Monastral blue

VIII,5. COPPER PHTHALOCYANINE (MONASTRAL BLUE) The pure pigment may be obtained by heating phthalonitrile (4 mols) and copper bronze (1 atom) at 209-220 ... 

Monastral blue, 983 Monobromoacetic acid, 427,429 Monochloroacetic acid, 427,428 Monoethylaniline, see EthylaniJine Monoperphthalic acid, 807, 810 Monosaccharides, 449, 455 Mucic acid, 452,1070 ... 

Haemin (blood pigment) Monastral blue (phthalocyanine pigment)... 

It is uncertain which vessels leak in the late phase response. Although venules are labelled with the tracer Monastral blue in a dog model of allergen-induced late phase response (Ohrui et al., 1992), no vessels are labelled in the late phase response evoked in guinea-pig airways by PAF (O Donnell et al., 1990). It is unclear whether this diflference is due to differences in the animal models or to limitations of the methods used to identify the leaky vessels. One reason for considering that the late phase leak may not be just a longer version of the early response is evidence that prolonged inflammatory stimuli... 

Joris, L, De Girolami, U., Wortham, K.A. and Majno, G. (1982). Vascular labeling with Monastral blue B. Stain Technol. 57, 177-183. 

Differences between rat strains in their susceptibility to pancreas-specific venular permeability induced by intravenous monastral blue B administration may play a role in differences in their susceptibilities to development of islet inflammation and type 1 diabetes (Desemone et al., 1989). Rat strain, species, and sex differences were also demonstrated for susceptibility to azaserine-induced atypical acinar cell nodules (AACN) that are preneoplastic lesions that may develop into adenomas and carcinomas. The W/LEW and Wistar rat strains were highly responsive to nodule induction with 100% and 90% induction rates, respectively, whereas F344 rats were less susceptible and developed about 10% as many AACN as the Wistar rats (Roebuck and Longnecker, 1977). 

Desemone, J., Majno, G., Joris, I., Handler, E. S., Rossini, A. A., and Mordes J. P. (1989) Morphological and physiological characteristics of pancreas-specific venular permeability induced by Monastral blue B. Exp. Mol. Pathol, 52, 141-153. 

In the synthetic pigment field the discovery and introduction (1935) by ICI of copper phthalocyanine (Monastral Blue) set new standards in all-round fastness properties. 

Phthalocyanine pigments. Discovered in 1928, the copper phthalo-cyanine pigment Monastral Blue was introduced in 1935 by ICI. The pigment... 

Commercial name for certain phthalocyanine-based pigments ( Monastral blue, Monastral green ) as well as various... 

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