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CHGB · Partner-reported service scope

Gut Microbiome Profiling

Comprehensive analysis of gut microbial structure at phylum and genus level, covering immunity, nutrient metabolism, short-chain fatty acid synthesis, toxin degradation and allergy risk.

Partner-reported scope
200+ assessment items
Method
16S rRNA · metagenomic sequencing
Public health scientist preparing a bacterial DNA fingerprinting test. Illustrative stock photograph.
Public health scientist preparing a bacterial DNA fingerprinting test

CHGB · Partner-reported

Service capabilities

The following scope is reported by the partner. Quantities describe the partner portfolio and do not represent VectorGene’s own track record.

Phylum and genus composition
Gut immunity assessment
Nutrient metabolism capacity
SCFA synthesis capacity
Toxin degradation capacity
Allergy and disease risk association

Explore services in this category.

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

A profile needs a transparent interpretation boundary.

Microbiome profiling can support a defined research question, but a report also needs to explain what its measurements can establish. Institutions should review collection, methods, comparison populations and clinical context before accepting interpretations or proposed actions linked to a profile.

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. What is the proposed use?

    Define the research or clinical question and the evidence needed to justify any interpretation.

  2. How is a comparison made?

    Request sequencing methods, analysis versions, reference-cohort information and relevant collection or medication metadata.

  3. What will the report say?

    Agree transparent limitations, qualified review and how descriptive findings are distinguished from validated clinical recommendations.

What to prepare for review
  • Use-case and reporting brief
  • Collection and analysis specifications
  • Evidence for each proposed clinical interpretation

Working environments

Sampling and microbial analysis tools.

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
How are collection conditions and clinical context recorded?
Method
Which sequencing approach and reference cohort are used?
Interpretation
What conclusions can the evidence support?
All three review topics are shown.
A gloved hand holds a culture plate containing microbial growth.
Research sampling
Reagent bottles and labelled laboratory containers. Illustrative stock photograph.
Reagent bottles and labelled laboratory containers
Laboratory technician performing a barcode scan. Illustrative stock photograph.
Laboratory technician performing a barcode scan
Network equipment and connected Ethernet cables. Illustrative stock photograph.
Network equipment and connected Ethernet cables

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Discuss Gut Microbiome Profiling

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