The analysis of amino acids plays an important role not only in the food industry, but also in natural product and pharmaceutical fields. This system uses detection by post-column fluorescence derivatization, with o-phthalaldehyde (OPA) / N-acetylcysteine as the reaction reagent, to selectively and with high sensitivity quantitate the amino acids contained in samples with high levels of contaminants.
LC/MS Ultra Fast Amino Acid Analysis System
Jointly developed by Shimadzu and Ajinomoto Co., Inc., it features a special-purpose, fast analysis column and a LCMS-2020 mass spectrometer, which supports ultra-fast analysis speeds, to achieve the simultaneous analysis of 38 amino acid and amino acid-related components* in just nine minutes. Additionally, it automates the derivatization reaction to eliminate the need for cumbersome pretreatment procedures by manual operation. UF-Amino Station is an excellent tool for the analysis of food products, such as meat and fermented foods containing many impurity components, and for the biochemical analysis of culture fluid.
Ultra Fast Preparative and Purification Liquid Chromatograph
Prominence UFPLC inherits the breakthrough fraction trapping and purification technology at the core of Crude2Pure and expands on it to provide a comprehensive on-line automated purification process
Comprehensive Two-Dimensional Liquid Chromatograph
The comprehensive 2D-LC methodology is a paradigm shift in liquid chromatography separation analysis. By combining two independent separation modes orthogonally in combination with a dual-loop/dual-valve alternate switching design, the highest possible peak capacity is achieved for LC chromatography separation.
Ultra-High Speed LCMS System for Multiplex Analysis
Higher throughput is of the utmost importance to laboratory efficiency and profitability. Nexera MX processes twice the number of samples as conventional LCMS systems in the same amount of time.
Online Sample Preparation
Online Sample Preparation The Co-Sense series features automatic sample processing systems intended to improve the efficiency of LC-NMR and LC-MS operations by automating complicated sample processing steps. This eliminates the need for tedious, time-consuming, and expensive manual processes.
Ultra High Performance Liquid Chromatograph for Online Dissolution Testing
The Nexera FV provides substantial labor savings by automating processes ranging from the dispensing of dissolution media to data acquisition and data analysis.
This system can be used either for analyzing bromates in drinking water using the tribromate ion method or for analyzing residual bromates in food products using the o-dianisidine method, and enables quantitation of trace quantities of bromates with high sensitivity and precision. * * System configurations may vary depending on the reaction method.
Cyanic Analysis System is a post-column visible light absorption detection system compliant with the Drinking Water Test Method. It enables high-sensitivity simultaneous analysis of cyan and cyanogen chloride by their chemical form.
Shimadzu's unique post-column pH-buffered electroconductivity method is ideal for the selective and highly sensitive detection of organic acids. Compared to conventional methods, such as the UV short wavelength method or a simple conductivity method, this system improves quantitation reliability.
Shimadzu's unique post-column fluorescence detection method (Japanese patent) with arginine as the reagent, is a highly sensitive and selective method for sugars. This system is suitable for the analysis of complex samples, like fermentation products, and for ultra trace analysis, such as determination of sugar components in glycoprotein.
This system is a GPC cleanup pretreatment system that is compliant with the ministry method of rapid pesticide analysis. It efficiently separates pesticide components from fats, dyes, and other substances contained in agricultural product extracts and automatically collects them in fractions.
Integrated Protein Digestion HPLC
The Perfinity iDP (Integrated Digestion Platform) automates the protein analysis workflow from protein digestion to HPLC separation and MS detection, significantly reducing sample preparation times and enhancing reproducibility.
MALDI-MS is widely used as an analytical tool for the characterization of synthetic polymer samples. However, in complex mixtures, the minor components may not be detected due to ion suppression by more abundant species also present in the sample. Gel Permeation Chromatography (GPC)-MALDI is an effective method for detailed analysis of such samples.