During this presentation, we will review the following:
⦁ An RPLC-HRMS method development approach for rapid, comprehensive DAR analysis, including positional isomers, under native conditions.
⦁ Sorbent polarity and hydrophobicity effects on retention and selectivity of individual DAR species.
⦁ Optimized chromatographic separation and MS identification of all DAR species, including positional isomers, of several ADCs.
Method Development and Optimization of Native RPLC-HRMS Characterization of ADCs using Biozen Native RP Columns
During this presentation, we will review the following:
⦁ An RPLC-HRMS method development approach for rapid, comprehensive DAR analysis, including positional isomers, under native conditions.
⦁ Sorbent polarity and hydrophobicity effects on retention and selectivity of individual DAR species.
⦁ Optimized chromatographic separation and MS identification of all DAR species, including positional isomers, of several ADCs.
