The ICP-MS technology
“Lack of standards” or “distortion by external influences” – these are the common arguments critics often use to dismiss hair mineral analysis outright. Even some medical associations warn that results can be rendered unusable by shampoo or environmental pollution.
Where does this blanket rejection come from? The problem is: the term "hair analysis" is not legally protected. It's a "Wild West." There are providers who energetically assess hair, and there are laboratories that chemically wash hair, thereby leaching out important minerals. It's no wonder that such inaccurate methods damage the reputation of the entire industry and lead to the claim that the procedure is "unscientific."
The method I use
That has nothing to do with it. It's based on forensics, biochemistry, and high-tech science.
When things get serious in court – for example, in a custody battle or when fitness to drive (MPU) needs to be proven due to drug use – a blood or urine test isn't enough. These tests clear up too quickly. The court requires a hair analysis. Why? Because hair is an incorruptible long-term record that carries the highest evidentiary weight in court. It permanently stores chemical substances. We utilize precisely this forensic precision for your health.
High-tech precision: ICP-MS technology
I work completely transparently with a specialized partner laboratory. For operational reasons, we won't disclose their name here, but you can rest assured: Our lab operates precisely according to the gold standard used by the renowned ARL in the USA. This means we utilize ICP-MS technology and refrain from chemically washing the sample to avoid distorting the results.
The laboratory is certified according to ISO 9001 (quality management) and ISO 27001 (data security) and uses referenced standards (NIST) to guarantee the highest precision.
The technique used is the gold standard of analytical chemistry: ICP-MS (inductively coupled plasma mass spectrometry). This is not an estimate; it's an atomic fingerprint of your cellular memory.
Imagine this fascinating process in the laboratory:
Solution: Your hair sample is first completely liquefied in an acid.
Atomization : This liquid is sprayed into an argon plasma, which at 6,000 °C is hotter than the surface of the sun. In this extreme heat, no molecule stands a chance – your hair sample instantly disintegrates into its individual, electrically charged atoms.
Sorting & Counting : This "atomic cloud" is shot into a kind of magnetic sorting machine. A strong magnetic field deflects each atom – lighter atoms strongly, heavier ones hardly at all. In the end, a detector counts exactly how many atoms of each element arrive.
We measure precisely down to the "parts per billion" (ppb). This is crucial for detecting even the tiniest traces of toxic heavy metals like mercury or aluminum, which often cause major problems but remain invisible in blood tests.
We see patterns instead of isolated values.
Many providers simply give you a list of numbers like "zinc is low." That alone often doesn't help us much. My analysis differs significantly in its interpretation:
Ideal health values instead of averages: We don't compare your values to the statistical average of the (often ill) general population (reference range), but to an ideal physiological state. We focus on optimal health, not on "just barely not being sick".
Metabolic types : We identify your biochemical individuality. The analysis shows us, based on the ratios of minerals to each other, whether you are a "slow oxidizer" or a "fast oxidizer." This is the basis for selecting the right nutrients in the first place.
True prevention : An imbalance in cellular tissue often manifests months or years before it becomes visible in the blood or triggers symptoms. The HMA is your early warning system.
The crucial difference: We don't wash the hair
This is a detail that almost nobody knows, but it determines the quality of your analysis and is often the reason for criticism of other analysis methods.
Most commercial laboratories use harsh chemicals to wash hair samples before testing them to remove dust or dirt. The huge problem is that these chemical washes in the lab are nothing like washing your hair at home in the shower. Labs often use solvents or ultrasonic baths. These dissolve water-soluble elements like sodium and potassium from inside the hair shaft.
These two minerals are precisely our most important markers for your adrenal gland activity and your stress resilience!
If a laboratory washes the sample, the results for these two elements are distorted and unusable for stress analysis. Our laboratory deliberately leaves the sample untreated in order to measure these sensitive electrolytes accurately. Only in this way can we obtain a true picture of your energy level.
In conclusion, this type of analysis is a precise, scientific tool. The laboratory is subject to strict quality controls. Control procedures are carried out in the middle, during, and at the end of each test batch. If a value deviates significantly, the sample is automatically tested a second time to rule out measurement errors.
It's not a matter of belief. It's scientifically and technically state-of-the-art.