Dirt Has All The Minerals You Need.

iStock_000016764141_ExtraSmallDid you know that plain old garden dirt has all the minerals your body needs? So why do we need to spend money on expensive vitamins? Why not just go out and eat some dirt? Remember the dirt pies we made as kids?

This is really a great idea, but why can’t we just eat dirt? Well it is because the minerals in dirt are found as oxides and salts. We can eat these, but our body can’t readily absorb them in these forms. They dissolve just fine in our gastric juices, but the free mineral ions by themselves readily bind to something else – usually fiber. Where does fiber go? Yep, straight out the back door and very little is absorbed.

So how do we get our minerals then? Well we need to enlist plants. Plants will pick up those minerals from the soil and chelate them. That means they bind the minerals into organic molecules. When we eat vegetables and fruits the minerals stay bound to the organic molecules like amino acids, which our body wants, and the minerals are absorbed along with the organic molecules.

So does that mean that we can only get minerals from fruits and vegetables. Yes and no.  Yes you can, if they are in the soil, but many soils are depleted. In New Zealand for example the soil is almost completely void of selenium, so the produce grown there doesn’t have selenium. Many firms tout that their supplement are from dehydrated fruits and vegetables. In theory this is good, but you are hoping that they have all the minerals (and vitamins) in them in the right forms and ratios.  I’ve pressed a couple of manufactures to give me the nutritional breakdown of their plant based supplements and they can’t/won’t. What you do find when these are analyzed is that they are often very lacking in what you hope is in there.  double blind placebo controlled tests of the bioavailability, they often turn up low.

Ok, so what do we do?  The highest rated supplements use chelated minerals. These are minerals which are bound to organic molecules as they are found in nature, but they are produced, or extracted, in a controlled process so the quantities of minerals are precisely controlled so you know exactly what you are getting.  Do these have to be extracted from plants? No. They can be synthesized to obtain very pure highly bioavailable minerals, or they can be extracted from plants. The problem with plant extraction is that sometimes harsh chemicals are used to do the extraction and these sometimes can’t be eliminated from the final product, so you get a known quantity of minerals, but some undesirable chemicals come along for the ride.

You’d assume every company would use chelated minerals right? Nope, most use the very inexpensive salts and oxides, like you find in dirt. They know they are poorly absorbed, but they also know that most consumers don’t know what to look for, so they see 100% of the RDA and pick the cheapest brand there is – You’d be better off just to leave the bottle on the shelf. Assume that if it doesn’t specifically list chelated forms in the ingredient statement, that they used salts. You can spot these as they usually end in “die” like magnesium oxide, potassium iodide, etc.

I’ve also seen come companies making claims that only nutrients from living plants are absorbed because of a living resonance frequency, or some similar claim.  This makes great marketing material, but there isn’t a single scientific study which proves this – these companies will claim they have proof, but it is usually a thesis written by the founder or marketing department and nothing factual.

So what do you do? Simple:

  • Look for minerals in a supplement which are “Chelated” These will often end in the “ate” such as chromium picolinate, calcium citrate, calcium carbonate, zinc citrate, copper glutamate, etc.
  • The above must be listed in the supplement fact panel next to the weight or below in a section titled “Ingredients”. If they are listed in a section labeled “Other Ingredients” they they are being deceitful on the labeling and the product contains much cheaper salts.
  • Insure that the products are manufactured to pharmaceutical Good Manufacturing Practices (GMPs) This is your assurance that if it says there is 100mg of an ingredient, that it is actually in there.
  • See how the product you use is ranked against other products by an independent research firm. The best is published in the “Comparative Guide to Nutritional Supplements” by NutriSearch.  There are three top rated nutritional supplements rated out of over 1,600. These three do use the forms with the highest bioavailability of both the vitamins and minerals. They also verified that what was on the label was in the tablet. They verified that they were manufactured to stringent pharmaceutical GMPs. This guide can be purchased on Amazon, or feel free to write me and I’ll let you know how your product in question was ranked. Click This Link and click the “Contact Me” link at the top of the page and you can write me.

Children Need More Dirt to be Healthy

Researchers from the University of California, San Diego, have found that children who are too clean are at a higher risk of developing inflammation and disease. Normal skin bacteria that act to balance immune response protect the body from overreacting to cuts and other injuries. Excessive cleanliness is actually impairing children’s natural healing function and putting them at an increased risk for disease.

Published in the online edition of Nature Medicine, findings are confirming that germ exposure is beneficial to young children who need it in order to build immunity and prevent the onset of allergies. Being too clean is now implicated in causing increased allergies in developed countries around the world.

Staphylococci, the bacterial species studied by researchers, was found to play a vital role in blocking inflammation. It creates a molecule called lipoteichoic acid (LTA) that keeps skin keratinocytes balanced and prevents them from creating too much inflammation. As a result, a simple cut or scrape will not get overly swollen in the presence of staphylococci.

Overuse of skin soaps, body washes, and hand sanitizers is eliminating this important bacteria, leading many researchers to question hygiene methods that have become commonplace. Children are being restricted from “dirty” outdoor activities in the name of keeping them safe from germs, when in fact these restrictions are causing them more harm than good.

Several groups in the United Kingdom, including Parents Outloud and Allergy UK, believe that the research proves that children are being overprotected from germs and that exposure to elements like dirt and sand is a good thing for them. Since allergy rates have tripled in the UK over the past ten years, advocates of germ exposure hope that the findings will cause many to reevaluate their ideas concerning childhood health.

A rapid rise in allergies, asthma, autoimmune disorders, diabetes, and serious inflammation diseases are also being seen in the United States where the sanitation craze has also taken hold. Science has shown that the human body maintains health because of the presence of trillions of different microbes that keep each other in check. Antibacterial products and other sanitation products can cause the growth of super-bacteria that can cause serious problems.

Children who grow up on farms and are exposed to all sorts of bugs, worms and natural elements have demonstrably less allergies and autoimmune problems than urban children who spend most of their time indoors. Playing outside barefoot every now and again and digging in the dirt more often would do wonders for the health of today’s youngsters.

Sources for this story include: http://news.bbc.co.uk/2/hi/health/8…