Topic
Brilliant green
About: Brilliant green is a research topic. Over the lifetime, 627 publications have been published within this topic receiving 12495 citations.
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27 May 2000
TL;DR: Sticking-plaster tape as discussed by the authors is a tape made from hygroscopic atraumatic material (e.g. gauze insertion) impregnated with antiseptic substance solution (0.02-0.6% furacillin, 0.08-2.4% synthomycin, 0.,011- 0.1% brilliant green) is fixed.
Abstract: FIELD: pharmaceutical industry. SUBSTANCE: sticking-plaster consists of sticking-plaster tape, on the sticking-side surface of which hygroscopic atraumatic material (e.g. gauze insertion) impregnated with antiseptic substance solution (0.02- 0.6% furacillin, 0.08-2.4% synthomycin, 0.011-0.1% brilliant green) is fixed. Sticking-plaster can be used in treating cutaneous diseases and microtraumas. EFFECT: improved therapeutic effect and stabilized controlled parameters on storage longer than 3 years. 5 cl, 1 tbl
1 citations
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TL;DR: In this paper, the effect of surface optical sensitization (SOS) of silver iodide in a multilayer structure by trace amounts of gaseous molecules of brilliant green dye is demonstrated.
Abstract: The effect of the surface optical sensitization (SOS) of silver iodide in a multilayer structure by trace amounts of gaseous molecules of brilliant green dye is demonstrated. Using the surface plasmon resonance excitation, it is shown that the SOS causes changes in the surface layer parameters and can be used to develop highly sensitive and selective gas sensors.
1 citations
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TL;DR: In this article, physically activated carbon (PAC) is used to adsorb dyes from waste water because of its high adsorption abilities, the batch experiment was investigated by different variables like contact time, dye concentration, dosage of activated carbon, temperature, pH, agitation speed, activation time and desorption studies.
Abstract: The textile effluents are toxic compounds, has a significant negative consequence on the environment, especially during its discharge in water and soil. The present work, physically activated carbon (PAC) is a low-cost effective adsorbent used to adsorb dyes from waste water because of its high adsorption abilities. The batch experiment was investigated by different variables like contact time, dye concentration, dosage of activated carbon, temperature, pH, agitation speed, activation time and desorption studies. At optimum experimental conditions, maximum removal of Brilliant Green (BG) dye has been observed to be 99%. The different adsorption isotherms were modelled to describe the equilibrium data. The adsorption data were analyzed using kinetic and diffusion models. On the basis of experimental results, the physically activated carbon showed excellent sorption properties with high dye removal capacity.
1 citations
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TL;DR: The interaction of DNA(fsDNA,ctDNA) with Brilliant Green was studied by UV-visible spectrophotometry and a novel method for the determination of DNA at 625nm was developed to determine DNA in synthetic samples with satisfactory results.
Abstract: The interaction of DNA(fsDNA,ctDNA) with Brilliant Green was studied by UV-visible spectrophotometry.In pH8-10.5 medium,the absorption at 625nm decreases linearly with the increase of DNA.A novel method for the determination of DNA at 625nm was developed in the linear range of 0.10-8mg/L for fsDNA and 0.15-7mg/L ctDNA with the correlation coefficients of 0.9988 and 0.9990,respectively.The method is sensitive and selective,and was used to determine DNA in synthetic samples with satisfactory results.
1 citations