Participate in ethics and data sharing community  | ​  Learn More 

Reference, Quality Check and Validation Working Group – Update


The Reference, Quality Check and Validation Working Group is focused on the more operational side of deploying sequencing for routine public health activity.  Within public health laboratories, concepts that do not exist to the same extent in research – such as accreditation, validation and auditable quality management programmes – are critical for providing a consistent high-quality service. Wet lab processes associated with sequencing (such as the act of preparing samples for sequencing) translate very well in existing public health laboratory practice. In comparison, the bioinformatics elements that are critical for the use of the sequencing data represent a new area for many public health settings, and the best practice around how one accredits and provides assurance for these elements remains to be codified.

Bioinformatics


This Working Group has been established to support the collation, dissemination and, where required, creation of best practice and advice relating to bioinformatics in public health laboratories. Specifically, the Working Group areas of work include reference and benchmark datasets; wet/dry lab protocol standardization, automation and auditing; application test sets; documentation standards for sequencing and bioinformatic workflows; resource validation; and regulatory.


Short term deliverables are outlined below.

  1. Draft consensus recommendations on sample-to-answer best practices for reference, quality check and validation in regulated testing environments.
  2. Identify consensus recommendations on key issues relating to quality management and assurance in public health laboratory settings: 
    1. How to improve open source software pipelines for accredited use
    2. How to approach result and resource versioning, auditability, hashing of results and essential components, “reconstitutability”/reproducibility of the versioned workflow. 
    3. What are sensible considerations, thresholds and approaches for validation/revalidation of bioinformatic workflows?
    4. Strategies for the modularisation of wetlab and bioinformatic protocols to facilitate quality assurance management and revalidation
    5. Proficiency testing and assessment of operator competency.
    6. Selection of appropriate internal and external controls.
  1. Establish community guidelines and organised resources, including reference implementations with unit tests, shared resources for continuous integration, development standards and conventions and reference datasets for pipeline validation. 
  2. Existing standardised validation datasets should be indexed and referenced in a single, searchable location.


This Working Group has been slightly slower to start than others, as it was recognised that at present the working group includes a list of interested participants that disproportionately come from higher income countries. Ahead of our first meeting we would like to ensure that stakeholders from low-to-middle income countries (LMICs) are properly represented. Therefore, we would like to encourage interested colleagues from LMICs to get in touch via our website so we can ensure that they are part of the Working Group.


Clearly the focus of the working group being on the laboratory and service side is going to have implications during a pandemic, however, we hope that the first meeting of the full working group will be able to take place within a month. Following this, there is an intention of a meeting taking place every two weeks, first to refine and prioritise the focus for the working group, and then to collate, compare and contrast current practice prior to beginning to generate outputs.

Subscribe to the PHA4GE Newsletter

We're committed to your privacy. PHA4GE uses the information you provide to us to contact you about our relevant content. You may unsubscribe from these communications at any time.

Follow PHA4GE

Related Articles

Bioinformatics conference seeks to make a real difference to disease outbreaks

At the 2025 ISCB-Africa ASBCB Bioinformatics Conference in Cape Town, UWC’s Professor Alan Christoffels urged students to bridge the gap between academic research and public health. Highlighting the role of bioinformatics and genomics in disease response, Christoffels emphasized the need for data standards, cross-border collaboration, and real-world impact in managing outbreaks across Africa and beyond.

New PHA4GE course plays to different learning styles

At the ISCB-Africa ASBCB Conference, Keaghan Brown presented PHA4GE’s new online course on wastewater surveillance, designed to integrate genomics, bioinformatics, and diverse learning styles. Developed with Farzaana Diedericks, the course uses an avatar-led format to teach real-time pathogen tracking through wastewater monitoring—enhancing public health capacity in Africa and globally.