Everyone has heard of folate, but what does it mean to be deficient in folate, and what can anyone do about it?
Some sources estimate that up to 50% of the Australian population have a gene that renders folic acid un-useable by the body. Folic acid is the artificial source by which the population at large acquires their folate requirements.
Folic acid: Is a fully oxidised synthetic compound which is not formed naturally. It is commonly used in dietary supplementation and in food fortification.
Folinic acid (5-Formyl Tetrahydrofolate): Is formed when folic acid is reduced by the enzyme dihydrofolate reductase (DHFR). It is an active form of folate that is involved in nucleic acid biosynthesis
5-Methyltetrahydrofolate (5-MTHF): Is formed when folinic acid is reduced by methyl-tetrahydrofolate reductase (MTHFR). It is the active form of folate which is responsible for homocysteine metabolism, DNA methylation, and neurotransmitter synthesis.
Folic acid is not actually used by the body. It must first be converted to folate (e.g., folinic acid) and then to 5-MTHF.
The process by which folic acid is metabolised to 5-MTHF is long and complex. This process occurs in the liver and intestines and requires several bodily enzymes. This can be a problem for folic acid supplementation for a few reasons.
Firstly, if the liver or intestines are not working optimally (for reasons such as taking certain medications or anatomical anomalies or fast intestinal transit time), this process cannot occur sufficiently enough to meet the body’s needs.
Secondly, the DHFR enzyme which initially converts folic acid to folate, is not as active in everybody. This means that some people are able to ‘activate’ folic acid quickly while others very slowly. If the activation of folic acid happens slowly, it could potentially accumulate in the blood stream as well as not providing adequate conversion into a usable product. Furthermore, some drugs are designed to inhibit this enzyme, rendering folic acid supplementation near useless.
Thirdly, even if all the folic acid has been converted to the folate (folinic acid) form, it still requires activation by a final enzyme MTHFR. It is estimated that up to 50% of the population have a faulty gene that prevents MTHFR being made effectively by the body.
For those individuals displaying any of the symptoms of low folate status mentioned above, a pathology test for folate along with an MTHFR gene test can be conducted. If supplementation is required, then 5-MTHF should be looked at in preference to folic acid or folinic acid. Read more about our Nutrigenomic and neutraceutical services.
In conjunction with dieticians trained in the field of nutrigenomics, we have developed a formula containing 5-MTHF, Pyridoxal-5-phosphate, Riboflavin-5-phosphate, and methylcobalamin. These other bioactive vitamin B vitamins are required as co-catalysts with 5-MTHF in its various biochemical roles.
We are able to compound these capsules specifically to your requirements. We can also include other minerals and vitamins if they are necessary, or if you would like them included in one supplemental capsule.
To order a gene test or our capsules or to find out more please contact us.
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Can a compounding pharmacy help with migraines and headaches? Absolutely.
At Border Compounding pharmacy, our pharmacists can combine a number of ingredients and turn them into a gel that can be applied to the first 2 molars on the top gum. You can see from the diagram above this corresponds to the maxillary nerve. By telling this nerve to stop with the pain, you can get it to tell all the other ones in the trigeminal nerve meeting point to stop with the pain too.
The human skin microbiome has been established as being one of the master controls of dermal health. Most people are aware of the presence of ‘good’ and ‘bad’ bacteria, but there are other types of organisms present on healthy skin. The biome consists of bacteria, viruses, yeasts and mites.
The main form of mites on the skin are Demodex mites. They reside in the pores of the skin devouring sebum and other dead skin material. There are numerous strains of Demodex mites which vary according to the location they are found. In healthy skin at normal levels, demodex mites appear to release various substances known as immune reactive lipases, which may protect against S.Aureus and S.Pyogenes. Generally, demodex mites are innocuous and inconspicuous - even when their population is excessive. However, in the presence of increased lipid or sebum production or in instances of dermal immunosuppression, demodex mites flourish and start to release inflammatory chemicals. This is believed to be the basis for the inflammation and secondary bacterial infections associated with rosacea and perioral dermatitis.
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