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Bioanalytical Method Validation Guidance for Industry

FinalCenter for Drug Evaluation and Research Center for Veterinary Medicine05/22/2018

Description

The Food and Drug Administration (FDA or Agency) is announcing the availability of a final guidance for industry entitled “Bioanalytical Method Validation.” This final guidance incorporates public comments to the revised draft published in 2013 as well as the latest scientific feedback concerning bioanalytical method validation and provides the most up-to-date information needed by drug developers to ensure the bioanalytical quality of their data.

Scope & Applicability

Product Classes

1
Diagnostic Kits

Recommendations for when commercial diagnostic kits are repurposed as analytical methods.

Stakeholders

2
Sponsor

Entity responsible for submitting applications under section 524B

Applicant

Entity submitting development data and knowledge; Entity performing the work process for change

Regulatory Context

Attributes

10
Selectivity

Ability to differentiate analyte in presence of matrix components

Specificity

Ability to detect intended mechanism of action without interference; Performance characteristic to be validated

Reproducibility

A component of precision validation; Reproducibility is assessed by means of an interlaboratory trial

Long-term stability

Should be studied as part of the investigation of stability

Freeze-thaw stability

Must be demonstrated if macromolecules are frozen overnight

Total Error

The sum of the absolute value of the errors in accuracy and precision

Carryover

Impact of carryover on the accuracy of study sample concentrations

Hematocrit

A physiological property that can contribute to analytical error in glucose monitoring.; High altitude can result in changes to hematocrit.

Parallelism

Parallelism should be evaluated for assays for endogenous compounds.

ULOQ

Upper Limit of Quantitation used for dilution integrity monitoring

Identified Hazards

Hazards

3
Matrix effect

Alteration or interference in response because of unintended analytes

Hook effect

Increasing analyte concentrations result in no change or decreased signals

Carryover

Impact during study sample analysis should be assessed and reported

Related CFR Sections (1)

See Also (5)