Gregory J. Highison’s research while affiliated with University of Nevada, Reno and other places

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Publications (1)


Scanning electron microscopy of epithelial surfaces of the sea anemoneAcontiophorum niveum (Phylum Cnidaria): Class anthozoa
  • Article

April 1989

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24 Reads

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6 Citations

Journal of Morphology

Robin A. Eppard

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Gregory J. Highison

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Robert W. Mead

Epithelium of the sea anemone Acontiophorum niveum is modified into four general arrangements of microappendages: (1) uniform microvilli covering pedal disc and column, (2) an interspersion of microvilli, ciliary cones, and kinocilia on tentacles, (3) flagella among an understory of microvilli from the oral disc, actinopharynx, filaments, and acontia, and (4) sparse flagella among irregular microvilli from endoderm. These arrangements are similar to those described previously in the epithelia of other anthozoans.

Citations (1)


... As mentioned before, the coral tissue is heterogeneously covered with a series of hair-like structures called cilia -usually 10 to 20 µm in length (see Box 3, for an understanding of the cilia structure and its movement) -with regions of dense and scarce cilia presence (Eppard et al. 1989, Tambutté et al. 2020). Their occurrence is not only restricted to the epidermis facing the water column and endodermis facing the gastrovascular canal (Eppard et al. 1989), but they have also been found in the calicoblastic epitelium (calicodermis) responsible for skeletal formation (Tambutté et al. 2020). ...

Reference:

Doctor Thesis
Scanning electron microscopy of epithelial surfaces of the sea anemoneAcontiophorum niveum (Phylum Cnidaria): Class anthozoa
  • Citing Article
  • April 1989

Journal of Morphology