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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Categories: Liquid Chromatography
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Document
Categories: Liquid Chromatography
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Catalog
Categories: Liquid Chromatography
Application
Kasugamycin is widely used as an agricultural fungicide. In this study, kasugamycin added to "brown rice", "orange", and "peanut" extracts was extracted and purified using a mixed-mode polymer solid-phase (InertSep MCX FF) with reference to a method complied with the notification test method of the Ministry of Health, Labor and Welfare. Analysed by LC / MS / MS.
Application
Doc #: ST029
Categories: Sample Preparation
Application
Malachite Green (MG) is a blue-green basic pigment that is used as a remedy against aquatic fungal diseases, it is also used as a bactericidal agent for farmed fish. Current research suggests that it may be carcinogenic, therefore use in foods has been banned in the United States, EU, etc. The distribution and sale of foods in which malachite green is detected is banned in Japan. However, since on rare occasions violations of this ban are confirmed in imported foods, etc., tests are widely conducted by inspection organizations. In this study, malachite green and its biotransform Leucomalachite Green (LMG) were extracted from grilled eel extract and purified using a mixed-mode polymer solid phase (InertSep MCX FF, LMG) and then analyzed by LC / MS / MS with a test method complied with ...
Application
Doc #: ST028
Categories: Sample Preparation
Application
When the pH of mobile phase is changed in the analysis of reverse phase mode on HPLC, the dissociation / non-dissociation state changes depending on the compound, so the retention time changes. Normally, the retention time is longer in non-dissociated state and shorter in dissociated state. This time, using Inertsil WP300 C18, we analyzed the basic compound saccharin and the acidic compound phthalic anhydride standard, and found that the elution order changed under acidic and neutral conditions. We also report that it was estimated that phthalic anhydride in the sample was partially changed to phthalic acid.
Application
Doc #: LT194
Categories: Liquid Chromatography
Application
Glucosamine is an amino sugar in which one of the hydroxy groups of glucose is replaced with an amino group, and is often used in health foods. At the 10th Edition Food Additive Official Formulation Study Group (3rd), a draft ingredient standard using liquid chromatography as a quantification method for glucosamine was decided. This time, we would like to introduce the analysis of glucosamine that complies with the draft component standard using the Hitachi HPLC system Chromaster.
Application
Doc #: LT193
Categories: Liquid Chromatography
Application
Malic acid is one of the organic acids and is widely present in foods and living organisms. Analysis of the malic acid standard reagent confirmed the phenomenon that two peaks appeared depending on the detection method. This time, we analyzed malic acid using a diode array detector, and it was estimated that the impurity contained in malic acid was fumaric acid.
Application
Doc #: LT192
Categories: Liquid Chromatography
Application
ß-Cryptoxanthin is a carotenoid pigment found in the edible part of the fruit Citrus unshiu. In addition to its function as provitamin A, which is mainly metabolized to the essential nutrient vitamin A, it is also known to have a excellent antioxidant properties derived from the highly conjugated double bonds in the molecular framework. ß-Cryptoxanthin is considered to be effective in preventing lifestyle-related diseases and in reducing the incidence of osteoporosis. Many foods, supplements, soft drinks, etc. are commercially available that take advantage of these beneficial effects. In this application note, separation and analysis was made with reference to the food sanitation inspection guidelines, and the JAS amendment.
Application
Doc #: LT191
Categories: Liquid Chromatography
Application
Application
Doc #: LB692
Categories: Liquid Chromatography
Application
Application
Doc #: LB691
Categories: Liquid Chromatography
Application
Application
Doc #: LB690
Categories: Liquid Chromatography
Application
Application
Application
Doc #: LB688
Categories: Liquid Chromatography
Application
Application
Doc #: LB687
Categories: Liquid Chromatography
Application
Application
Doc #: LB686
Categories: Liquid Chromatography
Application
Application
Doc #: LB685
Categories: Liquid Chromatography
Application
Assuming a fire site where fuels such as gasoline, kerosene, and light oil were used, we used HandyTD TD265 to perform a concentration analysis of the components that volatilize from the recovered material after combustion. In the recovered material, components derived from the fuel used for combustion were detected.
Application
Doc #: GT144
Categories: Gas Chromatography
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