What is HTMA-EHAA 
Elemental Hair Analysis
for Animals?

HTMA and EHAA – Definition and Application

HTMA (Hair Tissue Mineral Analysis) s a laboratory method used to assess levels of essential and toxic elements in a hair sample. EHAA (Elemental Hair Analysis for Animals) is its specialized version developed for animals, in collaboration with an accredited laboratory and specialists in animal nutrition and biology.

How is the analysis performed?

Hair samples are analyzed using ICP-OES (Inductively Coupled Plasma Optical Emission Spectrometry), a technique used in elemental analysis.

What does EHAA analysis include?

The analysis allows for the assessment of:


✓ levels of mineral elements (macro- and microelements)

✓ ratios between selected elements

✓ presence of selected heavy metals

The results are presented in a report along with an informational description.

What does the result include?

✓ elemental levels summary
✓ mineral relationships and ratios
✓ interpretation in the context of animal nutrition
✓guidance on diet and supplementationi

The results may help monitor the animal’s diet and living environment.

How to interpret the results?

Hair analysis reflects the elemental composition of the sample over a specific period, which may provide insight into long-term environmental exposure and dietary patterns.

Interpretation is based on the analysis of element levels and ratios in relation to reference values used in laboratory testing.


EHAA vs. other methods (e.g., blood, urine)


Hair analysis and body fluid testing are different approaches that provide distinct types of information.


✓ hair reflects long-term exposure to elements

✓ blood and urine reflect the current state of the body

These methods are not directly comparable and serve different informational purposes.

 

When should you consider HTMA-EHAA analysis?


Animal hair analysis can be used in various situations, for example:

✓ monitoring the animal’s diet
✓ changing diet or feeding approach
✓ assessing the impact of the living environment
(e.g., exposure to heavy metals)
✓ pedigree, sport, or breeding animals
✓regular monitoring and care

The analysis can support an informed approach to animal nutrition and overall well-being.


Important information

Elemental hair analysis (HTMA) is intended for informational and educational purposes.
It is not a veterinary diagnostic test and is not used to diagnose diseases or make medical decisions.

W przypadku wątpliwości dotyczących kondycji zwierzęcia zalecana jest konsultacja z lekarzem weterynarii.

 

Highest standard

of animal hair analysis

Your Reviews


FAQ 

What is elemental hair analysis (HTMA) in animals?
It is a laboratory method used to determine the levels of mineral elements in a hair sample and their ratios.
Is animal hair analysis reliable?
The analysis uses laboratory methods such as ICP-OES. The results are informational and require interpretation in the context of the animal’s diet and environment.
Which elements are analyzed in an HTMA test?
The test includes selected macro- and microelements, as well as potentially toxic elements present in the hair sample.
Can hair analysis detect heavy metals in animals?
The analysis allows for the determination of selected heavy metals in the hair sample.
How do you interpret hair analysis results?
Results are presented as element levels and ratios. Their interpretation relates to the animal’s diet and living environment.
How does hair analysis differ from blood or urine tests?
Hair analysis may reflect elemental composition over a longer period, while blood and urine tests show current values at the time of collection.
Is HTMA a veterinary test?
No. The analysis is for informational and educational purposes.
Is hair analysis safe for animals?
Yes, the test involves collecting a small amount of hair and is non-invasive.
How often can hair analysis be performed?
Depending on needs, the analysis can be repeated every few months to monitor changes.
Can hair analysis help tailor the diet?
It may provide information that supports an individualized approach to the animal’s nutrition.