Understand the science behind your child’s results

Kite measures how your child’s body is functioning in real time—connecting gut health, energy, and brain-related signals into patterns you can understand and act.

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Kite’s functional approach

Kite applies a functional metabolomics approach to translate real-world symptoms into structured biological signals and longitudinal decision support.

These signals can help reveal patterns that may relate to common challenges families notice in everyday life—such as digestion issues, brain fog, low energy, mood changes, sleep difficulties, or reactions to certain foods.

What the test captures:

Functional outputs, not static measures → reflects what the body is doing in real time
Integrated biological activity → host metabolism + microbial co-metabolism
Multi-system signals → energy production, gut–brain interactions, nutrient utilization

Why metabolites can be more actionable than microbe lists

Many tests look at one layer of biology. That information can be helpful, but it doesn’t always make the next step obvious for families.

Looking at metabolites as a complex biology outputs is clinically useful because they:

Reflect active pathway function
Capture host + microbial interactions
More directly linked to the physiological state
Often more actionable for intervention design
Approach
What it Shows
Limitation
Microbiome sequencing
Which organisms are present
Limited insight into functional activity
Hormones / nutrients
Static levels
May not reflect system behavior
Metabolites (Kite)
Real-time biochemical outputs
Requires contextual interpretation

Clinical use cases

Kite is designed as a first-line functional metabolic screen to:

Identify systems-level patterns relevant to neurodevelopment

Prioritize areas for intervention (e.g., energy, gut, nutrient pathways)

Support hypothesis generation, not diagnosis

Enable longitudinal monitoring of response to interventions

Typical use cases include:

1

Children with complex, overlapping symptom profiles

2

Situations requiring prioritization of intervention pathways

3

Cases where standard labs are non-revealing

4

Monitoring response to dietary, lifestyle, or supplement protocols

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Methodological approach

Kite integrates a targeted urine organic acids assay performed through a CLIA-certified laboratory partner.

The test reflects a targeted metabolomics approach, capturing outputs of:

Mitochondrial energy metabolism
Macronutrient processing
Citric acid cycle (CAC) intermediates
Microbial co-metabolites
Amino acid metabolism and cofactor demand

What we measure

The key biological signals we analyze—and how they help explain symptoms and guide next steps.

System
Why
Neurotransmitter-related metabolites
Signals linked to neurotransmitter pathways, helping interpret patterns in mood, focus, and sleep.
Microbial metabolites + dysbiosis patterns
Markers of gut microbial activity, helping connect GI symptoms and guide gut-support priorities.
Carbohydrate metabolism & glycolysis
Indicators of how the body processes carbs, providing insight into energy dips and blood sugar patterns.
Fatty acid and ketone metabolism
Signals of energy utilization from fats, informing diet patterns and metabolic stress.
Protein metabolism + B-vitamin cofactors
Markers of amino acid metabolism and B-vitamin demand, relevant for nutrient gaps or restricted diets.
Citric Acid Cycle (CAC) metabolites (energy)
Core energy pathway markers reflecting mitochondrial function and overall energy production.

The Kite roadmap: from signals to a personalized path

Kite is not just a test—it’s a step-by-step approach to understanding your child over time.

This roadmap approach supports a continuous cycle:

Signals
Results
Action plan
Track
Refine

As you track progress and add more information, Kite builds a dynamic profile that helps personalize decisions over time—across biology, behavior, and lifestyle.

The goal is simple: the right next step, at the right time, for your child, for your family.

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What this test can and cannot do

Kite is designed for clinical reality—limited time, complex cases, and the need for consistent follow-through at home.

can help with

Provide insight into functional metabolic patterns
Support clinical prioritization of interventions
Enable monitoring of response over time
Help connect multi-system symptom presentations
Basic chat and email support

cannot help with

Diagnose autism, ADHD, PANS/PANDAS, or any medical condition
Establish causality
Replace standard diagnostic evaluation

FAQ

Is this equivalent to metabolomics profiling?

Kite uses a targeted metabolomics approach (organic acids panel) rather than full untargeted metabolomics. It captures key functional pathways relevant to clinical interpretation.

How should results be interpreted?

Results are best interpreted within the full clinical context. Rather than focusing on individual markers, Kite highlights patterns across functional domains and pathways to provide more meaningful insights.

When should I retest?

Typically 12 weeks and no later than 6 months, depending on interventions and health goals.

How does this differ from microbiome sequencing?

Microbiome sequencing identifies organisms present. Kite’s approach measures metabolic outputs, that reflect functional activity and can be easier to translate into interventions.

Can results change quickly?

Yes. Diet, illness, antibiotics, supplements, sleep disruption, and stress can shift metabolites—one reason tracking and intentional retesting can be valuable.

Why does Kite emphasize “foundation first”?

Because the safest, highest-impact actions for many families begin with basics like sleep consistency, hydration, constipation support, brain fog, and nutrient-dense foods before advanced protocols.

Still have questions?

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