関: Giemsa stain

WordNet

(microscopy) a dye or other coloring material that is used in microscopy to make structures visible
color for microscopic study; "The laboratory worker dyed the specimen"
color with a liquid dye or tint; "Stain this table a beautiful walnut color"; "people knew how to stain glass a beautiful blue in the middle ages"
produce or leave stains; "Red wine stains the table cloth"
a soiled or discolored appearance; "the wine left a dark stain" (同)discoloration, discolouration
color azure; "Morning azured the village"
a light shade of blue (同)cerulean, sapphire, lazuline, sky-blue
of a deep somewhat purplish blue color similar to that of a clear October sky; "Octobers bright blue weather" (同)cerulean, sky-blue, bright blue
marked or dyed or discolored with foreign matter; "a badly stained tablecloth"; "tear-stained cheeks"
having a coating of stain or varnish (同)varnished
the act of spotting or staining something (同)spotting, maculation
(histology) the use of a dye to color specimens for microscopic study

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(…で)…‘を'『汚す』,‘に'しみをつける《+『名』+『with』+『名』》 / 〈ガラス・木材・布など〉‘に'『着色する』 / (…で)〈人格・名声など〉‘を'汚す,‘に'傷をつける《+『名』+『with』+『名』》 / 汚れる,しみがつく / 〈C〉〈U〉(…についた)『しみ』,汚れ《+『on』+『名』》 / 〈U〉〈C〉着色剤,染料 / 〈C〉(人格・名声などに対する)汚点,傷《+『on』(『upon』)+『名』》
空色の;青空の(sky-blue) / 空色;《詩》青空,天空(sky)

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出典(authority):フリー百科事典『ウィキペディア（Wikipedia）』「2016/07/06 18:08:54」(JST)

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Romanowsky staining is a prototypical staining technique that was the forerunner of several distinct but similar methods, including Giemsa, Jenner, Wright, Field, and Leishman stains, which are used to differentiate cells in pathologic specimens. It was named after the Russian physician Dmitri Leonidovich Romanowsky (1861–1921), who invented it in 1891.

Microscopic examination of stained blood films

Giemsa-stained thin blood film showing Plasmodium falciparum infections^[1]

Paul Ehrlich had used mixtures of acidic and basic dyes for this purpose in 1879: e.g. fuchsine (acid dye) and methylene blue (basic dye).^[2] In 1891, Romanowsky^[3]^[4]^[5] developed techniques using a mixture of eosin Y and modified methylene blue that produced a surprising hue unattributable to either staining component: a beautiful, distinctive shade of purple.^[6]^[7] Requirement for the occurrence of the Romanowsky-Giemsa effect are:

A cationic dye: The best dye is azure B and, though azure A gives the nuclear purple colour, the cytoplasmic blue is inferior. No other cationic dye such as methylene blue is suitable.
An anionic dye: Most commonly eosin Y is used.^[8]

Because the aqueous dye solutions were unstable, methanol was introduced as a solvent, and William Boog Leishman ^[9] and James Homer Wright^[10] advocated its use as a fixative prior to staining. Gustav Giemsa improved this technique by standardizing the dye solutions and adding glycerol to increase stability.^[11]

The demethylation of methylene blue in aqueous solution using heat and alkali produces a mixture of azure A, azure B, methylene violet, and methylene blue. Eosin Y is then added to produce a "neutral" dye. The precipitate is then dissolved in a mixture of methanol and glycerol to form a stock solution; this is diluted with water or an aqueous buffer to form a 'working' solution that is used in the staining of pathology specimens. The 'working' solution is stable for 3 hours.^[12]

Immunochromatographic capture procedures (rapid diagnostic tests such as the malaria antigen detection tests) are nonmicroscopic diagnostic options for the laboratory that may not have appropriate microscopy expertise available.^[13]

References

^ Hempelmann E, Tesarowicz I, Oleksyn BJ (2008). "Malaria wciąż groźna". Wszechświat 109: 180–189.
^ Ehrlich P (1880). "Methodologische Beiträge zur Physiologie und Pathologie der verschiedenen Formen der Leukocyten" (PDF). Z klin Med 1: 553–560.
^ Романовскiй Д.Л. (1890). "Къ вопросу о строенiи чужеядныхъ малярiи". Врачъ 52: 1171–1173.
^ Романовскiй Д.Л. Къ вопросу о паразитологiи и терапiи болотной лихорадки. Диссертацiя на степень доктора медицины. Спб. 1891 г., 118 с.
^ Romanowsky D (1891). "Zur Frage der Parasitologie und Therapie der Malaria". St Petersburg Med Wochenschr 16: 297–302, 307–315.
^ Horobin RW, Walter KJ (1987). "Understanding Romanowsky staining. I: The Romanowsky-Giemsa effect in blood smears". Histochemistry 86 (3): 331–336. doi:10.1007/bf00490267. PMID 2437082.
^ Woronzoff-Dashkoff KK. (2002). "The wright-giemsa stain. Secrets revealed". Clin Lab Med. 22 (1): 15–23. doi:10.1016/S0272-2712(03)00065-9. PMID 11933573.
^ Wittekind D (1979). "On the nature of Romanowsky dyes and the Romanowsky-Giemsa effect". Clin Lab Haematol 1 (4): 247–262. doi:10.1111/j.1365-2257.1979.tb01090.x. PMID 94558.
^ Leishman W (1901). "Note on a Simple and Rapid Method of Producing Romanowsky Staining in Malarial and other Blood Films". Br Med J 2 (2125): 757–758. doi:10.1136/bmj.2.2125.757. PMC 2507168. PMID 20759810.
^ Wright JH (1902). "A Rapid Method for the Differential Staining of Blood Films and Malarial Parasites". J Med Res. 7 (1): 138–144. PMC 2105822. PMID 19971449.
^ Giemsa G (1904). "Eine Vereinfachung und Vervollkommnung meiner Methylenazur-Methylenblau-Eosin-Färbemethode zur Erzielung der Romanowsky-Nochtschen Chromatinfärbung". Centralbl f Bakt etc 37: 308–311.
^ Marshall PN, Bentley SA, Lewis SM (1978). "Staining properties and stability of a standardised Romanowsky stain". J Clin Pathol 31 (3): 280–282. doi:10.1136/jcp.31.3.280. PMC 1145244. PMID 76638.
^ Hempelmann E, Wilson RJ (1982). "Immunoprecipitation of malarial enzymes". Protozoology 29: 637.

Further reading

External links

Diagnosis and Treatment of Malaria CDC website on malaria diagnosis and treatment
Field stain Staining methods for the identification of malaria parasites
Laboratory Diagnosis of Malaria This Royal Perth Hospital (Australia) website provides an excellent overview of malaria diagnostics
UK malaria advisory, diagnostic and reference service for malaria The Malaria Reference Laboratory of the Public Health Laboratory Service in the UK
Chenzinsky and Romanowsky(Russian)(English) On the 120th Anniversary of the Discovery of the Romanowsky Effect

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