Hair Tissue Mineral Analysis [Closed]
Service Details
Hair Tissue Mineral Analysis (HTMA) is a safe, non-invasive, functional lab that measures minerals in the body to provide comprehensive insights into your overall health. Minerals serve as crucial cofactors for hundreds of metabolic reactions in the body, without adequate levels, nearly every system in the body is affected. They are required for: • Producing + Using Hormones • Turning Food into Energy • Digesting Food Properly • Hydrating Cells • Supporting Detoxification • Balancing the Nervous System • Maintaining a Strong Immune System • Building Strong Bones & Teeth • Promoting Skin, Hair & Nail Health + Several other essential functions By analyzing key mineral markers, HTMA reveals information about your: mineral levels (including possible deficiencies or excesses), potential heavy metal accumulations, current stage of stress, and the functioning of various body systems such as the nervous system, immune system, endocrine system and digestive system. SERVICE INCLUDES: • In-Home HTMA Test Kit • HTMA Lab Report • HTMA Results Interpretation • Personalized Protocol Based on Results • 60-Minute Results Review Consultation FREQUENTLY ASKED QUESTIONS: Q: Where are tests performed? A: Test kits are mailed to you and completed in the comfort of your home. Q: How much hair do I cut for the sample? A: Approx. 1 tablespoon of scalp hair (1" long cut from the scalp) is required for the sample. A hair scale is included in each kit for assistance with measuring accuracy. Q: What if my hair is highlighted/colored? A: The hair used for HTMA should NOT be dyed, bleached, permed or chemically treated for a minimum of 6-8 weeks prior to sample collection. Q: How does hair testing compare to blood testing? A: Unlike blood tests, which reflect mineral levels only at the moment the sample is taken, HTMA shows your mineral patterns over a three-month period of time. Further, because many minerals are stored inside of cells, analyzing tissue (such as the hair) can provide a more accurate picture of certain minerals (for example, about 99% of magnesium is found within the tissue, with only about 1% actually circulating in the blood).