The Next Generation of the Scientific Workplace
Across the world, there has been an explosion of scientific discovery. Fueling this progress is a convergence of breakthroughs in biological sciences, automation, data harnessing, computing power, and software infrastructure. These are already driving changes in laboratory architecture, bringing automation and digitization to the fore to connect the physical and cultural attributes of laboratory space and scientific practice.
Application of LC-UV/MS Workflows to Increase Efficiency in Impurity Profiling of GLP-1 Analogs
June 18th 2025In this study, the unique capabilities of a LC-UV/MS workflow to accelerate analysis are demonstrated in the identification of impurities related to GLP-1 analogs that underwent chemical and thermal stress conditions.
Accelerating Method Development and Manufacturing of GLP-1 Analogs with LCUV-MS
June 18th 2025In this study, we present a QC-friendly LC-UV/MS workflow designed to alleviate the workload on analytical laboratories. Access to orthogonal mass data allows supporting labs to make quicker and more informed decisions during method development, reducing errors, and increasing overall productivity.
