华付通
EN | CN
集团新闻
2019 9th International Conference on Nucleic Acid and Protein Chemical Structural Biology for Novel Drug Discovery
From: Addtime: 2019-8-15 10:00:20 Author:


August 13-16, 2019 Chengdu Shiwai Taoyuan Hotel


College of Life Sciences, Sichuan University , Chengdu University of Traditional Chinese Medicine, Southwestern Key Laboratory of Traditional Chinese Medicine Resources,
State Key Laboratory of Biotherapy, Sichuan University,

Institute of Selenium Nucleic Acid International Institute,
Shaosdaq, Chengdu High-tech Nucleic Acid Research Institute,
Anhui Taihe economic development zone
China Pharmaceutical Chemistry Conference of the Chengdu High-tech Industrial Development Zone

Management Committee of the Economic and Technological Development Zone


Wonderful record of the meeting

01

At the conference, Zhongzhi Group, Taihe Economic Development Zone, Selenium Nucleic Acid/Large Nucleic Acid Research Institute jointly signed a tripartite strategic cooperation agreement to jointly develop and produce anti-cancer and life-saving drugs!



02

Zhang Lihe, academician of School of Pharmaceutical Sciences State Key Laboratory of Nature & Biomimetic Drugs of Peking University, and Professor Huang Zhen of the School of Life Sciences of Sichuan University gave a wonderful speech.




Zhang Lihe Academician (middle) Professor Huang Zhen (right) General Manager Cao Yubing (left)

03

The company's functional agricultural series products show a wave of concern during conference.



About "Selenium Nucleic Acid"

Nucleic acid is a biological macromolecular compound that is polymerized from many nucleotides and is one of the most basic substances in life. Nucleic acids are widely present in all animal and plant cells and microorganisms, and nucleic acids in organisms often bind to proteins to form nuclear proteins. Different nucleic acids differ in chemical composition, nucleotide arrangement order, and the like. Depending on the chemical composition, nucleic acids can be classified into ribonucleic acid (abbreviated as RNA) and deoxyribonucleic acid (DNA). DNA is the main material basis for storing, reproducing and transmitting genetic information. RNA plays an important role in protein synthesis - transport ribonucleic acid, abbreviated as tRNA, plays a role in carrying and transferring activated amino acids; messenger ribonucleic acid, abbreviated as mRNA, is a template for synthetic proteins; ribosome ribonucleic acid, abbreviated rRNA is the main site where cells synthesize proteins.

In 2005, the anti-cancer effects of selenium in China have been written into the chemistry textbook (96 pages in the ninth grade) and the medical textbooks of colleges and universities (trace elements and health 262 pages). "Selenium can inhibit the growth of cancer cells and Its DNA, RNA and protein synthesis inhibits the transcription of oncogenes and interferes with the metabolism of carcinogens."

Using latest technologies such as selenium nucleic acid synthesis and separation, selenium is directly introduced into the human nucleic acid structure to achieve the role of killing cancer cells. "Compared with traditional anti-tumor drugs, the new drug has four key technologies to introduce selenium into nucleic acids. The element, using the unique physical and

chemical properties of selenium, increases the stability and activity of anti-tumor drugs, enhances the use efficiency of drugs, reduces the amount of use, reduces toxic and side effects, has broad market prospects, and will present existing anti-tumor drugs for chemical drugs. It is converted into a biopharmaceutical anti-tumor drug. "Nucleic acid, like protein, is a substance present in living organisms; and selenium is one of the indispensable elements of the human body. It has preventive and therapeutic effects on tumors, cancer mortality and human blood selenium. The level is closely related.

Copyright ©2016-2019 Anhui Zhongzhi Soil Research Institute Group
Address:25th Floor, Block C, Jiaqiao International Plaza , Maanshan Road and South Second Ring Road, Baohe District, Hefei, Anhui, China