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of supplements, pharmaceuticals, and dietary trials By William Shaw, PhD Before testing Begin supplementation with antioxidant formulation and a multivitamin and mineral supplement without copper and iron. If dairy-free or limited dairy is being consumed, supplement with a high quality calcium supplement (1000 mg/day is recommended). Adequate magnesium should be given as well (125 500 mg/day) and should be dosed by age and weight. If the person has sideways gaze and/or large (dilated) pupils in a room with adequate light, consult your physician about performing a trial of Bethanecol after adequate vitamin A has been given. Usually you will know within a few days if this drug will be effective or not. If effective, continue for about 3 months. Begin a trial of high dose vitamin B-6 for one month. Start at a relatively low dose like 50 mg and then increase every few days until symptoms improve. Cut dose or discontinue if side effects are significant. Continue if successful. After the vitamin B-6 trial, begin a one-month trial of sublingual Methylcobalamin (1000 mcg), TMG- Trimethylglycine (1000 mg), Folinic acid (800 mcg). Add these supplements one at a time with at least 3-4 days in between each. You may need to start lower dose and slowly increase the dosage to find out the correct dose for your child. If no benefits are seen, consider the use of subcutaneous methyl cobalamin if sublingual methylcobalamin is not successful. After testing Organic Acid Test (OAT) It is important to treat dysbiosis because it
will cause impaired nutrition and also cause the production of potentially
toxic byproducts from sugars or carbohydrates as well as from sulfur containing
substances such as DMSA, DMPS, methionine, cysteine, glutathione, N-acetylcysteine,
and lipoic acid. Repeat organic acid test 60 days after beginning antifungal and/or antibacterial therapy to make sure selected therapies are working. Alter therapy if results are abnormal and repeat testing after 30 days. Elevated succinic or glutaric indicates the need for coenzyme Q10 (50 mg/day). Increase in all or any of the following markers with Fatty Acid Metabolites - ethylmalonic, methylsuccinic, adipic, suberic, or sebacic may benefit from supplementation with L-carnitine (500 1000 mg/day) If orotic acid in urine is high, seek advice from a biochemical genetics specialist. If no biochemical cause is found, investigate intestinal bleeding. Low values on Vitamin Indicators suggest a dietary deficiency and supplementation of the specified vitamin may be helpful. High values do not necessarily indicate a need to reduce intake of any specified vitamins. If methylmalonic acid (vitamin B-12/cobalamin marker) is normal, methyl cobalamin, a different form of vitamin B-12, may still be deficient and supplementation is often beneficial. Food Allergy and Urinary Peptide Test Begin supplementation with calcium and magnesium if a dairy free diet is being implemented for the first time. Amino Acid Test Prealbumin C-Reactive Protein
If any strains were cultured under Dysbiotic Flora, treat with prescriptive or natural agents indicated. Parasitology - consult with physician regarding treatment if positive. Digestion and/or Absorption - Add digestive enzymes if any of these markers are abnormal. Inflammation - Consider tumeric or quercetin if any of these markers are abnormal. If fecal sigA under Immunology is low, supplement with casein-free colostrum. Yeast and bacterial that are cultured will offer a list of prescriptive and natural agents to which the yeast or bacterial is sensitive. If deciding to treat with natural agents, consider rotation every 2-3 weeks since yeast can easily becomes resistant. Immune Deficiency Panel Advanced Metallothionein Profile (AMP) Hair Metals High aluminum can be reduced with the supplementation of malic acid. Dysbiosis (imbalance of yeast and bacteria) treatment will typically need to continue for a year or more and will need to continue during chelation. If hair metal results are normal, consider performing a chelation challenge test to determine the presence or absence of heavy metals. Some individuals favor performing chelation even in the absence of heavy metals in a hair test or in a chelation challenge test. Andy Cutler, Ph.D., recommends chelation if a number of other abnormalities is present in the nutritionally needed elements of the hair test. However, it may be difficult to get a prescription for chelating agents from a physician in such a case. Extremely high values for mercury, lead, arsenic, cadmium, uranium, aluminum, or antimony or a combination of a number of moderately increased hair metals should probably be treated by chelation. Other heavy metals such as beryllium, thallium, and thorium may be very toxic but are not nearly as common. Certain heavy metals such as tin, bismuth, silver, nickel, bismuth, and titanium are frequently elevated but their toxicity is not usually considered as significant as the previous group. Elements that are low in the hair test and which correlate fairly well with dietary deficiency. These metals include iodine, selenium, manganese, molybdenum, and lithium. If these minerals are being supplemented in a multivitamin and mineral supplement, consider giving additional amounts as suggested by your physician. Hair values for calcium, magnesium, sodium, potassium, zinc, and copper need to be assessed by blood and/or urine testing since their values in the hair cannot be interpreted easily. Other Suggestions Try out new supplements such as carnosine, carnitine, TTFD, phosphatidyl serine, and gamma amino butyric acid (GABA) in separate trials. Discontinue if there are significant side-effects. Consult your physician about the use of antiviral drugs or a supplement of Monolaurin/Lauriciden or coconut oil, especially if the mother had a history of genital Herpes infection during or previous to the pregnancy of the affected child. A 3-6 month trial of antiviral drugs may be needed to determine if response is significant.
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