[Decalcification of histological specimens].
Sarah Petras, Miklós Krutsay
Abstract
Sarah Petras, Miklós Krutsay
Abstract
Authors studied the effect of various decalcifying solutions on the staining of cell nuclei. It remained normal within the period necessary for decalcification only when n-hydrochloric acid containing 2 per cent of ferric chloride or solution of EDTA III were used. Decalcification of solid bone specimens in hydrochloride acid-ferric chloride solution at room temperature can be completed in 6-7 days. The staining of cell nuclei remains normal by the 12th day. A satisfactory effect--decalcification in 14 days without any damage to the cell nuclei staining--can be achieved by a 27 per cent, pH 7.4 solution of EDTA III at a temperature 60 degrees C.
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Authors studied the effect of various decalcifying solutions on the staining of cell nuclei. It remained normal within the period necessary for decalcification only when n-hydrochloric acid containing 2 per cent of ferric chloride or solution of EDTA III were used. Decalcification of solid bone specimens in hydrochloride acid-ferric chloride solution at room temperature can be completed in 6-7 days. The staining of cell nuclei remains normal by the 12th day. A satisfactory effect--decalcification in 14 days without any damage to the cell nuclei staining--can be achieved by a 27 per cent, pH 7.4 solution of EDTA III at a temperature 60 degrees C.
Key concepts: Bone decalcification, Hydrochloric acid, Staining, Ferric, Chemistry, Chloride, Nuclear chemistry, Chromatography