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  • Book
    Melissa A. Day.
    Digital Access Wiley 2017
  • Book
    edited by Gerald M. Edelman, W. Einar Gall, W. Maxwell Cowan.
    Summary: Recent advances in anatomical, physiological, and psychophysical techniques and new formal analyses have made considerable advances in integrating the various aspects of hearing. Consisting of five sections, this volume begins with development and proceeds from the periphery to the highest psychological functions reflected in speech and guided behavior. In the first section the developing auditory system is considered; in Section Two cochlear neurobiology and current theories of cochlear mechanics are reviewed. Section Three deals with the response properties and electrical characteristics of auditory neurons. Section Four discusses the models of peripheral and central factors in intensity perception, auditory masking, and spectral shape discrimination. The final section examines auditory neuroethology and speech processing. Nielsen 9780471617464 20160527

    Contents:
    Part 1 The developing auditory system: organization and development of the avian brain stem auditory system
    modulation of cell adhesion molecules during induction and differentiation of the auditory placode
    stimulus coding in the developing auditory system
    experience shapes sound localization and auditory unit properties during development in the barn owl. Part 2: The cochlea and auditory nerve: cochlear neurobiology - some key experiments and concepts of the past two decades
    cochlear macromechanics
    psychophysical aspects of auditory intensity coding
    encoding of sound intensity by auditory neurons. Part 3 Neurons, projections, and representations: response properties of cochlear nucleus neurons in relationship to physiological mechanisms
    electrical characteristics of cells and neuronal circuitry in the cochlear nuclei studied with intracellular recordings from brain slices
    coding of temporal patterns in the central auditory nervous system
    frequency resolution, spectral filtering, and integration on the neuronal level
    neural mechanisms underlying interaural time sensitivity to tones and noise
    auditory mechanisms underlying a neural code for space in the cat's superior colliculus
    organization of the cat's auditory thalamus
    dynamic modulation of the auditory system by associative learning. Part 4 Psychophysics: timing, masking, and lateralization: temporal mechanisms in auditory stimulus coding
    peripheral and central factors in intensity perception
    dynamic aspects of auditory masking
    auditory profile analysis: some experiments on spectral shape discrimination
    pitch perception and the segregation and integration of auditory entities
    onset-coding in lateralization: its form, site, and function. Part 5 Neuroethology, audition, and speech: auditory neuroethology and speech processing: complex sound processing by combination-sensitive neurons
    neurophysiological and anatomical substrates of sound localization in the owl
    representation of speech in the auditory periphery
    specialized perceiving systems for speech and other biologically significant sounds. Nielsen 9780471617464 20160527
    Print c1988
  • Article
    Highsmith AK, Feeley JC, Morris GK.
    Health Lab Sci. 1977 Oct;14(4):253-60.
    Only in the last few years has Yersinia enterocolitica been recognized as an etiologic agent. The organism, however, is widespread in both the animate and inanimate environments. It has been isolated and recovered from a variety of sources including fecal material, foodstuffs, and water, but vehicles of disease transmission are not fully delineated or understood. The bacteriology of Y. enterocolitica is reviewed and recommended laboratory methodology is described.
    Digital Access Access Options