Cils Vibratiles Et Flagelles

P, Faure-Fremiet

doi:10.1111/j.1469-185x.1961.tb01598.x

Cited by 51 publications

(8 citation statements)

References 223 publications

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“…The cilia of Schwann cells possess 9 pairs of peripheral fibers arranged concentrically about a tube approximately 90 m# in diameter. Although the peripheral doublets are similar to those described in other cilia (7,8,10,16,17), with one exception (18), the central component differs from the usual two-filament axial structure found in most motile cilia and flagella, as well as from the unusual single fiber axial structure found in the sperm tails of Haematoloechus, a parasitic flatworm (19). The central unit differs from that found in Haematoloechus by its larger size, by the non-fibrillar structure of its limiting membrane, and by the absence of a dense core.…”

Section: Discussionsupporting

confidence: 78%

Ciliated Schwann Cells in the Autonomic Nervous System of the Adult Rat

Grillo

Palay

1963

The Journal of Cell Biology

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Section: Discussionsupporting

confidence: 78%

Ciliated Schwann Cells in the Autonomic Nervous System of the Adult Rat

Grillo

Palay

1963

The Journal of Cell Biology

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“…Most cirral bases are oriented with their long axes diagonal to the long axis of G. steinii; thus, the left side of a cirrus as viewed from inside the organism is anterior to the right side (Figs. 7,8 ) . Triplet 1, therefore, is in a posterior position relative to the long axis of G. steinii.…”

Section: Resultsmentioning

confidence: 99%

Fine Structure of the Surface and Infraciliature of Gastrostyla steinii

1972

The Journal of Protozoology

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SYNOPSIS. In many hypotrich ciliate protozoa there are at least 6 possible categories of ciliary structures: right marginal cirri, left marginal cirri, fronto‐ventral‐transverse cirri, membranelles, and 2 oral membranes. This report describes the kinetosomes, fibrils and microtubules which make up the cytoplasmic portion of these structures in Gastrostyla steinii. Altho light microscope studies have revealed significantly different infraciliature for the 3 classes of cirri, the fine structure of these locomotor organelles indicates that they have a remarkable number of homologous structures. There is also a number of apparent homologies between the cirri of this organism and ciliary structures of both more primitive and more highly evolved ciliates. The oral ciliature of G. steinii is analyzed and compared to that of other spirotrichs for clues to the phylogeny of the hypotrichs. Function of the infraciliature is considered briefly.

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“…In the terminology of Fraenkel & Gunn (1940-1961 this modification of the behavior of the male would be qualified as a 'chemoklinokinesis' . 'Klinokinesis' is defined as the variation of the rate of change of direction .…”

Section: Swimmingmentioning

confidence: 99%