Stain Technology · 1943 · 14 citations · 12 references
MedicineBiochemistryPathologyHistologySpectroscopic AnalysisSpectroscopyAbsorption In TissueColor AnalysisHistological StainingOptical SpectroscopySpecial StainsStaining TechniquesAbsorption Spectroscopy Of TissueChemical AlterationConnective Tissue StainingSpectral Absorption BandsSpectral Absorption CoefficientsSpectral Absorption PropertiesSudan StainingThymus Histology
By comparing spectral absorption curves of representative staining solutions and of substances stained with these solutions it is shown that information may be obtained regarding chemical changes associated with the staining process. The stains used in these determinations were acid fuchsin, anilin blue, azo-carmine G, basic fuchsin, eosin Y, orange G, picric acid and Sudan IV. The substrates stained were gelatin, tendon, blood plasma, thymus gland and fat.Aqueous basic fuchsin and fuchsin-sulfurous reagent to which formalin was added (Setoff reaction) are different stains. The spectral absorption curves for staining solutions and substances stained with the solutions were comparable. Within the limitations of the spectrophotometry methods and stains employed, there was no evidence of significant chemical alteration in the chromophore radicals of the stains associated with the process of tissue staining.
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Frank B. Mallory · The American Journal of the Medical Sciences · 1938 · 113 citations
John F. Norton · American Journal of Public Health and the Nations Health · 1941 · 57 citations