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. Author manuscript; available in PMC: 2016 Jun 22.
Published in final edited form as: Eur Ann Otorhinolaryngol Head Neck Dis. 2016 May 27;133(Suppl 1):S50–S56. doi: 10.1016/j.anorl.2016.01.010

Table 3.

Study parameters and results

Study Sample Size Comparison Groups? Demographic variables reported Variables used in Analyses Results
Abdi [16] 23 No AI
DT
MOU
No quantitive analyses No perceptual data analyzed; case studies relaying teacher ratings for music skills and attitude
Chen[17] 13 14 control (no training) AI
AMT
AT
DT
Gender
HD
MOU
OC
AI
AT*
DT*
Gender*
HD
MOU
Gender*
Pitch ranking of 49 tone pairs, individual accuracy range of 9.5–92.5%; NSD by pitch interval size, accuracy significantly correlated with DT (r=.389) for younger age (<6 yrs.), and older AT (>6yrs); boys more accurate, but more boys in older AT group
Fu [18] 6 No AI
AMT (none)
AT
DT
Etiology
Gender
HD
MOU
OD
Oral communication
AI
AT
DT
Highly variable with chance to nearly perfect; group data significantly improved melodic contour recognition at 4 wks. (mean improvement 53.1%). No significant impact of age at testing, or age when implanted; asymptote at 4 wks.
Innes-Brown [19] 6 CI users 9 NH, 5 HA users AI
AMT (all)
AT
DT
Gender
HD
Residual hearing
Residual hearing * for pitch, timbre Baseline and posttests: CI users significantly less accurate than NH, HA users on pitch patterns, timbre recognition, NSD for rhythm patterns; residual hearing predictive of scores; percussive instruments easier to recognize;
Training effect: CIs showed improved pitch, timbre, but NS change after training; observational narratives from teachers indicate enhanced engagement, interest in music
Petersen [20] N=11 10 normal hearing age mates; testing, but no training AMT (all but 1)
DT
HD
MOU
NSD
Rocca [21] > 100 children over 22 yrs. NA No statistical analyses No formal testing; Narratives reported improved listening, singing reflecting the stages of musical development in music curriculum
Torppa [22] 21 CI: 7 who fit music training criteria 12 (None) 21 NH children, matched for age, gender, music activities; music training not quantified Training correlated with improved F0 discrimination, stress perception, prosody, auditory memory
Yucel [23] N=9 N=9 no music training NSD for speech tests between training and control group; parent rated (1–5) SD for music group in awareness of sound, melody, dynamic, rhythmic change, emotional response of increased music skills at end of 2nd yr; Highly variable results on all measures; interest, age of implantation not significant factor

AI= age implanted

AMT=Additional music training beyond study

AT=age at time of testing

DT=Duration of training

HD=hearing device (HA, CI type, strategy) information

MOU= months of CI use

OD=onset of deafness

*

p<.05 or better; += statistically significant only for participants < 6 yrs. Age

NSD=no significant difference