LCMS webinars focusing on Ion Mobility | LabRulez LCMS

We will highlight the impact TIMS can have on separating metabolites for acquiring MS/MS fragmentation patterns and explore how TIMS is used in a variety of experimental workflows.

Single cell proteomics is a field in rapid development, enabled by significant technological improvements over the last years and it presents a key contribution to answer fundamental biological questions.

This webinar discusses an analytical approach for N-linked glycan analysis using the SLIM-based high-resolution ion mobility platform MOBIE.

Live presentation from Bruker’s Billerica demo facility to see ease of use of the timsTOF fleX platform.

We will show details of analytical methodology used, a few case studies and the available libraries containing more than 10,000 substances detected worldwide from packaging materials with the IMS data.

The use of high resolution demultiplexing (HRdm) pushes the effective resolving power of the ion mobility separation on Agilent 6560 to a level where gas-phase separation of lipid isomers is achieved.

In this presentation, I discuss recent developments surrounding collision induced unfolding (CIU) methods that aim to bridge this medicines technology gap.

This presentation will cover Agilent’s most recent advances in High Resolution Ion Mobility Mass – Mass Spectrometry.

This webinar explores the use of high-resolution ion mobility performed on the MOBIE platform for the characterization of different lipid classes starting from phosphatidylcholines and gangliosides.

In protein structure studies, ion mobility spectrometry provides rotationally averaged collision cross-section values that correlates to size and shape of the biomolecule.