HPLC
HPLC is a commonly used separation technique for the analysis and purification of different components in liquid samples.
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HPLC Ion-Pair Reagents for Acidic Samples
By combining with Acidic substances, HPLC Ion-Pair Reagents for Acidic Samples can significantly improve the separation effect on the chromatographic column, and improve the detection sensitivity and accuracy.
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LC/MS Ion-Pair Reagents for Acidic Samples
LC/MS Ion-Pair Reagents for acidic sample analysis improve the ionization efficiency of acidic samples,thereby improving the sensitivity and accuracy of the analysis.
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HPLC Ion-Pair Reagents for Basic Samples
By combining with alkaline substances, HPLC Ion-Pair Reagents for Basic Samples can significantly improve their separation effect on the chromatographic column, and improve the detection sensitivity and accuracy.
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LC/MS Ion-Pair Reagents for Basic Samples
LC/MS ion-pair reagents for alkaline sample analysis improve the ionization efficiency of alkaline samples, thus improving the sensitivity and accuracy of the analysis.
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HPLC Fluorimetric Ion-Pair Reagent
HPLC Fluorimetric ion-pair Reagent improves column separation and detection signal strength by forming Ion pairs with target compounds.
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UV Detection Labeling Reagents
UV Detection Labeling Reagents (for Carboxyl Groups) can significantly improve the detection sensitivity of carboxyl compounds, and carry out quantitative and qualitative analysis of carboxyl compounds (such as amino acids, fatty acids, drugs, etc.).
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Fluorescence Detection Labeling Reagents
Fluorescence Detection Labeling Reagents (for Carboxy Groups) stably label fluorescent dyes or probes to biomolecules by covalently binding to amino groups.
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Chemiluminescence Detection Labeling Reagents
Chemiluminescence Detection Labeling Reagents are used to enhance the sensitivity and specificity of analytical techniques, such as High-Performance Liquid Chromatography (HPLC), for detecting trace amounts of analytes.
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Electrochemical Detection Labeling Reagents
Electrochemical Detection Labeling Reagents can enhance the electrochemical signal by reacting with the target substance, thereby improving the detection sensitivity, selectivity and accuracy, and are widely used in environmental monitoring, food safety, drug analysis, clinical detection and other fields.