Journal of Zoology · 1967 · 39 citations · 13 references
Life SciencesAnatomyZoologyHistologyInvertebrate ZoologyMicroscopic AnatomyConnective TissueInternal AnatomyInvertebrate AnatomyInvertebrate PhysiologyMuscle TissueVertebrate AnatomyElastic Fiber StainingElasticityElastin BiologyFiber AnatomyMaterial ElasticityMuscular System AnatomyReticular FibersReticular Tissue
The connective tissues of a wide range of invertebrates have been investigated using a potassium permanganate/spirit blue staining technique. The method demonstrates fibres which are distinct from collagen, vertebrate elastic fibres, and reticular fibres. The fibres are variously associated with subepidermal collagen, muscles, basement membrances, the walls of blood vessels and the sheaths around nerve cords; the method also gives a positive reaction with the arborescent mesogloeal fibres of medusoid coelenterates. Their electron microscope appearance is distinctive and they exhibit a physical elasticity. Chemical tests indicate that following pretreatment with acidified potassium permanganate they show many, although not all, of the properties of vertebrate “elastin”. It is concluded that they should be regarded as a special category of “elastic” fibre.
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Aldehyde-Fuchsin: A New Stain for Elastic Tissue*
Gomori George · American Journal of Clinical Pathology · 1950 · 743 citations
SOME NEW STAINING METHODS OF WIDE APPLICABILITY.
F. H. VERHOEFF · Journal of the American Medical Association · 1908 · 140 citations · Full text
THE FINE STRUCTURE OF THE OXYTALAN FIBER
G. G. Carmichael, Harold M. Fullmer · The Journal of Cell Biology · 1966 · 112 citations · Full text