Cellular Imaging Using Matrix-Enhanced and Metal-Assisted SIMS / Sander R. Piersma -- 12. Tandem Mass Spectrometric Methods for Phospholipid Analysis from Brain Tissue / Richard A. Yost -- 13.
Spectrophotometric and electrochemical detection, nuclear magnetic resonance, and different mass spectrometric methods can be used for their identification and quantitation.
Significant advances have occurred in the past decade with electrophoretic, chromatographic, and mass spectrometric methods for discerning biomarkers of disease.
The complexity of pro- and eukaryotic lipidomes is increasingly appreciated mainly owing to the advance of mass spectrometric methods.
Gel permeation chromatography data indicate that both mass spectrometric methods emphasize the presence of low-mass material, particularly in the degraded samples.
Parallel development of a boronate affinity chromatographic (BAC) and a mass spectrometric methods for quantitative measurement of glycation on a monoclonal antibody (mAb) shed light on the importance of certain characteristics of the individual methods.
Characterization of the highly hydrophobic Borrelia outer membrane component P13 from a mutant (OspA− OspB− OspC− and OspD−) strain was undertaken by use of a combination of mass spectrometric methods.
The mass spectrometric methods utilized also provide certain advantages.
The reported mass spectrometric methods used benzene and heptane as extraction solvents.
Their structures were elucidated using nuclear magnetic resonance analysis and mass spectrometric methods.
In parallel the proteins of the fractions were enzymatically digested and analysed by a number of mass spectrometric methods.
