Why was fluoride used as rat poison

In my previous blog about why I don't recommend fluoride, I mentioned that fluoride was used as a rat poison.  I know this may surprise people, but the reason why it was so effective in killing rodents is because of its protoplasmic ability.  That means the fluoride changes the permeability of the cell membrane by inhibiting certain enzymes. Here is a link to the history of fluoride and proof of its use as an insecticide. Click here to review the history of Fluoride  This is not a conspiracy theory folks, this is historical fact.  There are many types of fluoride. 

The one sold in stores over the counter in products such as ACT (for kids nonetheless) is called neutral sodium fluoride. The fluoride in dental offices are usually acidulated phosphate fluoride (usually given via a tray) and stannous fluoride distributed in products that are for take-home use such as Periomed.  The fluoride that is in DRINKING water is an even more disturbing form of fluoride called Sodium Fluorosilicate (Na2SiF6).  This form of fluoride is the same compound that is used as an insecticide and a wood preservative.  It is classified as a hazardous waste by-product of the phosphate fertilizer manufacturers. 

If it wasn't disposed of in our drinking water, then it must be disposed of at a hazardous waste facility.  The other type of fluoride used in water fluoridation is called Fluorosilicic acid (H2SiF6). This type of fluoride is toxic and it is a by-product of scrubbing the chimney stacks of phosphate fertilizer manufacturers.  The CDC estimates that 95% of our water is fluoridated with Fluorosilicic acid.

Patents on the Use of Fluorine Compounds in Insecticides and Rat Poisons

The use of fluorine compounds in insecticides and rat poisons has been patented over the years, showcasing various formulations and innovations:

1896

• Charles Henry Higbee patented a composition for insect extermination using fluorine-based compounds like sodium fluoride and ferric fluoride. These were promoted as less harmful to humans compared to other contemporaneous substances like arsenic.

1906

• Karl Heinrich Wolman and Bernard Diamand developed a preserving composition for fibrous materials using sodium fluoride and sodium silico-fluoride, noting their weak bactericidal properties that are enhanced with stronger acids.

1908

• Carleton Ellis introduced an insecticide with an emulsified solution containing powerful insecticidal agents such as ammonium fluoride.

1911

• Jacques Wittlin enhanced antiseptics by incorporating ammonium fluoride, boosting their germicidal and disinfectant capabilities.

1921

• Henry Edward Percy Hutchings filed a patent for vermin poison that included sodium fluoride among other poisons for effective rat and mouse extermination.

1923

• Rurik C. Roark highlighted the use of soluble fluorides like sodium and potassium fluorides for controlling harmful insects. This use was already noted by Higbee decades prior.

1926

• Bernard Gehauf and Harold W. Walker patented a method involving hydrofluosilicic acid neutralization for creating a new insecticidal product.
• Martin J. Forsell also explored using dried apple mixed with fluorine compounds as an insecticide.
• Howard S. McQuaid developed a process for producing barium silicofluoride, an insecticide.

1927

• Hermann Stötter focused on protecting wool and fur against moths using ammonium bifluoride and other compounds.

1929

• Roscoe H. Carter described forming double fluorides from aluminum salts treated with alkali metals for creating insecticides.

1931

• Arthur H. Henninger delved into the production of potassium aluminum fluoride, advocating its advantages over lead arsenate due to lower toxicity to humans and animals.

1932

• Earl B. Alvord created noncorrosive insecticidal compositions by adding neutral fluorides to barium fluosilicate.

1938

• John E. Morrow patented an insecticide utilizing sodium and aluminum double fluorides, effective against pests like the codling moth.

1948

• Alan Bell developed insecticidal compositions that combine organic phosphorus insecticides with alkali metal fluorides, enhancing toxicity upon mixing.

Each of these patents illustrates the diverse applications and continued innovation in using fluorine compounds for pest and vermin control over the years.

U.S water fluoridation began in 1945 and has NEVER been FDA approved, yet it continues today.  Click here to review Fluoride is a research proven neurotoxin that interrupts the basic function of nerve cells in the brain, which can lead to Alzheimer's, atherosclerosis, infertility, diabetes, birth defects, cancer and lowered IQ.  Did you know that France, Germany, Japan, Sweden, Denmark, Holland, Finland, India and Great Britain have all rejected fluoride use after a special commissions and health secretaries reviewed the evidence?  Fluoride is also one of the basic ingredients in military nerve gas and is also in Prozac and certain antibiotics. 

Benefits of Natural Toothpaste for Oral Health

Natural toothpaste is gaining popularity, but does it really improve oral health? This article explores the advantages of natural toothpaste for oral health. We'll examine how natural toothpaste enhances oral hygiene and its positive environmental impact. You'll learn about different options in our toothpaste collection, from spearmint and mint to cinnamon toothpaste. By the end, you'll understand how incorporating natural toothpaste into your routine can lead to better oral health and a brighter smile.

Patented Inventions Involving Fluorine Compounds for Insecticidal Purposes

In the early 20th century, several significant inventions utilized fluorine compounds for insecticidal purposes. Here's a breakdown of notable patents from this period:

1906

• Preserving Fibrous Material: Invented by Karl Heinrich Wolman and Bernard Diamand in Idaweiche, Germany, this invention incorporated sodium fluoride and sodium silico-fluoride as key components for its bactericidal properties in preserving fibrous materials.

1908

• Insecticide Composition by Carleton Ellis: Submitted on March 11, 1908, and granted in 1913, this invention involved a solution of wax and carbon bisulfide emulsified with a thickened aqueous solution. It incorporated potent insecticides like ammonium fluoride and organic fluorine compounds.

1911

• Antiseptic by Jacques Wittlin: Filed in 1911, the formula included ammonium fluoride aiding in significantly enhancing the germicidal efficacy of antiseptics.

1921

• Vermin Poison Improvement: Henry Edward Percy Hutchings introduced a rat and vermin poison, leveraging sodium fluoride among other compounds to act as the core toxic agent.

1923

• Innovative Insecticide by Rurik C. Roark: Patent filed in 1923, highlighted the effectiveness of soluble fluorides, such as sodium fluoride and potassium fluoride, as powerful agents against harmful insects like roaches.

1926

• Silicofluorides and Their Applications: Bernard Gehauf and Harold W. Walker developed a method for making silicofluorides, enhancing its usability in insecticidal formulations through neutralizing reactions using hydrofluosilicic acid.
• Apple-Based Insecticide: Martin J. Forsell created an insecticide by mixing dried, powdered apple with powdered forms of sodium or potassium fluoride, optimizing its pest control capabilities.
• Barium Silicofluoride Production: Howard S. McQuaid patented a process to produce barium silicofluoride from sodium silicofluoride, projecting its use as an effective insecticide.

These patents underscore the innovative use of fluorine compounds in developing solutions for pest control and material preservation in the early 20th century, paving the way for modern insecticidal practices.

I don't know about you, but I need ALL my brain cells.  Even IF fluoride could help with cavity prevention (show me the proof) would you want to take the chance of developing any of the above mentioned problems?  As for me and my family....I don't think so.