Resources

Improve PFAS detection with HRMS and ion mobility. Learn how MOBIE technology enhances confidence in identifying novel PFAS with high-resolution separation.

Unlocking Molecular Insights: MOBIE Use Case eBook for Next-Gen Separation Science.

PFAS detection technologies, Non-targeted PFAS analysis, PFAS structural elucidation, Novel PFAS compounds detection

The MOBIE platform enhanced Merck’s drug development efforts by providing a 72% faster time to answer vs. alternative LC approaches (6.5 minutes vs. 25 minutes)

Discover how high-resolution ion mobility (HRIM) is revolutionizing mass spectrometry by overcoming the limitations of traditional quadrupole filters.

Discover how the MOBIE LC-HRIM-MS system and Lipostar software boost lipidomic data analysis, improving identification confidence with CCS in one workflow.

Discover how the MOBIE system adds an alternative dimension of characterization for challenging polymer separations, reducing the need for 2D chromatography.

Mobility-aligned fragmentation enables high-throughput characterization of complex samples that other fragmentation strategies may not provide.

See the advantages of using high-resolution ion mobility (HRIM) collision cross section (CCS) as a more reliable alternative to chromatographic retention time for analyte identification.

Accelerate your lipid nanoparticle analysis with MOBIE® HRIM Platform. Achieve highly reproducible impurity analysis 6x faster than traditional LC/ELSD workflows. Benefit from enhanced specificity, higher throughput, and improved reproducibility, ensuring efficient payload delivery and efficacy. Revolutionize biopharma analytical labs with cutting-edge HRIM technology.

Discover how high-resolution ion mobility-mass spectrometry simplifies the identification of "soft spots" in cyclic peptides.

Discover MOBILion's HRIM and LC-MS integration for comprehensive PFAS profiling in environmental samples, enhancing accuracy and characterization.