tinnitus have some degree of hearing loss?

Question 2 · Trainee

A combination device differs from a standard hearing aid in that it:

Question 3 · Clinician

What does the Cochrane review on amplification with hearing aids for tinnitus with co-existing hearing loss conclude?

Module 1 · When Procedures Help — Treat the Cause, Select Carefully

Self-assessment — Module 13 questions
Question 1 · Foundation

Which statement best captures the role of surgery in tinnitus management?

Question 2 · Trainee

A patient is most likely to benefit from a procedure when the tinnitus is:

Question 3 · Clinician

Why does the threshold for accepting surgical risk sit especially high in tinnitus care?

Module 2 · Surgery for the Underlying Ear Disease

Self-assessment — Module 23 questions
Question 1 · Foundation

In otosclerosis, what is the most accurate statement about tinnitus after stapes surgery?

Question 2 · Trainee

A patient with chronic otitis media has tinnitus. Which component is least likely to improve with tympanomastoid surgery?

Question 3 · Clinician

Why is tinnitus relief an unreliable goal of Meniere's disease procedures?

Module 3 · Cochlear Implantation and Tinnitus Suppression

Self-assessment — Module 33 questions
Question 1 · Foundation

What is the principal proposed mechanism by which cochlear implantation suppresses tinnitus?

Question 2 · Trainee

According to systematic reviews, tinnitus outcomes after cochlear implantation in deaf patients are best described as:

Question 3 · Clinician

How should cochlear implantation be positioned when counselling a deaf patient with tinnitus?

Module 4 · Cochlear Implant for Single-Sided Deafness with Tinnitus

Self-assessment — Module 43 questions
Question 1 · Foundation

What is the core mechanistic rationale for using a cochlear implant to treat tinnitus in single-sided deafness?

Question 2 · Trainee

Which feature of tinnitus relief was most striking in the original Van de Heyning SSD cochlear implant series?

Question 3 · Clinician

A patient with SSD and disabling tinnitus is being counselled before implantation. Which statement is most accurate?

Module 5 · Implants When a Cochlear Implant Is Not Possible (ABI, etc.)

Self-assessment — Module 53 questions
Question 1 · Foundation

Why can a cochlear implant fail to be an option in some profoundly deaf ears?

Question 2 · Trainee

Where does an auditory brainstem implant deliver its stimulation?

Question 3 · Clinician

Which statement best reflects the honest scope of the ABI for tinnitus?

Module 6 · Intervention for Pulsatile Tinnitus — Overview

Self-assessment — Module 63 questions
Question 1 · Foundation

What is the governing principle of the interventional approach to pulsatile tinnitus?

Question 2 · Trainee

A patient's pulsatile tinnitus stops when light pressure is applied over the ipsilateral jugular vein. This most strongly suggests:

Question 3 · Clinician

Which imaging study is the definitive test for characterising a suspected dural arteriovenous fistula causing pulsatile tinnitus?

Module 7 · Sigmoid Sinus and Jugular Bulb Procedures

Self-assessment — Module 73 questions
Question 1 · Foundation

Why does a dehiscence over the sigmoid sinus produce audible pulsatile tinnitus?

Question 2 · Trainee

During sigmoid sinus reconstruction, which principle most protects against a dangerous complication?

Question 3 · Clinician

What outcome can a well-selected patient expect after sigmoid sinus wall reconstruction?

Module 8 · Dural AV Fistula and Endovascular Treatment

Self-assessment — Module 83 questions
Question 1 · Foundation

A pulsatile tinnitus that does NOT stop with ipsilateral neck compression and is accompanied by a cranial bruit most suggests:

Question 2 · Trainee

What is the gold-standard investigation to define a dAVF and stratify its haemorrhage risk?

Question 3 · Clinician

What is the mainstay of treatment for a dAVF presenting with pulsatile tinnitus?

Module 9 · Glomus Tumour (Paraganglioma) Management

Self-assessment — Module 93 questions
Question 1 · Foundation

Which otoscopic finding most suggests a glomus (paraganglioma) tumour?

Question 2 · Trainee

Why is preoperative embolisation used for a large hypervascular glomus jugulare?

Question 3 · Clinician

For a large glomus jugulare in a frail 78-year-old, which option best balances control against morbidity?

Module 10 · Superior Semicircular Canal Dehiscence Repair

Self-assessment — Module 103 questions
Question 1 · Foundation

Which symptom is most reliably abolished by surgical closure of a superior canal dehiscence?

Question 2 · Trainee

On VEMP testing, the hallmark finding in superior canal dehiscence is:

Question 3 · Clinician

Compared with the middle-cranial-fossa approach, the transmastoid approach to SCD repair principally:

Module 11 · IIH and Venous Sinus Interventions

Self-assessment — Module 113 questions
Question 1 · Foundation

Pulsatile tinnitus due to a transverse-sinus stenosis in IIH characteristically:

Question 2 · Trainee

The pharmacological mainstay shown to improve outcomes in the IIH Treatment Trial is:

Question 3 · Clinician

Endovascular venous sinus stenting abolishes the pulsatile tinnitus of IIH chiefly by:

Module 12 · Middle-Ear and Palatal Myoclonus — Surgery and Botulinum Toxin

Self-assessment — Module 123 questions
Question 1 · Foundation

Which feature best identifies myoclonic tinnitus as objective rather than subjective?

Question 2 · Trainee

A patient’s palatal tremor persists during sleep and involves the levator veli palatini. The appropriate next step is:

Question 3 · Clinician

A recognised, usually transient adverse effect of botulinum toxin injected into the levator veli palatini for palatal myoclonus is:

Module 13 · Invasive Neuromodulation (DBS, Cortical, Invasive VNS)

Self-assessment — Module 133 questions
Question 1 · Trainee

Which invasive neuromodulation technique for tinnitus has been tested in a published double-blind randomised controlled pilot in humans?

Question 2 · Clinician

What is the proposed mechanism by which vagus-nerve stimulation paired with tones is thought to help tinnitus?

Question 3 · Foundation

Why is the threshold for offering invasive neuromodulation in tinnitus held particularly high?

Module 14 · Microvascular Decompression of the Cochleovestibular Nerve

Self-assessment — Module 143 questions
Question 1 · Trainee

Which feature most strongly supports a vascular-compression (typewriter) mechanism for tinnitus?

Question 2 · Clinician

What is the principal procedure-specific risk of microvascular decompression of the cochleovestibular nerve?

Question 3 · Foundation

How did a systematic review characterise the overall evidence for MVD in tinnitus?

Module 15 · Patient Selection and the Evidence — A Cautious Algorithm

Self-assessment — Module 153 questions
Question 1 · Foundation

Which single principle best summarises appropriate patient selection for tinnitus surgery?

Question 2 · Trainee

What does the major clinical practice guideline advise regarding non-pulsatile subjective tinnitus?

Question 3 · Clinician

Which interventional tinnitus indication has the strongest evidence base in this chapter?

Module 1 · Tinnitus as a Window on Systemic Disease

Self-assessment — Module 13 questions
Question 1 · Foundation

Which tinnitus feature most strongly suggests a vascular or high-output systemic mechanism?

Question 2 · Trainee

Why is identifying a systemic cause of tinnitus clinically important?

Question 3 · Clinician

Which clinical pattern should LEAST prompt a systemic work-up for tinnitus?

Module 2 · Cardiovascular Disease and Hypertension

Self-assessment — Module 23 questions
Question 1 · Foundation

Through which mechanism does a high-output state such as thyrotoxicosis or severe anaemia most directly cause tinnitus?

Question 2 · Trainee

What is the key practical implication of the association between hypertension and tinnitus?

Question 3 · Clinician

A patient has pulsatile tinnitus and several cardiovascular risk factors. What is the most appropriate response?

Module 3 · Anaemia and Haematologic Causes

Self-assessment — Module 33 questions
Question 1 · Foundation

Why does anaemia cause pulsatile tinnitus?

Question 2 · Trainee

Which patient group most warrants iron-status testing for new tinnitus?

Question 3 · Clinician

How can polycythaemia or a hyperviscosity syndrome present to the otologist?

Module 4 · Thyroid and Endocrine Causes

Self-assessment — Module 43 questions
Question 1 · Foundation

Why is the cochlea particularly vulnerable to thyroid dysfunction?

Question 2 · Trainee

A patient with thyrotoxicosis describes a rushing, pulse-synchronous tinnitus. What is the most likely mechanism?

Question 3 · Clinician

In a patient with fluctuating sensorineural hearing loss, tinnitus and positive thyroid antibodies, which additional mechanism should be considered beyond simple metabolic effects?

Module 5 · Metabolic Disease, Diabetes and Deficiencies

Self-assessment — Module 53 questions
Question 1 · Foundation

Why is the cochlea especially vulnerable to microvascular disease?

Question 2 · Trainee

Which statement about zinc supplementation for tinnitus is best supported by the evidence?

Question 3 · Clinician

In which tinnitus patient is checking serum vitamin B12 most justified?

Module 6 · Autoimmune and Inflammatory Causes

Self-assessment — Module 63 questions
Question 1 · Foundation

What clinical feature most strongly suggests an autoimmune or inflammatory cause of tinnitus?

Question 2 · Trainee

Why is a trial of high-dose corticosteroids considered the diagnostic hallmark of autoimmune inner ear disease?

Question 3 · Clinician

In steroid-dependent or steroid-refractory autoimmune inner ear disease, which is an appropriate next-line option?

Module 7 · Neurologic Systemic Causes

Self-assessment — Module 73 questions
Question 1 · Trainee

A 28-year-old presents with sudden unilateral tinnitus and hearing loss, and is found on examination to also have diplopia and dysarthria. Which investigation is most likely to reveal the cause?

Question 2 · Clinician

Which feature best distinguishes vestibular migraine from Meniere disease in a patient who reports tinnitus during episodes?

Question 3 · Clinician

Pulsatile tinnitus in idiopathic intracranial hypertension is most directly attributed to which mechanism?

Module 8 · Infections and Post-infective Tinnitus

Self-assessment — Module 83 questions
Question 1 · Foundation

Which infective cause of audiovestibular symptoms is most strongly suggested by a tick-exposure history, an expanding erythematous rash and facial palsy?

Question 2 · Trainee

A patient develops ear pain, a vesicular rash in the ear canal, ipsilateral facial weakness, tinnitus and vertigo. What treatment most improves the chance of recovery?

Question 3 · Clinician

Regarding post-COVID tinnitus, which statement best reflects the evidence?

Module 9 · Renal, Hepatic and Electrolyte Causes

Self-assessment — Module 93 questions
Question 1 · Foundation

Why are the kidney and the cochlea so often affected together by systemic disease?

Question 2 · Trainee

A dialysis patient reports tinnitus that worsens before each session and improves afterwards. This pattern most directly suggests:

Question 3 · Clinician

Which class of drug both is directly ototoxic and can potentiate aminoglycoside ototoxicity, making it a hazard in renal failure?

Module 10 · Medication-Induced Tinnitus and Polypharmacy

Self-assessment — Module 103 questions
Question 1 · Foundation

Which drug typically causes a REVERSIBLE tinnitus that resolves within a few days of stopping it?

Question 2 · Trainee

A patient has a family history of profound deafness after a single antibiotic injection. Which factor most increases susceptibility to aminoglycoside ototoxicity?

Question 3 · Clinician

Which combination represents the classic dangerous ototoxic synergy?

Module 11 · TMJ, Cervical and Musculoskeletal Causes

Self-assessment — Module 113 questions
Question 1 · Foundation

Which central structure best explains how jaw and neck input can generate tinnitus?

Question 2 · Trainee

Tinnitus is a frequently reported complaint after which musculoskeletal injury?

Question 3 · Clinician

Why is fibromyalgia associated with a higher prevalence of tinnitus?

Module 12 · Psychiatric and Functional Contributors

Self-assessment — Module 123 questions
Question 1 · Foundation

What best describes the relationship between tinnitus and depression/anxiety?

Question 2 · Trainee

In which patients is the excess risk of attempted suicide associated with tinnitus most concentrated?

Question 3 · Clinician

Which intervention has the strongest evidence base for bothersome tinnitus, even when it does not change the perceived sound?

Module 13 · Unusual and Rare Forms of Tinnitus

Self-assessment — Module 133 questions
Question 1 · Trainee

A patient describes brief, repetitive 'Morse-code' bursts of tinnitus that switch on and off. Which intervention is most likely to help?

Question 2 · Foundation

A man is repeatedly jolted awake by a painless, sudden loud bang inside his head as he falls asleep, sometimes with a flash of light. The most likely diagnosis is:

Question 3 · Clinician

Tinnitus that appears or changes loudness specifically with eccentric eye movement, arising after acoustic-neuroma surgery, is best explained by:

Module 14 · The Systemic Work-up: History, Examination and the Rational Blood Panel

Self-assessment — Module 143 questions
Question 1 · Trainee

According to clinical guidance, which best describes the role of blood tests in tinnitus?

Question 2 · Foundation

In which patient is checking vitamin B12 most justified?

Question 3 · Foundation

An 18-month history of tinnitus with new heat intolerance, a fine tremor and a palpable goitre should prompt which first-line blood test?

Module 15 · Integrating Systemic Causes: When to Suspect, Whom to Involve, and How to Co-manage

Self-assessment — Module 153 questions
Question 1 · Trainee

Which clinical picture most warrants a wider systemic work-up rather than reassurance?

Question 2 · Trainee

A patient's pulsatile tinnitus is found to coincide with a carotid bruit. The most appropriate referral pathway is to:

Question 3 · Clinician

What is the central, hopeful message of integrating systemic causes into tinnitus care?