Laboratories

End-to-End Sample Traceability as Software

Built-In Molecular Identity Assurance for NGS Workflows

NGS workflows involve multiple manual and automated steps — from sample collection to reporting. At scale, even small identification errors can result in costly re-runs, accreditation risks, and reputational damage.
DName-iT embeds a molecular identity layer directly into the sample — enabling automated verification throughout the entire workflow.

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What This Means for Your Laboratory

Reduced Risk of Sample Misidentification
Each sample carries a unique DNA barcode that is verified during sequencing. Mismatch events are automatically flagged.

Lower Repeat Rates & Quality Deviations
Early detection of switching or contamination reduces avoidable re-runs and corrective actions.

Improved Traceability for QC & Accreditation
Built‑in identity verification strengthens documentation for ISO 15189, CAP, and other quality audits.

No Disruption to Existing Analytical Workflows
Compatible with standard extraction, library prep, and sequencing pipelines. No changes to assay chemistry or reporting systems required.

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Cost Efficiency Through Error Reduction

Reducing repeat testing directly translates into measurable operational savings:

Savings in Laboratory Materials
• Reduced reagent consumption
• Lower library preparation and sequencing waste
• Fewer discarded consumables

Savings in Turnaround Time
• Reduced re-run cycles
• More predictable reporting timelines
• Improved workflow continuity

Savings in Human Resources
• Less manual investigation of discrepancies
• Reduced corrective action workload
• More time allocated to value‑added analytical tasks

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Designed for Scalable Genomics

As testing volumes grow — in oncology, NIPT, rare disease, and population screening — identity assurance becomes increasingly critical.
DName-iT adds a verification layer without adding operational complexity, while supporting both quality performance and financial sustainability.