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App Notes

Results 71–80 of 1404

(U)HPLC analysis of siRNA under denaturing and non-denaturing conditions

| Contributed by YMC

(U)HPLC analysis of siRNA under denaturing and non-denaturing conditions using IP-RP and AEX

Analysis of Polar Metabolites with Targeted Metabolomics Workflow

| Contributed by Agilent Technologies

This application demonstrates quantitative analysis of polar metabolites with comprehensive plasma and cell targeted metabolomics workflow

The Chocolate Benchmark: Next-Gen PTR-MS Tastes & Analyzes Chocolate

| Contributed by IONICON

Benefits for complex aroma real-time analysis with new high-performance IONICON PTR-TOF instruments.

LC-SICRIT®-HRMS: Ionizing Non-Polar Lipids with Minimal Fragmentation

| Contributed by Plasmion GmbH

We demonstrate the detection capabilities of 8 different Triacyl-glycerides of varying length and saturation with LC-SICRIT®-HRMS

SFC Separation of Enantiomeric Flavor and Aroma Components

| Contributed by Shimadzu

Enantiomeric separation of flavor and aroma components using a supercritical fluid chromatograp

Comprehensive Toolkit for Pharmaceutical & CDMO Volatile Impurities Analyses

| Contributed by Syft Technologies

Headspace-SIFT-MS can navigate a variety of samples and matrices without instrument changeover or special sample prep.

Real-time VOC categorization, comparison, and chemical composition of flavorings

| Contributed by Plasmion GmbH

This study confirms that the HaVoc system can analyze flavor data in real-time.

Routine Pesticide Screening Solution with a New LC/Q-TOF

| Contributed by Agilent Technologies

Requirements for reliable pesticides screening methods continues to emerge as a challenge and necessity.

Syft Tracer™: Next-Generation Volatile Impurities Analysis For Enhanced Workflows

| Contributed by Syft Technologies

Maximizing sample throughput and minimizing the time to report analytical results are key efficiency metrics in routine testing laboratories

Sensitive Quantification of AAVs and their Impurities

| Contributed by Tosoh

Size exclusion chromatography (SEC) coupled with multi-angle light scattering (MALS) is a powerful analytical method to quantify AAV capsid titers.

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