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High-performance liquid chromatography is widely used to separate and detect 70% to 80% of organic compounds. The following is an example of Agilent LC:
application
Liquid chromatography is widely used and is standard in most chemical and life science industries.
Agilent LC and LC-MS (LC-MS vials)systems are serving a diverse customer base, such as pharmaceutical development and production, protein, food safety, environmental, homeland security and petrochemical markets.
With the development of new applications and improved applications, the market for liquid chromatography is growing rapidly, including the pharmaceutical and life science markets, with China and India growing particularly strongly.
Pharmaceuticals: The pharmaceutical industry is a major user of Agilent's LC and LC-MS systems.
From drug development to development, manufacturing, and QA/QC, liquid chromatography plays an important role throughout the life cycle of a drug.
It enables scientists to quickly perform screening and purification analysis.
Liquid chromatography and LC-MS systems are also the primary tools used to examine the quality and quantity of pharmaceutical compounds, using fixed methods in regulatory environments to support pharmaceutical manufacturing.
Protein: Liquid chromatography and LC-MS (LC-MS vials)systems are emerging as a growing market opportunity to identify, isolate and purify proteins in cells and body fluids.
Liquid chromatography is widely used and provides ideal techniques for the analysis of proteins and other biomolecules, including large, very sensitive, difficult-to-analyze proteins and biomolecules.
Environment: Agilent's customers are primarily government laboratories, industrial laboratories and independent laboratories that focus on meeting and implementing regulatory standards.
Liquid chromatography and LC-MS (LC-MS vials)systems include non-volatile pesticides, herbicides, polynuclear aromatic hydrocarbons, and other compounds that are not suitable for gas chromatography.
Food Safety: Food safety analysis involves the detection of additives, residues, impurities and toxins in agricultural products and foods, with a primary focus on meeting and implementing regulatory standards.
Demand for food analysis is growing rapidly as global trade liberalization, regulatory regulatory environments continue to improve, and public awareness of food safety issues continues to increase.
Legal Medicine: Agilent Technologies is the world's leading supplier of gas chromatography/mass spectrometry systems for drug screening and toxicology research.
Complementing GC/MS equipment, Agilent's LC/MS systems are beginning to be used in forensic analysis.
The combination of inductively coupled ion mass spectrometry and laser ablation is also very effective for the measurement of solid samples and basic elemental maps in forensic investigations.
Homeland Security: Agilent has long worked with US and international government, military, judicial, and health agencies to detect, identify, identify, and eliminate biological and chemical warfare agents and toxic industrial compounds.
Petrochemical (HPI): Liquid chromatography applications include additive assays, fine and specialized chemical analysis, and the use of large and medium-sized chromatography polymers with organic solvents or aqueous solvents.
Semiconductors: Agilent offers innovative and highly reliable inductively coupled ion mass spectrometers for the analysis of ultra-high purity materials in semiconductor manufacturing processes.
Key applications for inductively coupled ion mass spectrometers include characterization of bulk and process chemicals in semiconductor manufacturing processes, analysis of organic and metal contaminants on silicon wafer surfaces, and volatile organic solvents in the fabrication of final components (disk drives, boards, etc.) analysis.
This is the end of the introduction of Chromatographic detection function. I hope it can help you.
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