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App Notes

Results 291–300 of 1444

An integrated LC-MS system performance evaluation test for peptide mapping and monitoring

| Contributed by Thermo Fisher Scientific

The use of mass spectrometry is not limited to early discovery phase but is employed in all stages of the product life cycle

A Novel Method for the Fast, Sensitive, and Simple Analysis of Total Fluorine in Wastewater

| Contributed by Analytik Jena

The introduction of carbon-fluorine bonds into organic compounds is known to profoundly influence their chemical and physical properties...

Multi-Element Analysis of Drinking Water Using the NexION 1000 ICP-MS Following ISO 17294-2 and (EU) 2020/2184

| Contributed by Perkin Elmer

All sample and solution preparations in this application note were performed volumetrically.

Aggregation study of mAbs using size exclusion chromatography coupled to multi angle light scattering

| Contributed by PSS

Size exclusion chromatography, SEC, equipped with UV, RI, and static light scattering detection is a powerful set of analytical tools to determine the

Biomarker discovery

| Contributed by SepSolve Analytical

Essential guide to analysing VOCs in breath and other biological samples.

Removing User Bias from Structure Verification by NMR

| Contributed by ACD Labs

Chemical structure verification by NMR is one of the most fundamental, and yet challenging practices in synthetic chemistry

HIGH RESOLUTION MULTI-REFLECTING TIME-OF-FLIGHT MASS ANALYZER WITH FOLDED FLIGHT PATH®

| Contributed by Leco

How high does resolving power need to be?

Simultaneous Determination of Eight Nitrosamine Impurities in Metformin Extended-Release Tablets Using the Agilent 6470 Triple Quadrupole LC/MS

| Contributed by Agilent Technologies

Detection of regulated genotoxic impurities from the drug manufacturing process

Improved Hydrocarbon Fractionation Using a Novel Silver-Phase SPE Sorbent

| Contributed by UCT

This note outlines a new specialized SPE sorbent designed to help overcome challenges with traditional silica gel fractionation

Increasing throughput of the LC-MS analysis of pesticide residues in food

| Contributed by Thermo Fisher Scientific

Today it is typical for laboratories to analyze 250 or more pesticides in a single LC-MS analysis and often in complex matrices

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