A View of the Evolution of Chemoreceptors Based on Research with Cnidarians
Since Loomis (1955) discovered that reduced glutathione (GSH) was the specific activator of feeding in Hydra littoralis, research on cnidarian chemoreceptors has taken two lines. One, involving mostly work on hydra, is concerned with elucidating the mechanism by which the receptor is activated (see Lenhoff, 1974). The other is of a more comparative nature showing that numerous compounds activate feeding in a wide range of cnidarians.
KeywordsReceptor Site Feeding Response Amino Acid Acceptor Reef Building Coral Amino Acid Trans
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- Chapman-Andresen, C. 1962. Pinocytosis in amoebae. C. R. Trav. Lab. Carlsberg 33: 73–264.Google Scholar
- Danner, J., M. Houston-Cobb, W. Heagy and G. R. Marshall, 1976. γ-Glutamyl transpeptidase in hydra. Fed. Proc. 35:7.Google Scholar
- Lenhoff, H. M. 1974. On the mechanism of action and evolution of receptors associated with feeding and digestion. In Coelenterate Biology; Reviews and New Perspectives: 1974, L. Muscatine and H. Lenhoff, eds., pp. 359–384. New York: Academic Press.Google Scholar
- Mackie, G. O., and D. A. Boag. 1963. Fishing, feeding and digestion in siphonophores. Pubbl. Staz. Zool. Napoli 33: 178–196.Google Scholar
- Mariscal, R. N. 1971. The chemical control of the feeding behavior in some Hawaiian corals. In Experimental Coelenterate Biology: 1971, H. M. Lenhoff, L. Muscatine, and V. Davis, eds., pp. 100–118. Honolulu: University of Hawaii Press.Google Scholar
- Reimer, A. A. 1971a. Feeding behavior in the Hawaiian zoanthids Palythoa and Zoanthus. Pacific Sci. 25: 512–520.Google Scholar