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- W1936698238 abstract "The perception of complex sounds, such as speech and animal vocalizations, requires the central auditory system to analyze rapid, ongoing fluctuations in sound frequency and intensity. A decline in temporal acuity has been identified as one component of age-related hearing loss. The detection of short, silent gaps is thought to reflect an important fundamental dimension of temporal resolution. In this study we compared the neural response elicited by silent gaps imbedded in noise of single neurons in the inferior colliculus (IC) of young and old CBA mice. IC neurons were classified by their temporal discharge patterns. Phasic units, which accounted for the majority of response types encountered, tended to have the shortest minimal gap thresholds (MGTs), regardless of age. We report three age-related changes in neural processing of silent gaps. First, although the shortest MGTs (1–2 msec) were observed in phasic units from both young and old animals, the number of neurons exhibiting the shortest MGTs was much lower in old mice, regardless of the presentation level. Second, in the majority of phasic units, recovery of response to the stimulus after the silent gap was of a lower magnitude and much slower in units from old mice. Finally, the neuronal map representing response latency versus best frequency was found to be altered in the old IC. These results demonstrate a central auditory system correlate for age-related decline in temporal processing at the level of the auditory midbrain." @default.
- W1936698238 created "2016-06-24" @default.
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- W1936698238 creator A5027535744 @default.
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- W1936698238 date "1998-04-01" @default.
- W1936698238 modified "2023-10-18" @default.
- W1936698238 title "Age-Related Alteration in Processing of Temporal Sound Features in the Auditory Midbrain of the CBA Mouse" @default.
- W1936698238 cites W135189209 @default.
- W1936698238 cites W1502447453 @default.
- W1936698238 cites W155902721 @default.
- W1936698238 cites W164832740 @default.
- W1936698238 cites W1921685703 @default.
- W1936698238 cites W1937675039 @default.
- W1936698238 cites W1939101754 @default.
- W1936698238 cites W1964321200 @default.
- W1936698238 cites W1964393624 @default.
- W1936698238 cites W1965398766 @default.
- W1936698238 cites W1966496672 @default.
- W1936698238 cites W1968226562 @default.
- W1936698238 cites W1969298243 @default.
- W1936698238 cites W1969729270 @default.
- W1936698238 cites W1972725260 @default.
- W1936698238 cites W1977846971 @default.
- W1936698238 cites W1979499179 @default.
- W1936698238 cites W1983221290 @default.
- W1936698238 cites W1983671890 @default.
- W1936698238 cites W1990597263 @default.
- W1936698238 cites W1990917595 @default.
- W1936698238 cites W1992673078 @default.
- W1936698238 cites W1998862174 @default.
- W1936698238 cites W1999304520 @default.
- W1936698238 cites W1999419077 @default.
- W1936698238 cites W2003805235 @default.
- W1936698238 cites W2005021596 @default.
- W1936698238 cites W2005561989 @default.
- W1936698238 cites W2006187229 @default.
- W1936698238 cites W2011885528 @default.
- W1936698238 cites W2012361251 @default.
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- W1936698238 cites W2020032091 @default.
- W1936698238 cites W2020702256 @default.
- W1936698238 cites W2021768749 @default.
- W1936698238 cites W2022897871 @default.
- W1936698238 cites W2026308064 @default.
- W1936698238 cites W2035310414 @default.
- W1936698238 cites W2035505590 @default.
- W1936698238 cites W2035928266 @default.
- W1936698238 cites W2037206487 @default.
- W1936698238 cites W2043084130 @default.
- W1936698238 cites W2043828369 @default.
- W1936698238 cites W2044703125 @default.
- W1936698238 cites W2048372064 @default.
- W1936698238 cites W2054755564 @default.
- W1936698238 cites W2055055888 @default.
- W1936698238 cites W2055877957 @default.
- W1936698238 cites W2057417120 @default.
- W1936698238 cites W2060036613 @default.
- W1936698238 cites W2061209445 @default.
- W1936698238 cites W2062473373 @default.
- W1936698238 cites W2065154130 @default.
- W1936698238 cites W2072274775 @default.
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- W1936698238 cites W2077040596 @default.
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- W1936698238 cites W2145282869 @default.
- W1936698238 cites W2146378336 @default.
- W1936698238 cites W2149261736 @default.
- W1936698238 cites W2151248336 @default.
- W1936698238 cites W2154382930 @default.
- W1936698238 cites W2185003217 @default.
- W1936698238 cites W2190984549 @default.
- W1936698238 cites W2213933742 @default.
- W1936698238 cites W2313066129 @default.
- W1936698238 cites W2394945884 @default.
- W1936698238 cites W2405522573 @default.
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- W1936698238 cites W2413084791 @default.
- W1936698238 cites W2585085593 @default.
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- W1936698238 cites W4289975267 @default.
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- W1936698238 doi "https://doi.org/10.1523/jneurosci.18-07-02764.1998" @default.
- W1936698238 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6793092" @default.
- W1936698238 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/9502833" @default.
- W1936698238 hasPublicationYear "1998" @default.
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