The Bacteriology Culture with Sensitivities test is designed to measure levels of beneficial, commensal (harmless), and pathogenic intestinal bacteria.

The Fasting Insulin bloodspot is designed to detect insulin resistance (metabolic syndrome), a sign of diabetes, pre-diabetes, and heart disease.

The Female Blood Profile I is a multiple hormone function test utilizing only bloodspot analyses.

The Female Blood Profile II is an extensive multiple hormone function test utilizing only bloodspot analyses.

The GI Effects Microbial Ecology Profile tests for the status of intestinal bacteria, helping to identify predominate, opportunistic, and pathogenic bacteria using DNA analysis.

The GI Effects Comprehensive Profile uses cutting-edge technology to provide a detailed picture of the balance of the microbiome, including yeast, parasites, and bacteria that live in the large intestine. GIFX also gives insight into the digestive function, intestinal inflammation, and the overall health of the gut.

The Hair Elements test measures concentrations of both toxic and essential elements in a strand of hair.

The HbA1c (hemoglobin A1c) test is a blood test used to monitor the status of a patient’s diabetes.

This test combines the 115 food IgG antibodies test and the Candida test to detect food allergies and precipitating antibodies to the infectious fungus Candida.

This test combines a 115 food IgG antibodies test, a Candida test, and an anti-gliadin antibody assay to detect food allergies, precipitating antibodies to the infectious fungus Candida, and gluten sensitivity respectively.

This test combines a 115 food IgG antibodies test and an anti-gliadin antibody assay to detect food allergies and gluten sensitivity respectively.

The Immuno Candida test is designed to detect precipitating antibodies to the infectious fungus Candida.

The Immuno Gliadin test is an anti-gliadin antibody assay to detect gluten sensitivity.

The Parasitology x 2 (Px2) test is designed to detect parasitic infections—conditions that are often overlooked because their symptoms resemble those of other diseases.