FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313641885> ?p ?o ?g. }

• W4313641885 endingPage "422" @default.
• W4313641885 startingPage "411" @default.
• W4313641885 abstract "We aimed to determine whether children with severe hearing loss (HL) who use hearing aids (HAs) may experience added value in the perception of speech, language development, and executive function (EF) compared to children who are hard of hearing (HH) or children who are deaf and who use cochlear implants (CIs) and would benefit from CIs over HAs. The results contribute to the ongoing debate concerning CI criteria. We addressed the following research question to achieve this aim: Do children who are HH or deaf with CIs perform better than children with severe HL with HAs with respect to auditory speech perception, and receptive vocabulary and/or EF?We compared two groups of children with severe HL, profound HL or deafness, with CIs or HAs, matched for gender, test age (range, 8 to 15 years), socioeconomic status, and nonverbal intelligence quotient. Forty-three children had CIs (pure-tone average at 2000 and 4000 Hz >85 dB HL), and 27 children had HAs (mean pure-tone average: 69 dB HL). We measured speech perception at the conversational level (65 dB SPL) and the soft speech perception level (45 dB SPL). We established receptive vocabulary using the Peabody Picture Vocabulary Test-III-NL. We tested EF using the Delis Kaplan Executive Function System battery and the Dutch Rey Auditory Verbal Learning Test. We employed the Mann-Whitney U test to compare data between the CI and HA groups. We used Chi-square goodness of fit tests to contrast the CI and HA group distributions with the norm data of children who are typically developing (TD). We harnessed Kendall's Tau-b to investigate relationships between the study variables.Both groups of children, with CIs and Has, obtained ceiling scores for perception of speech on a conversational level. However, the HA group exhibited significantly lower perception on a soft speech level scores (68 %) than the CI group (87%). No difference was present between the receptive vocabulary distributions of the CI and HA groups. The median receptive vocabulary standard scores for both groups were well within the normal range (CI group: 93; HA group: 96). In addition, we did not find any difference in EF between the CI and HA groups. For planning and verbal memory, the distributions of observed scores for children with CIs were different from the expected distributions of children who are TD. In both groups, a large proportion of children obtained below-average scores for planning (CI: 44%; HA: 33%) and for long-term verbal memory (CI: 44%; HA: 35%). In the HA group, perception at a soft speech level was associated with receptive vocabulary and planning. In the CI group, we did not find any associations.Both groups of children with severe and profound HL with HAs exhibit less favorable auditory perception on the soft speech level, but not at a conversational level, compared to children who are HH or deaf with CIs. Both groups, children with CIs and HAs, only exhibit more problems in planning and verbal memory than the norm groups of children who are TD. The results indicate that to obtain age-appropriate levels of receptive vocabulary and EF, the perception at the soft speech level is a necessary but not sufficient prerequisite." @default.
• W4313641885 created "2023-01-07" @default.
• W4313641885 creator A5011708945 @default.
• W4313641885 creator A5033907516 @default.
• W4313641885 creator A5036957491 @default.
• W4313641885 creator A5045626640 @default.
• W4313641885 creator A5045801239 @default.
• W4313641885 creator A5054354080 @default.
• W4313641885 creator A5058572143 @default.
• W4313641885 date "2022-12-21" @default.
• W4313641885 modified "2023-09-30" @default.
• W4313641885 title "Cochlear Implants or Hearing Aids: Speech Perception, Language, and Executive Function Outcomes" @default.
• W4313641885 cites W1487445550 @default.
• W4313641885 cites W1525391175 @default.
• W4313641885 cites W1814883126 @default.
• W4313641885 cites W1967660660 @default.
• W4313641885 cites W1970269535 @default.
• W4313641885 cites W1970794461 @default.
• W4313641885 cites W1971387654 @default.
• W4313641885 cites W1976702131 @default.
• W4313641885 cites W1982151887 @default.
• W4313641885 cites W1986552555 @default.
• W4313641885 cites W2005873114 @default.
• W4313641885 cites W2011145053 @default.
• W4313641885 cites W2013341677 @default.
• W4313641885 cites W2015511744 @default.
• W4313641885 cites W2034541113 @default.
• W4313641885 cites W2034572066 @default.
• W4313641885 cites W2035599443 @default.
• W4313641885 cites W2037145190 @default.
• W4313641885 cites W2041531396 @default.
• W4313641885 cites W2043852117 @default.
• W4313641885 cites W2055717806 @default.
• W4313641885 cites W2058500143 @default.
• W4313641885 cites W2062718236 @default.
• W4313641885 cites W2065323579 @default.
• W4313641885 cites W2074410962 @default.
• W4313641885 cites W2076873984 @default.
• W4313641885 cites W2078262350 @default.
• W4313641885 cites W2083742885 @default.
• W4313641885 cites W2085867626 @default.
• W4313641885 cites W2090498648 @default.
• W4313641885 cites W2094137792 @default.
• W4313641885 cites W2102047232 @default.
• W4313641885 cites W2104356576 @default.
• W4313641885 cites W2107029160 @default.
• W4313641885 cites W2108582985 @default.
• W4313641885 cites W2120357670 @default.
• W4313641885 cites W2121113636 @default.
• W4313641885 cites W2126077414 @default.
• W4313641885 cites W2126837684 @default.
• W4313641885 cites W2136209064 @default.
• W4313641885 cites W2144588821 @default.
• W4313641885 cites W2147128371 @default.
• W4313641885 cites W2159863266 @default.
• W4313641885 cites W2161881599 @default.
• W4313641885 cites W2168918709 @default.
• W4313641885 cites W2200650653 @default.
• W4313641885 cites W2231947773 @default.
• W4313641885 cites W2296381011 @default.
• W4313641885 cites W2320195301 @default.
• W4313641885 cites W2334046664 @default.
• W4313641885 cites W2346575139 @default.
• W4313641885 cites W2411202308 @default.
• W4313641885 cites W2417570236 @default.
• W4313641885 cites W2472770001 @default.
• W4313641885 cites W2496696166 @default.
• W4313641885 cites W2512901122 @default.
• W4313641885 cites W2560450737 @default.
• W4313641885 cites W2735657687 @default.
• W4313641885 cites W2755064420 @default.
• W4313641885 cites W2768044389 @default.
• W4313641885 cites W2804139746 @default.
• W4313641885 cites W2807789811 @default.
• W4313641885 cites W2901889441 @default.
• W4313641885 cites W2914172761 @default.
• W4313641885 cites W2960826443 @default.
• W4313641885 cites W3032640849 @default.
• W4313641885 cites W3122431529 @default.
• W4313641885 doi "https://doi.org/10.1097/aud.0000000000001300" @default.
• W4313641885 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/36607737" @default.
• W4313641885 hasPublicationYear "2022" @default.
• W4313641885 type Work @default.
• W4313641885 citedByCount "1" @default.
• W4313641885 countsByYear W43136418852023 @default.
• W4313641885 crossrefType "journal-article" @default.
• W4313641885 hasAuthorship W4313641885A5011708945 @default.
• W4313641885 hasAuthorship W4313641885A5033907516 @default.
• W4313641885 hasAuthorship W4313641885A5036957491 @default.
• W4313641885 hasAuthorship W4313641885A5045626640 @default.
• W4313641885 hasAuthorship W4313641885A5045801239 @default.
• W4313641885 hasAuthorship W4313641885A5054354080 @default.
• W4313641885 hasAuthorship W4313641885A5058572143 @default.
• W4313641885 hasBestOaLocation W43136418851 @default.
• W4313641885 hasConcept C15744967 @default.
• W4313641885 hasConcept C166047926 @default.
• W4313641885 hasConcept C169760540 @default.
• W4313641885 hasConcept C169900460 @default.

• next