Colloquium on Auditory Neuroscience: Development, Transduction, and Integration /
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| Meeting name: | Colloquium on Auditory Neuroscience: Development, Transduction, and Integration (2000 : Irvine, Calif.) |
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| Imprint: | Washington, D.C. : National Academy of Sciences, 2001. |
| Description: | 1 online resource (pages 11690-11857) : illustrations (some color) |
| Language: | English |
| Series: | National Academy of Sciences colloquium series National Academy of Sciences colloquium series. |
| Subject: | |
| Format: | E-Resource Book |
| URL for this record: | http://pi.lib.uchicago.edu/1001/cat/bib/11152616 |
Table of Contents:
- COLLOQUIUM ON Auditory Neuroscience: Development, Transduction, and Integration
- NATIONAL ACADEMY OF SCIENCES
- National Academy of Sciences Colloquia Bound Reprints Available
- Contents
- Introduction
- AUDITORY NEUROSCIENCE: DEVELOPMENT, TRANSDUCTION, AND INTEGRATION
- Development of the Inner Ear
- Transduction of Stimuli in the Inner Ear
- Processing of Sound in the Brainstem
- Analysis of Complex Sounds by the Forebrain
- Colloquium
- NOTCH SIGNALING IN THE DEVELOPMENT OF THE INNER EAR: LESSONS FROM DROSOPHILA
- Materials and Methods
- Results
- DiscussionMOLECULAR GENETICS OF PATTERN FORMATION IN THE INNER EAR: DO COMPARTMENT BOUNDARIES PLAY A ROLE?
- Inner Ear Morphogenesis and Gene Expression Patterns
- Compartment and Boundary Model of Inner Ear Development
- Sensory Organs Arise at the Boundaries of Broader Gene Expression Domains
- The Endolymphatic Duct Arises at a Putative Medial-Lateral (M-L) Boundary
- Lineage-Restriction Compartments in the Dorsal Otocyst Revealed by Fate Mapping the Chicken Otic Cup
- Three Compartments Appear to Intersect at the Dorsal Pole of the Vesicle
- Is the Hindbrain a Source of Patterning Information for Inner Ear A-P Compartments?Testing a Compartment Boundary Model of Ear Morphogenesis
- PATTERNING OF THE MAMMALIAN COCHLEA
- Gross Development of the Cochlea
- Gross Patterning of the Cochlea
- Conclusion
- CELLULAR STUDIES OF AUDITORY HAIR CELL REGENERATION IN BIRDS
- Hair Cells: Old and New
- Methods for Stimulating Hair Cell Regeneration in the Basilar Papilla
- Avian Hair Cell Progenitors: Identity and Behavior
- Repatterning the Mature Sensory Epithelium
- What�s Wrong with Us?
- HAIR CELL RECOVERY IN MITOTICALLY BLOCKED CULTURES OF THE BULLFROG SACCULEMitotic HC Regeneration
- Nonmitotic HC Regeneration
- Normal and Mitotically Blocked Cultures of the Bullfrog Saccule
- Cell Proliferation in Saccular Cultures
- Morphology and Immunoreactivity in MBC Cultures
- Morphology and Immunoreactivity in MBGT Cultures
- HC Loss and Recovery in MBGT Cultures
- Transitional Cells and Immature Hair Cells in MBGT Cultures
- Scar Formation and SC Loss During HC Recovery
- Conclusions
- TWO MECHANISMS FOR TRANSDUCER ADAPTATION IN VERTEBRATE HAIR CELLSTransduction Model
- Calcium Metabolism
- Adaptation
- Future Directions
- COCHLEAR MECHANISMS FROM A PHYLOGENETIC VIEWPOINT
- The Tympanic Middle Ear as the Initiator of Profound Change
- The Lineages of Modern Amniotes and Their Characteristic Hearing-Organ Morphologies
- Frequency-Selectivity Mechanisms and Tonotopicity from a Phylogenetic Viewpoint
- Coding of Intensity from a Phylogenetic Viewpoint
- The Phytogeny of the Cochlear Amplifier