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Technology transfer platform

Pathogen & Microbiome Sequencing

Metagenomic and targeted sequencing platforms for infectious disease diagnosis, outbreak surveillance and microbiome research at institutional or national scale.

Scientist examining a plaque assay plate. Illustrative stock photograph.

Capabilities to transfer

Workflows, expertise and systems designed around your local institution.

mNGS for unexplained infection
Broad-range pathogen detection.
Targeted pathogen panels
Syndromic and organism-specific.
Antimicrobial resistance profiling
Genotypic resistance prediction.
Outbreak surveillance
Genomic epidemiology workflows.
16S and shotgun metagenomics
Microbiome community profiling.
Bioinformatics pipelines
Local deployment and validation.

What does your institution need first?

Begin with your existing infrastructure, clinical governance and local regulatory pathway. Feasibility establishes the programme requirements.

Discussion preparation

Your institutional baseline

0/3

Use these prerequisites to prepare a discussion. This checklist is not a clinical assessment or a determination of regulatory readiness.

0 of 3discussion prerequisites identified.

Explore related partner services.

Read each service’s complete scope and regulatory note. These links help you explore the portfolio; programme-specific suitability requires feasibility assessment.

One sequencing capability, distinct use cases.

Infectious-disease investigation, public-health surveillance and microbiome research ask different questions of a sequencing laboratory. Agree the use case before setting the assay menu or reporting scope. A shared technical foundation still needs separate acceptance criteria and interpretation arrangements for each programme.

CDC’s NGS Quality Initiative provides a sequencing-focused quality-management framework for clinical and public-health laboratories. Its resources address the system around a test, as well as the testing workflow.

CDC: The Next Generation Sequencing Quality Initiative

The international microbiome-testing consensus identifies limited evidence for clinical usefulness and calls for clear indications, validated methods and transparent reporting. A descriptive microbiome profile should be distinguished from a proven clinical decision tool.

Porcari and colleagues · The Lancet Gastroenterology & Hepatology: International consensus statement on microbiome testing in clinical practice

External references explain the wider context. They do not verify or endorse the supplied VectorGene or partner offering.

Questions for the programme brief

  1. Investigation, surveillance or research?

    Specify who needs the result, how quickly it is needed and which action or research question it will support.

  2. Which analytical scope?

    Review specimen types, controls, reference databases and the limits of detection and interpretation to be evaluated.

  3. Which reporting pathway?

    Agree specialist review, public-health escalation or research reporting, with clear responsibilities for uncertain findings.

What to prepare for review
  • Use cases and specimen volumes
  • Existing microbiology and sequencing workflow
  • Report recipients and escalation requirements

Working environments

Tools for microbial research.

Illustrative stock photography provides context for the people, processes and working environments behind this capability.

Three questions for the workflow

Each vial highlights one planning question. The drawing is an illustrative object.

Sample
What collection and handling requirements apply?
Method
Which organisms and reference databases are in scope?
Interpretation
How will findings support research or a clinical decision?
All three review topics are shown.
Scientist inspecting a serological testing plate. Illustrative stock photograph.
Scientist inspecting a serological testing plate
Public health scientist preparing a bacterial DNA fingerprinting test. Illustrative stock photograph.
Public health scientist preparing a bacterial DNA fingerprinting test
Pseudomonas luteola colonies on BTB agar. Illustrative stock photograph.
Pseudomonas luteola colonies on BTB agar
Laboratory technician performing a barcode scan. Illustrative stock photograph.
Laboratory technician performing a barcode scan

Start a conversation

Discuss Pathogen & Microbiome Sequencing

Prepare a partnership enquiry with this platform selected. Local approval and regulatory dossier ownership remain with the local institution.