No Iodine – No Life
Life History of Iodine
Over three billion years ago, blue-green algae were the first living Prokaryota to produce oxygen, halocarbons (such as CH3I) in the atmosphere, and PUFAs in lipid membranes.
About 500-600 million years ago (Mya) when the primitive brain evolved
in marine animals, thyroid cells originated from the primitive gut in vertebrates, migrated, and specialized in the uptake and storage of iodocompounds in a novel follicular “thyroidal” kind of structure that served as a reservoir for iodine. The management and release of iodine – the pituitary-hypothalamus-thyroid axis - required the development of brain functions that developed to serve expanded cognitive functions.
Three to four hundred million years ago some vertebrates evolved into amphibians and reptiles and moved to I-deficient land.
Thyroid hormones became active agents in the metamorphosis and thermogenesis of vertebrates, facilitating their adaptation to the terrestrial environment.
The dry terrestrial diet firstly stimulated in amphibians the formation of I-concentrating salivary glands. (We’ll talk about what this means for personal and public health.)
About 200 Mya came the formation of I-concentrating mammary gland in mammals
Iodine then played a central role in brain development. This needed to occur on the littoral (coastal) areas of the young planet, where ocean-arising iodine-rich clouds watered plants and created an iodine-rich diet. NO LONGER TRUE. We are all iodine deficient.
Iodine Attributes
Iodine is extracted from blood and plasma by specialized cells – and stored. These processes evolved millions of years ago as mammals left the iodine-rich ocean for land. The oldest, most effective antioxidant known, iodine is a key to disease resistance, cell reproduction and basal metabolism. Brain, nerves and organ functions are impossible without it. All cells need iodine for DNA transcription. Iodine is central to life and protects it from destruction by infectious diseases.
Many of the drug advances of the past century are being overturned as bacteria, mold, yeasts, viruses, fungi, & archaea develop drug-resistance. The WHO calls it “Not just some apocalyptic fantasy.” But iodine: there is not ONE instance of microbes resistant to its killing ability. Deployed along with “standard of care” therapies, iodine increases drug efficacy many times over. 75,000 people die yearly (U.S. only) from drug-resistant hospital microbes…nearly 2x annual highway deaths.
In Mammals
In Microbes
Key Features of Iodine
Chlorine, Fluorine, Bromine: All are volatile, toxic and dangerous in metabolic systems. Their relatively low atomic masses (35.4, 79.9, 18.9 respectively) compared to iodine (126.9) indicates the dangerous potential for their replacing iodine – if present in biological systems. “Goitrogens” do this, disabling life.
Iodine: It is a life-critical “micro” nutrient, under constant depletion in soil, stored for long periods in mammals, and only recently understood in human biology & nutrition.
Birth/Senescence: Not one cell is born or dies without a molecule of iodine. NOT ONE
Evolutionary History
Unique Among Halides
Brief Life History of Iodine
Salt Iodization: Faltering & Failing
Since the 1920’s, Europe and the Americas relied on iodized salt (NaCl + potassium iodide) as a bulwark against iodine deficiencies. Incidental sources are gone (dairy, eggs, vegetables, bread). WHO: “54% of the world’s population is iodine deficient.”
Result: Lowered intelligence in infants, newborns and youngsters; heart disease, tuberculosis, infective endocarditis, tooth & gum decay, breast & prostate cancer, diabetes, celiac disease, IBD. These are avoidable, perhaps curable.
Endocrine Society, 2014: A CALL TO ACTION: “Absence of a public health policy in the face of clear documentation of moderate iodine deficiency and strong evidence of its deleterious effect on the neurodevelopment of children is ill-advised.” Lancet, 2013: “Results from studies show that the cognitive ability of offspring might be irreversibly damaged as a result of their mother's mild iodine deficiency during pregnancy.” Nutrition Journal, 2013: “Despite adequate supplementation, most pregnant women appear to be iodine deficient.”
Founder - Eugene Rosov
Board of Advisors
A Three-Part Mission
PART ONE
PART TWO
PART THREE
Develop Broader Awareness in Medicine
Iodine’s Use in Medicine Today
Iodine’s Use in Medicine Today II
Sales/Economic Iodine Use Problems
Iodine Opportunities
Iodine & I.Q.
In Summary…