Gardens, Food and Food supply issues.
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Re: Gardens, Food and Food supply issues.
So if you defend yourself against public attacks from unreasonable feminist that make you a woman hater? No he hates evil like the rest of us.
What is a woman?
If you have nothing to say about Gardens, Food or Food supply issues please stay out of this one. I an sorry to have made this political by mentioning a Canadian, my apologies to the OP.WhateverComment
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Re: Gardens, Food and Food supply issues.
We all know that the bug agenda is being pushed as the "new alternative" for a source of protein. Here is why it is not a healthy alternative.
A parasitological evaluation of edible insects and their role in the transmission of parasitic diseases to humans and animals - PMCComment
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Re: Gardens, Food and Food supply issues.
Just a hint for y'all that still use cast iron cookware.
Attention Required! | Cloudflare
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Re: Gardens, Food and Food supply issues.
I know, this not about food, but we all also need to wear clothing.
Watchdog: High levels of toxic chemical found in Popular Athletic Clothing Brands - Truth PressComment
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Re: Gardens, Food and Food supply issues.
Alaska's Snow Crab Season Canceled for the First Time Ever
It is not mentioned but I wonder how much of the decline is due to poaching?Comment
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Re: Gardens, Food and Food supply issues.
Tyson Foods next big company to leave Chicago during leftist mayor's crime wave - Geller ReportComment
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Re: Gardens, Food and Food supply issues.
Will You Eat a Plant-Based Steak After Seeing How a 3D Printer Builds One? - Truth PressComment
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Re: Gardens, Food and Food supply issues.
U.S. winter wheat farmers plant into dust as Plains drought persistsComment
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Re: Gardens, Food and Food supply issues.
We all know that the bug agenda is being pushed as the "new alternative" for a source of protein. Here is why it is not a healthy alternative.
A parasitological evaluation of edible insects and their role in the transmission of parasitic diseases to humans and animals - PMC
Parasitic developmental forms were detected in 244 (81.33%) out of 300 (100%) examined insect farms. In 206 (68.67%) of the cases, the identified parasites were pathogenic for insects only; in 106 (35.33%) cases, parasites were potentially parasitic for animals; and in 91 (30.33%) cases, parasites were potentially pathogenic for humans. Nosema spp. spores were detected in 27 (36.00%) cricket farms and 35 (46.67%) locust farms. The presence of Cryptosporidium spp. was observed in 12 (16%) mealworm farms, 5 (6.67%) cricket farms, 13 (17.33%) cockroach farms and 4 (5.33%) locust farms. Forty-four (58.67%) mealworm farms, 30 (40.00%) cricket farms, 57 (76%) cockroach farms and 51 (68.00%) locust farms were infested with Gregarine spp., including Steganorhynchus dunwodyii, Hoplorhynchus acanthatholius, Blabericola haasi, Gregarina blattarum, G. niphadrones, Gregarina cuneata and Gregarina polymorpha. Isospora spp. were detected in 7 (9.33%) mealworm farms, 4 (5.33%) cricket farms, 9 (12.00%) cockroach farms and 8 (10.67%) locust farms. Eleven (14.67%) mealworm farms, 13 (17.33%) cockroach farms and 9 (12.00%) locust farms were infested with Balantidium spp. including B. coli and B. blattarum. The presence of Entamoeba spp., including E. coli, E. dispar, E. hartmanii and E. histolytica, was determined in 9 (12%) mealworm farms, 14 (18.67%) cockroach farms and 4 (5.33%) locust farms. Seventeen (22.67%) cockroach farms were colonized by Nyctotherus spp., including N. ovalis and N. periplanetae. Tapeworm cysticercoids, including Hymenolepis nana, H. diminuta and Raillietina spp., were detected in 9 (12%) mealworm farms, 3 (4%) cricket farms, 4 (5.33%) cockroach farms and 3 (4.00%) locust farms. Nematodes of the order Gordiidea colonized 6 (8.00%) cricket and locust farms. Hammerschmidtiella diesigni was detected in 35 (46.67%) cockroach farms. Steinernema spp. was identified in 22 (29.33%) cricket farms, and PharyngodonPhysaloptera spp. was observed in 4 (5.4%) mealworm farms, 2 (2.67%) cricket farms, 9 (12.00%) cockroach farms and 7 (9.33%) locust farms. Five (6.67%) mealworm farms and 7 (9.33%) cockroach farms were infested with Spiruroidea. Thelastomidae spp. was detected in 10 (13.33%) cricket and locust farms. Thelastoma spp. was identified in 58 (77.33%) cockroach farms. Acanthocephala were observed in 2 (2.67%) mealworm farms and 3 (4.00%) cockroach farms. Two (2.67%) cockroach farms were infested with Pentastomida. The presence of Acaridae, including house dust mites, was observed in 35 (46.67%) mealworm farms, 15 (20.00%) cockroach farms and 7 (9.33%) locust farms. In the group of samples collected from mealworm farms, Cryptosporidium spp. were noted in 37 (12.33%) samples, Gregarine spp. were detected in 99 (33.00%) samples, IsosporaEntamoebaBalantidiumPharyngodonPhysalopteraSpiruroideaNosema spp. were identified in 74 (24.67%) samples, CryptosporidiumIsosporaGregarinePhysalopteraSteinernemaCryptosporidium spp. was determined in 89 (11.87%) samples, GregarineIsosporaNyctotherusEntamoebaBalantidiumPharyngodonPhysalopteraThelastomaH. diesigniNosemaCryptosporidiumGregarineIsosporaEntamoeba spp. in 9 (1.20%) samples, BalantidiumPhysalopteraSteinernemaTable 1.WhateverComment
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