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Compared with modern agricultural equipment, there is another way that may bring drastic changes to agricultural production, that is, sequencing the genome of crops based on cloud computing to qualitatively change the quality of crops. By changing the genes of crops, scientists can produce more nutritious crops.
Genome sequencing will bring qualitative changes to agriculture. "Genome sequencing" is still a strange word for the general public. In simple terms, by sequencing the genome, unknown sequences in the gene can be determined, the orientation and structure of the recombinant gene can be determined, the mutations can be located and identified, and a comparative study can be conducted. If the combination of cloud computing and genome sequencing is used in agriculture, scientists can understand the evolution of crop genes based on the information provided by cloud computing, so as to achieve the purpose of increasing yield and quality.
SpiralGenetics is a company that has developed cloud computing-based genomics algorithms. This is equivalent to providing an information platform from which people can obtain the data they need.
However, SpiralGenetics co-founder and CEOOAdinaMangubat once told the media that compared with cancer gene therapy, people's attention to agricultural genomics is still far from enough.
The price difference between the cost and the birth of a new market for data analysis <br> <br> In fact, the cost of genome sequencing is very low, but the analysis of genome sequencing data but need to spend a lot of money. So the gap between low sequencing costs and high analysis prices also creates a whole new market.
Dr. Chaim Jalas, manager of the genetic counseling service at the Center for Rare Genetic Research at the New York Jewish Society in New York, told the media that the sequencing of the genome is actually a very simple task and the cost is very low. Now the average person's genome sequencing costs only 1,500 US dollars, but then The stage of analyzing the sequencing results requires a large amount of money because of the need to recruit analysts, purchase analysis equipment, and more.
The United States BBC Market Research & Analysis Company has estimated this market. The average market size of this market will reach 4 billion U.S. dollars by 2016.
From the current situation, more and more bio-informational companies and genetic data analysis and consulting companies have begun to move toward the Internet and provide cloud computing gene analysis platforms for research organizations that need data.
Similar to SpiralGenetics just mentioned, the US DNAnexus company is also a company specializing in providing genetic data analysis cloud services on the Internet, customers can upload their own data to the DNAnexus cloud computing platform for analysis and calculations.
Provide decision-making <br> <br> to farmers in addition to genome sequencing, the cloud computing in the development of agriculture are also able to do some other things. For example, provide farmers with some valid data to help them better manage farm work.
Farmeron is such a network data service provider. Farmers can use Farmeron to collect information on livestock, such as eating, health status, breeding conditions, milk production, drug types or drug metering. In the face of such tedious data, Farmeron can help farmers analyze it more quickly.
In Beijing, a cloud computing application company developed China's first dairy cattle ranch cloud computing management system, providing cloud application software, ranch data hosting, ranch data intelligence analysis, data daily supervision services, information department outsourcing, and experts Intelligent analysis and other services.
Prof. Li Shengli, chief scientist of the National Dairy Industry Technology System, told the media that the cloud-based management system provided an information platform for the development of modern dairy industry, making the data within the ranch more accurate, comprehensive and real-time, and the data through cloud computing. Mining can effectively help managers make decisions.
Nowadays, data information plays a crucial role in whether agriculture can produce high yields. Whether it is to increase the yield and quality of crops, or provide decision-making reference for farmers, cloud computing will undoubtedly bring a tremendous boost to this field.
Trends in science and technology As agricultural modernization continues to advance, traditional farming methods have long been abandoned. The large-scale use of modern agricultural machinery such as combine harvesters and agricultural vehicles is rapidly increasing the yield and quality of agricultural crops.