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Interactive sample analysis

Everything your body is telling us — read on one screen.

This sample shows how your lab markers, questionnaire answers, system scores and practitioner interpretation come together in one clear view.

It shows what you receive: not a generic lab printout, but a practitioner-written interpretation of your full picture.

41/ 100
Metabolic capacity
Reduced
18of 76
Markers flagged
Across 6 systems
72index
Oxidative stress
Elevated
63index
Microbial imbalance
Elevated
74index
Nervous-system load
High
System analysis

Six systems scored and ranked

Capacity map
Mito38 Oxid34 Neuro45 Gut42 Detox52 Stress33
Mitochondrial energy38/100
Impaired
Oxidative defence34/100
Depleted
Neurotransmitters45/100
Low output
Gut terrain42/100
Imbalanced
Stress resilience33/100
Depleted
Interpretation engine

How your results are turned into meaning

Synthesis
Organic acid markersMitochondrial, microbial, nutrient and oxidative stress signals
→
QuestionnaireSymptoms, history, stress load and recovery capacity
→
Clinical planSequenced priorities rather than marker chasing

Your report joins the science and your story into one usable strategy.

01 / Input

Raw test data

76 markers
Mitochondrial & energy
Lactate HIGH
28.4
Pyruvate HIGH
3.9
L-Malate HIGH
2.8
Adipate HIGH
9.8
Oxidative stress
8-Hydroxy-2-deoxyguanosine HIGH
6.2
Pyroglutamate HIGH
58
B-vitamin cofactors
Methylmalonate HIGH
2.7
Xanthurenate HIGH
1.6
Neurotransmitter metabolites
Homovanillate LOW
1.9
5-HIAA LOW
2.2
Quinolinate HIGH
3.4
Gut microbial / dysbiosis
Arabinose HIGH
62
Tartarate HIGH
6.1
p-Cresol HIGH
95

+ 52 further markers reviewed in the full report.

Read & written by a practitioner

Not one cause — multiple stressors converging on reduced metabolic capacity.

The pattern a software report can miss — reviewed, interpreted and written by a practitioner.

Marker layer: what is abnormal?

The raw marker layer highlights mitochondrial pressure, oxidative stress, neurotransmitter disruption and gut microbial signals — but it does not stop there.

The four interconnected drivers

01
Impaired mitochondrial energyFatigue, brain fog and poor recovery
02
Chronic nervous-system stressYears of pressure on reserves
03
Ongoing immune burdenRecurrent viral load and inflammatory demand
04
Gut-mediated inflammationMicrobial imbalance depleting nutrients

The order of treatment

Phase OneRestore energy production & build resilience
Phase TwoReduce microbial burden & support detoxification
Phase ThreeConsolidation, recovery & long-term resilience

Report excerpt

“The aim is not to stimulate energy artificially. It is to restore your ability to produce energy naturally.”
Laura Di Giorgio-YatesRegistered Nutritional Therapist
CNHCBANTIFMANTA
02 / Input

Your health story

Intake
71/100
Symptom burden

High — fatigue and cognitive load dominate.

Primary concern
Persistent fatigue, brain fog and poor recovery.ONSET ~18 MONTHS · WORSENING
How you rated your symptoms
Energy levels2/10
Brain fog8/10
Sleep quality3/10
Current stress load7/10
Exercise recovery2/10
History & context
Recurrent viral infectionsProlonged occupational pressureSignificant emotional traumaBegan after a virusPushes through fatigue
Daily patterns
Often skips breakfastHigh caffeineIrregular sleepLittle recovery time
Clinical weighting

What gets prioritised first

Mitochondrial supportFirst
Sleep rhythm / recoveryFirst
Oxidative stress supportEarly
Gut terrainNext
Antimicrobial workDelayed
Explore how context changes the plan

See how your priorities can change.

Adjust the example inputs below to see why the same lab marker can mean different things depending on sleep, stress, training load and recovery capacity.

Protein consistency45%
Sleep rhythm38%
Training load72%
Detox pressure22%
54
Readiness score
Example practitioner logic

Capacity has to come before intensity.

The current pattern suggests the first phase should prioritise energy production, sleep rhythm, protein consistency and nervous-system recovery before aggressive microbial or detox work.

Mitochondrial support first Do not overtrain Build tolerance before detox
Symptom-to-marker example

Tap a symptom to see what may be connected.

Symptoms that feel random can start to make more sense when they are mapped against biochemical patterns.

Linked interpretation

Crushing fatigue → reduced cellular energy capacity

Fatigue is mapped against mitochondrial markers, fatty-acid metabolism and B-vitamin cofactor demand. The interpretation prioritises energy production before deeper gut or detox work.

LactatePyruvateMethylmalonateAdipate
Treatment sequence builder

See why the order of treatment matters.

Many people try to address everything at once. This example shows why your report sequences recovery rather than forcing too much too soon.

Protein, cofactors, sleep rhythm and ATP support.
Pacing, breathwork, recovery blocks and reduced allostatic load.
Dietary diversity, digestive rhythm and microbiome tolerance.
Powerful work, but poorly tolerated if capacity is low.
24Overload risk

Good sequencing starts with capacity.

A well-sequenced plan starts with mitochondrial and nervous-system support, reducing the chance of asking too much of the body too soon.

Symptom tracer

Tap symptoms. See what may be connected.

Select the symptoms that look familiar. Relevant example markers will light up and show how a practitioner moves from symptoms → markers → likely driver → first action.

Raw markers

Tap a symptom
A selection of the 76 Organic Acids Test markers. Selected symptoms illuminate the markers that matter for the pattern.
The explanation chain
Select one or more symptoms to assemble the reasoning from symptom → markers → driver → first action.

How recovery may be sequenced over time.

Use the sliders to see why phase order matters. This is illustrative, but the principle is central to the review: capacity first, deeper work second, resilience third.

PHASE 1 PHASE 2 PHASE 3 W0 W4 W8 W12 W16 M6
TimelineWeek 0 · starting point
Plan adherence100%
Week 0 — starting point
41/100 capacity
Baseline
  • Your starting point before support begins.

Illustrative only. Individual recovery varies with history, adherence and clinical context.

See the standard before you start.

This is the difference between receiving raw lab data and receiving a practitioner-written interpretation that shows what matters, why it matters and what to do first.

Start the review View sample interpretation