WIA StandardsKOEN

WIA Bio-Banking Standard Guide

A guide to the WIA-BIO-019 standard

Contents

Chapter 1Biobanking Fundamentals — Why Biospecimens Need a BankA tube of frozen plasma looks simple. Whether it is still worth anything ten years from now depends on decisions made in the first few hours after it left the… Chapter 2Specimen Types, Storage Conditions and Quality Metrics — the WIA-BIO-019 TaxonomyA biobank can only promise quality for material it can name precisely. This chapter walks through the fourteen specimen types, five storage conditions and… Chapter 3The Data Model and Integrity Metrics — Sample, Aliquot, SIS and SQIHow WIA-BIO-019 turns a cryovial in a freezer into a record that software can store, exchange and score, and where the two quantitative metrics of v1.0 hold up… Chapter 4API, SDK and CLI — From Registration to Distribution RequestsThe three REST endpoints of WIA-BIO-019, the BioBankingSDK reference implementation, the wia-bio-019 command-line tool, and the error model that ties them… Chapter 5The Sample Lifecycle Protocol — State Transitions, Chain of Custody and ExcursionsChapter 4 described the interfaces: which endpoints exist, which SDK methods to call and which error codes come back. This chapter describes the behaviour… Chapter 6Consent, Governance and Integration — LIMS, HL7 FHIR, MIABIS and PrivacyA biospecimen is only as usable as the permission attached to it and the systems that can read it. This chapter covers the ethical and legal layer of… Chapter 7Quality Management, Testing and Conformance — ISO 20387 Alignment and Certification ReadinessA biobank earns trust twice: once in the freezer room, where quality is managed, audited and corrected, and once in software, where the claim that an… Chapter 8The Future of Biobanking and the WIA-BIO-019 v1.x RoadmapThe previous seven chapters described WIA-BIO-019 v1.0 as it is and showed how to run a biorepository on it. This last chapter looks ahead. It covers the…

About this book

A tube of frozen plasma looks simple. Whether it is still worth anything ten years from now depends on decisions made in the first few hours after it left the donor, on a freezer nobody thinks about until it fails, and on a paper trail that has to survive staff turnover, software migrations and audits. This chapter lays down the domain vocabulary and the physical facts on which the rest of WIA-BIO-019 is built.

A biobank is an organization, or a unit inside one, that collects biological material, preserves it under controlled conditions, keeps the information that makes the material interpretable, and releases both to authorized users. ISO 20387:2018, the international standard for biobanking, frames it in the same spirit: biobanking covers acquisition and storage together with the surrounding activities of collection, preparation, preservation, testing, analysis and distribution of defined biological material and its associated data. The word "bank" fits better than it first seems. A bank takes deposits it does not own outright, keeps them safe for an indefinite period, keeps a ledger that can be audited, and lets things out only under rules agreed at the moment of deposit.