Agricultural and biological

Agricultural biotechnology is a technique for improving the living modified organisms, organisms or parts or modify products to improve agricultural crops or to develop microorganisms for specific agricultural processes. In short, the tools used for agricultural biotechnology, is called “agricultural biotechnology”. Genetic engineering is also a part of agricultural biotechnology in the world today. It ‘now possible for genetic manipulation and transformation in almost all plant species, including all the major cultures of the world.
Transformation of plants is one of the tools in agriculture, in which the gene involved in the genetic structure of plants and genome introduced. The two most common methods of transforming plant Agrobacterium transformation – a method of using bacteria found in nature and Biolistic Transformation – involves the use of mechanical means. Each of these methods, the inserted gene in the genome of plant selection and conventional breeding methods and followed for the transfer of new properties in different cultures.
The production of food much cheaper and easier with the introduction of agro-biotechnology. Specific herbicide-resistant crops engineered to make a manageable and efficient weed control. Pest Control is always reliable and efficient, eliminating the need for synthetic pesticides and pesticide resistance of pests and diseases are some engineering. Phytoremediation is the process by which plants absorb detoxify pollutants in the soil, or soil contamination and to gather. Some crops are genetically engineered for this purpose for the collection and safe disposal, and increase soil quality.
According to the (U.S. Department of Agriculture) USDA National Agricultural Statistics Service (NASS), refers to a specific section for the main biotech crops to grow in the United States in 2004, on behalf of GM for about 46 percent of corn, 76 percent cotton and 85 percent for soybeans.
Modern agricultural biotechnology has become a highly developed science. The use of synthetic pesticides that are harmful to humans and can contaminate groundwater and the environment was significantly reduced with the introduction of genetically modified cotton resistant to insects. Herbicide resistant corn and soybeans also allows the use of herbicides, the risk of deterioration is rapidly lowered into the ground. It is not toxic to plants or animals and plants that tolerate herbicides help protect top soil erosion, because they grow best in reduced cultivation systems work up or not. Papaya ringspot virus against genetic engineering, which develops papaya saved the U.S. industry.
Agricultural biotechnology can help improve the nutritional quality of some crops. For example, the increase of beta-carotene in canola, soybean and corn oil in order to improve the composition and to reduce vitamin A deficiency in rice. There is also research in the field of biotechnology to plants, which will not be affected by a harsh climate or the environment, and less water, fertilizer, labor and others to produce. This will significantly reduce the demand and pressure on land and wildlife.