Refine Results
- Applications and Industries
- Content Type
- Analysis Platform
- Language
1 - 15 of 15 results
Release notes for MassHunter Acquisition for LC/QTOF.
This checklist provides information on how to prepare your site prior to installation for 6500 series LC/QTOF instruments.
Agilent 6560 Ion Mobility Q-TOF Specifications
Application note documenting a curated, high confidence lipidomics workflow for LC/Q-TOF.
Creation of a high-confidence lipidomics personal compound database and library for targeted data mining and annotation of untargeted high-resolution lipidomics data.
Boost efficiency and productivity with instrument intelligence and smart automation for LC/TQ, LC/TOF, and LC/Q-TOF workflows.
Ion mobility with high resolution mass spectrometry provides an additional dimension to differentiate between isobaric acylcarnitine isomers allowing fast analysis.
In this work we evaluate four-dimensional feature finding algorithms (vendor and third party) as well as methods for aligning precursor and fragment ions across various chemical species including lipid, proteomics, and PFAS data.
In-source chemical charge reduction allows precise control over protein charge distributions. This work explores the influence of charge reduction on protein structure and top-down fragmentation.
A professor of chemistry at the University of Michigan, Dr. Ruotolo and colleagues are looking for ways to make mass spectrometry analysis of macromolecules more quantitative and more information rich.
In this work we investigate ways to tune the CIU-IM-ECD-MS to yield practical ECD efficiency and IM resolution leveraging the prototype ExD cell to study the relationship between protein collision cross section (CCS) and sequence coverage by ECD.
This poster introduces a chemical charge stripping method to lower the number of charge states with a hope to maintain the unfolded protein structure.
This study employs an ion mobility instrument based on structures for lossless ion manipulation (SLIM) technology.
This poster shows a newly developed conversion in the PNNL Preprocessor that takes advantage of linking precursor and fragment ions in the IM dimension and generates a traditional DDA LC-MS data file that many software can process.
To enable traditional LC-MS workflows to process LC-IM-MS data files, new data transformations have been added to the PNNL PreProcessor, including mapping the IM axis to the LC axis and mapping All Ions IM/MS drift aligned fragmentation spectra into...