Soundness of Biotechnology Advancements in Agriculture

The use of genetically modified organisms in agriculture is increasing. Many scientists claim that genetic engineering in agriculture is the best way to answer many questions related to poverty, environmental harm, food security, and the need for intensifying sales competition . On the other hand, some raises ethical concerns about the health, environmental hazards of people consuming these genetically modified foods, and the welfare of farmers and their food security.

Along with advances in biotechnology and nanotechnology, the future of agriculture is also evolving. Agriculture companies are investing heavily in research and development to replicate crop DNA sequences, to selectively cultivate animals by genetic manipulation, or to use stem cells to produce meat products. As sensor - based technology became widespread, the Internet 's Internet also gave us a big opportunity. This is a landmark that supports "accurate agriculture". For example, a sensor is used for multispectral analysis to understand the level of nitrogen based on how plants absorb or reflect sunlight of different wavelengths. The emphasis on advanced science using digital technology represents a trend towards more sophisticated production processes, but this change manages the threat to biodiversity more and more, the new crops and animal species are unknown It threatens the world's food safety so that it will not yield, and even damages it

In addition to the changes in livestock industry over the years, crop production has also improved. Agricultural biotechnology is the manipulation of living things by the advancement of crops and animals production to improve the quality of human life. Seed technology has changed over the years with the help of biotechnology and genetic engineering. In the past, crops were destroyed due to bad weather, but now scientists can change crops by changing their seeds.

Determining the sequence of the genome of important agricultural products such as bread wheat can help advance agricultural biotechnology and find solutions to cope with crop diseases. After 20 years of research, researchers funded by the National Science Foundation (NSF) found that large and complex goat grass (Aegilops tauschii), a wild grass that becomes a genetic material about 8,000 years ago, Decided. We will make panwheat (Triticum aestivum) in combination with the other two genetic material. Understanding this particular grass is important for understanding the bread wheat. The genetic material from A. tauschii, also known as goat grass, helps bread whey resilience against disease, colds and other stresses. The reason for the difficulty of sequencing this genome is that its size - much larger than humans - as well as a significant proportion of transposable elements or "jump genes" are included. These jump genes account for 84% of the newly sequenced Aegilops genome