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  • Book
    Arthur N. Popper, Anthony Hawkins, editors.
    Contents:
    Part I. Introduction
    Part II. Sound Detection by Aquatic Animals
    Part III. Sound Production by Aquatic Animals
    Part IV. Physiological Effects of Sounds
    Part V. Anthropogenic Sounds and Behavior
    Part VI. Population Effects
    Part VII. Anthropogenic Sound Sources and Their Measurement
    Part VIII. Science, Regulation and Sound Exposure Criteria
    Part IX. Monitoring, Management and Mitigation
    Part X. Workshops and Concluding Remarks.
    Digital Access Springer 2012
    Access via Advances in experimental medicine and biology ; 2012; 730
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    Version
    Call Number
    Items
    Advances in experimental medicine and biology ; 2012; 730
    c2012
  • Article
    Kaplan MW, Liebman PA.
    J Physiol. 1977 Mar;265(3):657-72.
    1. Time resolved birefringence measurements reveal complex structural changes in rod outer segments following a bleaching flash. 2. The detailed character of the observed changes depends upon osmotic integrity of the outer segment envelope membrane. Rod outer segments with intact envelope membranes show a fast initial loss of intrinsic birefringence simultaneous with the formation of metarhodopsin II followed by a slower secondary loss. A subsequent birefringence increase to higher than the dark-adapted level is partially correlated with the formation of retinol. Rod outer segments with ruptured envelope membranes show the initial and secondary losses, but the subsequent recovery only reaches the dark-adapted level. Retinol does not form in such organelles. 3. The slow birefringence changes in intact rod outer segments were qualitatively different when Na+ salts were replaced by equimolar K+ salts in the bathing medium. 4. Glycerol appears to influence both the rate and magnitude of metarhodopsin III formation, and of the spectrally silent secondary birefringence loss.
    Digital Access Access Options