The Validation Processor

Why use the Validation Processor?

Most labs copy and paste validation/verification data into outdated Excel workbooks, before data analysis and manual translation of the results into a template validation report for accreditation purposes.

Though feasible for assays targeting single analytes, the time and effort required for multiple/multiplexed assays becomes untenable.

At ValidateLabs, we have created a solution that automates this entire process in minutes (versus days/weeks).

  • Deployed on the cloud – access from anywhere at any time
  • Automatically generate validation/verification reports
  • Streamline data analysis
  • Standardise review processes
  • Choose optimal calibration via machine learning model
Validation Processor screenshot - calibration review

Feature overview

The Validation Processor, allows users to import validation/verification datasets in multiple formats, compiling all experiments and batches into a singular object. Each tab of the Validation Processor is designated for each type of validation/verification experiment (where performed).


Calibration Review

Allows the exploration of different models for each analyte and batch, which can be overlayed or filtered where necessary. Residual plots and exclusion lists are also readily available here.


Model Selection

Allows users to define models to each target analyte. By default, linear models are selected. The user can also toggle the model selector function which assesses all calibration models (linear, quadratic, various weightings) and selects the best model for each analyte based on the datasets available.


Detection Limits

Defines the model equations and determines the limits of detection.


Carryover

Defines the percentage of carryover detected in blank samples subsequently analysed after a high calibration sample.


QC Analysis

Allows the exploration of assay accuracy and precision. Boxplots are generated to visualise change between batches and replicates. Accuracy and precision are calculated based on the default settings in the table below. These limits can easily be defined in the adjacent panel. Samples can be excluded using the exclusion table.


Dilution Integrity

Defines the assays ability to dilute samples with target concentrations that exceed the highest calibrator.


Stability

Explores the effect of storage conditions on the analyte concentration over time. These are plotted graphically to visualise any change.


Matrix Effects

Defines the effect of the sample matrix on the target analyte as a percentage.


Interference

Allows the user to explore interference from the internal standard, the matrix, and common analytes.


Validation Report

Summarises all experiments into a singular table for quick review. An export function is available here – this automatically generates a validation report based on the data and user-defined settings from each tab (where performed). The exports can be easily downloaded and reviewed as a Word document.

Settings

Limits for passing/failing (e.g. 15% precision) and other settings can simply be defined in each tab. These limits are used to create a validation report, where it is clearly highlighted which analyte passed which validation criteria.
Validation Processor screenshot - bias and precision

Standards-based

Developed in accordance with ANSI/ASB Standard 036, we have built the Validation Processor to align with ISO 15189 and ISO 17025 standards.

Pricing

One-time use

£1,500

Valid for 28 days

Monthly subscription

£1,250 /month

3 months minimum

Annual licence

£12,000 /year

Valid for 12 months