The Field of Medicine

Introduction One of the areas that benefited from the rapid development of technology during the past century was the medical field. The conditions and diseases encountered by scientists to understand and treat are now well treated and are very easy. Now people and patients who can not cure have survived longer than before. In the 20th century, the development of the world's population was emphasized. There are no countries currently fighting against the needs of healthcare and its supply, as the elderly and young people are increasingly pressure on health care resources internationally.

The world of medicine has made great progress in the field of medicine through the advancement of knowledge of genomic medicine Many of the causes of illness have now revealed the early resistance, doctors, genomic medicine clarifies the complete human genome It helps. However, it is still expensive and the number of people acquiring genome sequences is so small that we are overlooking this advance and casting a big challenge to the world, but now the genome sequence has decreased from 100 million dollars to 100 dollars These two outstanding technologies combine the genome and block chains to create a platform with a genomic sequence store that contains SHIVOMs where each individual of interest is supported by pharmaceuticals, research institutions, government agencies, and patients Create the platform. Organizations and insurance companies will add their own applications and provide genome data analysis and individualized medical services

Genomics is an interdisciplinary scientific field that focuses on the structure, function, evolution, mapping, and editing of genomes (genes). Genomic medicine can improve up to 7,000 rare diseases as well as complex and long-term diseases such as cancer (mainly poor prognosis), cardiovascular disease and neurodegenerative diseases, and understanding and treatment of infectious diseases I will. Block chain technology not only improves or changes health conditions but also improves the world economy. This SHIVOM technology provides integrated solutions to patients and genome data providers for the first time and everyone can sequentially genome sequentially store it safely and open it to other providers such as pharmaceuticals, research institutes, government agencies, patient support etc. Provide online market. Groups and insurance companies combine their applications and services with genomic data analysis and personalized medicine.

The main uses of bioinformatics are in the fields of precision medical care and preventive medicine. Precision medical treatment includes medical technology customized for individual patients, such as treatment and medical treatment. Precision medical treatment focuses on measures to prevent diseases, not treatment or treatment of diseases. Some of the diseases that are of concern are influenza, cancer, heart disease, diabetes. The study is ongoing to determine the patient's genetic change and allows the scientist to propose better treatment and perhaps even precautionary measures. Certain cancers caused by such genetic alterations can be determined in advance and can be treated before the condition worsens. The National Cancer Institute can learn more about the role of bioinformatics in cancer treatment.