Explore a Sample Mutant Analysis

See how Mutant turns DNA and symptom context into connected biological patterns, ranked possible drivers, and an AI-ready health context that can be explored alongside medical records.

This example uses a fictional sample profile and is intended to show how the analysis is organized.

Explore the sample: Orange-outlined items are interactive. Select the highlighted pattern below to see its possible drivers and supporting evidence.

Sample Health Context

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Your Mutant Health Context is Ready

Mutant has organized your DNA and symptom context into ranked biological patterns and possible underlying drivers.

Use your analysis here, or download your AI-Ready Health Context to combine these findings with your labs, medical records, medications, and health history in ChatGPT or another AI tool.

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What Mutant Found

Highest-Priority Possible Patterns

HNMT intracellular / neurohistamine clearance fragility

Your intracellular histamine-clearance pathway may have less reserve, allowing histamine-related effects to persist longer when multiple triggers accumulate.

Why this ranked high →

Cellular T3 activation bottleneck

Your cells may have a lower margin for activating thyroid hormone into T3 where energy, temperature, mood, gut motility, and recovery depend on it.

5-HT1 inhibitory feedback weakness

Your serotonin system may have a weaker or less consistent brake on neuron firing, neurotransmitter release, or threat-related activation.

Explore the Metabolic Reactivity System

Mutant organizes connected biology into three major systems. This sample focuses on Metabolic Reactivity, which looks at patterns involving thyroid signaling, histamine and inflammatory reactivity, oxalate handling, methylation, and related metabolic processes.

The four hubs below are different views within this system. A full Mutant analysis also evaluates:

Gut, Barrier & Immune Reactivity — digestion, motility, barrier defense, bile handling, and mucosal immune patterns.
Stress, Mood & Neurochemical Regulation — sleep and circadian biology, stress response, autonomic regulation, neurotransmitters, and neural excitability.

The same biological driver may appear across more than one system because these processes are interconnected.

Explore the sample: Select the orange-outlined Histamine & Inflammatory Spillover hub to see its possible drivers and supporting evidence.

Histamine & Inflammatory Spillover

The Pattern: "My tolerance changes from day to day, and reactions seem to stack."

What Mutant Maps: Histamine clearance, mast-cell reactivity, gut-derived histamine, neurohistamine handling, and inflammatory signaling.

Oxalates & Systemic Clearance

The Pattern: "I'm restricting oxalates, but my threshold is still narrow."

What Mutant Maps: Endogenous oxalate production, intestinal absorption and secretion, mineral-binding influences, sulfur-related susceptibility, and factors that may increase enteric oxalate load.

Shown for context — this sample explores the Histamine pattern.

Methylation & Metabolic Stalls

The Pattern: "I react to the very supplements that are supposed to help."

What Mutant Maps: Methylation capacity, folate and B12 handling, catecholamine clearance, choline demand, sulfur metabolism, B6/PLP regulation, and methyl-donor tolerance.

Shown for context — this sample explores the Histamine pattern.

Thyroid & Cellular Energy

The Pattern: "My labs look normal, but I feel cold, slow, weak, reactive, and stress-intolerant."

What Mutant Maps: T4-to-T3 activation, tissue thyroid response, thyroid redox reserve, immune-related vulnerability, feedback set-point signaling, and central thyroid regulation.

Shown for context — this sample explores the Histamine pattern.

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