No.TitleProduct used in ApplicationGet PDF
16.Fast HILIC Separation of Bacterial Phospholipid Classes for Absolute Quantification with Charged-Aerosol DetectioniHILIC-Fusion(+)thumbnail of LCGC_AN_Jun., 2025_Fast HILIC Separation of Bacterial Phospholipid Classes_HILICON
15.Comprehensive Polar Metabolite Profiling with HILIC-LC-MS ColumnsiHILIC-(P) Classicthumbnail of LCGC_AN_Nov.-Dec., 2024_Metabolic Proofing_iHILIC Columns_HILICON
14.SFC Separations with iHILIC-Fusion and iHILIC-Fusion(+) ColumnsiHILIC-Fusion(+)
iHILIC-Fusion
thumbnail of LCGC_AN_Nov., 2023_SFC Separations_iHILICColumns_HILICON
13.Targeted Analysis of Phosphorylated Metabolites in Biological Samples by HILIC–LC–MSiHILIC-(P) Classicthumbnail of LCGC_AN_Mar., 2023_Targeted Metabolomics_iHILIC-(P) Classic_HILICON
12.Analysis of Redox and Bioenergetics Metabolites with Polymeric iHILIC®-(P) Classic HILIC Column and Mass SpectrometryiHILIC-(P) Classicthumbnail of LCGC_AN_May, 2021_Analysis of Redox and Bioenergetics Metabolites_iHILIC-(P) Classic_HILICON
11.Supercritical Fluid Chromatography Analysis of Polyol Biosurfactants with iHILIC®-Fusion Column and Mass SpectrometryiHILIC-Fusion thumbnail of LCGC_AN_Dec., 2020_SFC Analysis of of Polyol Biosurfactants_iHILIC-Fusion_HILICON
10.Tailored Analysis of Phospholipid Classes Using iHILIC-Fusion(+) as First Dimension for Online Two-Dimensional HILIC–Reversed-Phase LC–MSiHILIC-Fusion(+)thumbnail of LCGC_AN_Apr., 2020_Analysis of Phospholipid Classes by 2D HILIC–RPLC-MS_iHILIC®-Fusion_HILICON
9.Effective Enrichment of Glycopeptides in Drop‑HILIC Approach Using iSPE®-HILIC MaterialiSPE-HILICthumbnail of LCGC_AN_Sep., 2019_Effective Enrichment of Glycopeptides in Drop‑HILIC_iSPE-HILIC_HILICON
8.
Determination of Psilocin and Psilocybin in Magic Mushrooms Using iHILIC®-Fusion and MSiHILIC-Fusionthumbnail of LCGC_AN_Jul., 2019_Psilocin and Psilocybin in Magic Mushrooms_iHILIC-Fusion_HILICON
7.Separation and Identification of Non-Covalent Metal Complexes from Bacteria by HILIC–MSiHILIC-Fusionthumbnail of LCGC_AN_Mar., 2019_Non-Covalent Metal Complexs-iHILIC-Fusion_HILICON
6.Efficient Separation of Polar and Nonpolar Lipid Classes Utilizing iSPE®-HILIC Material for Solid-Phase ExtractioniSPE-HILICthumbnail of LCGC_AN_Dec., 2019_Separation of Polar and Non-polar Lipid Classes_iSPE-HILIC_HILICON
5.Analysis of Phospholipid Classes by iHILIC®-FusioniHILIC-Fusionthumbnail of LCGC AN_Sep, 2018_Analysis of Phospholipid Classes by iHILIC®-Fusion_HILICON
4.Direct Analysis of Amino Acids by HILIC–ESI-MSiHILIC-Fusion(+)thumbnail of LCGC AN_July, 2017_Amino Acids_iHILIC-Fusion(+)-MS_HILICON
3.Analysis of Organophosphates in Lithium Ion Battery Electrolytes by HILIC–ESI-MSiHILIC-Fusion(+)thumbnail of LCGC AN_Dec, 2017_Organophosphates_iHILIC-Fusion(+)-MS_HILICON
2.Hilic–UHPlc–MS as a Tool for Metabolomics StudyiHILIC-Fusionthumbnail of LCGC AN_Sep. 2016_HILIC-UHPLC-MS for Metabolomics_iHILIC-Fusion_HILICON
1.Analysis of Artificial Sweeteners by HILIC–MS MethodiHILIC-Fusion(+)thumbnail of LCGC AN_July, 2016_Artifical Sweeteners_iHILIC-Fusion(+)-MS_HILICON