Liver - Meridian Kinesiology
... Liver damage, however it is now believed that Tacrine causes only minor Liver toxicity as measured by increases in Liver enzymes]. The Methyltestosterone (exogenous, supplementary and chemically-different to natural Testosterone) form of Testosterone can cause Liver damage. Long term usage of Tricyc ...
... Liver damage, however it is now believed that Tacrine causes only minor Liver toxicity as measured by increases in Liver enzymes]. The Methyltestosterone (exogenous, supplementary and chemically-different to natural Testosterone) form of Testosterone can cause Liver damage. Long term usage of Tricyc ...
IOSR Journal of Environmental Science, Toxicology and Food Technology (IOSR-JESTFT)
... The usages of synthetic dyes are one amongst the main chemical pollutants that invent commonly from printing, painting, textile, food and plastic industries [1]. Textile industries are most frequent industries that used a lot of synthetic dyes in their manufacturing process that contribute to the di ...
... The usages of synthetic dyes are one amongst the main chemical pollutants that invent commonly from printing, painting, textile, food and plastic industries [1]. Textile industries are most frequent industries that used a lot of synthetic dyes in their manufacturing process that contribute to the di ...
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... generated during the process and operation of the dyes, contains the inorganic and organic contaminant leading to the hazard to ecosystem and biodiversity causing impact on the environment. The physico-chemical treatment does not remove the color and dye compound concentration. The decolorization of ...
... generated during the process and operation of the dyes, contains the inorganic and organic contaminant leading to the hazard to ecosystem and biodiversity causing impact on the environment. The physico-chemical treatment does not remove the color and dye compound concentration. The decolorization of ...
Document
... In this experiment, an azo dye called Sudan-I will be synthesized from aniline and naphthol (Scheme 4). Sudan-I is also commonly known as CI Solvent Yellow 14 and Solvent Orange R. It is a lysochrome, a diazo-conjugate dye systematically named 1-phenylazo-2naphthol. Sudan-I is a powdered substance ...
... In this experiment, an azo dye called Sudan-I will be synthesized from aniline and naphthol (Scheme 4). Sudan-I is also commonly known as CI Solvent Yellow 14 and Solvent Orange R. It is a lysochrome, a diazo-conjugate dye systematically named 1-phenylazo-2naphthol. Sudan-I is a powdered substance ...
Sudan I
Sudan I (also commonly known as CI Solvent Yellow 14 and Solvent Orange R), is an organic compound, typically classified as an azo dye. It is an intensely orange-red solid that is added to colourise waxes, oils, petrol, solvents and polishes. Sudan I has also been adopted for colouring various foodstuffs, especially curry powder and chili powder, although the use of Sudan I in foods is now banned in many countries, because Sudan I, Sudan III, and Sudan IV have been classified as category 3 carcinogens (not classifiable as to its carcinogenicity to humans) by the International Agency for Research on Cancer. Sudan I is still used in some orange-coloured smoke formulations and as a colouring for cotton refuse used in chemistry experiments.