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From: communitytvperth
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  • this video is shit the audi it made up you guys suck.

  • @rayullrich Codex Alimentarius is a part of the 2nd phase of the Jesuit plan to bring the whole world under the subjection of the Papacy and to restart persecution. This is encapsulated within a 300 year plan to counter the reformation. The 1st phase started in 1965 at the end of the Vatican II council. The 2nd phase started in October 2009. Codex Alimentarius was to pass just 2 months later in December of 2009. Bees are being poisoned by Jesuit Roundup spliced into GMO seeds.

  • @bornbythesea

    No, bees are being killed by pesticides. GM foods do not need pesticides because they are pest resistant.

  • @jamesdyer1997 The huge majority of GM crops are herbicide tolerant(Roundup Ready, Liberty Link, etc.),which are designed to be sprayed with pesticides. Studies suggest GM crops designed to be pest resistant(Bt crops expressing Cry proteins) DO adversely affect bees. "Our results show that transgenic crops expressing Cry1Ab protein at 5000 ppb may affect food consumption or learning processes and thereby may impact honey bee foraging efficiency." ncbi.nlm.nih.gov/pubmed/182062­34

  • @myndy86 - how is that different than any crop's ability to be sprayed with pesticides?

    (i.e. 2,4-d has been labeled for use in field/feed/food corn since the mid 40's)

    Like it or not, your food has been sprayed with pesticides since you were born.

    The ones we use today are much safer than the ones Grampa used.

    Les

  • @CouldNotCareLes I'm not sure exactly what that has to do with honey bees? The point it that with Bt crops it is the pollen itself that bees get up close and personal with just about everytime they feed that may be causing this. Pesticide residue on plants is not as likely to be found on the pollen where as cry proteins are found in the pollen, that's one difference.

  • @myndy86 - I doubt they are in the pollen.

    Those cry proteins will be found in the roots and lower stalk of that same plant without any modification (as well as the surrounding soil.) The modification allows the bacterium which excretes the protein to inhabit regions higher on the stalk, but unlikely in the tassel (where the pollen is.)

    Les

  • @CouldNotCareLes You also doubted cry protiens were in the kernel as well but I proved you wrong on that one too. Read the 2 studies I posted, the cry proteins are in the pollen. "A higher expression level of insecticidal protein Cry1Ac in pollen tissues was detected (when compared with previous reports). In particular, Cry1Ac protein was detected at 300 ± 4.52 ng g−1 [part per billion (ppb)] in pollen collected"

  • @myndy86 - I don't doubt that at all.

    The bacterium that produces the cry protien can be anywhere.

    They find this protien in newborn babies.

    The thing is, I'll bet the farm that the same protien could have been found in newborn babies thousands of years ago.

    It is in the dirt that we eat (yes, you eat dirt.)

    They are making a big fuss about finding it in run-off surface water ... IT'S ALWAYS BEEN THERE!

    Les

  • @CouldNotCareLes I'm sure we eat more corn than we do dirt so it's probably in found in people's plasma at higher levels and in waterways at higher levels than it was thousands of years ago, but that still has little to do with honey bees who are directly exposed to cry proteins now through pollen.

  • @jamesdyer1997 "7-day oral exposure to the various treatments(transgenic, imidacloprid-treated and control), honey bee feeding behaviour was disturbed and bees consumed significantly less CCRI41 cotton pollen than in the control group in which bees were exposed to conventional cotton pollen. It may indicate an antifeedant effect of CCRI41 pollen on honey bees and thus bees may be at risk because of large areas are planted with transgenic Bt cotton" ncbi.nlm.nih.gov/pubmed/207007­62

  • the audio is way off I think

  • Who is the deadly interviewer

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