The morphology and sulfhydryl and disulfide reactions of the epithelium of the bovine forestomach during postnatal development

Henriksson, Kirsti; Habel, Robert E.

doi:10.1002/ar.1091390406

Cited by 19 publications

(2 citation statements)

References 17 publications

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“…Henriksson and Habel (1961) found a highly significant increase with age in the thickness of the stratum germinativum in calves receiving solid feed. Mlk-fed calves showed a much smaller increase.…”

Section: Discussionmentioning

confidence: 90%

Functional development of epithelial tissue of the reticulo-rumen in calves

Sutton

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Section: Discussionmentioning

confidence: 90%

Functional development of epithelial tissue of the reticulo-rumen in calves

Sutton

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“…The results of the current study and of Knox (i960) The cause of the increase in metabolic activity of the tissue of î'iHG-calves is not yet apparent. Henriksson and Habel (1961) found a highly significant increase with age in the thickness of the stratum germinativum in calves receiving solid feed. Mlk-fed calves showed a much smaller increase.…”

Section: Resultsmentioning

confidence: 90%

Functional development of epithelial tissue of the reticulo-rumen in calves

Sutton

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The gastric mucosa of two monotremes: The Duck‐billed platypus and echidna

Krause

Leeson

1974

Journal of Morphology

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The gastric mucosa of both the echidna and platypus is aglandular and the lining epithelium is stratified squamous. The latter exhibits three principle layers: stratum germinativum, stratum spinosum, and stratum corneum. The cytoplasm of cells composing the first two strata of both species shows bundles of tonofibrils and numerous free ribosomes. Cells of the stratum spinosum in the platypus also show numerous dense granules limited to the peripheral cytoplasm. The stratum spinosum of both species is comprised of fusiform-shaped cells whose adjacent cell membranes show extensive interlocking. The stratum spinosum of the echidna in addition shows numerous intercellular bridges. Cells of the stratum corneum become flattened and elongate and in the echidna nuclei near the surface appear to degenerate. Cells comprising the stratum corneum of the platypus exhibit well preserved nuclei and contain scattered large granules of varying electron density. Prior to sloughing, cells near the sui-face of both species show a separation of adjacent cell membranes. True keratinization is not found in the gastric lining epithelium of either species and the epithelium lining of the stomach of the echidna more closely represents a form of parakeratosis.Delicate papillae containing capillaries extend considerable distances into the overlying epithelium of both species and are thought to contribute to its nutrition.

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The morphology and sulfhydryl and disulfide reactions of the epithelium of the bovine forestomach during postnatal development

Cited by 19 publications

References 17 publications

Functional development of epithelial tissue of the reticulo-rumen in calves

Functional development of epithelial tissue of the reticulo-rumen in calves

Functional development of epithelial tissue of the reticulo-rumen in calves

The gastric mucosa of two monotremes: The Duck‐billed platypus and echidna

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