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Originally posted by burntheships
Originally posted by Aloysius the Gaul
Which to me says:
1/ the gene does not produce anything toxic or allergenic that we could recognise, and
2/ there might be unintended consequences to using this gene, and
3/ you can evaluate possible unintended consequences using our handy flowchart.
ATG,
Its nice that you are so sure, thank goodness your not on the E.U. panel that has decided
that things may not be safe, and they are going to re-evaluate.
To you it says that, well thats not saying alot.
Originally posted by VitriolAndAngst
reply to post by Mayson
You kind of re-stated what I was saying, but thanks for the support.
If the FOOD itself contains anti-fungicides to keep the wheat from getting things like "rust" -- did Monsanto or ADM stop to study what it might do to Acidophillis (a common bacteria found in yogurt). The fact is; they can't figure out ALL the effects of building insecticides and fungicides inside of a plant -- so they never should try. That's what we already have to contend with; profit driven business models that mess around with things that are too expensive to test for, but have far reaching impacts that nobody can predict.
Originally posted by burntheships
reply to post by Aloysius the Gaul
Its your opinion, you really have not provided much,
in the way of anything to back up your claims.
The one llink was to some odd place a blog that was 12 years old.
In the course of analysis to identify potential allergens in GMO crops, the European Food Safety Authority (EFSA) has belatedly discovered that the most common genetic regulatory sequence in commercial GMOs also encodes a significant fragment of a viral gene (Podevin and du Jardin 2012).
Originally posted by neo96
Want to know what is more dangerous?
Not eating.
The current expansion of population has been made possible by GMO foods getting back to nature can not feed 7 billion people.
Of course people can hate GMO and not eat it they should, but what is the alternative?
Think "organic" can sustain all of us?
You decide.
Originally posted by Aloysius the Gaul
Originally posted by burntheships
reply to post by Aloysius the Gaul
Its your opinion, you really have not provided much,
in the way of anything to back up your claims.
The one llink was to some odd place a blog that was 12 years old.
no - I gave 2 links, 1 of which was to teh article that is quoted in your OP as the source!!
You don't need GMO's to feed the world. The rodale institiute has been recording organic yields on several participating farms since the 1980's and compared them to equal conventional and conventional GMO farms. "in every single category, organic farming systems proved to be far more viable and sustainable than any conventional or GM system.
n particular, organic agriculture delivers just 5 percent less yield in rain-watered legume crops, such as alfalfa or beans, and in perennial crops, such as fruit trees. But when it comes to major cereal crops, such as corn or wheat, and vegetables, such as broccoli, conventional methods delivered more than 25 percent more yield.
Originally posted by neo96
Want to know what is more dangerous?
Not eating.
The current expansion of population has been made possible by GMO foods getting back to nature can not feed 7 billion people.
Of course people can hate GMO and not eat it they should, but what is the alternative?
Think "organic" can sustain all of us?
You decide.
A 1998 study by the USDA Economic Research Service showed that genetically
modified corn, soybeans, and cotton did not have significant increases in yields when
compared with conventional crops. Soybeans, tested in over 8,000 field trials actually
produced less bushels per acre than their conventionally grown counterparts.
The GM genocide: Thousands of Indian farmers are committing suicide after using genetically modified crops
Originally posted by peepsfromearth
Bt is often used near lakes, rivers and dwellings, and has no known effect on wildlife such as mammals, birds, and fish." And as I stated before, once sprayed, bt breaks down in a matter of hours when exposed to sun and air.
www.bt.ucsd.edu... -check here for a full summary
When introduced into a plant as a gene it is always present in that plant. This can lead to eventual resistance in the target pest. It will also produce an extra protein in a host plant that is foreign to the plant. Every gene produces a protein. There are many proteins that are toxic to humans. Several studies suggest that the protein that is produced in GMO Bt crops is toxic to humans.
foodfreedom.wordpress.com...
Food for thought..........
www.huffingtonpost.com...
"Every 30 minutes a farmer in India kills himself ...The only seeds available in India now are GMOs (genetically modified organisms), which require farmers to pay an annual royalty each time they are replanted. The GMOs need additional fertilizers, and as the seasons move forward, more insecticides and pesticides. The soil in which these seeds are planted requires more water. All of which means more and more money for the farmer to lay out.
Interest and demand for non-GMO corn seed among US farmers is growing, according to seed suppliers who say that higher yields and returns, less cost, dissatisfaction with genetically modified traits, and better animal health are driving the demand.
Tim Schneider, a sales representative for Tom Eischen Sales (515-320-3431) in Algona, Iowa, said he is selling 20 times as much conventional, non-GMO corn seed as GM this year. “Demand has been steadily going up,” he says. ..Higher yields, less cost
One reason for the increased interest in non-GMO corn seed is higher yields. “Yields of non-GMO are comparable if not better (than GM),” Eischen says.”
“The market is growing, and farmers are beginning to realize they can get the same yield levels as they would with GM corn in many situations and increase their profitability,” says Ben Benson, President, B&M Seed (www.bigcob.com).
George Naylor, a corn and soybean farmer in Churdan, Iowa, says his non-GMO corn yielded 141 bushels per acre in last year’s drought conditions compared with a neighbor whose GM corn yielded 100 bushels. Naylor also earned a $.50 premium above commodity price for his corn. “My neighbor told me he might as well grow non-GMO corn,” Naylor says.
www.beyondpesticides.org...
GMOs in Honey Banned in Europe
(Beyond Pesticides, September 14, 2011) A ruling last week by the European Court of Justice states that honey produced though cross-pollination with a genetically modified (GM) crop must be authorized as a GM product before being sold. The ruling means that the European Union (EU) will have to ban imported honey containing traces of pollen from GM crops that have not been approved for entry. Honey exports from the United States, Canada, Argentina or Brazil, countries with no regulations on the subject, will now be virtually impossible
...
Events leading up to this new ruling began in Germany in 2005 after a dispute arose between Karl Heinz Bablok, an amateur beekeeper, and a neighboring farm cultivating a number of plots of GM maize. Mr. Bablok brought legal proceedings against the farm before the German courts, in which four other amateur beekeepers joined. GM maize DNA and other GM proteins were detected in the maize pollen harvested by Mr. Bablok in beehives situated 500 meters from the plots of land under GM cultivation. Very small amounts of GM maize DNA were also detected in a number of samples of Mr Bablok’s honey.
n particular, organic agriculture delivers just 5 percent less yield in rain-watered legume crops, such as alfalfa or beans, and in perennial crops, such as fruit trees. But when it comes to major cereal crops, such as corn or wheat, and vegetables, such as broccoli, conventional methods delivered more than 25 percent more yield.