HYDROGEN FLOURIDE
Address the relationship between:
‘Algae” poisoning of dogs
Dying Coral reefs & Warming Oceans
Shellfish allergies
Red Tide
The common thread of accumulating HYDROGEN FLOURIDE and the toxic combination with Gram Negative Bacteria Cyanobacteria.
The Colorado River as an example- Outside of Texas mentioning the Colorado river may confuse others of the Colorado Basin river we know in the west and north. The “Colorado” historically meant 'red' or 'reddish' river in Spanish. The present Colorado River and the Brazos de Dios in Texas both were often called the Colorado (reddish river) interchangeably in the distant past. The distinction between the two eventually bit in and we have what they are separately called today.
There are 2583 wastewater sites that currently dump into the Texas Colorado river. Texas has a lot more waste water sites but 2583 is just the number of sites acting on the Colorado which we are using for an example on our focus today. If you think treated water is brought back to normal standards before it flows into our rivers you would be terribly mistaken. Nearly every chemical and medication that goes through humans is not being removed from our “treated water”. Whatever medications and or drugs you and your neighbor are taking, whatever chemicals are being put on the roadways or sprayed in the air, are going back into our waterways. Think outside of the Colorado in every other river in Texas and now think about every river in each state, in each country throughout the world that puts their “treated” wastewater back into the waterways that eventually get to the water tables and ocean outlets. It's nearly unimaginable to think about the 24-hour-a-day quantity of infected waste water we are asking our environment to bring back to normal for us to swim, drink, play in, fish in, and for wildlife and plants to survive with.
Cyanobacteria Environment Concerns- A Canary in the Coal Mine- Cyanobacteria- These cyanobacteria have a natural and beneficial Symbiotic relationship to blue-green algae aiding in photosynthesis. These bacteria are essential to Algae. Bacteria and Algae are microscopic organisms found naturally in all types of water working together to grow and create the air we breathe. These single-celled organisms live in fresh, brackish, and marine water. Just like we need bacteria in our gut to digest and live, Algae need these bacteria to live and create 90% of the world's Oxygen. We like Cyanobacteria. We like Algae. Algae is a vital food in our food chain. What you need to know is Cyanobacteria that are used by Algae to aid photosynthesis have a liposaccharide layer around its cell to biofilter, protect and regulate the water environment it lives in. If the environment (water) has toxicity -this liposaccharide protective layer will accumulate toxins from its environment (water) so the
toxins don’t pass to the bacteria cell function. The problem is We have a consistent outflow of over 1% fluoride in our water. That fluoride accumulates chronically every minute, every hour, every day. If you consistently put 1% of dirt in the air of your home eventually your furniture and floor would be covered ceiling deep in dirt because what you put in accumulates over time. Fluoride constantly being mixed in H20 creates a recombination into an accumulating Hydrogen Fluoride bond which is a very toxic bond in liquid and gas form. This accumulating Hydrogen Fluoride concentration is not being tested in our water by any regulatory water management.
When Hydrogen Fluoride bonded molecules floating in water comes in contact with the liposaccharide layer of Cyanobacteria then H-F is biofiltered congregating into the liposaccharide layer as protection of the Cyanobacteria so the bacteria can still function and be useful in its life cycle and be used in photosynthesis within our Algae. The water contains and accumulates the H-F whether bacteria or Algae grow or not. The bacteria is a common present part of our food chain and always has been. Algae is a common and natural part of the food chain and always has been. The toxic affect we see is during the warmer months during the Algae growing season. Algae like a flower absorb and use a lot of algae to create photosynthesis during its growth. That use of the bacteria in the algae growing season concentrates the bacteria within the algae which you remember has the liposaccharide layer which has biofiltered the H-F bond away from its cell function as protection from the water environment. Then like a bouquet of flowers the algae blooms and eventually dies off. However in algae there are sections of algae dying off and others still growing and blooming at different stages when we look at a body of water with algae.
Keep in mind many forms of Fluoride are introduced into the environment from the Fluoridation of our water supplies worldwide andby many other products and industry we use daily. Fluoride recombines with water (H20) then absorbed by the bacteria and then the bacteria used in Algae to bloom and create oxygen. Fluoride combination in all products and industrial processes added are toxic. Its the Fluoride part that can unbind and rebind to the hydrogen molecule so it doesn’t matter what kind of fluoride combination. They are all potentially dangerous recombining with water. A few things to know about fluoride. Measuring pH won't show you the interaction. On the pH scale where water molecules might originally be H>HO which is acidic and not healthy the combination of Fluoride into the water can grab the excess Hydrogen molecule showing now H=HO or H this brings the ph to neutral or alkaline. You are not seeing the other h- bonded molecule in a ph test, so a ph test cannot depict healthy water by itself. When the combination of h- f bonds increases in water, water temperature goes up through this combination, hydrogen fluoride h- f bonded together in gas or water h- f is toxic and creates heat when they combine. Exposure to cyanobacteria, which liposaccharide layer has absorbed h- f toxins in the environment it lives in, can result in negative health effects to animals and humans even when the water ph appears healthy. Cyanobacteria commonly depicted as gram negative microcystin- lr, cylindrospermopsin, anatoxin- a group. That means they don't react to sodium which is important later on in this article.
What are symptoms of dogs and humans with “algae” poisoning and poisoning of fluoride? The answer is, very similar. How can h- f (hydrogen and fluoride) congregate into a more toxic concentration? Answer- Keep reading. How does the algae appear fine and later on the same algae be poisonous? Answer- Keep reading. The symptoms of fluoride and cyanobacteria toxicity are ∙tingling, burning ∙abdominal pain ∙diarrhea ∙headache ∙vomiting ∙excessive drooling ∙blistering around the mouth ∙ gastroenteritis ∙sore throat ∙coughing ∙rapid heart rate ∙sweating ∙heart arrhythmia ∙labored breathing ∙incoherent speech ∙muscle weakness ∙lameness ∙muscle wasting ∙ lethargy ∙depression ∙loss of appetite ∙weight loss ∙restlessness ∙seizures ∙stiffness ∙respiratory paralysis ∙death
Dogs In “Toxic Algae” Water Dogs are known to be smaller than humans, often running, playing and swimming with their mouths open and drinking water as they play. (Dogs are often the canary in the coal mine as the saying is. The canary historically was used and kept in coal mines to determine oxygen levels. If the canary being so small fell over depicting a lack of oxygen, then the miner knew as a larger animal the lack of oxygen would soon be affecting him, and to get out of the coal mine or pump more air into the mine working area). If dogs are in algae water- most water has some algae, and the algae is using the natural healthy cyanobacteria for photosynthesis. The bacteria is absorbing water toxins in the bacteria’s liposaccharide layer as protection from a normal or polluted environment (remember health of water can't be entirely depicted by pH level) then of course dogs, children, adults and wild plant and animals can all be negatively affected if the bacteria is affected by Hydrogen fluoride molecules accumulating in the cyanobacteria liposaccharide. Dogs getting the concentration of H-F bacteria in their mouth. The bacteria in the algae is not the danger, the algae is not the danger. Its the Hydrogen Fluoride combination that has been biofilter away from the bacteria cell held in the bacteria’s liposaccharide layer and thus held in the algae during the photosynthesis and growth cycle. During algae die off you essentially get a tea of water that in spot areas have concentrated Hydrogen fluoride as the algae and bacteria have died off after the growth stage. Releasing the bonded hydrogen fluoride in accumulated concentration. Think of it like a flower or tea leaf after the bloom cycle. The algae and bacteria sluff off to die after the bloom. The bacteria / algae working together are done with their cycle and the liposaccharide layer concentrated is left in the water like a tea leaf in your cup of hot water. That absorption of the toxins during the entire life cycle is now a larger concentrated release in one populated Algae area. Now have a concentrated H- F deposit in that area. So stopping dogs, kids or plant and animal life is a band aid not a solution. Removing Fluoride from the water supply that is creating the H- F bond is the solution. Testing the H-F Bond concentration is not being done and needs to be done.
Shellfish-
A lot of us love Oysters. To expand what we have learned. What absorbs naturally to calcium in nature? Yep Fluoride. What do Oysters eat? Yep algae. What does Algae symbiotically use to aid in photosynthesis? Yep it combines with bacteria. What is the most prevalent bacteria in the Ocean? Yep Gram negative bacteria. What is Cyanotoxin bacteria? Yep Gram Negative. What does gram negative bacteria have as a protective layer? Yep a polysaccharide layer. This layer regulates and absorbs its environment.. Fluoride is being dumped regularly into the waters lakes, rivers, seawater and combining with our water and there are Hydrogen Fluoride combinations in liquid and gas forms. Bacteria used naturally by Algae to produce Oxygen for the world is becoming toxic after it absorbs the H-F bonded toxins and dies off leaving the tea leaf area of toxic water. Oysters that we eat are sucking in the bacteria / Algae with concentrated toxic liposaccharide layer. We then have a negative health reaction when we eat the shellfish. H- F is toxic in every form liquid or gas. So it's not the bacteria or algae that is the problem. We need Algae and the bacteria in our food chain we don't need the fluoride added to our waterways.
Coral Reefs-
One of the concerns in Coral reefs if they have been having temperature rising ever so slightly. Hydrogen and Fluoride when they combine they create heat. Fluoride is pouring out of every water way in our world be artificial additive under the guise of healthy teeth or in industrial processes. Raising water temperature on a massive microbial scale could be H- F bonding when tested where bacteria congregate as a food or photosynthesis source. What does coral use for calcium? Its structure. What absorbs naturally to calcium in nature? Yep Fluoride. Does this make coral reefs vulnerable when their molecule of calcium is displaced by Fluoride? Of course. Just like Fluoride is found a major contributor to osteoporosis in humans. What do Coral eat? Yep Algae. What does Algae symbiotically use to aid in photosynthesis? Yep it combines with bacteria. What is the most prevalent bacteria in the Ocean? Yep, gram negative bacteria. Gram negative bacteria is 75% of the bacteria in the oceans because they do not react to sodium test by Christian Gram. What is Cyanotoxin bacteria? Yep cyanotoxin is Gram Negative. What does gram negative bacteria have as a protective layer? Yep a polysaccharide layer. This layer regulates and absorbs toxins among other things from the water environment. Fluoride is being dumped regularly into the waters lakes, rivers, seawater flowing and congregating in slower water like shore line and coral reefs. Remember there is over 2500 waste water treatment plants on one river in Texas alone. Think about the rest of the state the oceans and countries all over the world digging up and putting fluoride into our products and then outflowing into our water all over the world. Its like the dust in the air of your home. 1% Dust and Fluoride accumulates over time and we end of with repercussions, symptoms we need to correct for our environment to be healthy.
Coral reefs have 10,000 times the bacteria die off around them as other areas in the ocean. This is because coral eat the naturally free flowing Algae in the water. The bacteria body from the eaten algae remains at the ground area of the coral. Think of this as an animal eating and leaving the discarded bodies of the victims outside its cave. You can see this type of discard outside of even octopuses burrows in the sea floor. Coral does the same thing basically eating algae and the discarded bacteria with H-F bonded molecules accumulating at the floor after consumption. So if bacteria aiding Algae in photosynthesis is protecting itself by accumulating free flowing H- F in its liposaccharide layer which when released is highly toxic then we could be killing our coral with fluoride not only in the structure fragility but with the H-F toxicity even raising the water temperature as a byproduct symptom of when Hydrogen and flouride recombine. Hydrogen Fluoride combinations are highly toxic on a microbial level. It's worse on smaller organisms first (remember canary in the coal mine). Bacteria can function and are used naturally by Algae to produce Oxygen for the world. The bacteria becomes toxic after it absorbs the toxins H- F and is used within the Algae. Coral eats Algae sucking in the bacteria / Algae with concentrated toxic liposaccharide H- F layer as a food source. The function of the world's life is the same so the problem is not the bacteria or algae its the toxic fluoride we are not testing for H- F that can be in liquid or gas form. The Hydrogen and Fluoride combination that can permeate and accumulate in the polysaccharide layer in the bacteria aiding in photosynthesis of the Algae- feeding and oxygenating 90% of our world. The bacteria and Algae are and have always been needed without toxins for the world to survive. The Coral Reefs are warming- Hydrogen Fluoride increases temperature when combined, The coral is made of calcium and has 10,000 X more bacteria waste around the coral reef than in the surrounding ocean. If that bacteria is holding on to a Hydrogen and Fluoride toxic combination then the coral is enduring 10,000 times more toxicity concentration and an increased temperature affecting our coral reefs. H- F needs to be tested.
Your Allergies- Toxins absorbed by Algae / bacteria in the water eventually bloom and release their bodies and gas into the airways that can travel 10 miles. Fluoride constantly dumped into our waterways have built up chronically and the Hydrogen Fluoride water solution and gas that it becomes can congregate into Bacteria used by Algae to aid in photosynthesis deposits. So when these Algae blooms complete this part of their life cycle the high concentration of absorbed H- F is partially released in a concentrated enough amount to affect people plants and animals for 10 miles inland. Many of the effects of H- F airborne are the same symptoms of allergies. This air transmission can come from algae pollination, die off then drying and becoming air born in particulate or Hydrogen Fluoride bonded evaporation.
Common Types of Fluoride- 1ppm (parts per million) put into our tap water and added to many products that we use
Calcium fluoride CaF2 (naturally occurring) ∙This is the variety of fluoride that is found most often in nature ∙A fluoride molecule bonds with a calcium molecule to create calcium fluoride ∙Although calcium fluoride is more easily tolerated by the body than synthetic fluorides, it can be just as lethal at high doses
Sodium fluoride NaF ∙This is the first synthetic fluoride that was introduced to the water supply ∙It is a white, odorless additive which has to be dissolved before adding it to the water supply
Sodium fluorosilicate Na2SiF6 ∙A dry additive which has to be dissolved before adding it to the water supply. This is fluorosilicate acid bound with sodium giving it a powdered or crystallized structure.
Fluorosilicic acid H2SiF6 ∙An inexpensive byproduct of phosphate fertilizer manufacture in liquid form, also known as hydrofluorosilicic, HFS, or FSA. It is more commonly used.
Fertilizer often comes from petroleum processes. So Petroleum, Fertilizer and Fluoride seem to be in a straight line of products to sell and then byproducts to get rid of. Its profitable to market an unwanted dangerous byproduct as useful and sell it around the world rather than have to pay at a net loss to properly and safely dispose of a toxic byproduct of an industry. Its important to keep in mind all the molecules of a water supply and the elements that are being put into a water supply. The molecules are what recombine to become other elements that can accumulate and destroy our food chain and animal life, us included.
Bacteria Test named after the creator of it.
Christian Gram test NAOH (sodium oxygen hydrogen) indicates a sodium desiccation (dehydration) reaction to Oxygen and Hydrogen of bacteria. Showing two essential types of Bacteria- Gram positive and Gram negative.
Oceans are 75% gram negative bacteria meaning they don’t react (dehydrate) to sodium in the test (makes sense given they are in the ocean full of sodium)
PH test indicates the potential of Hydrogen in a solution typically water. Level 7 which we call neutral H=OH Free Hydrogen equals Oxygen Hydrogen molecule Below 7 which we call acidic H>OH, Free Hydrogen is greater than Oxygen Hydrogen molecule Above 7 which we call Alkaline H Free Hydrogen is less than Oxygen Hydrogen molecule
In Conclusion as a small focus example of 1 Colorado (reddish) river with 2583 waste water outflows accumulating in 1 state you could expand the real world extrapolation of every river with every outflows in every state and then add nearly every river of every state and providence in 200 countries, then add every outflow that goes directly into the sea from every nearby city to the sea, plus add in all the retail / wholesale / industrial fluoride used. What you begin to see is a $600,000,000.00 dollar a year industry that was created to get rid of a very toxic by-product from petroleum and fertilizer creation. The very toxic byproduct of fluoride was thus marketed and then distributed and sold in a direct line from parts of the Petroleum industry and spread through out the world for removal. We have been tricked in a scam and have allowed our lack of molecular testing and education to accumulatively poison our rivers and ocean. We have been seeing the symptoms of a sick environment and we have compartmentalized the problems into separate issues when we should be testing for Hydrogen Fluoride levels, temperature rise, air H-F toxicity changes at river algae blooms, at coral beds, at shellfish beds.
Let’s expand our water testing methods and keep in mind the molecules in water and what is being put into water at a molecular level that can recombine. We also need to keep in mind the natural biofiltering processing of all organisms that are surviving in toxic water. The accumulating biofiltering affects of organisms and their life cycle needs to be kept in mind so we can understand how accumulation and concentration happens. Bacteria may be just one organism using its liposaccharide cell layer to biofilter & accumulate toxins away from its cell function during its life cycle. What other toxins are accumulating in that liposaccharide layer. What other organisms do similar things and what is their life cycle and use in the food chain, photosynthesis and oxygen production?
Please call or text me if your interested in helping with developing testing of river and ocean water, aiding in expanded discussion or research. I am looking for people that will design and facilitate new types of water testing.
Researched and reported by Sean Phillips AnimalSafeMigration.Org 512-586-1787