Genetic modification of the food supply has run rampant within the past couple of years. A new genetically modified creation has emerged, and may soon end up on your dinner table. Researchers in India have developed a genetically modified potato, loaded with genetically altered amino acids.
It seems as if scientists are attempting to recreate nature entirely.
Genetically modified fish have threatened the very genetic coding of fish worldwide, and the genetically modified canola plant has spread into the wild. It is apparent that a tidal wave of genetic modulation has hit the environment very hard.
Genetically modified potatoes now threaten the purity of potatoes internationally. All it takes is a careless farmer to allow his modified crop to be planted elsewhere, without properly labeling the crop as modified. This would mix in the genetically modified crop with traditional, and even organic, crops. This is a legitimate environmental issue, as it is a major threat to food integrity.
Arguably as important as the need to protect our food supply, is the need to protect ourselves from the deadly effects of genetically modified food. Consuming genetically modified food can lead to auto immune disorders, organ failure, sterility, and much more.
If you are unfamiliar with the risks associated with modified food, you are most likely not familiar with how it is created.
The process in which food is genetically modified is extremely outlandish. Billions are spent each year to genetically modify the food supply, leading to an influx of tainted food products. Modifying foods requires one to tamper with the very genetic coding of the crop and/or seed.
The process entails the transfer of genes from one organism to another, such as taking particular genes from a pig and transferring them to a tomato. Not only does this defile nature, but it also leads to a host of health problems.
Due to the complexity of a living organism`s genetic structure, it is impossible to track the long-term results of consuming genetically modified food. Introducing new genes into even the most simple bacterium may cause an array of issues, highlighting the complexity of even the simplest organisms. Introducing new genes to highly complex organisms such as animals or crops is even riskier.
When introducing the gene to its new host, it is essentially impossible to predict the reaction. The genetic intelligence of the host could be disrupted with the introduction of the new gene, creating an adverse reaction. There is truly no way of knowing the long-term effects of genetically modified food, as there are too many variables. There is simply no room for science when Monsanto is involved.
http://www.reuters.com/article/idUSTRE68K4UK20100921 http://shatterlimits.com/new-genetically-modified-creation-threatens-… http://www.independent.co.uk/environment/green-living/fury-as-eu-appr… http://www.scidev.net/en/news/gm-potato-uses-frog-gene-to-resist-path…
Main Source: Natural News