Leveraging the latest acquisition techniques and built on a heritage of proven performance, Biologics Explorer software delivers highly accurate and informative workflows for fully characterizing protein biotherapeutics. Reach decisions on the most important critical quality attributes for biopharmaceuticals faster and more confidently.
Biologics Explorer software supports the most important LC-MS characterization assays right out of the box, based on industry best practices. The intuitive nodal structure is easy to optimize so you can get exactly what you want from your assays. Available workflows include:
Experience one simple solution that delivers critical visual and written data for the characterization of intact protein biotherapeutics. Confidently select lead candidates and help ensure reproducible product quality.
Perform comprehensive analysis of protein subunits, with templates optimized for biotherapeutic characterization. Achieve consistent high-sequence coverage, enable rapid method development and confident PTM localization with intuitive visual tools. Make decisions on candidate developability or product quality sooner.
Maximize efficiency with pipeline specific workflow templates optimized based on needs:
Enable comprehensive identification and spectra annotation of complex peptides with disulfide linkages.
Reduce overall analytical testing burden with ready-to-use workflow templates. Enable confident peptide mapping results and visualization tools, with the ability to export product quality attribute (PQA) lists to compliance-ready SCIEX OS software for quantification and monitoring.
Access multidimensional data from one integrated icIEF-UV/MS workflow. Within one layout simultaneously view UV electropherogram, results summary, MS data, deconvoluted ion map results and raw MS data to generate a single report for comprehensive overview of charge variants with peak identification.
A high-resolution mass spectrometry solution that combines powerful MS/MS sensitivity, fragmentation technology and a step-change in data independent acquisition.
A purpose-built QTOF system, designed specifically to accelerate everyday biologics characterization.
Eliminate the guess work and monitor biologics at the intact-protein level, gaining insights into charge variant-associated quality attributes.