News from LabRulezGCMS Library - Week 20, 2025
GCMSArticle | Application

News from LabRulezGCMS Library - Week 20, 2025

This week we bring you technical note by Agilent Technologies, application note by Shimadzu and poster by MDCW!
News from LabRulezGCMS Library - Week 20, 2025
Unknown compounds analysis by HRMS, soft ionization and AI for GCxGC (Masaaki Ubukata, MDCW 2025)
GCMSPresentation | Video

Unknown compounds analysis by HRMS, soft ionization and AI for GCxGC (Masaaki Ubukata, MDCW 2025)

We developed an AI-based EI mass spectral database with 120 million predicted spectra to improve unknown compound identification in GC×GC-MS beyond commercial library limits.
Unknown compounds analysis by HRMS, soft ionization and AI for GCxGC (Masaaki Ubukata, MDCW 2025)
KnowItAll 2025 Maintenance Release 2025.1 Available
LCMSGCMSICPMSArticle | Product

KnowItAll 2025 Maintenance Release 2025.1 Available

We’re pleased to release the first update for KnowItAll 2025, improving performance and fixing issues introduced since the major release featuring new tools and enhancements.
KnowItAll 2025 Maintenance Release 2025.1 Available
Is There a Way to Improve Both Data Quality and Productivity in
ICPMSArticle | Product

Is There a Way to Improve Both Data Quality and Productivity in

How to overcome the seemingly unbridgeable gap between superior interference removal and high productivity in a busy laboratory using the Thermo Fisher iCAP ICP-MS.
Is There a Way to Improve Both Data Quality and Productivity in
Why You Need a Verification-Class Mass Spectrometer: Solving the Top 5 Pain Points of Translational Metabolomics Researchers
LCMSArticle | Product

Why You Need a Verification-Class Mass Spectrometer: Solving the Top 5 Pain Points of Translational Metabolomics Researchers

This is the third in a multi-part blog series highlighting the key attributes and impressive benefits of the Stellar mass spectrometer—the first-of-its-kind instrument.
Why You Need a Verification-Class Mass Spectrometer: Solving the Top 5 Pain Points of Translational Metabolomics Researchers
Automating Biodiesel Quality Testing With Gas Chromatography (GC)
GCMSArticle | Product

Automating Biodiesel Quality Testing With Gas Chromatography (GC)

The usage of biofuels has been expanding quickly, as businesses and industries throughout the world invest in the technology to lower their carbon footprint and meet renewable energy targets.
Automating Biodiesel Quality Testing With Gas Chromatography (GC)
Webinars LabRulezICPMS Week 20/2025
ICPMSArticle | Webinars

Webinars LabRulezICPMS Week 20/2025

9 webinars: HR-ICP-MS, NMR & PAT, AFM-in-SEM & Semiconductors, ICP-MS & Petroleum, FT-NIR XRF & Food, XRD & Concrete/Cement, Microscopy, Nanodrop, ICP-MS & Isotope Ratio.
Webinars LabRulezICPMS Week 20/2025
Webinars LabRulezGCMS Week 20/2025
GCMSArticle | Webinars

Webinars LabRulezGCMS Week 20/2025

5 webinars: FT-NIR & XRF QC Food and Feed, E&L Food, Microplastics and PFAS, GCxGC-MS & Fragrance Allergens, GC Column Care.
Webinars LabRulezGCMS Week 20/2025
Webinars LabRulezLCMS Week 20/2025
LCMSArticle | Webinars

Webinars LabRulezLCMS Week 20/2025

18 webinars: MS & UV/MS Basics, DART-MS, Antibiotics, pH, PFAS, Biotherapeutics, Titration, E&L Food, Microplastics, New HPLC, Data, IC, Dissolution, Oxylipin, Nanodrop, PrepLC.
Webinars LabRulezLCMS Week 20/2025
AFM-optimized single-cell level LA-ICP-MS imaging for quantitative mapping of intracellular zinc concentration in immobilized human parietal cells using gelatin droplet-based calibration
ICPMSScientific article | Science and research

AFM-optimized single-cell level LA-ICP-MS imaging for quantitative mapping of intracellular zinc concentration in immobilized human parietal cells using gelatin droplet-based calibration

This study aims to enable accurate, reproducible quantification of intracellular zinc in single human parietal cells using LA-ICP-MS and a novel AFM-optimized gelatin calibration strategy.
AFM-optimized single-cell level LA-ICP-MS imaging for quantitative mapping of intracellular zinc concentration in immobilized human parietal cells using gelatin droplet-based calibration