Lipidomics is a rapidly-growing field which focuses on global characterization of lipids at
molecular and systems levels. As small changes in the concentrations of lipids may have …

Mass spectrometry imaging (MSI) of lipids within tissues has significant potential for both
biomolecular discovery and histopathological applications. Conventional MSI technologies …

The growth of lipidomics and the high isomeric complexity of the lipidome has revealed a
need for analytical techniques capable of structurally characterizing lipids with a high …

Structural characterization of glycerophospholipids beyond the fatty acid level has become a
major endeavor in lipidomics, presenting an opportunity to advance the understanding of the …

Visualizing the differential distribution of carbon–carbon double bond (C═ C db) positional
isomers of unsaturated phospholipids (PL) in tissue sections by use of refined matrix …

Fatty acids are a major source of structural diversity within the lipidome due to variations in
their acyl chain lengths, branching, and cyclization, as well as the number, position, and …

Abstract Analysis of triacylglycerol (TG) and phospholipid sn‐positional isomers can be
divided into two main categories:(a) direct separation by chromatography or other means …

Glycerophospholipids (GPLs), one of the main components of bacterial cell membranes,
exhibit high levels of structural complexity that are directly correlated with biophysical …

Gas-phase ion–molecule reactions provide structural insights across a range of analytical
applications. A hindrance to the wider use of ion–molecule reactions is that they are …

A combination of two chromatographic and two enzymatic methods was used for the
analysis of molecular species of lipids from Gram-positive bacteria of the genus Kocuria …