|Articles|October 27, 2021

LC/MS Separation of Various Oligonucleotides Without Using Ion Pair Reagents

Three variable lengths of oligo-DNA and phosphorothioated oligo-DNA separated without an ion pair reagent, using the Shodex™ HILICpak™ VT-50 2D.

Newsletter

Join the global community of analytical scientists who trust LCGC for insights on the latest techniques, trends, and expert solutions in chromatography.

Subscribe

Related Content

Effective Utilization of GC and GCxGC in Battery Materials Characterization

ByLECO Corporation

July 10th 2026

Comparing Three Sorbent Phases for Comprehensive Beverage Profiling

ByGERSTEL

July 9th 2026

Chocolate Aroma Profiling with GERSTEL V-ITEX and GC-MS

ByGERSTEL

July 9th 2026

Determination of PAHs in Beverages using GERSTEL Twister® SBSE and GC-MS/MS

ByGERSTEL

July 9th 2026

EGCG Purification from Green Tea Polyphenol Extract using liquid-liquid chromatography

ByLiLiChro

July 6th 2026

LC/MS Separation of Various Oligonucleotides Without Using Ion Pair Reagents

Related Content

Effective Utilization of GC and GCxGC in Battery Materials Characterization

Comparing Three Sorbent Phases for Comprehensive Beverage Profiling

Chocolate Aroma Profiling with GERSTEL V-ITEX and GC-MS

Determination of PAHs in Beverages using GERSTEL Twister® SBSE and GC-MS/MS

EGCG Purification from Green Tea Polyphenol Extract using liquid-liquid chromatography

Trending on LCGC International

LC-MS/MS Detects Contaminants in Cat Food

Sensor GC Tests Water's Effect on Hangovers

Best of the Week: MS, LC, and GC Insights Roundup

Machine Learning and Predictive CCS Tools for PFAS Identification

PFAS Method Harmonization: Finding Common Analytical Ground