Disease relevance of Pyronine

• The biotinylated hybrids were visualized by means of latex particles containing the fluorescent dye pyronine G and coated with streptavidin; 1.6 and 0.3 pg of lambda-phage DNA was detected by dot blot hybridizations on nylon membrane and polyethyleneimine-cellophane, respectively [1].

High impact information on Pyronine

• Surface-enhanced resonance Raman scattering (SERRS) spectra of various rhodamine dyes, of pyronine G and thiopyronine adsorbed on isolated silver clusters were recorded at the ensemble level and at the single-molecule level with a high-resolution confocal laser microscope equipped with a spectrograph and a CCD-detector [2].
• For this purpose samples were homogenised, soluble proteins were removed by ultracentrifugation and the water-insoluble pellet was resuspended in a mixture containing urea, 16-BAC, glycerol, pyronine Y and dithiothreitol [3].
• Iron pyronine and alcian blue for staining acid mucin in plastic-embedded sections [4].
• The advantages and disadvantages of using DiOC1[3], AO, or pyronine Y as reticulocyte stains are discussed [5].
• Plasma cells were not found in any of the endometrial specimens despite methyl green pyronine staining of the samples [6].

Biological context of Pyronine

• The pulmonary intralobular connective tissue of albino rats stimulated by a pulverized suspension of living pneumococci is the site of an abundant cell proliferation and pyronine-plasma cell reaction, having as molecular substratum enhanced activity of Alk-Ph-ase, ATP-ase, SDH-ase and LDH-ase [7].

Anatomical context of Pyronine

• Methylgreen pyronine staining revealed that approximately half of the cellular infiltrates around the vessels were plasma cells [8].

Gene context of Pyronine

• Determination of trace proteins with pyronine Y and SDS by resonance light scattering [9].
• The predominantly cytoplasmic and nucleolar fluorescence obtained with pyronine Y could be changed to mainly nuclear fluorescence by RNase pretreatment [10].

References