By MC Milker •
May 23, 2008
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A recent New York Times/CBS poll bears good news for ecopreneurs in the food industry. Fifty-Three percent of consumers said they would not buy genetically modified food. Unfortunately, there’s no way to tell the difference between Frankenfoods and the real thing.
A new CBS News poll found that 87% of consumers would like GMO ingredients to be labeled, just as they are in Europe, Japan and Australia. Yet the U.S. Congress has never even held a vote on the issue, to give shoppers the opportunity to exercise their most basic right - to make a choice.
Once again, labeling decisions made by the FDA and USDA, influenced heavily by big agriculture are keeping consumers from understanding what is in their food. The FDA’s position is: GMOs are the “substantial equivalent” of conventional crops and so does not require “disclosure of genetic engineering techniques…on the label.”
By Carol Gulyas •
April 13, 2008
As we pointed out in an earlier posting, one of the problems with biofuels such as corn-based ethanol is that they are diverting food crops from food source to fuel source. Miriam Sticklen, a crop and soil scientist from Michigan State University, announced this week that she has used an enzyme from a cow’s stomach to create a new strain of corn.
This new kind of corn, in an ideal scenario, would allow the kernels to be used as food, while the (formerly) wasted part of the corn plant could be converted to biofuel. A gene from a cow’s stomach, one of the most effective digesters of plant sugars in the world, is implanted into a corn cell using genetic engineering, fundamentally changing the corn plant. As reported in Biofuels Journal:
Researchers at Michigan State are trying to get corn-stover to digest itself after harvest. Doing so would mitigate the costly pretreatment steps needed for the production of cellulosic ethanol from the non-edible parts of the corn plant.
MSU’s scientists are adding genetic material to the corn’s genome, genes that would normally be responsible for the digestive enzymes produced by fungi and the microbes in cow rumens. The newly transgenic plants store these enzymes in vacuoles in the leaves and stalk in a way that doesn’t affect the plant while it’s alive.
