Research library
Long-form, evidence-aware articles on Hair Tissue Mineral Analysis, laboratory methodology, mineral interpretation and the surrounding scientific literature. Only fully published content is listed here.
Evidence-based overview of aluminium in hair analysis: exposure sources, external contamination, laboratory methodology, blood vs hair comparison and how HTMA aluminium results should be interpreted.
Learn the difference between acute and chronic heavy metal exposure, and how blood, urine and hair analysis provide complementary information in laboratory testing.
Learn why Hair Tissue Mineral Analysis (HTMA) results may differ between laboratories, including the effects of sample preparation, analytical methods, laboratory standards and interpretation.
How elemental hair analysis works in companion animals, what it can and cannot show, and how HTMA results translate into personalised nutrition for dogs, cats and horses.
Objective comparison of leading Hair Tissue Mineral Analysis (HTMA) laboratories, including testing methodology, international availability, reporting options and practical considerations when choosing a provider.
Evidence-based overview explaining why proper interpretation of Hair Tissue Mineral Analysis (HTMA) is more important than isolated mineral values, including laboratory quality, biological context and interpretation methodology.
Evidence-based explanation of why Hair Tissue Mineral Analysis (HTMA) should complement—not replace—medical diagnosis, laboratory medicine and clinical evaluation.
Evidence-based review of lead detection in hair, laboratory methodology, interpretation challenges, contamination risks and the role of Hair Tissue Mineral Analysis (HTMA).
Scientific overview of magnesium, chronic stress, mineral metabolism and what Hair Tissue Mineral Analysis (HTMA) may reveal about long-term physiological patterns.
Scientific overview of how hair dye, bleaching and cosmetic treatments may influence Hair Tissue Mineral Analysis (HTMA) results and interpretation.
Scientific overview of why hair may reflect long-term mineral exposure, including hair growth, elemental incorporation and differences from blood testing.
Evidence-based overview of HTMA as a wellness and monitoring tool, including longitudinal assessment, mineral trends and interpretation limitations.
Scientific overview of arsenic exposure and hair mineral analysis, including environmental exposure, drinking water contamination, biomonitoring applications and interpretation limitations.
Scientific overview of mercury measurement in Hair Tissue Mineral Analysis (HTMA), including methylmercury exposure, biomonitoring applications, interpretation limitations and current evidence.
Scientific overview of biological variability in Hair Tissue Mineral Analysis (HTMA), including metabolism, hair growth, environmental exposure and inter-test differences.
Evidence-based overview of whether Hair Tissue Mineral Analysis (HTMA) can diagnose disease, including scientific limitations, clinical interpretation and laboratory considerations.
Evidence-aware overview of mineral ratios in Hair Tissue Mineral Analysis (HTMA), including Ca/Mg, Na/K and Zn/Cu relationships, physiological interpretation and scientific limitations.
Scientific overview of laboratory preparation methods used in Hair Tissue Mineral Analysis (HTMA), including washing protocols, digestion methods, ICP-OES preparation and contamination control.
Evidence-based comparison of ICP-OES and ICP-MS analytical technologies used in mineral and trace element testing.
Scientific overview of heavy metal detection in HTMA, including mercury, lead, arsenic and laboratory interpretation limitations.
Scientific overview of external contamination in HTMA, including washing protocols, environmental exposure and interpretation limitations.
Scientific comparison of HTMA and blood mineral testing, including time-window differences, homeostasis and interpretation limitations.
Scientific overview of what HTMA may and may not reveal about mineral patterns, toxic elements, laboratory interpretation and long-term exposure.
Additional articles will be listed here once their full content is published.