ICP-MS enables the analysis of trace metals in complex samples. The Agilent 7900 ICP-MS system helps you screen for target compounds in complex matrices – all within a single analysis.
Author: Ryno Swanepoel
Overview of Testing Solutions | Automation
Agilent automation solutions help you automate typical time-consuming tasks in the clinical research laboratory, for entire complex workflows for small and large molecule analysis.
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Automated Plasma Proteomic Sample Preparation
Ultrafast Analysis of Metabolic Stability Assays Using Agilent RapidFire High-resolution MS
Ultrafast Analysis of MetStab Assays using an Agilent Ultivo Triple Quadrupole LC/MS
Cellular Metabolism | Applications in Cell Metabolism
Metabolism, Cancer Metabolism, Host-Pathogen Metabolism, Stem-Cell Immune Metabolism.
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Agilent Seahorse XF Live-Cell Metabolism Solutions for Immunology Research
Agilent Seahorse XF Live-Cell Metabolism Solutions for Cancer Research
Glycolytic Suppression – The Impact of Metabolic Modulation on Neural Stem Cell Fate
Discover the Drivers of Cell Fate, Function, and Fitness Agilent Seahorse XF analysis platform
Direct Measurements of Cellular Metabolism for Identification of Mitochondrial Drug Targets
Cellular Metabolism | Automation Workflows
To meet your research goals, you need to consistently deliver credible results from your cell-based assays With a workflow that integrates Bravo, readymade sample preparation protocols, and Agilent microplates you can achieve greater lab efficiency and data precision for your Seahorse XFe96 assays.
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Bravo Seahorse Assay Workbench Workflow Solution for Live-Cell Assay Sample Preparation
Maximizing Efficiency and Performance of Seahorse XF Assays with the Bravo Automated Liquid Handling Platform
Bravo Automated Workflow for Seahorse XFe96 Sample Preparation
Ore Analysis | Metals and Trace Metals Analysis
There is a high demand from the mining industry for more accurate, reliable and cost-effective methods for the determination of metals in ores. Accurate analysis is vital for determining the commercial value and feasibility of a mine. Achieving this can be challenging, as ore samples often contain metals over a wide range of concentrations from low parts per million to high percentage levels. Chemetrix offers a range of solutions to satisfy this need, including ICP-OES, AA and ICP-MS.
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Ultra-fast determination of base metals in geochemical samples using SVDV ICP-OES
Quick and cost-effective analysis in remote locations, without the use of flammable gases
Determination of Gold, Palladium, and Platinum in Noble Metal Ores Prepared by Fire Assay
Geology | Rock and Mineral Composition
Geologists often require information about how the elements are bonded to form a mineral’s chemical composition. Chemetrix offers a range of solutions that enable Geologists to quickly and accurately determine rock and mineral compositions using techniques such as Handheld FTIR’s for easy onsite measurements and ICP-OES for total metals and trace metals analysis.
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At site rock and mineral measurement using a handheld FTIR analyzer
Elucidating Rock and Mineral Composition With Handheld Agilent FTIR Analyzers
Rare Earth Element Determination in Geological Samples Using SVDV ICP-OES
Ultra-fast determination of base metals in geochemical samples using SVDV ICP-OES
Rapid Analysis of Minerals Using FTIR With Diamond ATR
Final Products | Consumer Products
Accurately detecting harmful contaminants in consumer products is essential for manufacturers to ensure consumer safety and comply with worldwide regulations. As the rules governing the use of metals and plastics in manufacturing continue to grow and develop, there is also an increasing emphasis on sensitive and specific detection of harmful contaminants in these materials.
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Analysis of Fluorescent Brighteners in Masks
Determination of Aromatic Amines Derived from Azo Colorants by GC/MS
Accurate Analysis of Trace Mercury in Cosmetics using the Agilent 8900 ICP-QQQ
The Development of Standard Methods Relating to Vehicle Interior Air Quality (VIAQ) and How to Comply With Them
Final Products | Packaging
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Acetaldehyde Residue Detection by Agilent 7820 GC with FID in Polyethylene Terephthalate Bottles
Multilayer packaging material analysis using Laser Direct Infrared(LDIR) Imaging
Manufacturing, Research & Development | Polymers, Composites & Plastics
Reliable analyses of polymer manufacturing materials are vital to ensure product performance. Due to the importance of efficiency and cost-effectiveness in workflows, it is essential to run accurate analytical processes that can quickly ascertain quality. Agilent’s reliable and robust range of instrumentation offers a solution for every stage of the polymer process.
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Polymers and Rubbers Application Compendium
Rapid Screening Workflow for Phthalates in Plastics by GC/MSD in Under Six Minutes
A new approach to sample preparation free micro ATR FTIR chemical imaging of polymer laminates
Quantitative analysis of copolymers using FTIR
Determination of percent polyethylene in polyethylene/polypropylene blends using cast film FTIR techniques
Manufacturing, Research & Development | Product Quality and Defect Analysis
Fast and flexible analysis of surface treatments and coatings is vital to ensure product quality and manufacturing efficiency. Flexibility of both mobile and in-lab analysis provides fast and efficient measurement at the point of production, for products that cannot be moved to the lab, and for treatments on large surfaces. Manufacturers need solutions that will increase the speed of coatings and surface treatment analysis processes without sacrificing quality of output, and Chemetrix’s industry-leading product offering of instruments for both laboratory and portable measurement provides unprecedented flexibility across a range of applications.
