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… depression, anxiety, schizophrenia, ADD, ADHD, and OCD present in a diverse array of nutrient and physiological patterns.
Diversity of Mental Health Imbalances
Why no magic bullet nutrient can solve all mental health issues
The human body is too complex is the bottom line. All body systems work together by negative feedback or more simply by indirectly or directly interfering with the efficiency of other metabolic pathways or body systems.
Nutrient or Physiological Imbalances are often Connected
I continually see primary and secondary biochemical imbalances that interplay and feed one another. Herein in this blog I have provided a description of a 3 common interplay’s that occur when we treat depression, schizophrenia, ADD, ADHD, OCD, and anxiety.
The diversity of common nutrient imbalances are illustrated in chart format on my website. This enforces the need to factor in targeted assessment and treatment that considers the diversity of imbalances in mental health.
Three Common Nutrient/Physiological Patterns
1. Copper Toxicity, Low Thyroid Metabolism, Liver Sluggishness, Poor Digestive Transit
Often we see copper toxicity in psychosis, ADD (right brain dominance), ADHD, OCD, learning problems, or female dominant conditions such as PMS, hormonal depression, or post-partum depression/psychosis.
You can have elevated copper in the brain and liver with low copper in blood circulation. This is called copper bio-unavailability. What does that mean? It means that copper is stuck or compartmentalized in an area of the body that it likes at the expense of being deficient elsewhere. The majority of copper toxic cases are bio-unavailable and in these cases you can get rid of copper by giving copper; copper in blood circulation stimulates (via adrenal signaling) the liver to produce the carrier protein to aid in the carriage of copper.
Protein intake is needed so you can make carrier proteins for copper; the carriage of copper requires the protein ceruloplasmin and similarly, the carriage of iron requires the protein transferrin.
In this copper toxic scenario we often see a slow metabolism with compromise in the efficiency of thyroid metabolism. To ensure efficient removal of the metal we need to support thyroid metabolism which aids in making all cells of the body more efficient; thyroid hormone is the ‘green light’ in terms of initiating cell protein manufacture at the DNA promoter region of every cell. Body cells produce protein products that are needed for several independent purposes, for example the pancreas produces digestive enzymes and insulin to allow food breakdown and to drive sugar into cells.
Neurotransmitters are predominantly proteins that allow communication between brain cells in areas of the brain involved in mood, thinking, and sensory perception.
Brain cells therefore require adequate thyroid hormone to produce neurotransmitters.
When we treat the thyroid we often have to support adrenal metabolism because these glands work in concert by negative feedback mechanisms.
Thyroid hormone production is iron dependent so if iron is low we need to address that to improve the efficiency of thyroid metabolism.
The route of removal of copper is via liver-bowel so we have to ensure adequate bowel movement and healthy gastro-intestinal function. Liver sluggishness needs to be resolved to remove copper efficiently.
Medications may interfere here and to improve elimination of medication the efficiency of the liver needs to be optimal. Copper retention in the body is also encouraged by some medications including psychotropic medications.
Estrogen if elevated (endogenously or via birth control pill use) leads to copper retention in the body, a mechanism that works at the bone level; which suggests the need to support estrogen breakdown at the liver level. Estrogen excess during gestation can lead to greater copper retention which can pass en utero.
2. Mercury Toxicity, Immune Compromise, Kidney Function Compromise
If a patient has a history of mercury exposures (described below) then there is greater likelihood of mercury toxicity:
- metal fillings (includes baby teeth that had mercury fillings); some patient report electric currents in the mouth
- immunizations, with or without post-injection reactions
- fish intake; even eating fish once a week can lead to compounded mercury deposition (especially if metabolism is slow)
- maternal mercury toxicity history (mercury can pass in utero to the fetus)
- direct mercury exposure – if you played with mercury in your youth or have had exposure to broken glass thermometers or fluorescent bulbs
Often we see mercury toxicity associated with a wide array of symptoms – memory decline, nervousness, twitches, depression, psychosis, anxiety, immune compromise, allergy susceptibility, thyroid weakening, rapid fatigue, irritability, nausea, stomach aches, headaches/migraines, weight loss, and a general decline in well-being.
Mercury as with other metals can inhibit the conversion of inactive to active thyroid hormone in the body and hence is associated with week thyroid states. So here again we need to support thyroid and adrenal efficiency. Mercury, especially inorganic form from mercury fillings, is a potent free radical that destroys nerve cell membranes.
The route of removal of mercury is primarily kidney dominant and secondarily liver dominant. If kidney function is compromised we need to work at a two tiered level to support liver removal at the same time. Glutathione is a key treatment here to aid in removal of mercury. Efficient liver function aids as a secondary route of removal of mercury.
Immune compromised cases of mercury toxicity will require immune support to encourage the body to divert energy reserves to metal removal metabolism which can be quite demanding with this metal. To do that you may need to improve the efficiency of the immune system by treating allergic or immune related conditions – for example eliminating food allergens or supporting the immune system in a case with history of recurrent infections, both of which tax the immune system. Immune system is protein dependent system as immunoglobins are proteins and the body diverts large energy reserves to manufacture these proteins to maintain immune health. If a person has an imbalance of zinc and copper, this also needs to be addressed as depletion of copper is associated with bacterial predisposition and zinc depletion is associated with viral predisposition.
If a patient has multiple metals, then the route of removal (bowel/kidney/liver) of all these metals needs to be efficient. We often see multiple metals in bipolar disorder, OCD, and states of panic.
3. Methylation Compromise (B12 deficiency), Protein Deficiency, Digestive Absorption Compromise
B12 pathway is important to assess as millions of methyl reactions occur every second in the body. The methyl pathway is associated with protein manufacture and the vast majority of neurotransmitters are proteins necessary for brain cell communication in areas of the brain associated with behavior aspects – thinking, mood, and sensory perception. B12 absorption is dependent on adequate stomach and lower intestine function as intrinsic factor created in the stomach needs to be manufactured there so it can pass down and be used in the small intestine for absorption of B12 into the body.
B12 is high in meat, especially red meat. Other B12 sources are listed in this blog.
Eating high quality protein (i.e. meat and eggs versus legumes and dairy) can help build neurotransmitters which require protein building blocks.
To manufacture proteins you also need B6 and zinc and if you are doing zinc you need to balance other diatomic minerals such as manganese, molybdenum, etcetra.
No one nutrient/physiological imbalance is isolated.