And a great big Happy New Year to you my friend

 

400 million years ago, oceans weren’t as salty as they are today. If you plan on drinking seawater, you should dilute it 1:3. The first living cells on Earth were created in an electrically conductive environment: the ocean! These single-cell organisms were able to communicate, building more complex structures with multiple cells thanks to the sea’s electric conductivity due to its salinity. Seawater provides energy transference in an environment in perfect equilibrium. We have seen white blood cells survive in an isotonic serum made from seawater, something that doesn’t happen in hospital sterile saline solution, which is composed of just water and refined sodium chloride (salt). That explains why cells need a balanced environment, with the right amount of each element, to work correctly. According to Dr. Angel Gracia: “In a way, we are no more than a seawater container, since blood, excretions, and secretions

79


(all our fluids) in both humans and animals, are saline.” That means that you are made up of approximately 70% isotonic seawater. That should serve to make us realize that, for health matters, we shouldn’t search for the purity of one substance or another, but balance among them all. Isolating and separating to treat different parts of the body independently can’t yield a long-term solution because balance and harmony among all these elements are what improve health. If there is a lack of harmony or imbalance among elements, the normal functioning of the whole body is hindered or even stopped, and we enter the state known as disease. Nature doesn’t chemically isolate any substance, so this practice can’t comply with any biological compatibility pattern. Even though seawater can contain elements considered harmful, these are only present in minimal quantities. To be honest, we don’t know how harmful or useful these substances might be, because as the adage goes: “the dose makes the poison.” Another determining factor to consider is electric conductivity. The better the conductivity is, the better the communication and energy transmission among cells. For conductivity, water needs salt for the process of ion transportation since, as we already know, distilled water does not conduct electricity. Ions can save electric energy in the form of electrons—the chemical storage of electric energy in the body. Remember that disease is a lack of energy.

 

Bill Rockefeller started his fortune by selling kerosene as a cancer cure before his son David discovered that chemotherapy was much more lucrative.

Back in 1914, Charles Oscar Frye authored a brochure titled: “Lung Deterioration and Similar Inflictions, Treated and Healed with Petroleum” with the subtitle “Its value as a remedy, when to use it, how to use it, a cure for the sick, a form of health prevention.”

 

Borax Although conventional medicine does not consider boron to be essential for human beings, there are many testimonials of its use for therapeutic purposes. We need both boron and boric acid. Keep in mind that boron is present in all plants and non-manufactured foods. Diets that include a lot of fruit and vegetables provide about 2-5 mg of boron per day, depending on the region where the food was grown and how it was grown. Of all the minerals present in seawater, boron occupies the ninth position.
=========================================
JOHANNESBURG (miningweekly.com) – It is generally known that many minerals and metals exist, dissolved in seawater and in the waters of briny lagoons and salt lakes.

According to Stanford University, in the US, seawater contains 47 minerals and metals. Starting with the most abundant and proceeding to the least abundant, these are
chloride, with a concentration of 18 980 parts per million (ppm) in seawater,
sodium (10 561 ppm),
magnesium (1 272 ppm),
sulphur (884 ppm),
calcium (400 ppm),
potassium (380 ppm),
bromine (65 ppm),
inorganic carbon (28 ppm) and
strontium (13 ppm).
Then follow boron (4.6 ppm),
silicon (4 ppm),
organic carbon (3 ppm),
aluminium (1.9 ppm),
fluorine (1.4 ppm),
nitrogen in the form of nitrate (0.7 ppm),
organic nitrogen (0.2 ppm),
rubidium (0.2 ppm),
lithium (0.1 ppm), phosphorous in the form of phosphate (0.1 ppm), copper (0.09 ppm), barium (0.05 ppm), iodine (also 0.05 ppm), nitrogen in the form of nitrite (also 0.05 ppm) and nitrogen in the form of ammonia (once more 0.05 ppm). Thereafter, we have arsenic (0.024 ppm), iron (0.02 ppm), organic phosphorous (0.016 ppm), zinc (0.014 ppm), manganese (0.01 ppm), lead (0.005 ppm), selenium (0.004 ppm), tin (0.003 ppm), caesium (0.002 ppm), molybdenum (also 0.002 ppm) and uranium (0.0016 ppm). Then come gallium (0.0005 ppm), nickel (also 0.0005 ppm), thorium (also 0.0005 ppm), cerium (0.0004 ppm), vanadium (0.0003 ppm), lanthanum (also 0.0003 ppm), yttrium (also 0.0003 ppm), mercury (once more 0.0003 ppm), silver (also 0.0003 ppm), bismuth (0.0002 ppm), cobalt (0.0001 ppm) and, finally, gold (0.000008 ppm). Altogether, there are some 50 quadrillion tons (that is, 50 000 000 000 000 000 t) of minerals and metals dissolved in all the world’s seas and oceans. To take just uranium, it is estimated that the world’s oceans contain 4.5-billion tons of the energy metal.

 

Both boron and Lugol’s iodine solution—also in danger of extinction—can be used to eliminate fluoride.[53] Fluoride, an omnipresent and very toxic residue from fertilizers, not only deteriorates bones; it also calcifies the pineal gland and leads to hypothyroidism. Boron reacts with fluoride ions and forms boron fluoride that is later expelled with the urine. A Chinese clinical trial used boron to treat 31 patients with skeletal fluorosis. The dose was gradually increased from 300 to 1100 mg/ day over three months, with a rest period of one week per month.