Don’t let them even test-swab you for Covid! PCR test swabs contain ethylene oxide, an infamous carcinogen! (Confirmed by EPA and Wikipedia); Swabs and secret “theragrippers”

This is from some outraged Englishman with a borderline Cockney/eastern London accent. (It has German subtitles.)

Wikipedia (https://en.wikipedia.org/wiki/Ethylene_oxide#Effects_on_humans_and_animals)

Effects on humans and animals
Ethylene oxide is an alkylating agent; it has irritating, sensitizing and narcotic effects.[128] Chronic exposure to ethylene oxide is also mutagenic.

The International Agency for Research on Cancer classifies ethylene oxide into group 1, meaning it is a proven carcinogen.

[129][130] Ethylene oxide is classified as a class 2 carcinogen by the German MAK commission and as a class A2 carcinogen by the ACGIH.

A 2003 study of 7,576 women exposed while at work in commercial sterilization facilities in the US suggests ethylene oxide is associated with breast cancer incidence.[131] A 2004 follow up study analyzing 18,235 men and women workers exposed to ethylene oxide from 1987 to 1998 concluded “There was little evidence of any excess cancer mortality for the cohort as a whole, with the exception of bone cancer based on small numbers. Positive exposure-response trends for lymphoid tumors were found for males only. Reasons for the sex specificity of this effect are not known. There was also some evidence of a positive exposure-response for breast cancer mortality.”[132]

An increased incidence of brain tumors and mononuclear cell leukemia was found in rats that had inhaled ethylene oxide at concentrations of 10, 33 or 100 mL/m3 (0.0100, 0.0329 or 0.0997 imp fl oz/cu ft) over a period of two years.[133]

An increased incidence of peritoneal mesotheliomas was also observed in the animals exposed to concentrations of 33 and 100 mL/m3 (0.0329 and 0.0997 imp fl oz/cu ft). Results of human epidemiological studies on workers exposed to ethylene oxide differ. There is evidence from both human and animal studies that inhalation exposure to ethylene oxide can result in a wide range of carcinogenic effects.

Ethylene oxide is toxic by inhalation, with a US OSHA permissible exposure limit calculated as a TWA (time weighted average) over 8 hours of 1 ppm, and a short term exposure limit (excursion limit) calculated as a TWA over 15 minutes of 5 ppm.[134] At concentrations in the air about 200 parts per million, ethylene oxide irritates mucous membranes of the nose and throat; higher contents cause damage to the trachea and bronchi, progressing into the partial collapse of the lungs.

High concentrations can cause pulmonary edema and damage the cardiovascular system; the damaging effect of ethylene oxide may occur only after 72 hours after exposure.[24] The maximum content of ethylene oxide in the air according to the US standards (ACGIH) is 1.8 mg/m3 (0.00079 gr/cu ft).[135] NIOSH has determined that the Immediately Dangerous to Life and Health level (IDLH) is 800 ppm.[136]

Because the odor threshold for ethylene oxide varies between 250 and 700 ppm, the gas is already at toxic concentrations when it can be smelled. Even then, the odor of ethylene oxide is sweet, aromatic, and can easily be mistaken for the pleasant aroma of diethyl ether, a common laboratory solvent of very low toxicity.

In view of these insidious warning properties, continuous electrochemical monitors are standard practice, and it is forbidden to use ethylene oxide to fumigate building interiors in the EU and some other jurisdictions.[137]

Ethylene oxide causes acute poisoning, accompanied by a variety of symptoms.[128] Central nervous system effects are frequently associated with human exposure to ethylene oxide in occupational settings. Headache, nausea, and vomiting have been reported.[clarification needed] Peripheral neuropathy, impaired hand-eye coordination and memory loss have been reported in more recent case studies of chronically-exposed workers at estimated average exposure levels as low as 3 ppm (with possible short-term peaks as high as 700 ppm).[133] The metabolism of ethylene oxide is not completely known. Data from animal studies indicate two possible pathways for the metabolism of ethylene oxide: hydrolysis to ethylene glycol and glutathione conjugation to form mercapturic acid and meththio-metabolites.

Ethylene oxide easily penetrates through ordinary clothing and footwear, causing skin irritation and dermatitis with the formation of blisters, fever and leukocytosis.[128]

Toxicity data for ethylene oxide are as follows:[134]

Eye exposure: 18 mg (0.28 gr)/6 hours (rabbit)
Oral: 72 mg/kg (0.00115 oz/lb) (rat, LD50), 1,186 mg/kg (0.01898 oz/lb) (rat, TDLo), 5,112 mg/kg (0.08179 oz/lb) (rat, TD)
Inhalation: 12,500 ppm (human, TCLo), 960 ppm/4 hours (dog, LC50) 33–50 ppm (rat or mouse, TC), 800 ppm/4 hours (rat or mouse, LC50)
Subcutaneous injection: 100 mg/kg (0.0016 oz/lb) (cat, LDLo), 292 mg/kg (0.00467 oz/lb) (mouse, TDLo) 900–2,600 mg/kg (0.014–0.042 oz/lb) (mouse, TD), 187 mg/kg (0.00299 oz/lb) (rat, LD50).
Intraperitoneal injection: 750 mg/kg (0.0120 oz/lb) (mouse, TDLo), 175 mg/kg (0.00280 oz/lb) (mouse, LD50)
Intravenous injection: 175 mg/kg (0.00280 oz/lb) (rabbit, LD50), 290 mg/kg (0.0046 oz/lb) (mouse, LD50)

The US Environmental Protection Agency (US EPA) estimated in 2016[138] that for low doses, the inhalation of ethylene oxide for a lifetime could increase an individual’s lifetime cancer risk by as much as 3.0 × 10−3 per μg/m3 (without considering that early-life exposures are likely more potent).

The US EPA estimated the slope of the dose-response declines at higher doses, and extra cancer risk estimates for several occupational exposure scenarios are calculated.

.

.

…..See also!!!!

Don’t let them even SWAB you for Covid! Nano-machine in swab grabs onto your nasal cavities, digs into your brain!

Does the Covid-testing swab contain the vaccine in a “theragripper”?