Speciality films and coatings used across industries all require uniformity and consistency. From the deposition of your thin films to the quality analysis and control of your finished products, Chemetrix offers instruments to help produce your highest quality products.
Chemetrix continues to create innovative solutions to address the challenges of metabolic research from sample prep through data analysis. The new Bravo Metabolomics Sample Prep Platform extracts metabolites from plasma samples and incorporates room temperature quenching with lipid removal. The new 6546 LC/Q-TOF delivers sensitivity, resolution, dynamic range, and isotopic fidelity to advance metabolomics research. The new MassHunter Lipid Annotator rapidly and accurately annotates lipid MS/MS spectra to accelerate lipidomics research. The new Mass Profiler Professional lipidomics workflow provides more efficient and consistent answers. These exciting new products are merely additions to the already comprehensive portfolio of cutting-edge instruments, informatics solutions, consumables and workflows Chemetrix can offer to accelerate your metabolomics research.
We understand the complexity of studying the structure and function of proteins and their interactions within complex biological systems. The abundance of proteins in a sample of interest can vary by orders of magnitude, and often the most interesting proteins are present at very low levels. Because protein analysis represents many distinct challenges, your proteomics research goals need to be met by complete, optimized and accessible workflows for fast, accurate and reproducible results.Proteomics places high demands on separation, sensitivity, and informatics and Chemetrix provides technology to allow extensive identification of proteins at low levels and in complex sample matrices.
Lipidomics is the comprehensive and quantitative measurement of lipids present in an organism. Lipids are key to cell membrane function, energy storage, and cell signaling. To understand the lipidome, it is desirable to characterize all lipids present. However, the diverse chemical nature and large number of possible lipids creates a substantial analytical challenge. The inherent complexity of lipidomics data sets requires advanced hardware and software tools for data analysis. Agilent introduces lipid-specific software for the Agilent LC/MS profiling lipidomics workflow.
As the size of semiconductors in integrated circuits continues to shrink, the impacts of trace level contaminants, particularly metals, on manufacturing yields are growing. Only instruments such as Agilent’s Triple Quadrupole ICP-MS’s are able to provide the high levels of sensitivity needed to examine the purity, particulates and packaging of semiconductors effectively. Our solutions enable the direct analysis of chemicals, eliminating dilution and sample contamination issues, and are supported by a comprehensive suite of sample handling, automation tools, and an unrivaled support structure for semiconductor users.
Semiconductor fabrication processes require ultrapure chemicals for product washing, and these must be free of trace metals in order to prevent contamination. Analytical instruments with excellent levels of sensitivity are required to effectively detect contaminants, and must operate effectively in high matrix environments. With industry-leading precision and enhanced efficiency through automation solutions, Agilent’s ICP-MS ORS and ICP-MS/MS technology enables the direct measurement of process chemicals with reduced spectral interference.
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