Designs for Health - Functional Testing

Ground-Breaking Functional Tests To Empower Your Clinical Practice

Designs for Health takes great care to provide practitioners with clinically relevant tools to address their patients’ individual needs and bridge the gap between the practitioner and the clinical laboratory.

Highly reputable functional tests are conducted through our laboratory partners with transparency, efficiency and quality assurance.

With each functional test, experienced lab facilities are engaged to validate every analyte and use the best methodology available to be sure the results you receive are accurate and precise.

Interpretative support is provided for practitioners to gain valuable insights and understandings, upskill their clinical abilities and serve patients better.


Microbiome Testing: For Personalised Treatment Protocols

The GI-MAP™ (GI-Microbial Assay Plus) test is the original comprehensive stool analysis to include an FDA-approved DNA/PCR assay for GI pathogens.

The pathogen targets include bacteria, parasites and viruses using assays for microbes that are useful for integrative and functional medicine practitioners.

GI-MAP™ tests for GI pathogens, opportunistic organisms, normal flora, and markers of GI health including bacteria, viruses, parasites, fungi, inflammation, immune function, pancreatic function, and occult blood. Also analysed are antibiotic resistance genes and virulence factors.

GI-MAP Tests are used to help determine clinical significance and the most effective treatments.


Metabolomic Testing: Enhanced Insights into Patient Metabolic Status

The OMX Organic Metabolomics Test evaluates urine metabolites—including organic acids, amino acids, and other key compounds.

Comprehensive test reports assist practitioners in unravelling their patient’s metabolic pathways, revealing their unique Metabolic Signature.

Using a systems-biology approach, OMX assesses biomarkers that go beyond the traditional lists of metabolites.

This test enables practitioners to see a patient’s larger health picture by deciphering and connecting perturbations of key metabolic pathways and analytes, allowing for truly personalised therapeutic support.