Archive image from page 141 of Cytological technique; the principles underlying. Cytological technique; the principles underlying routine methods cytologicaltechn00bake Year: 1960 122 CYTOLOGICAL TECHNIQUE behaves towards mordants very much like the latter dye. Its colour (crimson) does not undergo much change when it links itself to aluminium, the mordant most commonly used. One of the best solutions is Mayer's carmalum, which con- tains carminic acid, potassium alum, and water, with thymol, salicylic acid, or sodium salicylate as disinfectant. It is suitable for use with both sections and
Archive image from page 141 of Cytological technique; the principles underlying. Cytological technique; the principles underlying routine methods cytologicaltechn00bake Year: 1960 122 CYTOLOGICAL TECHNIQUE behaves towards mordants very much like the latter dye. Its colour (crimson) does not undergo much change when it links itself to aluminium, the mordant most commonly used. One of the best solutions is Mayer's carmalum, which con- tains carminic acid, potassium alum, and water, with thymol, salicylic acid, or sodium salicylate as disinfectant. It is suitable for use with both sections and whole mounts. It may be used either progressively or regressively. Potassium alum (5 aqueous) readily extracts any excess of colour. This is a very easy dye to use, since it lends itself to leisurely progressive colouring. The colour is well maintained in both hydrophil and hydrophobe mounting media.
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