How can laboratories modernize legacy HPLC methods while remaining compliant? Learn how Opella leveraged UHPLC and evolving regulatory guidance to boost productivity.

This study identifies N-lactoyl-amino acids as plasma biomarkers that accurately reflect metformin exposure and treatment adherence in T2D.

How can mAb manufacturing monitoring be simplified? Switchable 2D-LC-UV-MS workflows enable near real-time tracking of critical quality attributes and faster process decisions.

Automated in-needle amino acid derivatization for HPLC-FLD reduces sample preparation time, improves reproducibility, and minimizes manual laboratory work.

Expert insights from Thermo Fisher and SampleQ on MOSH/MOAH analysis using LC-GC-FID and GC×GC-FID/MS. Practical guidance on sample preparation, ISO 20122, internal standards, and data workflows.

How do you boost toxicology productivity without sacrificing sensitivity? LC-MS/MS workflows enable rapid analysis of a broad range of drugs in 5–7 minutes.

This study couples LC to ESI-Orbitrap MS for stable isotope analysis using peak homogenization to remove chromatographic isotope effects and amount dependency, achieving precise C, N, and S isotopologue ratios.

LC-HRMS screening combined with temporal clustering identified daily domestic discharge patterns in wastewater, enabling improved interpretation of population chemical exposure.

Labs consume up to 10× more energy than offices. Learn how greener HPLC practices and ACT labels can cut waste, reduce emissions, and support sustainable lab operations.

MOSH/MOAH testing is becoming a key topic in food safety and regulation. Discover how Thermo Fisher Scientific’s LC-GC-FID and GC×GC-MS workflows improve reliability, compliance, and source identification.