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USDA plans to keep feeding ‘pink slime’ to your kids
(NaturalNews) After garnering nationwide attention for being secretly added to processed hamburgers and beef products, including those served in school lunchrooms, “lean finely textured beef,” aka “pink slime,” is reportedly on its way out from the menu offerings of McDonald’s, Taco Bell, and Burger King. But according to Mother Jones, the U.S. Department of Agriculture (USDA) plans to keep ordering this imitation, ammonia-laced product for use in its National School Lunch Program (NSLP), a taxpayer-funded government food program that serves low-income students.
Pink slime gained much notoriety after being featured in the acclaimed 2008 documentary Food Inc.. Robert Kenner, the film’s director, revealed an inside look into Beef Products International (BPI), a South Sioux City, Neb.-based processing plant that produces most of the nation’s supply of pink slime. The product, which is composed of bovine connective tissue and random beef scraps doused in ammonia and formed into a paste, is commonly used as a beef filler because it is low-cost and supposedly less risky compared to conventional ground beef.
You can watch a disturbing clip from Food Inc. featuring footage from the BPI plant and commentary by BPI founder Eldon Roth at the following link:
Scientists working on $330,000 test-tube-meat burger
A strip of muscle tissue produced in a test tube in a Maastricht University lab. (Maastricht University)
Would you eat mystery meat grown in a lab if doing so was better for the environment? The debate may seem abstract, but scientists could turn a test-tube burger into reality by October.
The $330,000 project being conducted by Mark Post, chairman of physiology at Maastricht University in the Netherlands, involves a cow’s stem cells and funds from an anonymous private investor.
Post has already created several small strips of muscle tissue that, once he makes thousands more, will be mashed together to create a burger patty. The first sandwich could be ready this fall, he said during a presentation at the annual meeting of the American Assn. for the Advancement of Science in Vancouver, Canada.
Though companies such as Tyson Foods and JBS have asked about possible meat substitutes, much of the
Future Of Food For 9 Billion? Edible Insects
Insects produce much smaller quantities of greenhouse gases per kilogram of meat than cattle and pigs. This is the conclusion of scientists at Wageningen University who have joined forces with government and industry to investigate whether the rearing of insects could contribute to more sustainable protein production. Insect meat could therefore form an alternative to more conventional types of meat.
Credit: Wageningen University and Research Centre
Cattle farming worldwide is a major producer of greenhouse gases. For the assessment of the sustainability of insect meat, the researchers at Wageningen University quantified the production of greenhouse gases of several edible insect species. The results of the study were published in the renowned online journal PLoS ONE on 29 December.
The research team has for the first time quantified the greenhouse gases produced per kilogram of insect product. The gases concerned were methane (CH4) and nitrous oxide (N2O). The results demonstrate that insects produce much smaller quantities of greenhouse gases than conventional livestock such as cattle and pigs. For example, a pig produces between ten and a hundred times as much greenhouse gases per kilogram compared with mealworms.
Emissions of ammonia (which causes the acidification and eutrophication of groundwater) also appear to be significantly lower. A pig produces between eight and twelve times as much ammonia per kilogram of growth compared to crickets, and up to fifty times more than locusts. An additional advantage of insects over mammals is that they convert their food into meat quicker.
Alternative
The study indicates that proteins originating from insects in principle form an environmentally-friendly alternative to proteins from meat originating from conventional livestock. Further research is required to ascertain whether the production of a kilogram of insect protein is also more environmentally friendly than conventional animal protein when the entire production chain is taken into account.
Contacts and sources:
Wageningen University and Research Centre
Full bibliographic information
Dennis Oonincx, Joost van Itterbeeck, Marcel Heetkamp, Henry van den Brand, Joop van Loon, Arnold van Huis. An Exploration on Greenhouse Gas and Ammonia Production by Insect Species Suitable for Animal or Human Consumption. PLoS ONE 29 December 2010. See http://www.plosone.org/article/info%3Adoi%2F10.1371%2Fjournal.pone.0014445
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