Thousands of Bug Eaters Are Getting New Incurable Diseases, Doctors Warn

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by Sean Adl-Tabatabai, The Peoples Voice:

Thousands of bug eaters around the world are developing rare and incurable diseases, according to doctors who warn the act of eating insects is harmful to humans.

As the consumption of eating bugs has risen in popularity in recent years thanks to the push by the WEF to replace meat with insects, people who dine on bugs are increasingly being diagnosed with horrific illnesses as a result.

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Infowars.com reports: The Bible instructs us in Leviticus 11: 20-23, not to eat insects, with the exception of orthopterans, specifically, locusts, crickets, and grasshoppers. Even so, permission to eat these is not instruction to do so, and there certainly isn’t reference to the Israelites making insect offerings, or of Jesus encouraging his disciples to eat them.

Eating these in a survival situation — like that of John The Baptist — is one thing, but to have insects discreetly added to our foods, or touted as the future of the human diet, as is happening in Europe, North America, and abroad, is a threat to our health, and is disgusting. Here I will discuss three types of toxicity from edible insects: allergy, contamination, and mechanical toxicity of parts of insect exoskeletons, arising from their shapes.

Contamination of Insect-based Foods

Bioaccumulation of poisonous heavy metals such as lead, arsenic, cadmium and others, and of pesticides including herbicides, has been documented to occur in insects used for food. This means that as insects grow and develop in a contaminated environment, or if they eat contaminated plant matter, toxic heavy metals or other toxins build up in their bodies over time. Therefore producers must carefully source insect feed, and ensure the rearing environment is free of contaminants.

I’ve designed, built, and managed commercial medical cannabis grow rooms, for which I required strict entry protocols for workers, and used special equipment and other measures, to prevent entry and proliferation of pests and plant diseases. If pests such as insects or mites make their way into such a controlled environment, they may multiply uninhibited by natural factors such as weather fluctuations and predators. For that reason, I installed high-powered air curtains at two separate doorways that had to be passed through consecutively to enter the grow rooms, kept a specialized mat containing a shallow pool of bleach solution to step in at the main entrance, used computer-monitored/controlled air conditioning and dehumidification, utilized sticky traps to monitor for pests, and released beneficial predatory insects, mites, and nematodes in grow rooms and hydroponic systems to prevent pest infestations.

Despite my preventative measures, I discovered an infestation of grain mites on plant leaves in two grow rooms, the likes of which is to date otherwise unreported in cannabis. By careful investigation, I identified the mites and determined that they came from grains used to feed Indian meal moth larvae. The Indian meal moth larvae were in turn used by a supplier to feed Hypoaspis miles predatory mites that I purchased and released in the grow rooms, to prevent infestations of fungus gnats. Fungus gnats were also problematic, as is common in indoor cannabis cultivation. The fungus gnats gained entry to the facility in bags of potting mix used to grow mother plants, prompting the purchase of a heat treatment machine for potting mix.

Indoor insect rearing faces similar challenges to indoor cannabis cultivation, including problems with invasive insects and mites, and insect pathogens. People may assume indoor rearing of insects could easily provide clean, pest-free and disease-free conditions, but this it not the case. Fungi such as Beauveria bassiana parasitize insects, necessitating control of environmental parameters as temperature and humidity, and pests including mites attack insects, even spreading insect viruses such as deformed wing virus, transmitted by Varroa mites. The potential difficulty of controlling such problems makes it likely that insect producers will resort to using miticides, species-specific insecticides, fungicides, etc, which may lack government regulations in various countries, and could contaminate edible insects, and must be considered for food safety implications.

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