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Copyright ©The Author(s) 2023.
World J Clin Pediatr. Jun 9, 2023; 12(3): 86-96
Published online Jun 9, 2023. doi: 10.5409/wjcp.v12.i3.86
Table 1 Common causes of hereditary hearing loss
Type
Mode of inheritance
Gene or syndrome
Type of deafness
Laterality
Severity of deafness
Systemic disorders
Non-syndromicAutosomal dominantWFS1Mostly SNHLUni- or bilateralVariablesNo
TECTAMostly SNHLUni- or bilateralVariablesNo
COCHMostly SNHLUni- or bilateralVariablesNo
KNCQ4Mostly SNHLUni- or bilateralVariablesNo
Autosomal recessiveGJB2Mostly SNHLUni- or bilateralVariablesNo
SLC26A4Mostly SNHLUni- or bilateralVariablesNo
MYO15AMostly SNHLUni- or bilateralVariablesNo
OTOFMostly SNHLUni- or bilateralVariablesNo
CDH23Mostly SNHLUni- or bilateralVariablesNo
TMC1Mostly SNHLUni- or bilateralVariablesNo
SyndromicAutosomal dominantNeurofibromatosis 2High frequency SNHLBilateralMild to profoundFacial nerve paresis or paralysis; Tinnitus; Vertigo
Branchio-oto-renal syndromeMixed (50%), Conductive (30), SNHL (20%)BilateralSevere and progressiveOtological problems (e.g. cochlear dysplasia), Branchial anomalies e.g. lateral cervical fistulae, Renal such as agenesis
Treacher CollinsConductive; Sensorineural or mixed hearing loss less commonUnilateral or bilateralVarious severitiesCraniofacial abnormalities such as hypoplastic facial bones and external auditory canal atresia
Stickler syndromeConductive; SNHL; MixedUnilateral or bilateralVarious severitiesOphthalmological such as vitreous anomaly. Joint hypermobility; Craniofacial anomalies such as hypertelorism
Waardenburg syndromeDystopia canthorum, heterochromia iridium, white forelock, synophrys, broad nasal root, hypoplasia of, the alae nasi, patent metopic suture line, and a square jaw
Autosomal recessivePendred syndromeSNHLGoiter and a partial defect in iodide organification
Jervell and Lange–Nielsen syndromeSNHLSevere to profoundMarked prolongation of the QT interval, and multiple syncopal attacks induced by exercise or emotion
Usher syndromeSNHLBilateralVarious severitiesVestibular dysfunction, retinitis pigmentosa
Refsum diseaseSNHLSevere and progressivePeripheral polyneuropathy; Cerebellar ataxia; Retinitis pigmentosa; Ichthyosis
X-linked dominantAlport syndromeSNHLBilateralProgressiveHemorrhagic nephritis; Vision changes
MitochondrialMELASSNHLBilateralProgressiveShort stature; Nausea; Migraines; Seizures; Alternating hemiparesis; Hemianopia; Cortical blindness
MERRFMyoclonic epilepsy; Ataxia; Dementia; Optic atrophy; Short stature; Neuropathy
Table 2 Studies from various nations using different tools to diagnose hearing loss in newborns
Authors
Country
Year
Sample size
Study method
Data type
Diagnostic tool
Predictor(s)
Malesci et al[7]Italy2022318878Longitudinal retrospective studyNewbornsUNHSUNHS is feasible and effective
Chu et al[34]Taiwan201515345Retrospective studyNewbornsUNHS; Genetic testingA genetic profile of the connexin genes and SLC26A4 gene among infants with hearing impairment detected by a UNHS program in Taiwan
Durante et al[42]Brazil2021105Comparative studyNewbornsTransient-evoked otoacoustic emissions and distortion product otoacoustic emissionsThe impact of smoking exposure could be analyzed through transient-evoked otoacoustic emissions in newborns.
Bielecki et al[44]Poland20115282Comparative studyNewbornsUNHSMost common risk factors for hearing loss; Ototoxic drugs; Premature birth; Low birth weight; Intensive care in excess of 7 d
Pitathawatchai et al[53]Thailand2023126A decision analytical model with a 78-year time horizonNewbornsUNHS; TNHSBoth tools are cost-effective
Rawlinson et al[57]Australia20181669Cohort studyNewborns, InfantsUNHS; CMV testingCongenital CMV (5.9%) in infants with permanent hearing loss and who did not pass the UNHS
Boppana et al[62]United States201020448Comparative studyNewbornsCMV testingSaliva rapid culture had low sensitivity in comparison with CMV testing with DBS real-time PCR