
Written by Koay Yih Zi
You have your HTMA report — now what? This guide shows you how to read it in the same order I use: the whole-system pattern first, then the individual levels.
Nutritional Balancing programs aim to balance your oxidation rate and key ratios, keeping the overall pattern and mineral levels in view. This whole-system approach helps support your stress response and increase vitality — rather than simply adding minerals that are low or cutting back those that are high.
Your results guide four parts of a program: diet, supplements, lifestyle and healing procedures.
Keep it beside your report as you read.
Your report has four main areas: nutrient minerals at the top, toxic metals and additional minerals in the middle, and the ratio table and oxidation type at the bottom. The numbers on the sample show where each step looks.
- Blue band — ARL’s ideal range.
- Black line — ARL’s ideal value.
- Values are shown in mg%.
Note: ideal levels in your practitioner report may differ from ARL’s, because they are based on a different methodology.
Report from another lab? The example is a sample ARL report from Analytical Research Labs. Other labs use the same steps with a different layout.
Before reading any single mineral, look at the first four bars together: calcium, magnesium, sodium and potassium. Are most of them above or below the black ideal line?
Four Lows / Three Lows — all four, or three, below ideal
- Exhaustion and burnout; often a chronic pattern
- Can reflect poor absorption from the diet (microbiome imbalance)
- The body is usually undernourished, often with a higher toxic load
- Common: allergies, anxiety, muscle cramps, poor digestion, food intolerances
Four Highs / Three Highs — all four, or three, above ideal
- Also called “slow oxidizer under stress”: an underlying exhaustion pattern with a secondary stress response on top
- Indicates inflammation
- Possible stressors: toxic metals, lifestyle, a high-carbohydrate diet, nutritional deficiencies, emotional stress
Some patterns, such as Four Lows, need a special, modified program rather than the standard one. This is one reason the pattern comes first.
Other patterns are part of deeper, practitioner-level analysis.
At the very bottom of the report, one box is marked: Fast, Slow or Mixed. Oxidation rate describes how quickly your body produces and uses energy. It is worked out from two ratios — calcium/potassium and sodium/magnesium.
Think of it like an engine: a fast oxidizer runs hot and burns through fuel; a slow oxidizer runs slow and struggles to produce enough power.
- Fast: higher metabolic activity, warmer, more energy or anxiety; associated with faster thyroid and adrenal activity in this approach
- Slow: fatigue, low mood, cold hands and feet, slow digestion, tends to store weight; associated with slower thyroid and adrenal activity in this approach
- Mixed: transitional — some indicators point fast, others slow
What it means for your diet
| Fast oxidizer | Slow oxidizer |
|---|---|
| Adequate animal protein | More emphasis on animal protein |
| More natural fats | Less added fat and oil |
| Fewer carbohydrates | Moderate carbohydrates |
Both: plenty of cooked vegetables.
This is why two people with the same symptom — fatigue, say — can need quite different diets.
Ratios show how minerals relate to each other, which often tells us more than a single level. Find these two rows in the Significant Mineral Ratios table.
Na/K — vitality ratio · stress response
- High: acute stress, inflammation
- Low: chronic stress, exhaustion
Ca/Mg — blood sugar ratio · carbohydrate tolerance
- Too high or too low: imbalance or poorer carbohydrate tolerance
- Very high: lifestyle stress
One ratio is a clue, not a conclusion. Look for findings that point the same way.
Once the pattern and ratios are clear, individual minerals help refine the picture. Start with two:
Low zinc can point to copper imbalance.
Low phosphorus points to low vitality. Common factors:
- Not enough good-quality animal protein, or not digesting it well
- A stressed lifestyle
- Digestive problems, such as candida, that interfere with protein digestion
- Zinc deficiency or copper imbalance
Both minerals depend on protein, so if your intake is good, look at digestion.
Then glance at the other nutrient minerals and the additional minerals (cobalt to boron).
A high number of toxic metals, or high levels, could indicate stress on the kidneys and liver, or environmental exposure.
Before thinking about detox, think about where exposure might come from:
- Mercury: seafood type and frequency
- Arsenic: drinking water, rice-heavy diets
- Cadmium: smoking or second-hand smoke, work exposure
- Aluminum: antacids, processed foods, some protein powders, cookware
- Lead and nickel: older homes and pipes, work, hobbies, some products
The aim is to reduce avoidable exposure, and to support the body’s own elimination by improving the overall mineral pattern — not to force detox. More on hair testing for heavy metals.
Here’s how the steps combine. Imagine a report showing slow oxidation, Three Lows, a low Na/K, and low zinc and phosphorus — alongside fatigue and digestive symptoms.
Instead of five separate fixes, these point to three priorities — better nourishment, better digestion and better recovery. In a program, that becomes:
- Diet — good-quality animal protein, regular meals, plenty of cooked vegetables, moderate carbohydrates and less added fat (for a slow oxidizer); carbon-filtered or spring water
- Supplements — chosen to support the oxidation rate and key ratios, not to chase single low or high minerals; for example, digestive support where digestion is weak
- Lifestyle — slowing down, rest and recovery, and reducing exposure to toxins
- Healing procedures — near-infrared sauna and reflexology
That’s the whole-system approach: patterns first, then priorities.
See What You'll Receive With Your HTMA Test
Explore two sample HTMA reports and see how our Expert Analysis interprets mineral patterns, tracks changes over time, and provides personalised recommendations.
- Retests. Comparing tests over time is interpreted differently. See Why your HTMA retest results aren’t improving.
- Practitioner-level patterns beyond the four covered here.
- Diagnosis. Hair results are one layer of information. On their own they don’t determine a deficiency, a diagnosis or a supplement dose.
Want to go deeper? Browse the HTMA Learning Hub.
Have your report? Email your questions to info@healthbalancing.com.
Haven’t tested yet? Order an HTMA hair test — choose lab results only, or the Personalized Program with full practitioner interpretation.
What should I look at first on my HTMA report?
The whole-system pattern: calcium, magnesium, sodium and potassium together. Then your oxidation rate, the Na/K and Ca/Mg ratios, zinc and phosphorus, and finally toxic metals.
If a mineral is low, should I take more of it?
Not automatically. A low hair level doesn’t always mean you need more of that mineral. Nutritional Balancing looks at the whole pattern and works to balance the oxidation rate and key ratios instead.
What do fast and slow oxidation mean?
They describe how quickly your body produces and uses energy. Fast oxidizers tend to need more natural fats and fewer carbohydrates; slow oxidizers tend to need more protein, moderate carbohydrates and less added fat.
Why are the ideal levels in my practitioner report different from ARL's?
Practitioner reports may use different ideal levels, based on a different methodology. Use the values in your practitioner report when one is provided.
My report is from a different lab. Does this guide still apply?
Yes. The steps are the same; only the layout differs.
What does a Nutritional Balancing program include?
Diet, supplements, lifestyle and healing procedures such as near-infrared sauna, all based on your whole mineral pattern. The aim is to balance your oxidation rate and key ratios, rather than correct single minerals.
Can I use this guide to compare a retest?
No — retests are interpreted differently, because the changes between tests matter as much as the levels.
Does HTMA replace blood tests?
No. Hair and blood measure different things. See HTMA vs blood tests.







