Plants as Medicine

We all know that iodine is a necessary micronutrient and plays an important role in the health of the thyroid. I’m pretty confident that getting to know your individual iodine level (as I hope you will be encouraged to pursue by the end of this series) is going to be new clue territory for many people.

 

Iodine is not commonly found in soil and therefore not found appreciably in many foods. So how are we to get it into our bodies? It is found in ocean foods such as ocean fish and crustaceans and sea vegetables (seaweed), but it would require a regular diet of these foods to prevent a deficiency.

 

In the early 1900’s, goiters were a health concern in many inland areas where seafood wasn’t a common food source. In 1923-1924 a study revealed that simply adding small amounts of iodine to the diet drastically decreased the incidence of goiters. Iodized salt was introduced into the US market, and by 1951, fewer than 0.5% of school aged children had evidence of enlarged thyroid glands. (Previously, it had been a remarkable 40% in areas with little access to ocean foods). The United States Food and Nutrition Board eventually set the RDA for iodine between 150-290 micrograms/day (approximately ½ – ¾ tsp iodized salt) to prevent goiters.

 

This is all fine and dandy, except that there are a few missing pieces to the puzzle. The RDA was set up to prevent goiters (which it does quite well), but is the recommendation adequate for optimal thyroid, immune system, and endocrine function?

 

The Japanese consume 89 times more iodine than Americans (waaaaaaay more than what the US RDA has established) due to daily consumption of sea vegetables. Coincidentally, the traditional Japanese culture has reduced rates of chronic disease and some of the lowest cancer rates worldwide.

 

Iodine is considered to be among the safest of all essential trace elements (provided we are discussing the inorganic non radioactive variety!), yet it has been given some pretty strict guidelines by the entities in charge.

 

Iodized salt is loaded with sodium which has its own health concerns. Additionally, a 1969 study found the bioavailability of iodine in iodized salt to be only about 10%.

 

An estimated 50% of adults in the United States have an undiagnosed iodine deficiency, and some of the researchers and “out of the box thinking” experts I follow suggest that this number may be as high as 90%.

 

When I consider how often “those who make the rules” have given us dubious health information in other areas of health, I usually opt to think for myself. Yes, I acknowledge the guidelines, but I also dig for evidence that there may be some rocks “they” don’t want us to look under. It’s an established fact that we are monetarily worth more to the medical system if we are dependent upon it.

So, back to the question…..are we getting enough iodine to be optimally healthy?

 

 

Scientifically, iodine has been proven to have antibacterial, antiparasitic, antiviral, and anticancer properties.  Iodine is responsible for regulating thyroid function and supporting healthy metabolism.

 

Adequate Iodine is necessary for a robust immune system.

 

Every cell in our body has a life cycle. When a cell dies in a healthy body, it is replaced by a new cell. This programmed cell death is called apoptosis, and it’s a good thing. Cancer cells are examples of cellular failure to undergo apoptosis. Iodine plays an important role in this beneficial programmed cell death.

 

Iodine has a protective effect against H. Pylori (a bacteria that tends to live in the stomach, and when overpopulated, causes ulcers and stomach cancer)

 

Iodine is a key ingredient for the production of all of the other hormones in the body. (Did you catch that….. “All” ). It’s also found in every cell in our body, but especially concentrated in the salivary glands, the substantia nigra of the brain (one of the involved areas for Parkinson’s disease), the cerebral spinal fluid, the gastric mucosa, breasts, ovaries, and the ciliary body of the eye.

 

Would you find it interesting that iodine deficiency has been linked to many chronic diseases and dysfunctions including Multiple Sclerosis, glaucoma, Sjogren’s, Parkinson’s, thyroid disorders, fibrocystic breast disease, breast, ovarian, endometrial and prostate cancer, uterine fibroids, ovarian cysts, certain headache types, diabetes, heart arrhythmia, and the inability to detox properly especially when exposed to mercury, fluoride, and bromine.

 

In this crime scene, we definitely have clues pointing to a robber or two that can further deprive the body of iodine:

 

Iodine is an interesting micronutrient. It’s categorized as a “halide” on the periodic table. As a halide, it hangs out with the likes of fluorine, chlorine, and bromine. As you might guess, there are enough similarities between these four that iodine, fluoride, chlorine, and bromine often compete with one another in the body. It’s like a chemical version of the movie “The Parent Trap”, and fluoride, chlorine, and bromine compete against iodine preventing absorption and binding and tricking the body in the process. Larger degrees of exposure to these toxins make it harder for the body to use the iodine we do get in our diets and supplements. Hopefully you’ve kicked that fluoride laced toothpaste and mouthwash to the curb and have fallen in love with Young Living’s Thieves toothpaste and mouthwash. Watch your water sources for fluoride and chlorine too. Remember, the skin is like a sponge!

Bromine may not be a toxin you’ve heard much about. Unfortunately, that’s not because it’s rare. Bromine is used commonly in pesticides used on fruits (eat organically!), and is found in various processed foods and vegetable oils, hair dyes, textile dyes, commercial cosmetics (use your Savvy Minerals!), pool and spa chemicals, flame retardants, and paints.

 

Medications including maalox, mylanta, amiodarone, anti-gout meds, birth control pills, cortisone and prednisone as well as some SSRI’s inhibit the body’s use of iodine. Note the possible drug-disease causing connection, especially when there is long term use of the pharmaceutical.

 

Even certain foods can be iodine robbers if eaten in excess. Cabbage, broccoli, spinach, Brussel sprouts, cauliflower, kale, radishes, mustard greens, strawberries, and peaches may cause issues ( only if eaten in excess), especially if iodine levels are already low.

 

Can you get too much iodine? Does everyone need more iodine? How does taking thyroid medication affect iodine deficiency? Next week, we’ll talk about a couple ways to help determine your iodine status and answer these questions. In the meantime, if you think now’s a good time to add a little extra kelp into your world, Young Living’s Master Formula and Thyromin both contain this VIP sea veggie!

 

xoxo~ liz

 

(PS: Becoming Your Own Health Detective, Volume One is still on sale at presale prices through the end of this week. Link to purchase: https://goodmedicine.info/my-book/ )