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Biol Bull 125: 441-463. (December 1963)
© 1963 Marine Biological Laboratory
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A CRYSTALLOGRAPHIC STUDY OF VERTEBRATE OTOLITHS

DIEGO CARLSTRÖM 1

1 Department of Medical Physics, Karolinska Institutet, Stockholm, Sweden

1. The crystallographic properties of otoliths from 58 vertebrate species were investigated by means of polarization microscopy and x-ray diffraction.

2. The otoliths occur as statoconia, microstatoliths, and statoliths. Usually only one kind is present in the labyrinth but in some vertebrates a combination of two or all three types may be found.

3. While statoliths and microstatoliths always are polycrystalline, statoconia may either be polycrystalline or single crystals.

4. Five different minerals, viz., apatite, calcite, aragonite, vaterite and calcium carbonate monohydrate, compose the endogenous otoliths in the vertebrate labycarbonate monohydrate, compose the endogenous otoliths in the vertebrate labyrinth. Some elasmobranchs have in addition exogenous statoconia consisting of sea-sand.

5. The distribution of statoliths and/or statoconia, their texture and their composition within the vertebrate series, show remarkable consistencies; within each class the same kind of static bodies is usually present.

6. Some crystallographic and biological aspects are discussed and it is suggested that the findings may be of some value for the study of the phylogeny of vertebrates and also may aid towards a better understanding of the function of the otolith organ.




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