QI have some questions. 1. Could does it allow selected individual genes to be transferred from plant into animals or vice versa? 2. Why are the number of GM animals less than GM plants? perhaps animals gene is more complicated? 3. How about the labelin

I have some questions. 1. Could does it allow selected individual genes to be transferred from plant into animals or vice versa? 2. Why are the number of GM animals less than GM plants? perhaps animals gene is more complicated? 3. How about the labeling of GMO

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Posted on October 26, 2017
An "LMO" (Living Modified Organism) is basically a GMO that is alive and capable of passing on its genes to a subsequent generation. In most situations, the terms LMO and GMO are essentially synonymous, but neither term is really used by most biotechnologists! More on that below.    The term LMO was used in the Cartegena Protocol (basically a big document that came out of an international convention several years ago, more detailed info here.)   The reason we as... Read More
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Posted on October 6, 2017
Biotechnology as a discipline focuses on understanding molecular biology and has applications in medicine/health, environmental science, industrial products and agriculture. Biotechnology is widely used in all these sectors. I will focus my answer on agricultural biotechnology.   In many countries (e.g., Brazil, Canada, India, and the United States) a significant amount of agricultural research, especially basic research in molecular biology, is conducted by governmental agricultural... Read More
Posted on October 24, 2017
GMOs benefit our environment in many ways, as this response explains in great detail. Below are some of the top ways they benefit the environment:   “GMOs increase productivity in agriculture. From 1996 to 2011, GM crops are estimated to have contributed to an additional global production of 195 million tons of maize, 110.2 million tons of soybeans, 15.85 million tons of cotton and 6.55 million tons of canola (Brookes and Barfoot, 2013). GM crops have contributed to higher... Read More
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