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Titlebook: Animal Models of Speech and Language Disorders; Santosh A. Helekar Book 2013 Springer Science+Business Media New York 2013

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发表于 2025-3-21 17:06:59 | 显示全部楼层 |阅读模式
期刊全称Animal Models of Speech and Language Disorders
影响因子2023Santosh A. Helekar
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发行地址Details the overall investigative approach of neurobehavioral studies in animals capable of vocal communication and learned vocalizations.A unifying review of research in this new multidisciplinary fr
图书封面Titlebook: Animal Models of Speech and Language Disorders;  Santosh A. Helekar Book 2013 Springer Science+Business Media New York 2013
影响因子Basic research over the last decade or two has uncovered similarities between speech, especially its sensori-motor aspects, and vocal communication in several non-human species. The most comprehensive studies so far have been conducted in songbirds. Songbirds offer us a model system to study the interactions between developmental or genetic predispositions and tutor-dependent influences, on the learning of vocal communication. Songbird research has elucidated cellular and molecular mechanisms underlying learning and production of vocal patterns, perception of vocal sounds, vocal motor control and vocal neuromotor plasticity. More recently, the entire genome of the songbird zebra finch has been sequenced. These discoveries, along with the identification of several genes implicated in familial human speech and language disorders, have made it possible to look for analogues of speech and language dysfunction in zebra finches, at least at the perceptual and sensori-motor levels. Two approaches in particular have led us closer to the development of animal models of human speech conditions, namely developmental stuttering and a familial verbal dyspraxia associated with a mutation in the
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Time Scales of Vocal Learning in Songbirdsstructured song syntax, which then gradually becomes more elaborated. This transition might be related to large-scale changes in the contributions of basal ganglia pathways to direct control (driver) of song motor output. The second and shortest time scale of vocal learning is the regulation of expl
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The Songbird Auditory Systemthrough imitation of adult models, (3) a dependence of vocal behavior on auditory feedback, (4) the use of unique vocal signals to recognize individuals, and (5) lateralized vocalization processing in sensory and sensorimotor brain regions. Because of these parallels and the evolutionary conservatio
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The Repertoire of Communication Calls Emitted by Bats and the Ways the Calls Are Processed in the Inheir responses to conspecific calls. Moreover a single linear combination of the excitatory and inhibitory fields explains their responses to the direction and velocity of FM sweeps. Most IC cells, however, had several spectrotemporal filters. In these cells, the nonlinear combination of two or more
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Robert Pollin,Gerald Epstein,James Heintzstructured song syntax, which then gradually becomes more elaborated. This transition might be related to large-scale changes in the contributions of basal ganglia pathways to direct control (driver) of song motor output. The second and shortest time scale of vocal learning is the regulation of expl
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