Biorepository LIS Articles & Biobank Workflows

A biorepository LIS is a laboratory information system built for specimens held as long-term inventory — biobank collections stored for years or decades and withdrawn against research or clinical requests — rather than consumed by a test and closed out within hours. The articles below cover how a cloud biorepository LIS handles those workflows day to day, from donor intake and consent through cold storage, retrieval, and chain of custody.

Biobanks put demands on an LIS that general clinical systems handle poorly. A specimen’s value is its identity, quality, consent state, and retrievability years after collection, which drives distinct workflows: hierarchical cold storage down to the box position across ambient, −20°C, −80°C, and liquid-nitrogen (LN2) conditions; parent-child lineage through aliquots and DNA/RNA derivatives; consent tracked as versioned state rather than a single signed PDF, governed by the HHS Common Rule (45 CFR Part 46); sample-request fulfillment against precise pull lists; and retention and disposal scheduling. LIMS IQ documents hierarchical storage, barcode placement and retrieval, parent-child lineage, cycle counts, transit states, retention scheduling, and chain-of-custody history. Consent versioning, downstream-use eligibility, request approvals, and other study-specific governance should be confirmed for the repository’s contracted scope.

What these biorepository LIS articles cover

The posts in this section are practical, workflow-level guides for running a biobank or sample-storage program on a modern LIS:

• Evaluating biobank software — what to look for in storage hierarchies, aliquot lineage, and consent handling before you commit to a platform.
• Biobank informatics — cohort discovery and structured data exchange that let researchers find and request the specimens they need.
• Specialty collections — the distinct requirements of reproductive and IVF biobanks, where consent and long-horizon storage carry added weight.
• Field and mobile collection — collecting specimens away from the facility without breaking the custody record.

Because a biobank must prove provenance decades later, the custody trail matters as much as the inventory itself — see how LIMS IQ handles specimen tracking and chain of custody and the security and compliance controls behind it. If you are weighing a research repository against a clinical system, the clinical LIS vs research LIMS comparison covers the trade-offs.

For a structured overview of biorepository LIS capabilities and how to evaluate biobank software, start with the biorepository LIS guide. To map LIMS IQ’s documented storage and tracking controls against your collection — and confirm the governance workflows your program needs — request a demo.