Die Ultrastruktur des Golgischen Sehnenorgans bei der Katze

Sklenská, A

doi:10.1159/000144120

Cells Tissues Organs

1973

DOI: 10.1159/000144120

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Die Ultrastruktur des Golgischen Sehnenorgans bei der Katze

A Sklenská¹

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Cited by 16 publications

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“…Fine-structural studies of the mammalian Golgi tendon organs have demonstrated the interrelationship between axon terminals and collagen bundles (MERRILLEES, 1962;SHIMIZU, 1971;SCHOULTZ andSWETT, 1972, 1974;SKLENSKA, 1973;ZELENA and SOUKUP, 1977;RUSKELL,1979;BISTEVINS and AWAD, 1981;NITATORI, 1988). SCHOULTS andSWETT (1972, 1974) have clarified their close interrelationship by means of serial thin sections and a three-dimensional reconstruction.…”

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confidence: 99%

Novel Hobeycomb Structures among Collagen Bundles in the Golgi Tendon Organs of the Chinese Hamster.

Desaki

1991

Archives of Histology and Cytology

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Summary. A number of novel honeycomb structures were encountered among collagen bundles in the capsule lumen of the Golgi tendon organs in the adult Chinese hamster. They varied in size and shape and consisted of a hexagonal aggregation of columnar components (or units), usually perpendicularly disposed with respect to the long axis of the tendon organ. They measured 90-100nm along their inner diameter and less than 1.0am in length, separated by partitions of electron dense materials about 30nm wide. Each columnar unit consisted of a central, globular, electron dense material (20-30nm in diameter) with a constant periodicity of 30-40nm and many (16-20) radially-arranged filaments (about 6nm in diameter), showing a flowerlike pattern. The honeycomb structures were attached to or fused with collagen fibrils or fibers at their margins, and were also attached to the microfibrils and basal laminae of the sensory endings, Schwann cells, and the innermost cell layer of the outer capsule. These findings suggest that the honeycomb structures might contribute to a complicated three-dimensional connection of collagen bundles as a whole, and that this connection might efficiently cause the mechanical deformation of the sensory endings by their squeezing in muscular contractions or passive stretching.

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confidence: 99%

Novel Hobeycomb Structures among Collagen Bundles in the Golgi Tendon Organs of the Chinese Hamster.

Desaki

1991

Archives of Histology and Cytology

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Sensory nerve formations in the skin and their classification

Malinovský

1996

Microsc. Res. Tech.

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The ultrastructure of Ruffini and Herbst corpuscles in the articular capsule of domestic pigeon

Halata

Munger

1980

Anat. Rec.

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The present study identifies two types of sensory nerve endings in the articular capsule of the shoulder joint of domestic pigeons: Ruffini corpuscles (spray-like endings), and Herbst corpuscles. Ruffini corpuscles occur in the fibrous membrane of the articular capsule and consist of two to four branched cylindrical segments within a network of fascicles of collagen fibers. At the terminal ends of the cylinders the perineural sheaths of the capsule are deficient and surround the fascicles of collagen fibers. The axon terminals in each cylindrical segment of a Ruffini corpuscle repeatedly ramify, giving rise to delicate neurite profiles. These neurites and associated Schwann cells envelope small fascicles of collagen fibrils. Schwann cells cover only a part of the neurite profiles. The myelinated afferent axon enters the midregion of the cylinder and has a diameter of approximately 3 micrometer. Herbst corpuscles are situated in the subsynovial connective tissue and in the transition zone between the fibrous membrane and the muscular fascia. They appear as elongated ovals in longitudinal section and round in cross section. Small corpuscles measure approximately 5 micrometer x 200 micrometer in length and large ones approximately 100 micrometer x 600 micrometer. Each has a myelinated afferent axon (diameter 2.5--7.5 micrometer) that terminates in one to three inner cores. The inner core contains the nonmyelinated receptor portion of the nerve fiber surrounded by numerous cytoplasmic lamellae, a subcapsular connective tissue space, and a perineural capsule of eight to 12 layers. Avian joint receptors are similar to those present in the skin of various birds and Ruffini corpuscles resemble in fine structure equivalent receptors in joint corpuscles of the domestic cat.

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Die Ultrastruktur des Golgischen Sehnenorgans bei der Katze

Cited by 16 publications

References 1 publication

Novel Hobeycomb Structures among Collagen Bundles in the Golgi Tendon Organs of the Chinese Hamster.

Novel Hobeycomb Structures among Collagen Bundles in the Golgi Tendon Organs of the Chinese Hamster.

Sensory nerve formations in the skin and their classification

The ultrastructure of Ruffini and Herbst corpuscles in the articular capsule of domestic pigeon

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