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Introduction

In the previous article we discussed the relationship between Selenium, Molybdenum and Sulphur. In this article we discuss in some depth Chromium and other minerals such as Vanadium and Zinc concerning Diabetes. We also have included a synergistic mineral chart (for at least 22 minerals).

Table 1: Recommended Daily Intake for Minerals

MineralRDA/dayMineralRDA/dayMineralRDA/day
AluminumArsenicBarium
BerylliumBoron15mgBromine
Calcium1000mgCarbonCerium
CesiumChlorideChromium120μg
CobaltCopper2mgDysprosium
ErbiumEuropiumGadolinium
GalliumGermaniumGold
HafniumHolmiumHydrogen
Iodine150μgIron20mgLanthanum
LithiumLutetiumMolybdenum45μg-2000μg
Magnesium400mgManganese10mgNeodymium
Nickel700mgNiobiumNitrogen
OxygenPhosphorous1000mgPotassium4700mg
PraseodymiumRheniumRubidium
SamariumScandiumSelenium300μg (Rev)
SilicaSilverSodium2500mg
StrontiumSulphur800mg ?Tantalum
TerbiumThuliumTin
TitaniumVanadium500μgYtterbium
YttriumZinc11mgZirconium

Note : The highlighted minerals are the minerals already discussed in previous articles I & II on minerals


The Biological Purpose of Chromium

One of the most important biological functions of Chromium is its effect on insulin, glucose and glycated hemoglobin. In 1959 Chromium was identified to potentiate insulin action and restore normal glucose tolerances. In recent times a meta analysis (A statistical analysis of multiple studies to reach a more conclusive result) was undertaken by Althuis & colleagues who concluded that there was no association between chromium and glucose/insulin levels in non diabetic subjects, however data gathered from a large study completed in China with diabetic subjects showed that chromium supplementation reduced glucose,insulin and glycated hemoglobin level.  The discovery of a peptide containing  Glycine, Cysteine, Glutamate and Aspartate amino acid residues called  Chromodulin appears to enhance the uptake of glucose from the blood and has been referred to as the master regulator of insulin.

Interestingly Chromium appears to have an affect on cholesterol as well given the study that was done in 1990, when 4 μmoles (200μg of chromium as picolinate given to subjects with elevated serum cholesterol for 6 weeks resulted in a significant 6.9% reduction of total cholesterol, a 10.9% reduction of LDL cholesterol and a 5.7% increase of HDL cholesterol.  Chromium is supposed to enhance DHEA production by way of reducing high insulin levels.  DHEA (Dehydroepiandrosterone, also known as Androstenolone) is the most abundant steroid hormone used as an intermediate in the biosynthesis of androgen/estrogen  produced by the Adrenals,gonads, ovaries and the brain.  It is produced from cholesterol (like all hormones) and 2 Cytochrome P450 enzymes that convert cholesterol to Pregnenolone and then to DHEA.  In fact these Cytochrome P450 enzymes produce all 5 crucial lipid  hormones Aldosterone, Androstenedione, Cortisol, Corticosterone and Dehydroepiandrosterone.


Dietary Consideration/Absorption/Transport/Storage Toward Chromium

Chromium Picolinate in its most biological active form is found in Brewer’s yeast, a light brown nasty tasting powder containing 60μg of chromium/1 tablespoon.  Brewers yeast is dried pulverized cells of Saccharomyces Cerevisiae a 1 cell fungus.  I take a tablespoon or 2 of brewers yeast every week but I hide it in oatmeal because of the bitter taste (The same with Natto (For Vitamin K2), I hide this in a green smoothie every day).  Absorption in the human appears to be homeostatically controlled as observed by Anderson & Kozlovsky in 1985 when subjects were given just 10μg of Chromium the absorption rate was 2%, but when the dosage was increased to 40μg the absorption rate fell to 0.5%. Therefore the study in 1990 as mentioned above, using a dose of 200μg the absorption rate must have been very low yet it still had an effect of lowering cholesterol.  The iron transport protein Transferrin seems to be the active transport for chromium, while storage is found the in the bone (Chromium is a bone seeking mineral), spleen,liver and kidney with a variable half-life storage from 1 day to 346 days. Having said that the body appears to excrete most of the unused chromium but this appears to be dependent on the bodies activity or balanced status i.e a stressed individual will excrete more chromium (is this a case of ‘ballast off a sinking ship’?). Dietary sources of chromium include Apples, beer, brewer’s yeast, brown rice, cheese,meat, dried beans, liver, chicken, broccoli, barley, corn, beef, eggs, nuts, mushrooms, oysters, rhubarb, tomatoes, sweet potatoes, and black pepper.


Mineral Relationship toward Diabetes

In these series of articles of the 90 essential nutrients my purpose is to impress upon all who read these articles how crucial these nutrients are to the human condition, to build health and balance, and to avoid biological imbalance which cause a myriad of abnormality.  This is where conventional medicine has become distorted by greed to profit from substances that are being used in an attempt to treat these abnormalities, by diagnosing and fighting disease instead of concentrating on building health. Having said that some useful studies have been made, to at least analyze trace minerals in terms of their association with an abnormal bodily condition. One case in point is Diabetes Type II (Insulin resistance) which is discussed in the following paragraphs.

The Diabetes Condition

We know that diabetes is a condition that evolves from the oversupply of glucose into the blood that completely overwhelms the cell’s ability to absorb the glucose despite the insulin hormone that is tapping on the cell’s door to allow more glucose to enter and the cells simply keep the door shut.  Conventional medicine are using inappropriate substances to increase insulin by chemically tampering with the pancreas, or helping the body use insulin more effectively, or stimulating (tamper again) the liver to produce less glucose and/or temporarily suppressing the enzymes that turn carbohydrates into glucose.(Metformin).

But producing more insulin to flow is not the answer, insulin after all is just a signaling hormone to request the cell to allow more glucose to enter, but the cell is already full, and it already knows you have more glucose to dump from the bloodstream.  By slowing down glucose production is like stopping an an automobile assembly line because the light fixtures are not ready to be installed, so everything gets backed up, and slowing down biological processes especially energy production is disastrous. Excessive insulin can cause damage to organs not to speak of imbalances in the blood which is absolutely not tolerated by the body, since blood is your lifeline, and above all, the body maintains a very tight control of blood balance and will sacrifice anything to keep this equilibrium. So why would anybody contemplate taking these prescribed substances that will jeopardize biological equilibrium and cause harm to the body.

Mineral Deficiency that can have an effect on Insulin Resistance

Dietary and lifestyle changes is the solution to redress the diabetic imbalance and reversal can be accomplished within months. We have already identified Chromium as a master insulin regulator. Various studies have observed blood glucose reduction and potentiation by trace minerals such as Chromium,Magnesium,Vanadium,Zinc,Manganese, Molybdenum and Selenium.  This is achieved by activation of insulin receptor sites, acting as cofactors for enzyme systems involved with glucose metabolism increasing insulin sensitivity and providing antioxidant protection for tissue.  In essence diminish the excess sugar intake, eat food designed for the body, take the 90 essential nutrients which should include ZINC,VANADIUM and CHROMIUM, dump the ‘meds’, and get out there and walk or run for at least 1/2 hour/day..that’s it.. a bit of effort, a bit of will power, and your back with the healthy ones.


Manganese/Magnesium/Zinc

Since there is a complex interplay between minerals, studies can always find associations and correlations of nutrients in either excess or deficiency to cause an effect.  The interconnect of biological systems affect upstream and downstream processes so it is plausible that any mineral involved in glucose metabolism will have an affect on the diabetic condition so Manganese and Magnesium that are both used in carbohydrate metabolism, and the deficiency in either, will upset biological balance. Furthermore Zinc is vital for the metabolism of nucleic acids/proteins used for DNA cell division. In fact it is the glue that holds DNA together. It is also found in all body fluids and mucous lining and used in hormone production and the prostate gland where most of the zinc is stored and regulated from. It is hypothesized that Zinc’s antigenic properties influence insulin binding to liver cell membranes and a deficiency could have an effect on increased insulin resistance. Zinc deficiency also shows up when fingernails have white spots on them. The insulin secreting cells of the pancreas ( Beta endocrine cells also known as  ‘Islets of Langerhans’)  contain an essential mineral Zn2+ (Zinc) for correct processing, storage. secretion and action of insulin in these Beta cells. The insulin storage compartments contain 2 Zn2+ ions that coordinate 6 insulin molecules of insulin crystal.  Zinc stored in the pancreas is among the highest in the body, and changes (such as deficiency) in normal Zinc concentrations in these pancreatic cells have been associated with diabetes.   


Vanadium

Finally Vanadium affects certain aspects of carbohydrate metabolism including glucose transport, glycolysis and glucose oxidation. It was also reported in 2000 that I quote “It is clear that vanadium treatment results in the correction of several diabetes-related abnormalities in carbohydrate and lipid metabolism, and in gene expression”. I suspect that conventional medicine are trying to perfect a vanadium based drug to ‘fight’ diabetes instead of just supplementing it.


Mineral Interaction Chart

This might be a good juncture to view the Mineral interaction chart shown below: The displayed relationships pertain to synergy not antagonism e.g Calcium needs Boron,Chromium,Copper,Iron, Magnesium, Manganese, Phosphorus, Silicon, Strontium and Zinc for optimum functioning in the body, whereas Vanadium only needs Chromium ( which are the 2 minerals deficient in diabetes as discussed above.


Food Source Chart:  ZINC/VANADIUM

FOOD SOURCEAMOUNT in gm/100gVanadium Food sources
Oyster78Legumes(Black,kidney bean etc)
Crab7Lettuce
Lobster7Cabbage
Beef & Lamb12Tomato
Wheat germ16Black cherry
Spinach0.8Butter, Lima Beans
Pumpkin seed10Asparagus
Cashew nut5.6Corn ( non gmo)
Other nutsAverage = 1Pear
Chocolate ( baking powder )7Allspice ( Jamaican)
Pork & Chicken5Coconut
Legume1.5 to 5Pistachio
Mushroom1Cobnut
Napa Cabbage4Pecan
Lemon grass2Brazil nut
Green peas1
Dried apricot1
Avocado0.68
Banana0.6
Palm heart3.7

“The ultimate goal of farming is not the growing of crops, but the cultivation and perfection of human beings.”

– Masanobu Fukuoka


References/Acknowledgments:

  1. Minerals for the genetic code Charles Waters/Dr Richard Olree 2013
  2. Chromium Vitaminstuff.com
  3. Modern Nutrition in health and disease M.Shils, M.Shike, C.Ross, B.Caballero, R.Cousins
  4. Epigenetics  Essential minerals section Joel Wallach book 2014
  5. Chromium Shackel.org
  6. Chromium in human nutrition Walter Mertz US Dept of Agriculture 1993
  7. Trace elements in diabetes Praveena, Sujati, Pasula,Sameera 2013 American College of Nutrition
  8. VIII.      Mechanisms of Vanadium action Insulin Mimetic or Insulin enhancing agent  Cam, Brownsey, McNeill PubMed NIH 2000
  9. Understanding oral diabetes medication Gail Brashers Krug Nfb.org
  10. Variation in Macro & Trace elements in progression of Type 2 Diabetes  Siddiquin, Bawazeer, Scaria joy NIH 2014
  11. Zinc and insulin in pancreatic beta cells Li YV NIH 2014
  12. 10 most memorable farming quotes from famous figures Machineblog

Author: Eric Malouin

 

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