BACKGROUND: A microfluidic platform-based assay was validated to measure a humanized or fully human IgG in rat serum samples. MATERIALS & METHODS: The cumulative assessment for accuracy and precision was performed with three accuracy and precision runs. RESULTS: The inter-assay accuracy (mean %bias) ranged from -4.3 to 3.8%, and inter-batch %CV ranged from 5.0 to 9.2%. The method acceptance criterion was determined as 15% total error. The assay dynamic range was 50 to 10000 ng/ml. Incurred sample reanalysis passed with 95% of samples meeting incurred sample reanalysis acceptance criteria. Potential carryover effect was not observed. CONCLUSION: This study demonstrated the need for evaluating additional platform-specific processes when new technologies are employed to ensure the reproducibility of a successfully validated microfluidic platform method.
BACKGROUND: A microfluidic platform-based assay was validated to measure a humanized or fully human IgG in rat serum samples. MATERIALS & METHODS: The cumulative assessment for accuracy and precision was performed with three accuracy and precision runs. RESULTS: The inter-assay accuracy (mean %bias) ranged from -4.3 to 3.8%, and inter-batch %CV ranged from 5.0 to 9.2%. The method acceptance criterion was determined as 15% total error. The assay dynamic range was 50 to 10000 ng/ml. Incurred sample reanalysis passed with 95% of samples meeting incurred sample reanalysis acceptance criteria. Potential carryover effect was not observed. CONCLUSION: This study demonstrated the need for evaluating additional platform-specific processes when new technologies are employed to ensure the reproducibility of a successfully validated microfluidic platform method.