P88 Dietary Antigen Test

Food Sensitivity Panel (88 Foods)

The P88 Dietary Antigen Test is an advanced laboratory analysis that measures immune-mediated food sensitivities to 88 commonly consumed foods.
Unlike immediate allergies (IgE-mediated), this test evaluates IgG and IgA antibodies, which reflect delayed inflammatory responses that may appear hours or even days after eating.

This test is a key tool in functional and nutritional medicine, helping identify foods that may be contributing to chronic low-grade inflammation and symptoms such as:

• Persistent fatigue

• Bloating, constipation, or diarrhea

• Migraines or brain fog

• Joint pain or inflammation

• Skin issues (acne, eczema, rosacea)

• Hormonal imbalance or resistance to weight loss

What the P88 Test Measures

• IgG antibodies: associated with delayed inflammatory reactions

• IgA antibodies: reflect immune activation at the gut mucosal level

Together, these markers provide a comprehensive picture of how each food impacts your immune system.

Food Categories Included (88 Foods)

• Dairy & eggs

• Gluten-containing & gluten-free grains

• Meats & fish

• Vegetables & legumes

• Fruits

• Nuts & seeds

• Spices & common dietary components

Clinical Importance

This test helps personalize your nutrition strategy by identifying which foods may need to be temporarily removed or rotated.
It supports:

• Reduced systemic and digestive inflammation

• Improved gut function and nutrient absorption

• Better hormonal balance and metabolic health

It is especially useful within Bliss Gut, Bliss Immunity, and Bliss Weight functional protocols.

Procedure

• Sample collection may be performed via capillary finger-prick or venous blood draw, depending on the kit

• Results are typically available in 10–14 days

Results & Follow-Up

Your report categorizes each food into low, moderate, or high reactivity and includes visual charts.
During your follow-up session, our BlissCare team provides a personalized nutrition and supplementation plan to support gut repair and immune regulation.