How to describe the innovation of a molecular biology master's thesis?
Nowadays, computer operating systems and various software run according to certain procedures, and various functions of the human body Metabolism also proceeds according to various established procedures. Moreover, as of now, the control system in the human body, that is, the program that humans have that has gradually approached perfection over hundreds of millions of years of evolution, is even better than the programs in today's computers. It has advantages such as greater controllability. In the future, the development of computers for humans will have to draw on the various control programs possessed by living things, and research in this area has also begun, such as biological computers and intelligent computers that are being developed to decipher the human brain. In contrast, the study of human biology is also inseparable from the development of electronic computer technology. For example, the development of biology has now entered the era of molecular biology, and due to the development of electronic computer technology, many biological research software have also emerged, which has greatly reduced the workload of scientists and technical workers in biological companies, and improved efficiency, increased revenue. For example, many biological software are commonly used in genetic engineering. Here is an introduction: Omiga 2.0: Main functions: editing, browsing, protein or nucleic acid sequences, and analyzing sequence composition. Use Clustal.W to compare homologous sequences and find homologous regions. It realizes the conversion between nucleic acid sequences and their complementary strands, copies and deletes sequences, finds nucleic acid restriction enzyme sites, motifs (Motifs) and open reading frames (ORFs), and designs and evaluates PCR and sequencing primers. Find proteolytic sites, motifs, secondary structures, and more. Search results can be displayed in graphs and tables, and tables have multiple classification display formats. Using the Mange shortcut keys, users can add or remove certain information to the database of restriction enzymes, protein or nucleic acid motifs, open reading frames, and protein sites. Each database has a variety of search parameters to choose from. Users can also add, edit or customize certain search parameters. Sequences can be imported or exported from databases such as MacVectorTM and Wisconsin PackageTM. In addition, the software also provides a distinctive protein analysis similar to nucleic acid restriction enzyme analysis, which generates polypeptide fragments after the protein is treated with relevant polypeptidases. In fact, most of the sequence analysis functions for nucleic acid proteins can be found in Omega 2.0; and the interface is very friendly. As a powerful protein and nucleic acid analysis software, Omiga also has the function of primer design. Of course, Omiga also has many similar software. For example, DNASIS 2.5 launched by Hitachi Sofeware Engineering Co., Ltd. in 1997, Primer Premier 5.0 developed by Canada's Premier Company, etc. Development prospects: Biological software has great compatibility and can support current operating systems. Biological software and chips are patentable and are typical products of the knowledge economy era. Patented items sell intelligence, which is an important aspect for college students armed with knowledge to start their own businesses. Let’s take a look at the prices of a set of biological software products: Gene chip comprehensive analysis software ArrayVision 7.0: priced at US$6,900. Supply of BI-2000 medical image analysis system, 48,000 yuan (RMB)/set of microscope automatic platform system, 5,800 yuan (RMB)/ Set Paup, a powerful commercial version of system evolution analysis software, worth thousands of dollars. From this we can see that biological software is a very large industry. New industries create new wealth, and new wealth will be obtained by new people. The new generation of college students with biological and electronic computer technology will undoubtedly serve as this group to create New people with new wealth. Significance and role: In today's world, competition between countries is not only a competition in military strength, but also a competition in comprehensive national strength. The competition in science and technology is particularly important in today's increasingly knowledge-based and information-based world, and thus has become an extremely important aspect in the competition of comprehensive national strength. As the most popular science today and the most promising science in the future, the importance of biological science is self-evident. Furthermore, in modern society, electronic computers have gradually occupied a mainstream position.
Therefore, the integration of biology and computers is an inevitable trend of the times. And biological software is the most direct combination of the two. Therefore, the development level of biological software is a reflection of a country's comprehensive national strength. Whoever leads the world in this aspect will surely lead the trend of the times. On the contrary, if anyone takes this aspect lightly, he will be controlled by others in the future. In today's world where physical health is increasingly valued, the combination of biology and computers will surely benefit mankind. From this point of view, the development of biological software is the trend of the times, and our generation will be the creators of this trend. We have a bright future.