https://earlabs.app/ 2026-05-22 weekly 0.6 https://earlabs.app/tools/ 2026-05-22 weekly 0.6 https://earlabs.app/tools/tinnitus-frequency-matcher/ 2026-05-22 weekly 0.6 https://earlabs.app/articles/ 2026-05-22 weekly 0.6 https://earlabs.app/about/ 2026-05-22 weekly 0.6 https://earlabs.app/disclaimer/ 2026-05-22 weekly 0.6 https://earlabs.app/privacy/ 2026-05-22 weekly 0.6 https://earlabs.app/contact/ 2026-05-22 weekly 0.6 https://earlabs.app/articles/acute-vs-chronic-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/acute-vs-chronic-tinnitus/tinnitus-acute-subacute-chronic-timeline.webp Timeline illustrating acute, subacute, and chronic phases of tinnitus and the typical management focus at each phase. Timeline illustrating acute, subacute, and chronic phases of tinnitus and the typical management focus at each phase. https://earlabs.app/articles/alcohol-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/alcohol-and-tinnitus/alcohol-tinnitus-onset-time-course.webp Time course of typical alcohol-related tinnitus changes from intake to several hours post-consumption. Time course of typical alcohol-related tinnitus changes from intake to several hours post-consumption. https://earlabs.app/articles/antimalarials-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/auditory-brainstem-response/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/auditory-cortex-and-phantom-sound/ 2026-05-22 weekly 0.8 https://earlabs.app/images/auditory-cortex-and-phantom-sound/auditory-cortex-tonotopic-map-tinnitus.webp Auditory cortex tonotopic map showing how reduced cochlear input drives cortical reorganization underlying tinnitus. Auditory cortex tonotopic map showing how reduced cochlear input drives cortical reorganization underlying tinnitus. https://earlabs.app/articles/autoimmune-inner-ear-disease/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/benzodiazepines-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/bimodal-stimulation-lenire/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/binaural-beats-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/binaural-beats-and-tinnitus/binaural-beats-phenomenon.webp Diagram of how two slightly different tones in each ear produce the perceived binaural beat in the auditory pathway. Diagram of how two slightly different tones in each ear produce the perceived binaural beat in the auditory pathway. https://earlabs.app/articles/blood-pressure-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/blood-pressure-and-tinnitus/vascular-anatomy-near-ear.webp Anatomical diagram of the carotid artery and jugular vein next to the inner ear, the structures most often involved in pulsatile tinnitus. Anatomical diagram of the carotid artery and jugular vein next to the inner ear, the structures most often involved in pulsatile tinnitus. https://earlabs.app/images/blood-pressure-and-tinnitus/pulsatile-vs-non-pulsatile-waveform.webp Audio-waveform comparison of pulsatile tinnitus that follows the cardiac cycle versus continuous non-pulsatile tinnitus. Audio-waveform comparison of pulsatile tinnitus that follows the cardiac cycle versus continuous non-pulsatile tinnitus. https://earlabs.app/articles/caffeine-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/caffeine-and-tinnitus/caffeine-tinnitus-trial-results.webp Comparison of self-reported tinnitus loudness across caffeine and decaf conditions in published trials. Comparison of self-reported tinnitus loudness across caffeine and decaf conditions in published trials. https://earlabs.app/articles/cbt-for-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/cbt-for-tinnitus/cbt-tinnitus-cycle-model.webp CBT model showing how thoughts, emotions, and attention amplify perceived tinnitus loudness. CBT model showing how thoughts, emotions, and attention amplify perceived tinnitus loudness. https://earlabs.app/images/cbt-for-tinnitus/cbt-protocol-overview.webp Standard 8-session CBT-for-tinnitus protocol overview. Standard 8-session CBT-for-tinnitus protocol overview. https://earlabs.app/articles/chemotherapy-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/choosing-hearing-protector/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/cochlear-amplifier/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/cochlear-implants-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/cochlear-implants-and-tinnitus/cochlear-implant-anatomy-illustration.webp Anatomical illustration of a cochlear implant showing external processor, internal receiver, and electrode array in the cochlea. Anatomical illustration of a cochlear implant showing external processor, internal receiver, and electrode array in the cochlea. https://earlabs.app/articles/custom-musician-earplugs/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/decibel-scale-explained/ 2026-05-22 weekly 0.8 https://earlabs.app/images/decibel-scale-explained/common-sounds-decibel-chart.webp Decibel chart of common sounds from whisper (30 dB) to jet engine (140 dB) with safe-exposure annotations. Decibel chart of common sounds from whisper (30 dB) to jet engine (140 dB) with safe-exposure annotations. https://earlabs.app/images/decibel-scale-explained/db-hl-vs-db-spl-vs-dba.webp Comparison of the dB-HL, dB-SPL, and dBA scales and where each is used. Comparison of the dB-HL, dB-SPL, and dBA scales and where each is used. https://earlabs.app/articles/earwax-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/earwax-and-tinnitus/ear-canal-with-impacted-cerumen.webp Illustration of an ear canal with impacted cerumen pressing against the tympanic membrane. Illustration of an ear canal with impacted cerumen pressing against the tympanic membrane. https://earlabs.app/images/earwax-and-tinnitus/safe-vs-unsafe-earwax-removal.webp Side-by-side comparison of safe and unsafe earwax-removal techniques per AAO-HNS guidance. Side-by-side comparison of safe and unsafe earwax-removal techniques per AAO-HNS guidance. https://earlabs.app/articles/endolymphatic-potential/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/exercise-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/exercise-and-tinnitus/aerobic-vs-anaerobic-tinnitus-response.webp Comparison of typical tinnitus response to aerobic versus high-intensity resistance training. Comparison of typical tinnitus response to aerobic versus high-intensity resistance training. https://earlabs.app/articles/first-tinnitus-appointment-questions/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/gen-z-noise-exposure-trends/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/ginkgo-biloba-tinnitus-evidence/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/hearing-aid-features-explained/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/hearing-aids-for-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/hearing-aids-for-tinnitus/behind-the-ear-hearing-aid-anatomy.webp Cross-section of a behind-the-ear hearing aid showing microphone, processor, and receiver. Cross-section of a behind-the-ear hearing aid showing microphone, processor, and receiver. https://earlabs.app/images/hearing-aids-for-tinnitus/tinnitus-with-and-without-amplification.webp Conceptual diagram showing how environmental sound amplification reduces the contrast that makes tinnitus salient. Conceptual diagram showing how environmental sound amplification reduces the contrast that makes tinnitus salient. https://earlabs.app/articles/hidden-hearing-loss/ 2026-05-22 weekly 0.8 https://earlabs.app/images/hidden-hearing-loss/cochlear-synaptopathy-illustration.webp Anatomical illustration of normal versus synaptopathic ribbon synapses between inner hair cells and auditory neurons. Anatomical illustration of normal versus synaptopathic ribbon synapses between inner hair cells and auditory neurons. https://earlabs.app/images/hidden-hearing-loss/normal-audiogram-with-hidden-loss.webp Audiogram showing normal thresholds despite synaptopathic damage and reduced suprathreshold function. Audiogram showing normal thresholds despite synaptopathic damage and reduced suprathreshold function. https://earlabs.app/articles/high-frequency-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/high-frequency-tinnitus/high-frequency-noise-notch-audiogram.webp Annotated audiogram showing the characteristic high-frequency notch at 4 kHz associated with noise-induced hearing loss and tinnitus. Annotated audiogram showing the characteristic high-frequency notch at 4 kHz associated with noise-induced hearing loss and tinnitus. https://earlabs.app/images/high-frequency-tinnitus/speech-banana-vs-tinnitus-band.webp Speech-banana overlay on a frequency chart compared to the typical high-frequency band where tinnitus pitch lives. Speech-banana overlay on a frequency chart compared to the typical high-frequency band where tinnitus pitch lives. https://earlabs.app/articles/how-the-cochlea-works/ 2026-05-22 weekly 0.8 https://earlabs.app/images/how-the-cochlea-works/uncoiled-cochlea-tonotopic-illustration.webp Uncoiled cochlea illustration showing tonotopic frequency mapping from base (high) to apex (low). Uncoiled cochlea illustration showing tonotopic frequency mapping from base (high) to apex (low). https://earlabs.app/images/how-the-cochlea-works/organ-of-corti-hair-cells.webp Cross-section of the organ of Corti showing inner and outer hair cells on the basilar membrane. Cross-section of the organ of Corti showing inner and outer hair cells on the basilar membrane. https://earlabs.app/articles/how-to-read-an-audiogram/ 2026-05-22 weekly 0.8 https://earlabs.app/images/how-to-read-an-audiogram/annotated-audiogram-with-axes-labeled.webp Fully labelled audiogram with axes, threshold symbols, and the speech banana shaded. Fully labelled audiogram with axes, threshold symbols, and the speech banana shaded. https://earlabs.app/images/how-to-read-an-audiogram/normal-mild-moderate-severe-audiograms.webp Comparison of four audiograms: normal, mild, moderate, and severe hearing loss patterns. Comparison of four audiograms: normal, mild, moderate, and severe hearing loss patterns. https://earlabs.app/images/how-to-read-an-audiogram/air-vs-bone-conduction-symbols.webp Legend showing standard air-conduction and bone-conduction symbols on an audiogram. Legend showing standard air-conduction and bone-conduction symbols on an audiogram. https://earlabs.app/articles/hydration-and-inner-ear/ 2026-05-22 weekly 0.8 https://earlabs.app/images/hydration-and-inner-ear/endolymph-perilymph-illustration.webp Illustration of endolymph and perilymph compartments in the cochlea and their tightly regulated composition. Illustration of endolymph and perilymph compartments in the cochlea and their tightly regulated composition. https://earlabs.app/articles/hyperacusis-vs-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/hyperacusis-vs-tinnitus/central-gain-hyperacusis-tinnitus.webp Conceptual diagram of central auditory gain elevated in both hyperacusis and tinnitus. Conceptual diagram of central auditory gain elevated in both hyperacusis and tinnitus. https://earlabs.app/images/hyperacusis-vs-tinnitus/loudness-discomfort-levels-hyperacusis.webp Loudness discomfort level chart, showing how hyperacusis lowers the volume at which ordinary sounds become painful. Loudness discomfort level chart, showing how hyperacusis lowers the volume at which ordinary sounds become painful. https://earlabs.app/articles/in-ear-monitors-and-hearing/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/live-music-hearing-protection/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/loudness-discomfort-level/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/low-frequency-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/low-frequency-tinnitus/low-vs-high-frequency-tinnitus-spectrum.webp Frequency spectrum comparing low-pitched (under 1 kHz) and high-pitched tinnitus distributions. Frequency spectrum comparing low-pitched (under 1 kHz) and high-pitched tinnitus distributions. https://earlabs.app/images/low-frequency-tinnitus/low-frequency-tinnitus-causes-flowchart.webp Flowchart of common causes of low-frequency tinnitus: Meniere's, eustachian tube dysfunction, vascular, somatic. Flowchart of common causes of low-frequency tinnitus: Meniere's, eustachian tube dysfunction, vascular, somatic. https://earlabs.app/articles/lyme-disease-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/masking-devices-explained/ 2026-05-22 weekly 0.8 https://earlabs.app/images/masking-devices-explained/masking-device-history-timeline.webp Timeline of tinnitus masking device generations from the 1970s through modern combination hearing aids. Timeline of tinnitus masking device generations from the 1970s through modern combination hearing aids. https://earlabs.app/images/masking-devices-explained/masking-vs-trt-vs-amplification.webp Comparison of masking, TRT, and amplification approaches with their target mechanisms. Comparison of masking, TRT, and amplification approaches with their target mechanisms. https://earlabs.app/articles/menieres-disease-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/menieres-disease-and-tinnitus/endolymphatic-hydrops-illustration.webp Illustration of endolymphatic hydrops in the inner ear, the structural change associated with Meniere's disease. Illustration of endolymphatic hydrops in the inner ear, the structural change associated with Meniere's disease. https://earlabs.app/images/menieres-disease-and-tinnitus/menieres-low-frequency-tinnitus-spectrum.webp Frequency spectrum showing the typical low-pitched roaring quality of Meniere's tinnitus versus noise-induced high-pitched ringing. Frequency spectrum showing the typical low-pitched roaring quality of Meniere's tinnitus versus noise-induced high-pitched ringing. https://earlabs.app/articles/mindfulness-for-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/mindfulness-for-tinnitus/mindfulness-attention-shift-tinnitus.webp Conceptual diagram showing how mindfulness shifts attention away from tinnitus salience without trying to suppress it. Conceptual diagram showing how mindfulness shifts attention away from tinnitus salience without trying to suppress it. https://earlabs.app/articles/minimum-masking-level/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/mixing-engineer-hearing-loss/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/musicians-tinnitus-prevalence/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/nature-sounds-for-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/nature-sounds-for-tinnitus/nature-sound-vs-pink-noise-spectra.webp Spectrum comparison of recorded rain, ocean, and pink noise across the audible frequency range. Spectrum comparison of recorded rain, ocean, and pink noise across the audible frequency range. https://earlabs.app/articles/noise-induced-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/noise-induced-tinnitus/decibel-exposure-time-chart-niosh.webp NIOSH decibel-versus-safe-exposure-time chart, showing minutes of safe exposure dropping from 8 hours at 85 dB to 28 seconds at 100 dB. NIOSH decibel-versus-safe-exposure-time chart, showing minutes of safe exposure dropping from 8 hours at 85 dB to 28 seconds at 100 dB. https://earlabs.app/images/noise-induced-tinnitus/stereocilia-healthy-vs-damaged.webp Comparison illustration of healthy versus noise-damaged cochlear stereocilia. Comparison illustration of healthy versus noise-damaged cochlear stereocilia. https://earlabs.app/images/noise-induced-tinnitus/noise-notch-on-audiogram.webp Audiogram annotated to highlight the high-frequency noise notch typical of recreational and occupational noise exposure. Audiogram annotated to highlight the high-frequency noise notch typical of recreational and occupational noise exposure. https://earlabs.app/articles/notched-music-therapy/ 2026-05-22 weekly 0.8 https://earlabs.app/images/notched-music-therapy/notched-music-frequency-spectrum.webp Frequency spectrum of music before and after notching to remove a band centered on the patient's tinnitus pitch. Frequency spectrum of music before and after notching to remove a band centered on the patient's tinnitus pitch. https://earlabs.app/images/notched-music-therapy/lateral-inhibition-tonotopic-map.webp Lateral inhibition in the tonotopic auditory cortex underlying notched music therapy. Lateral inhibition in the tonotopic auditory cortex underlying notched music therapy. https://earlabs.app/articles/nsaids-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/olivocochlear-efferent-system/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/otoacoustic-emissions-test/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/otosclerosis-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/ototoxic-medications-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/ototoxic-medications-and-tinnitus/ototoxic-drug-classes-table.webp Table of common ototoxic drug classes, mechanism, and whether ototoxicity is typically reversible. Table of common ototoxic drug classes, mechanism, and whether ototoxicity is typically reversible. https://earlabs.app/images/ototoxic-medications-and-tinnitus/onset-timeline-by-drug-class.webp Onset timeline showing when tinnitus typically appears for aminoglycosides, loop diuretics, and cisplatin. Onset timeline showing when tinnitus typically appears for aminoglycosides, loop diuretics, and cisplatin. https://earlabs.app/articles/outer-vs-inner-hair-cells/ 2026-05-22 weekly 0.8 https://earlabs.app/images/outer-vs-inner-hair-cells/inner-vs-outer-hair-cell-anatomy.webp Side-by-side anatomy of inner and outer cochlear hair cells with their respective functions labelled. Side-by-side anatomy of inner and outer cochlear hair cells with their respective functions labelled. https://earlabs.app/images/outer-vs-inner-hair-cells/healthy-vs-damaged-hair-cells-em.webp Comparison of healthy and noise-damaged hair-cell stereocilia bundles. Comparison of healthy and noise-damaged hair-cell stereocilia bundles. https://earlabs.app/articles/patulous-eustachian-tube/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/perilymph-fistula/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/pink-vs-white-vs-brown-noise/ 2026-05-22 weekly 0.8 https://earlabs.app/images/pink-vs-white-vs-brown-noise/white-pink-brown-noise-power-spectra.webp Power spectra of white, pink, and brown noise plotted on logarithmic axes. Power spectra of white, pink, and brown noise plotted on logarithmic axes. https://earlabs.app/images/pink-vs-white-vs-brown-noise/noise-color-perceived-brightness.webp Chart showing how perceived brightness changes with the spectral slope of white, pink, and brown noise. Chart showing how perceived brightness changes with the spectral slope of white, pink, and brown noise. https://earlabs.app/articles/presbycusis-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/pulsatile-tinnitus-explained/ 2026-05-22 weekly 0.8 https://earlabs.app/images/pulsatile-tinnitus-explained/pulsatile-tinnitus-cause-tree.webp Decision tree of common pulsatile tinnitus causes from benign to those that warrant imaging. Decision tree of common pulsatile tinnitus causes from benign to those that warrant imaging. https://earlabs.app/images/pulsatile-tinnitus-explained/carotid-artery-and-cochlea.webp Anatomical view of the carotid artery's proximity to the cochlea, the dominant source of pulsatile tinnitus. Anatomical view of the carotid artery's proximity to the cochlea, the dominant source of pulsatile tinnitus. https://earlabs.app/articles/pure-tone-average/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/safe-listening-headphone-volume/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/salt-intake-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/salt-intake-and-tinnitus/sodium-endolymph-relationship.webp Conceptual diagram of how sodium intake affects endolymphatic fluid pressure relevant to Meniere's. Conceptual diagram of how sodium intake affects endolymphatic fluid pressure relevant to Meniere's. https://earlabs.app/articles/sleep-deprivation-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/sleep-deprivation-and-tinnitus/sleep-tinnitus-bidirectional-loop.webp Bidirectional feedback loop between sleep deprivation and tinnitus salience. Bidirectional feedback loop between sleep deprivation and tinnitus salience. https://earlabs.app/articles/smoking-and-hearing-loss/ 2026-05-22 weekly 0.8 https://earlabs.app/images/smoking-and-hearing-loss/smoking-cochlea-vascular-damage.webp Mechanism diagram of vascular and oxidative damage from smoking to the cochlear stria vascularis. Mechanism diagram of vascular and oxidative damage from smoking to the cochlear stria vascularis. https://earlabs.app/articles/somatic-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/somatic-tinnitus/dorsal-cochlear-nucleus-somatic-input.webp Diagram of somatic inputs to the dorsal cochlear nucleus from the trigeminal and dorsal column systems. Diagram of somatic inputs to the dorsal cochlear nucleus from the trigeminal and dorsal column systems. https://earlabs.app/images/somatic-tinnitus/somatic-tinnitus-maneuver-tests.webp Illustration of standard somatic maneuver tests used to confirm somatosensory modulation of tinnitus. Illustration of standard somatic maneuver tests used to confirm somatosensory modulation of tinnitus. https://earlabs.app/articles/speech-in-noise-testing/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/ssris-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/statins-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/stress-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/stress-and-tinnitus/limbic-auditory-loop.webp Diagram of the limbic-auditory loop showing how amygdala activity amplifies tinnitus salience under stress. Diagram of the limbic-auditory loop showing how amygdala activity amplifies tinnitus salience under stress. https://earlabs.app/articles/stria-vascularis-function/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/subjective-vs-objective-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/subjective-vs-objective-tinnitus/subjective-vs-objective-tinnitus-venn.webp Venn diagram comparing subjective (heard only by the patient) and objective (heard by the clinician with a stethoscope or microphone) tinnitus. Venn diagram comparing subjective (heard only by the patient) and objective (heard by the clinician with a stethoscope or microphone) tinnitus. https://earlabs.app/images/subjective-vs-objective-tinnitus/stapedius-myoclonus-illustration.webp Illustration of stapedius myoclonus, a muscular source of objective clicking tinnitus. Illustration of stapedius myoclonus, a muscular source of objective clicking tinnitus. https://earlabs.app/articles/sudden-sensorineural-hearing-loss/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/superior-canal-dehiscence/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/supporting-someone-with-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/teen-headphone-hearing-loss/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/tinnitus-after-head-injury/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-after-head-injury/auditory-pathway-from-cochlea-to-cortex.webp Diagram of the auditory pathway from cochlea through brainstem to auditory cortex, with sites vulnerable to TBI marked. Diagram of the auditory pathway from cochlea through brainstem to auditory cortex, with sites vulnerable to TBI marked. https://earlabs.app/images/tinnitus-after-head-injury/tbi-tinnitus-recovery-curve.webp Typical recovery curve for post-TBI tinnitus across the first 12 months. Typical recovery curve for post-TBI tinnitus across the first 12 months. https://earlabs.app/articles/tinnitus-and-anxiety/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-and-anxiety/attention-anxiety-tinnitus-amplification.webp Diagram of how anxious attention amplifies the perceived salience of tinnitus through limbic-auditory pathways. Diagram of how anxious attention amplifies the perceived salience of tinnitus through limbic-auditory pathways. https://earlabs.app/articles/tinnitus-and-concentration/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-and-concentration/tinnitus-attention-competition.webp Conceptual illustration of how tinnitus competes for limited attentional resources during cognitive tasks. Conceptual illustration of how tinnitus competes for limited attentional resources during cognitive tasks. https://earlabs.app/articles/tinnitus-and-depression/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-and-depression/tinnitus-depression-bidirectional.webp Bidirectional relationship between chronic tinnitus and depression with shared neural pathways. Bidirectional relationship between chronic tinnitus and depression with shared neural pathways. https://earlabs.app/articles/tinnitus-and-migraines/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-and-migraines/migraine-and-auditory-pathway-overlap.webp Anatomy of the auditory pathway and trigeminal system showing overlap relevant to migraine-associated tinnitus. Anatomy of the auditory pathway and trigeminal system showing overlap relevant to migraine-associated tinnitus. https://earlabs.app/articles/tinnitus-and-ptsd/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-and-ptsd/ptsd-tinnitus-overlap-mechanisms.webp Overlap of PTSD hypervigilance and tinnitus salience in central nervous system circuits. Overlap of PTSD hypervigilance and tinnitus salience in central nervous system circuits. https://earlabs.app/articles/tinnitus-and-sleep/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-and-sleep/tinnitus-sleep-cycle-loop.webp Feedback loop diagram showing how tinnitus disturbs sleep and sleep disturbance amplifies tinnitus distress. Feedback loop diagram showing how tinnitus disturbs sleep and sleep disturbance amplifies tinnitus distress. https://earlabs.app/images/tinnitus-and-sleep/sleep-hygiene-do-vs-dont.webp Side-by-side comparison of sleep-hygiene practices that help versus practices that worsen tinnitus at night. Side-by-side comparison of sleep-hygiene practices that help versus practices that worsen tinnitus at night. https://earlabs.app/articles/tinnitus-handicap-inventory/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/tinnitus-in-children/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/tinnitus-residual-inhibition/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/tinnitus-retraining-therapy/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-retraining-therapy/trt-neurophysiological-model.webp Jastreboff neurophysiological model of TRT showing limbic and autonomic system involvement in tinnitus distress. Jastreboff neurophysiological model of TRT showing limbic and autonomic system involvement in tinnitus distress. https://earlabs.app/images/tinnitus-retraining-therapy/trt-treatment-timeline.webp Typical 18-month TRT treatment timeline with milestones at 3, 6, 12, and 18 months. Typical 18-month TRT treatment timeline with milestones at 3, 6, 12, and 18 months. https://earlabs.app/articles/tinnitus-sound-apps/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tinnitus-sound-apps/evidence-based-vs-marketing-features.webp Comparison of evidence-supported features in tinnitus sound apps versus marketing-driven features without trial backing. Comparison of evidence-supported features in tinnitus sound apps versus marketing-driven features without trial backing. https://earlabs.app/articles/tinnitus-tracking-diary/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/tmj-and-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/tmj-and-tinnitus/tmj-and-middle-ear-anatomy.webp Anatomical diagram of the TMJ next to the middle ear, illustrating proximity that explains somatic tinnitus. Anatomical diagram of the TMJ next to the middle ear, illustrating proximity that explains somatic tinnitus. https://earlabs.app/images/tmj-and-tinnitus/jaw-movement-tinnitus-modulation.webp Diagram showing how jaw movements can modulate the loudness of somatic tinnitus. Diagram showing how jaw movements can modulate the loudness of somatic tinnitus. https://earlabs.app/articles/tonotopic-map-development/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/transcranial-magnetic-stimulation-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/traveling-wave-cochlear-mechanics/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/tympanometry-explained/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/unilateral-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/unilateral-tinnitus/acoustic-neuroma-location.webp Anatomical illustration showing where an acoustic neuroma (vestibular schwannoma) typically forms on the eighth cranial nerve. Anatomical illustration showing where an acoustic neuroma (vestibular schwannoma) typically forms on the eighth cranial nerve. https://earlabs.app/images/unilateral-tinnitus/unilateral-tinnitus-workup-flowchart.webp Standard workup flowchart for unilateral tinnitus per AAO-HNS clinical practice guideline. Standard workup flowchart for unilateral tinnitus per AAO-HNS clinical practice guideline. https://earlabs.app/articles/vagus-nerve-stimulation-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/vestibular-schwannoma-symptoms/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/what-causes-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/what-causes-tinnitus/ear-anatomy-with-cochlea-highlighted.webp Cross-section diagram of the outer, middle, and inner ear with the cochlea highlighted to show where tinnitus signals originate. Cross-section diagram of the outer, middle, and inner ear with the cochlea highlighted to show where tinnitus signals originate. https://earlabs.app/images/what-causes-tinnitus/four-mechanisms-of-tinnitus-flowchart.webp Flowchart of the four mechanisms researchers link to tinnitus: cochlear damage, neural plasticity, somatic input, vascular noise. Flowchart of the four mechanisms researchers link to tinnitus: cochlear damage, neural plasticity, somatic input, vascular noise. https://earlabs.app/images/what-causes-tinnitus/audiogram-with-noise-notch.webp Audiogram showing the classic noise-notch dip at 4 kHz that often accompanies noise-induced tinnitus. Audiogram showing the classic noise-notch dip at 4 kHz that often accompanies noise-induced tinnitus. https://earlabs.app/articles/what-pitch-is-your-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/what-pitch-is-your-tinnitus/tinnitus-pitch-distribution-population.webp Distribution of self-reported tinnitus pitch across a clinical population, showing the high-frequency dominance. Distribution of self-reported tinnitus pitch across a clinical population, showing the high-frequency dominance. https://earlabs.app/images/what-pitch-is-your-tinnitus/cochlear-tonotopy-map.webp Cochlear tonotopy map, showing how frequency is encoded along the length of the cochlea from base (high) to apex (low). Cochlear tonotopy map, showing how frequency is encoded along the length of the cochlea from base (high) to apex (low). https://earlabs.app/articles/when-to-see-an-audiologist/ 2026-05-22 weekly 0.8 https://earlabs.app/articles/white-noise-for-tinnitus/ 2026-05-22 weekly 0.8 https://earlabs.app/images/white-noise-for-tinnitus/white-pink-brown-noise-spectra.webp Spectrum chart comparing white, pink, and brown noise across the audible frequency range. Spectrum chart comparing white, pink, and brown noise across the audible frequency range. https://earlabs.app/images/white-noise-for-tinnitus/tinnitus-contrast-with-and-without-masking.webp Conceptual comparison of tinnitus perception with and without background masking sound. Conceptual comparison of tinnitus perception with and without background masking sound. https://earlabs.app/articles/why-hearing-loss-causes-ringing/ 2026-05-22 weekly 0.8 https://earlabs.app/images/why-hearing-loss-causes-ringing/central-gain-hypothesis-illustration.webp Illustration of the central-gain hypothesis: reduced cochlear input drives compensatory amplification in central auditory neurons. Illustration of the central-gain hypothesis: reduced cochlear input drives compensatory amplification in central auditory neurons. https://earlabs.app/articles/zinc-supplementation-tinnitus/ 2026-05-22 weekly 0.8