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Cognitive Nutrient Therapy
Testing Information
Urine Pyrrole
Elevated Pyrroles in the urine is a condition which results in deficiencies in zinc and vitamin B6. Testing for this condition can be done through analysis of the urine. We offer testing by DHA laboratories,the most accurate laboratory analysis that uses a dilution correction method.
This correction considers the concentration or dilution of the urine specimen, ensuring accuracy. For instance, if a patient has consumed a large amount of water before the test, the initial result may show lower pyrrole levels due to specimen dilution. This lab correction allows patients to obtain an accurate pyrrole result with a one-time urine collection.
Copper & Zinc Ratio
Normal levels of zinc and copper in the body are critical for optimal brain function.
These levels are tested with a blood serum sample and will be re-tested as needed throughout the protocol to ensure proper balance and normalization of ratios.
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Zinc deficiency is by far the most frequently observed chemical imbalance in mental health populations. It has been associated with delayed growth, temper control problems, poor immune function, depression, poor wound healing, epilepsy, anxiety, neuro-degenerative disorders, hormone imbalances, and learning problems.
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Copper overload is present in most cases of hyperactivity, learning disability, postpartum depression, autism, and paranoid schizophrenia.
Nutrient therapy has been shown to normalize copper levels and can be effective in balancing neurotransmitter levels in people suffering from behavioral and mental disorders.
Methylation Profile
More than two-thirds of persons diagnosed with a behavior or mental disorder exhibit a methylation imbalance, that is necessary for activating dozens of neurotransmitters. Among the ways to analyze methylation status, we use whole blood histamine because it provides the optimal over and under numerical value. That quantitative value can be remeasured to determine effectiveness of treatment after retesting, unlike other commonly used methods like the MTHFR gene or methylation profile plasma's that show SAM/SAH ratio.
Correcting genetic or acquired imbalances in methyl and folate levels have resulted in thousands of reports of improvement in patients affected by behavioral and mental disorders.
Ceruloplasmin
In our bodies, the majority of copper (about 80% to 95%) is usually attached to a protein called ceruloplasmin,which helps keep the copper regulated. The remaining 5% to 20% of copper exists as loosely-bound atoms or free radicals. When more than 25% of copper isn't properly attached to ceruloplasmin, it can indicate a disorder in how the body processes the accumulation of metals. This can lead to higher levels of oxidative stress due to the inability for metal clearance.
This situation is often found in conditions like autism, post-partum depression, ADHD, and certain types of psychosis. Elevated oxidative stress implies an imbalance in copper regulation, which may be linked to or contribute to these health conditions.
Gi Map
The laboratory employs qPCR technology exclusively for the GI-MAP (Gastrointestinal Microbial Assay Plus), ensuring precision due the the higher level of sensitivity compared to standard PCR. QPCR is highly accurate in quantifying specific DNA targets, commonly used in clinical and academic research.
This accuracy is crucial for advanced stool testing, providing consistency and reliability in understanding gastrointestinal issues. The gut health assessment covers pathogens (bacterial, parasitic, viral), commensal and keystone bacteria, H. pylori, microbial overgrowth, fungus, yeast, intestinal health markers, and antibiotic-resistant genes.
The test is applicable to all age groups, including infants and children, offering insights into conditions like ADHD, autism, and digestive complaints. Testing is recommended for autoimmune diseases, IBS/IBD, digestive issues, malabsorbtion, brain fog, skin problems, mood disorders, and diabetes/weight loss concerns.
Genetic Testing
Genomic Insight is a test that utilizes information gathered from genomic data analysis. This informatics tool relies on the latest medical literature to offer insights into nutraceuticals, nutritional supplements, diet, and lifestyle interventions. This test provides information that can influence a patient's SNPs (Single Nucleotide Polymorphisms) to potentially allow a proactive approach to reduce or prevent the risk of diseases.
The platform goes beyond general health recommendations by incorporating pharmacogenomic results into the profile. This aspect enables healthcare practitioners to predict the effectiveness of specific pharmaceuticals based on an individual's genetic makeup. In other words, it tailors pharmaceutical recommendations to align with the unique genetic characteristics of each patient. This personalized approach aims to enhance the precision and effectiveness of medical interventions based on the individual's genetic information provided by the genomic analysis.
Biome fX
The BiomeFX offers a detailed insight into the functioning of the gastrointestinal (GI) system by analyzing microbial DNA. This advanced testing method examines various aspects, including pathogens, yeast, parasites, candida, bacterial diversity, and B-vitamin levels. Additionally, it assesses the toxins produced by bacteria and tests for the presence of different viruses. The BiomeFX also provides information on the levels of short-chain fatty acids, offering a comprehensive understanding of the microbial composition and metabolic activity within the GI system.
Cyrex Lab Testing
A Clinical Immunology Laboratory Specializing in Functional Immunology and Autoimmunity. Cyrex™ offers multi-tissue antibody testing for the early detection and monitoring of today’s complex conditions. There are over 15 arrays to choose from but some of the most common ones we utilize are Gluten/Gluten Cross Reactive, 180 food panel, and chemical/metal and pathogen associated immune response (bacterial, viral, vector, mold, parasitic)
This testing is helpful due to the cross-connections between the body’s endocrine, gastrointestinal and neurological systems which play a significant role in the development of today’s complex disorders.
Heavy Metal Testing
We have a variety of testing labs for precise heavy metal testing, just to name a few:
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Blood Metals Panel: Using state-of-the-art inductively coupled plasma/mass spectroscopy, the Blood Metals Panel screens a total of 16 elements to show elevated exposure or imbalances in whole blood. This test includes testing of the nutrient elements Calcium, Copper, Lithium, Magnesium, Manganese, Molybdenum, Selenium, and Zinc; and toxic metals Antimony, Arsenic, Cadmium, Lead, Mercury, and potentially toxic metals: Cobalt, Silver, and Strontium.
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Mercury Tri-Test: This test utilizes patented advanced technology that separates methyl mercury from inorganic mercury and measures each independently. Samples of blood, urine, and hair are taken to help practitioners and patients understand the magnitude and source of mercury exposure, as well as the body’s ability to eliminate it.
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HTMA: Hair is used as one of the tissues of choice by the Environmental Protection Agency in determining toxic metal exposure. A 1980 report from the E.P.A. stated that human hair can be effectively used for biological monitoring of the highest priority toxic metals.
Homocysteine
homocysteine is an amino acid marker of cardiovascular disease. This amino acid is biosynthesized from methionine metabolism through multiple steps and goes through one of two major metabolic pathways: remethylation and transsulfuration.
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Too much homocysteine (Hyperhomocysteinemia) present in the body can be caused by a dysfunction of enzymes and cofactors including B6, B12 or folate during the processing or from excessive methionine intake, certain diseases and side effects of some medications.
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High lab levels of homocysteine are linked to problems such as oxidative stress, inflammation, cognitive decline, arterial stiffness, and hypertension.
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Too little homocysteine (Hyperhomocysteinemia) may affect glutathione status thus increasing oxidative stress. Low lab levels of homocysteine are linked to many diseases, such as atherosclerosis, congestive heart failure, age-related macular degeneration, Alzheimer's disease and hearing loss.
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Finding the right balance of homocysteine is crucial for overall health.
HTMA
Hair Tissue Mineral Analysis (HTMA) is a diagnostic test assessing hair mineral content using chemical and high-temperature processes in a clinical lab. It offers precise insights into toxic metal accumulation from both long-term and acute exposure, providing a unique perspective on intercellular activity during hair growth. Recognized by the Environmental Protection Agency (EPA), HTMA is prioritized for determining toxic metal exposure, supported by studies suggesting it may be more suitable than blood or urine for studying community exposure to specific trace elements.