Read full article here Add Comment Oxitech biotech firm releases millions of GM mosquitos in Cayman islands, tell people 1 year after 11/20/2010
Biotech company secretly releases millions of GM mosquitoes in Cayman Islands (NaturalNews) Scientists at British biotechnology giant Oxitec recently developed a genetically-modified (GM) mosquito that, apart from a specific chemical antibiotic, is unable to successfully repopulate. And the company recently released millions of these GM mosquitoes in the Cayman Islands to see what would happen -- and they did so without proper approval or announcement -- prompting outrage by experts and the public over the unknown consequences of conducting such an irresponsible experiment. Oxitec released the mosquitoes last year, but only just recently let the public know about it. The company has attempted to justify its decision by claiming its GM mosquitoes may help fight the spread of dengue fever by reducing or eliminating the wild mosquito population. But nobody knows what happens when these GM mosquitoes interact with other animals and humans, or how their altered genes will disrupt the living environment. Seemingly content with its decision to hide the trial from the public initially, Oxitec had the audacity to announce at the recent annual meeting of the American Society of Tropical Medicine and Hygiene that its trial was "successful". But how the company can make such a preposterous statement without knowing the long-term effects of its irreversible decision is mind-boggling. READ MORE Watch documentary below after reading that shit!!!!FROM PHYSORG Genetically altered trees, plants could help counter global warming October 1, 2010 Forests of genetically altered trees and other plants could sequester several billion tons of carbon from the atmosphere each year and so help ameliorate global warming, according to estimates published in the October issue of BioScience. The study, by researchers at Lawrence Berkeley National Laboratory and Oak Ridge National Laboratory, outlines a variety of strategies for augmenting the processes that plants use to sequester carbon dioxide from the air and convert it into long-lived forms of carbon, first in vegetation and ultimately in soil. Besides increasing the efficiency of plants' absorption of light, researchers might be able to genetically alter plants so they send more carbon into their roots--where some may be converted into soil carbon and remain out of circulation for centuries. Other possibilities include altering plants so that they can better withstand the stresses of growing on marginal land, and so that they yield improved bioenergy and food crops. Such innovations might, in combination, boost substantially the amount of carbon that vegetation naturally extracts from air, according to the authors' estimates. The researchers stress that the use of genetically engineered plants for carbon sequestration is only one of many policy initiatives and technical tools that might boost the carbon sequestration already occurring in natural vegetation and crops. READ MORE From Popular Zcience Fresher Water Elevated phosphorus levels in water, often traceable to pig-waste runoff, are a major contributor to algal blooms that steal oxygen from fish and render drinking water toxic. Mitch Romanowski This little piggy went to market. This little piggy stayed home. And this little piggy is genetically modified to poop less phosphorus, making it the most environmentally friendly pig in the world. Like all animals, pigs' cells need phosphorus to make DNA, build cell membranes, and transport energy. But pigs can’t digest phytate, a phosphorus-heavy molecule in grains, so farmers fortify pig feed with pure phosphate or phytase, an enzyme that breaks usable phosphate off phytate. Still, pigs excrete nearly all the phosphorus they eat, and this washes into the ocean, where it feeds bacteria and algae that create oxygen “dead zones,” a major killer of marine wildlife. The Enviropig is the first swine (a Yorkshire, to be exact) able to digest phytate on its own. The project started a decade ago when Cecil Forsberg, a biologist at the University of Guelph in Ontario, genetically modified pigs so that their salivary glands would secrete phytase. This allows the pigs, now in their eighth generation, to get their phosphate from grains alone, and to excrete about 40 percent less of it. Switching to Enviropig herds will be expensive for farmers, Forsberg says, but in the long run subtracting supplements will save $1.75 per pig annually—a windfall for a 100,000-pig farm. He is currently petitioning the U.S. Department of Agriculture and Health Canada for permission to serve Enviropig meat. “Unfortunately, it is illegal for us to do taste tests at this time, despite the temptation,” he says. “But I expect they’ll taste quite good.” READ MORE FROM NEWS AU TINKER with the genetics of salmon and maybe you create a revolutionary new food source that could help the environment and feed the hungry. Or maybe you're creating what some say is an untested "frankenfish" that could cause unknown allergic reactions and the eventual decimation of the wild salmon population. The US Food and Drug Administration hears both arguments this week when it begins a two-day meeting on whether to approve the marketing of the genetically engineered fish, which would be the first such animal approved for human consumption. The agency has already said the salmon, which grows twice as fast as conventional salmon, is as safe to eat as the traditional variety. Approval of the salmon would open the door for a variety of other genetically engineered animals, including an environmentally friendly pig that is being developed in Canada or cattle that are resistant to mad cow disease. Read more: http://www.news.com.au/technology/we-can-build-whatever-animal-you-want-to-eat-say-scientists/story-e6frfro0-1225927239022?area=technology#ixzz10tp4e5um Genetically engineered trees (documentary) 09/25/2010
FROM BBC: Some of the cattle cloned to boost food production in the US have been created from the cells of dead animals, according to a US cloning company. Farmers say it is being done because it is only possible to tell that the animal's meat is of exceptionally high quality by inspecting its carcass. US scientists are using a variety of techniques to assess which animals have exceptional qualities. These attributes include meat quality, productivity or longevity. Continue reading the main story “Start Quote The notion behind what we are doing is to find that animal that created that great steak - and once we have it, we want to reproduce it” End Quote Scott Simplot JR Simplot Company These exceptional animals are cloned to be used as breeding stock, with the aim of raising the quality of herds on beef, dairy and pig farms in the US. There is a long tradition of resurrecting dead animals for cloning - Dolly the sheep being a case in point. The head of the leading US animal cloning company has said that European farmers will fall behind the rest of the world unless they are allowed to use such techniques to improve the productivity of their livestock. The aim of livestock cloning is to clone the best animals to produce the best beef. But some cattle farmers believe it is impossible to pick the best quality animals until their meat has been properly analysed. That is why there are cloned bulls here that have been produced from the cells taken from the carcasses of dead animals. Brady Hicks of the JR Simplot company in Idaho said his organisation was among many that had tried out the technique successfully. "The animals are hanging on a rail ready to go to the meat counter," he told BBC News. "We identify carcasses that have certain carcass characteristics that we want, but it's too late to reproduce the genetics of the animal. But through cloning we can resurrect that animal." Supporters of cloning want to improve the great American steak These "resurrected" animals are then bred with naturally born cows. The next step is to see if their offspring - whose meat can be sold to consumers in the US - have the same qualities as the grandparent from which the cells were originally taken. Ranchers at the Simplot company also clone from live animals that are particularly productive or fertile. The driving force behind the project is the head of the company, Scott Simplot, who firmly believes that cloning can be used to improve beef production. His stated aim is to raise the standard of the great American steak. "The notion behind what we are doing is to find that animal that created that great steak - and once we have it, we want to reproduce it," he said. READ MORE Bugs evolving faster than humans 05/13/2010
GM crop use makes minor pests major problem Pesticide use rising as Chinese farmers fight insects thriving on transgenic crop. by Jane Qiu Mirid bugs have filled the gap created by killing other pests of cotton.Growing cotton that has been genetically modified to poison its main pest can lead to a boom in the numbers of other insects, a ten-year study in northern China has found. In 1997, the Chinese government approved the commercial cultivation of cotton plants genetically modified to produce a toxin from the bacteria Bacillus thuringiensis (Bt) that is deadly to the bollworm Helicoverpa armigera. Outbreaks of larvae of the cotton bollworm moth in the early 1990s had hit crop yields and profits, and the pesticides used to control the bollworm damaged the environment and caused thousands of deaths from poisoning each year. READ MORE Everything GMO 09/23/2009
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