Florida Residents Are Being Bombarded With Neurotoxic Pesticide Spraying (Poisons Also Kill Bees And Fish)

Sarasota County covered by planes and trucks with obscene levels of neurotoxins. Other counties to follow hideous approach

Video walkthrough now available: watch on rumble

Sarasota and Manatee counties in Florida USA are absolutely bombarding their residents with copious amounts of neuropoisons with the stated objective of exterminating mosquitoes. They fail to mention that the poisons are very toxic to bees, humans, aquatic life, etc etc

Here’s a map of the where the heaviest spraying is occurring in Sarasota County: a population zone surrounding where 2 homeless men are said (without much evidence) to have caught malaria from mosquitoes.

So what are symptoms of the 4 “malaria” cases being blamed for all of these terrible poisons being sprayed on huge populations? The 4 patients had fever and dehydration.

Here are 37 pesticide spraying missions that Sarasota has published to their website. Some of them mention which pesticides were used in the comments section:

Note how much the poisoning’s pace has picked up since 6/14/23 when this malaria angle was brought out to explain the absurd dumping of the neuropoisons.

https://floridaphoenix.com/2023/06/21/malaria-in-sarasota-manatee-area-triggers-broad-insecticide-response/

For additional reference, according to an article by Naples Daily news, these are the pesticides that are in use in Collier County Florida:

But this is FAR from the full story. Let’s dive into the dangers of these products.

The mosquito control office of Collier county publishes the manufacturers’ product sheets on their website: https://cmcd.org/science/treatments/control-materials/

Let’s go through some of these products that are in use.

BioMist

“This pesticide is extremely toxic to aquatic organisms, including fish and invertebrates.”

Permethrin

In a paper called ‘Effects of early life permethrin exposure on spatial working memory and on monoamine levels in different brain areas of pre-senescent rats’ by Nasuti et al (full report)

In a paper called ‘Early life permethrin treatment leads to long-term cardiotoxicity’ by Vadhana et al (full report):

“Early life pesticide exposure has long-term consequences on heart … In conclusion, early life pesticide exposure to low doses of permethrin insecticide, has long-term consequences leading to cardiac hypotrophy, increased calcium and Nrf2 gene expression levels in old age… A significant decrease in heart surface area was observed in treated rats”

The rats heart surface areas went down an average of 7.6% vs the controls when treated with permethrin early in life.

In a review paper called ‘Permethrin-induced oxidative stress and toxicity and metabolism. A review’ by Wang et al (full report):

The researchers found that as Permethrin’s (PER) “use became more extensive worldwide, increasing evidence suggested that PER might have a variety of toxic effects on animals and humans alike, such as neurotoxicity, immunotoxicity, cardiotoxicity, hepatotoxicity, reproductive, genotoxic, and haematotoxic effects, digestive system toxicity, and cytotoxicity”

Piperonyl Butoxide

In a study called ‘The Insecticide Synergist Piperonyl Butoxide Inhibits Hedgehog Signaling: Assessing Chemical Risks’ by Wang et al:

"Our results demonstrate a significant association between PBO measured in personal air collected during the third trimester of pregnancy and delayed mental development at 36 months among children in this cohort.”

In another study called ‘Impact of Prenatal Exposure to Piperonyl Butoxide and Permethrin on 36-Month Neurodevelopment’ by Horton et al

“After data adjustment, children more highly exposed to piperonyl butoxide in personal air samples (>4.34 ng/m3) scored 3.9 points lower on the Mental Developmental Index than those with lower exposures… This finding is worrisome because MDI scores are more predictive of school readiness”

“We observed a significant inverse association between prenatal exposures to PBO, a pyrethroid synergist, and 36-month neurodevelopment.”

Deltamethrin

In a paper called ‘Deltamethrin Poisoning Mimicking Organophosphate Poisoning: A Case Report’ by Muacevic and Adler

“Deltamethrin is a newer class of insecticide used on crops, pets, and livestock, in home pest control, and malaria vector control belonging to the synthetic pyrethroid group, which is being promoted in the place of organophosphate compounds due to the harmful and persistent effects of the latter. Unfortunately, as its usage increased, so has the number of poisoning cases associated with deltamethrin”

“Some of [deltamethrin’s] clinical features include fasciculations, muscle cramps, twitches, convulsions, pulmonary edema, bronchospasm, altered sensorium, diarrhea, rhinorrhoea, lacrimation, salivation, myosis, tachycardia, nausea, vomiting, headache, dizziness are also seen in organophosphate poisoning and can lead to pyrethroid poisoning being misinterpreted as organophosphate poisoning”

“There is no specific antidote for deltamethrin poisoning.”

In a paper called ‘Effects of sublethal concentrations of bifenthrin and deltamethrin on fecundity, growth, and development of the honeybee Apis mellifera ligustica’ by Dai et al, the researchers studied the reproductive toxicity of deltamethrin on honeybees (full report)

“It was shown that both bifenthrin and deltamethrin significantly reduced bee fecundity, decreased the rate at which bees develop to adulthood, and increased their immature periods”

The researchers calculated deltamethrin’s oral LC50 (lethal concentration to kill 50%) on honeybees to be 60.8 mg/L and the LC5 value to be just 21.6 mg/L

Duet HD

Duet HD is a brand name for a mosquito control pesticide that contains two active pesticides: prallethrin and sumithrin. Additionally, another ingredient called Piperonyl Butoxide is also of concern. Here are some excerpts straight from the manufacturer’s product insert

See above section on Piperonyl Butoxide for more info on that compound.

Phenothrin (AKA Sumithrin)

“Sumithrin is a neuropoison. Symptoms of exposure include dizziness, headache, fatigue and diarrhea. Low concentrations of sumithrin (as low as one part per billion) kill fish and other aquatic animals. Sumithrin is also highly toxic to bees.” -Caroline Cox Journal Of Pesticide Reform (src)

Some additional findings about Sumithrin are brought to light in Caroline Cox’s article ‘Insecticide Factsheet. Sumitherin (D-phenothrin)’ in the Journal Of Pesticide Reform:

“Sumithrin and other synthetic pyrethroids are “neuropoisons”… According to Medical University of South Carolina physicians, acute (short-term) symptoms of exposure to sumithrin and other synthetic pyrethroids include “dizziness, salivation, headache, fatigue, diarrhea, and irritability to sound and touch.”

In a 2014 article from the Boston Globe called ‘Mosquito spraying may have killed bees’ by Yasmeen Abutaleb, a disturbing case of mass bee die off was documented and the ominous relationship with nearby pesticide spraying and a mass bee slaughter at a nearby school.

“One local homeowner reported seeing “hundreds if not thousands” of dead and dying bees… several beekeepers across the state have experienced similar losses — losing up to 10,000 bees at a time — which they have attributed to pesticide spraying.”

“The East Middlesex Mosquito Control Project, which oversees spraying in Wakefield, sprayed sumithrin on residential streets about 2 to 3 miles from Saint Joseph starting at 8:15 p.m. on three evenings last week, said David Henley, the group’s superintendent. The pesticide is also known by the brand name Anvil 10+10.”

“In two of the laboratory carcinogenicity studies submitted in support of sumithrin’s registration, long-term (two-year) exposure to sumithrin increased the incidence of liver cancer. The studies include one done on mice and another done on rats. In the study with mice, liver cancer was relatively common (it occurred in 18 percent of the unexposed animals tested) and sumithrin exposure caused cancer incidence to increase to almost 25 percent. In the study with rats, liver cancer was relatively rare (no liver cancer was found in unexposed animals) but increased to an incidence of almost 15 percent in exposed animals. (See Figure 5.)”

In a paper called ‘Epidemic of Gynecomastia Among Haitian Refugees: Exposure To An Environmental Antiandrogen’ by Brody & Loriaux, researchers looked for a possible explanation for what could have caused so many swollen breasts (gynecomastia) in a group of male Haitian refugees. (full report)

“Of 284 men screened, 20 (from 18 to 53 years old) demonstrated new-onset gynecomastia (Tanner stages 2 to 5) in June 1982. The mean onset of gynecomastia was 130 ± 12 days after arrival in the United States. Other symptoms included loss of libido (in all 20 patients) and decreased beard growth (in 10)”

It looks like the culprit might be an ingredient in the delousing spray the migrants received:

“When tested for antiandrogenic effects on prostate growth by using immature male rats treated with testosterone-filled Silastic capsules, phenothrin antagonized androgen action, as demonstrated by decreased prostate weights.”

“Phenothrin, a chemical agent to which these refugees had been exposed, was found to have the following actions: (1) binding to human androgen receptors in vitro, (2) inability to bind to estrogen receptors in vitro, and (3) antiandrogenic activity in vivo in the rat… phenothrin could have caused this unusual epidemic of gynecomastia.”

Prallethrin

The full chemical name of the pesticide known as prallethrin is (S)-2-methyl-4-oxo-3-(2-propynyl) cyclopent -2-enyl (1RS)-cis, trans-2,2 -dimethyl -3-(2-methylprop-1-enyl) cyclopropanecarboxylate.

In a concerning case study called ‘Acute Kidney Injury as a Rare Complication of Prallethrin Poisoning (“All-Out”) in a Child’ Anjana KS et al, a 5 year old child with downsyndrome accidentally ingests 15mg of Prallethrin pesticide resulting in immediate vomiting and then acute kidney injury.

According to a 2004 document by the WHO on Prallethrin’s toxicity:

“Prallethrin has been evaluated for a variety of toxic effects in experimental toxicity studies. Neurotoxicity was observed throughout the database and is the most sensitive endpoint. Effects were seen across species, sexes, and routes of administration. In the acute rat neurotoxicity study, decreased exploratory behavior was seen at the time of peak effect. Reduced motor activity and transient tremors were also observed in the study.”

Look at how low the LD50 (lethal dose to kill 50% of a population) is admitted to be for various species:

Dibrom (AKA Naled)

Let’s explore the toxicity of Dibrom, another pesticide being sprayed in Collier County Florida. Let’s start with the manufacturer product insert for Dibrom:

In a fact sheet from the Virginia Department of Health about Dibrom:

“Dibrom is an insecticide and is toxic to bees. Droplets of sprayed Dibrom can kill foraging bees upon contact. Beekeepers can protect their bees by sheltering the hives during the spraying operations. Dibrom should not be sprayed on blooming flowers or weeds to avoid killing bees and other pollinators that visit the plants.”

Merus 3.0

The next Collier County is spraying is called Merus 3.0 has more of these same scary warnings on the manufacturer’s information document:

According to the CDC’s website, “Permethrin is the most frequently used pyrethroid in the United States”

“Pyrethrins and pyrethroids interfere with the normal way that the nerves and brain function. Exposure to very high levels of these compounds for a short period in air, food, or water may cause dizziness, headache, nausea, muscle twitching, reduced energy, changes in awareness, convulsions and loss of consciousness. Changes in mental state may last several days after exposure to high levels of pyrethroids has ended. There is no evidence that pyrethrins or pyrethroids affect the ability of humans to produce children, but some animal studies have shown reduced fertility in males and females.”

In a paper called ‘Urinary Metabolites of Organophosphate and Pyrethroid Pesticides and Behavioral Problems in Canadian Children’ by Oulhote and Bouchard, researchers measured pesticide metabolites in children’s urine and looked for any associated behavior problems :

“In the present study we have reported on the association between exposure to pyrethroid and organophosphate pesticides, assessed by urinary metabolites, and high levels of parent-reported behavioral problems in a sample of children from the general Canadian population”

“A 10-fold increase in urinary levels of the pyrethroid metabolite cis-DCCA… was associated with a doubling in the odds of having a high level of parent-reported behavioral problems.”

“This is the first study to suggest that exposure to certain pyrethroids might be associated with behavioral problems in children.”

Spinosad

In a paper called ‘The effects of spinosad, a naturally derived insect control agent, to the honeybee (Apis melifera)’ by Miles and Dutton (full report):

In a study called ‘Spinosad is a potent inhibitor of canine P-glycoprotein’ by Johannes Schrickx (full report) the researcher looked into if spinosad might be the cause for drug-drug interactions that had been noted when the drug was combined with ivermectin.

“Inhibition of the drug transporter P-glycoprotein (P-gp) by the oral flea preventative spinosad has been suggested as the underlying cause of the drug–drug interaction with ivermectin.”

Schrickx found that spinosad is a potent PGP inhibitor:

“Whether an interaction is seen depends not only on the dose of spinosad as the perpetrator, but also on the dose of ivermectin as the victim.”

“Spinosad is a potent inhibitor of the canine P-gp and oral dosing implies a risk for pharmacokinetic interactions at the level of the intestinal tract”

PGP (Permeability-Glycoprotein) is a protein that has been shown to assist with detoxification in mammals. It works by binding to fat-soluble toxins like pesticides, heavy metals, and environmental pollutants and making them water-soluble. This allows the toxins to be excreted from the body more easily through urine rather than accumulating in fat tissue.

Note: this toxicology research is just a cursory look at what is being sprayed. There is a lot more scientific research available for us to pour through. If you want to stay appraised on this story and other important stories like it, please subscribe/ support here:

Look at how much pesticides have been sprayed by the Sarasota County government the past 8 years (716 pesticide spraying missions since 3/8/2015):

Here’s the Sarosota pesticide spraying data since March 2015 in table format:

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