File:Basal Cochlear Outer Hair Cells.jpg: Difference between revisions
(Description:Ultrastructural changes in the cochlea by scanning electron microscopy. Basal and apical turns are shown. Many outer hair cells in the basal portion of the Ush2a−/− inner ear were missing, whereas those in the middle turn appeared normal, ) |
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Description:Ultrastructural changes in the cochlea by scanning electron microscopy. Basal and apical turns are shown. Many outer hair cells in the basal portion of the Ush2a−/− inner ear were missing, whereas those in the middle turn appeared normal, consistent with the observation that cochlear threshold shifts were more severe for high frequencies than for low frequencies. Inner hair cells were present throughout the cochlear spiral. | Description:Ultrastructural changes in the cochlea by scanning electron microscopy. Basal and apical turns are shown. Many outer hair cells in the basal portion of the Ush2a−/− inner ear were missing, whereas those in the middle turn appeared normal, consistent with the observation that cochlear threshold shifts were more severe for high frequencies than for low frequencies. Inner hair cells were present throughout the cochlear spiral. | ||
Reference: http://www.pnas.org/content/104/11/4413.figures-only?sid=eaf00f9d-6b33-46f4-9e15-1c096cf4fb9d | Reference: Modification of image from http://www.pnas.org/content/104/11/4413.figures-only?sid=eaf00f9d-6b33-46f4-9e15-1c096cf4fb9d | ||
Copyright: © 2012. National Academy of Sciences of the United States of America. The person using PNAS Online may view, reproduce, or store copies of the journal, provided that the information is only for their personal, noncommercial use. | Copyright: © 2012. National Academy of Sciences of the United States of America. The person using PNAS Online may view, reproduce, or store copies of the journal, provided that the information is only for their personal, noncommercial use. | ||
Revision as of 12:46, 2 October 2012
Description:Ultrastructural changes in the cochlea by scanning electron microscopy. Basal and apical turns are shown. Many outer hair cells in the basal portion of the Ush2a−/− inner ear were missing, whereas those in the middle turn appeared normal, consistent with the observation that cochlear threshold shifts were more severe for high frequencies than for low frequencies. Inner hair cells were present throughout the cochlear spiral.
Reference: Modification of image from http://www.pnas.org/content/104/11/4413.figures-only?sid=eaf00f9d-6b33-46f4-9e15-1c096cf4fb9d
Copyright: © 2012. National Academy of Sciences of the United States of America. The person using PNAS Online may view, reproduce, or store copies of the journal, provided that the information is only for their personal, noncommercial use.
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