So how is the industry using GE in
crops and foods? There are basically six applications.
Herbicide resistant crops. These are
crops engineered to tolerate a proprietary pesticide so
that it can be
applied without harming the crop. For example, Monsanto sells its Roundup ReadyŽ
crops along with its Roundup pesticide (glyphosate). Herbicide resistant crops
account for about 71% of all GE crops.
Pesticide crops. Pesticide crops are
engineered to contain a pesticide within their cells. For example, Bt corn
contains a toxin normally produced by the Bacillus Thuriengensis bacterium.
These crops account for about 22% of all GE crops.
There are also herbicide resistant pesticide
crops, accounting for about seven percent of all GE crops.
Virus resistant crops. In minor use are
crops that are genetically engineered to resist viruses (for example, GE squash
and papaya).
Use restriction crops. Under
development are crops that limit their own use. For example,
"Terminator" seeds are
designed to grow "normally" and then produce seeds that are sterile, forcing
farmers to buy new seed every year, instead of being able to save, share and
breed them.
Production chemicals. Some GE products
are chemicals used in food production. For example, about a third of U.S. dairy
cows are injected with recombinant bovine growth hormone (rBGH) to increase
their milk production and the GE enzyme chymogen is used in some cheese
production.
Farmed animals. Some production animals
are genetically engineered for some "advantageous" trait. For example, under
development are Atlantic Salmon that are engineered to use more of their own
growth hormone, resulting in fish that grow up to 600% faster early on and up to
200% faster overall.
These are the ways GE ingredients get into
your food. Note that while the biotechnology industry promotes GE foods as
"improved," none of these uses result in enhanced end-products for the
consumer!
GE crops and foods now on the
market
Although the first GE crops hit the market
only in 1994, GE foods are widespread. Chances are you are buying GE foods.
Without mandatory labeling, however, you really can't tell.
About 1/4 of U.S. cropland is planted to GE
crops, making the U.S. by far the world's largest producer of them. [1] About
50% of its soybeans, 33% of its corn and about 55% of its cotton are GE
varieties. [2] There
are also GE canola, potatoes, squash, tomatoes, and other crops.
Foods made with soy, corn, cottonseed or
canola--including soy and corn derivatives such
as lecithin, soy oil, soy
proteins, corn syrup and cornstarch--may very well be GE foods. An estimated 60
to 75% of all non-organic supermarket foods now contain GE ingredients. [3]
Some of the foods that have actually tested
positive include: Enfamil ProSobee Soy Infant Formula, Similac Isomil Soy Infant
Formula, and Nestle Carnation Alsoy Infant Formula, Boca Burger Chef Soy Burger,
Max's Favorite Soy Burger, Morningstar Farms Better 'n Burgers Soy Burger, Green
Giant Harvest Burgers Soy Burger (now called Morningstar Farms Harvest Burgers),
McDonald's McVeggie Burgers, Ovaltine Malt powdered beverage mix, Bac-Os Bacon
Flavor bits, Bravos Tortilla Chips Nacho Nacho!, Old El Paso 12 Taco Shells and
Jiffy Corn Muffin Mix. [4]
Many more GE foods are on the way! Approvals
have been granted for more than 6,700 new field trials of genetically modified
plants. [5] Foods
being readied for market include: GE fish and seafood, lettuce, melons, peas,
rice, wheat, strawberries, apples and pigs.
Return to Menu
[1] In 1999, the U.S. accounted
for 72% of all commercial GE crops; Argentina for 17%; Canada for 10% and China
for 1%. Agrow World Crop Protection News, No.340. PJB Publications Ltd. November
12, 1999.
[2] International Service for
the Acquisition of Agri-biotech Applications. 1999. Global Status of
Commercialized Transgenic Crops: 1999. ISAAA Briefs No.12: Preview. ISAAA:
Ithaca, NY.
[3] Organic Consumers
Association campaign handout. Organic Consumers Association. 1999.
[4] "Seeds of Change," Consumer
Reports. September 1999.
[5] National Research Council,
Genetically Modified Pest-protected Plants: Science and Regulation (Washington,
D.C.: National Academy Press, 2000), p.35