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Hi everyone-
Glyphosate toxicity is a very important, and growing, problem. As we discussed about vaccination, it can seriously disrupt health (for us as well as for our pets).
Especially for those who are susceptible to it. However, like other poisons, at a high enough dose, it will cause serious problems.
Potential sources should be avoided whenever possible.
Experienced veterinary homeopath and food expert Dr. Sue Beal has written a great introductory essay that will get us started on our deeper dive into effects of glyphosate, how you can fit them into our vitality and balance model of homeopathy, and what you can do.
She has also graciously agreed to discuss this topic with us in this thread and during our next Empower Hour!
Here's Dr. Beal's glyphosate intro:
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
Glyphosate Basics
Glyphosate is the active ingredient in RoundUp – though since the expiration of the RoundUp patent, glyphosate is also present in many generic formulations such as Rodeo and Eraser.
Glyphosate is a systemic pesticide. It is permanently incorporated into the growing tissues of the plants, concentrating particularly in the seeds and root tips. Unlike other pesticides, it cannot be washed off the plant, fruit or seeds.
It is the most widely used pesticide in North America – and because of increasing resistance to glyphosate, is now being applied at rates far above the original recommendations and is also being combined with other pesticides such as 2,4ED and Dicamba.
Glyphosate has been used as an herbicide since the early 1970s. One of the original patents for glyphosate is as a boiler cleaner and deEscaler, based on the manner in which it influences minerals. Additionally, glyphosate has been patented as an antibiotic, antifungal and antiparasitic.
In addition to its use as a general, nonEspecific herbicide, glyphosate is also used to kill weeds and other plants in crops that have been specifically genetically engineered to resist being killed by glyphosate.
(Genetically engineered / GMO plants entered the market in 1996 and now include corn, soy beans, cotton, canola (rape seed), alfalfa, sugar beets, squash, papaya, potatoes and apples. Other crops have been approved but are not being produced in the United States.
(Ninety percent of genetically engineered plants are designed to be pesticide resistant (Ht) E and all of these resist the pesticide glyphosate.
(Ten to fifteen percent of the genetically engineered plants are insect tolerant (Bt), created by incorporation of bacillus thuringensis protein material, thus creating insecticidal plants.)
Glyphosate is also commonly used as a preEharvest desiccant (drying agent) on cereal grains (for example, oats, wheat, rye), sugar cane, melons and plants such as beans and other legumes. Drying preEharvest evens ripening and reduces the amount of fuel and time needed to dry grains post harvest. These crops on which glyphosate is sprayed as a preEharvest desiccant are typically not genetically modified crops.
Glyphosate acts in extremely low doses – at the part per million and part per billion levels. The World Health Organization lists Glyphosate as a potential carcinogen (2A).
It has been shown to be cytotoxic to multiple tissues, including kidney, liver, intestine, and neural tube as well as causing behavioral and memory changes. Glyphosate also functions as an endocrine disrupter and neurotoxin.
Glyphosate is a strong chelator of positively charged ions. This means that it holds – and make unavailable for biological processes – positively charged mineral nutrients including Calcium, Copper, Cobalt, Iron, Iodine, Magnesium, Manganese, Molybdenum, Potassium, Sulphur, Sodium, Zinc and Boron.
Glyphosate also fosters the growth of pathogenic microorganisms and kills beneficial organisms. It specifically kills Clostridium perfringens, a species that helps regulate the other, more pathogenic Clostridial species and gives rise to atypical presentations of botulism. Glyphosate alters bacterial populations, intensifies pathogens and decreases beneficial organisms.
The resultant malnutrition, immune function changes and microbiome shifts of soils, plants, animals and humans that are created by exposure to glyphosate, be that intentional or otherwise, contribute to systemic dysfunction and the resultant symptoms.
Susan Beal, DVM Laughing Oak North [email protected] 814E952E6821
Glyphosate toxicity is a very important, and growing, problem. As we discussed about vaccination, it can seriously disrupt health (for us as well as for our pets).
Especially for those who are susceptible to it. However, like other poisons, at a high enough dose, it will cause serious problems.
Potential sources should be avoided whenever possible.
Experienced veterinary homeopath and food expert Dr. Sue Beal has written a great introductory essay that will get us started on our deeper dive into effects of glyphosate, how you can fit them into our vitality and balance model of homeopathy, and what you can do.
She has also graciously agreed to discuss this topic with us in this thread and during our next Empower Hour!
Here's Dr. Beal's glyphosate intro:
xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
Glyphosate Basics
Glyphosate is the active ingredient in RoundUp – though since the expiration of the RoundUp patent, glyphosate is also present in many generic formulations such as Rodeo and Eraser.
Glyphosate is a systemic pesticide. It is permanently incorporated into the growing tissues of the plants, concentrating particularly in the seeds and root tips. Unlike other pesticides, it cannot be washed off the plant, fruit or seeds.
It is the most widely used pesticide in North America – and because of increasing resistance to glyphosate, is now being applied at rates far above the original recommendations and is also being combined with other pesticides such as 2,4ED and Dicamba.
Glyphosate has been used as an herbicide since the early 1970s. One of the original patents for glyphosate is as a boiler cleaner and deEscaler, based on the manner in which it influences minerals. Additionally, glyphosate has been patented as an antibiotic, antifungal and antiparasitic.
In addition to its use as a general, nonEspecific herbicide, glyphosate is also used to kill weeds and other plants in crops that have been specifically genetically engineered to resist being killed by glyphosate.
(Genetically engineered / GMO plants entered the market in 1996 and now include corn, soy beans, cotton, canola (rape seed), alfalfa, sugar beets, squash, papaya, potatoes and apples. Other crops have been approved but are not being produced in the United States.
(Ninety percent of genetically engineered plants are designed to be pesticide resistant (Ht) E and all of these resist the pesticide glyphosate.
(Ten to fifteen percent of the genetically engineered plants are insect tolerant (Bt), created by incorporation of bacillus thuringensis protein material, thus creating insecticidal plants.)
Glyphosate is also commonly used as a preEharvest desiccant (drying agent) on cereal grains (for example, oats, wheat, rye), sugar cane, melons and plants such as beans and other legumes. Drying preEharvest evens ripening and reduces the amount of fuel and time needed to dry grains post harvest. These crops on which glyphosate is sprayed as a preEharvest desiccant are typically not genetically modified crops.
Glyphosate acts in extremely low doses – at the part per million and part per billion levels. The World Health Organization lists Glyphosate as a potential carcinogen (2A).
It has been shown to be cytotoxic to multiple tissues, including kidney, liver, intestine, and neural tube as well as causing behavioral and memory changes. Glyphosate also functions as an endocrine disrupter and neurotoxin.
Glyphosate is a strong chelator of positively charged ions. This means that it holds – and make unavailable for biological processes – positively charged mineral nutrients including Calcium, Copper, Cobalt, Iron, Iodine, Magnesium, Manganese, Molybdenum, Potassium, Sulphur, Sodium, Zinc and Boron.
Glyphosate also fosters the growth of pathogenic microorganisms and kills beneficial organisms. It specifically kills Clostridium perfringens, a species that helps regulate the other, more pathogenic Clostridial species and gives rise to atypical presentations of botulism. Glyphosate alters bacterial populations, intensifies pathogens and decreases beneficial organisms.
The resultant malnutrition, immune function changes and microbiome shifts of soils, plants, animals and humans that are created by exposure to glyphosate, be that intentional or otherwise, contribute to systemic dysfunction and the resultant symptoms.
Susan Beal, DVM Laughing Oak North [email protected] 814E952E6821
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