The prospects of genomics

Bioinformatics Dr. Doping tells about the genome of bacteria, the genes in the cells and embryology. How to determine the genome of the bacteria? As in the near future will work with the genome of cancer? And what are the prospects for the development of genomics techniques?

Over the past few years we have learned to identify the sequence of the genome of an individual cell, ie the cell does not need to multiply, do not need a colony of bacteria, and if we talk about human cells and higher beings, multicellular, do not need a cell line. You can determine the sequence of the individual cells. For microbiology is a consequence of the fact that our understanding of the diversity of bacteria in different communities is expanding. We can determine the sequence of the genome of the bacteria, which we previously could not study, and further already using bioinformatics methods to talk about how this bacterium really lives.

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That is due to the definition of the sequence of genomes and the determination of the level of the gene in individual cells, it appears to be greatly advance our understanding of embryology. If we talk about molecular physiology, work with individual cells - that is what is very important for the understanding of the immune system. Because the immune system cells - are cells in which genomic rearrangements occur, that is, they all have a certain personality, and then you can watch any adjustment took place in an individual cell. You can compare the spectrum of these mutations in different people, to compare what kind of restructuring took place in the individual lymphocytes in different therapeutic effects, allergies, because allergies - it is virtually immune disease.

In the future it will be possible to understand what kind of adjustment lead to certain allergies. We invented technology quickly and inexpensively determine the nucleotide sequence in DNA. But it turns out that these technologies grow into classical biological disciplines in embryology, immunology, cell biology, oncology. They are also very significantly advance our understanding of the fundamentals of science.