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CMS (Chromosome): the Key to Human Gene Technology

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CMS (Chromosome): the Key to Human Gene Technology

August 06
04:08 2020

Photo by Victor Garcia on Unsplash

In 2020, COVID-19 triggered a severe global economic recession. Developed economies chose to issue additional currencies to postpone the crisis, which will inevitably lead to global inflation later. At the same time, the Fed claimed to maintain interest rates from 0% to 0.25% until 2022, which means that developed countries (EU, Japan) and other developing countries around the world will only maintain the existing low interest rates or even lower.

And Tonegawa Susumu, winner of the Nobel Prize in Physiology or Medicine 1987, believed that all diseases are related to genes except for trauma. According to statistics from the World Health Organization, the global incidence of birth defects is 6.42% in low-income countries, 5.57% in middle-income countries, and 4.72% in high-income countries. Currently, there are more than 8,000 birth defects known, mainly due to genetic mutations.

Photo by Alexander Popov on Unsplash

The development of genetic technology is like an epic that continues to be passed on. Through unremitting exploration by scientists of the past generations, one miracle after another has been created for the interpretation of the “code” of human genes.

What is Genomics?

Genomics is an emerging science gradually formed under the influence of the implementation of the Human Genome Project. It uses molecular biology technology, electronic computer technology and information network technology as the means, and uses all genes in the organism’s genome as the research object. The science of studying the role of the whole genome in life activities and its internal laws and internal and external environmental impact mechanisms.

For example, a site-specific test on the genome of a woman diagnosed with breast cancer “Oncotype DX” can be used to assess the risk of breast cancer recurrence and the effect of chemotherapy, which helps doctors obtain more information and conduct personalized treatment.

– What is Gene Sequencing?

Gene sequencing is a new type of genetic testing technology that can analyze and determine the complete sequence of genes from blood or saliva, predict the possibility of suffering from a variety of diseases, individual behavior characteristics and rationality of behavior. Celebrities like  Steve Jobs, Sergey Brin and Angelina Jolie Voight have benefited from gene sequencing.

– The Widespread Use of Genetic Data

· Precision Medicine

According to individual genetic characteristics, environment and living habits, precision medicine designs the best treatment plan for patients to maximize the treatment effect and minimize side effects.

· Rehabilitation for Sickness

More and more studies have confirmed that most patients have only completed part of the process from treatment to rehabilitation from receiving treatment in the hospital to being discharged. Genetic data plays a major role in the recovery plan after illness.

· Health Management

The analysis of individual genetic data can not only provide precise medical services for disease patients, but also provide precise health management services for sub-health and healthy people.

· New Medical Research

In the field of new drug research and development, scientific researchers have successfully developed innovative drugs through extensive data analysis of abnormal genes.

Photo by Andrew Wong on Unsplash

Scientists believe that if there are 100,000 human whole-genome data and information, it will become a valuable resource for precision medicine, biopharmaceuticals, and scientific research, and it will have unimaginable scientific research value. And CMS (Chromosome), a great undertaking that uses genetic technology to benefit human health, is focusing on the vertical field of blockchain & gene technology.

Based on powerful blockchain technology, innovative business models, and unique token economy, CMS (Chromosome) is aiming to creating the world’s largest comprehensive Genome phenotype data storage platform. Using genetic technology innovations to promote the development of global life sciences and promote the wide application in the fields of genetic technology and life and health, thereby creating huge commercial value and benefiting the healthy life of all mankind.

CMS (Chromosome) is the world’s first blockchain project that applies blockchain technology to the life and health entity industry. It uses the characteristics of consensus, decentralization, anonymous transactions, openness and transparency, non-tamperability, and privacy calculations to build a new business model for existed gene technology, which makes each ecological role not only the main body of value creation, but also a cooperative community of interests.

CMS (Chromosome) creates a perfect blockchain ecosystem for gene technology. And the CMS (Chromosome) token it issued, as an ecological token, has the attributes of value scale, circulation acceleration, storage expansion, payment simplification, etc. CMS (Chromosome) offers us a ideal way to against genetic defects and diseases, that’s why we believe that it will be the key to human gene technology

Media Contact
Company Name: BMDGE
Contact Person: Media Relations
Email: Send Email
Country: United States
Website: http://www.bmdge.com/


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