Table Formation Forefront Forum No. 25

Lecture information

Lecture theme: Large -scale genome program data analysis algorithm and "China 100,000 Genome Project"

Date: September 27, 2022 (Tuesday) 20: 00-21: 30

Introduction

Wang Yadong

Wang Yadong, a professor and doctoral supervisor of Harbin Institute of Technology, Executive Dean of the School of Medicine and Health, President of the Institute of Biological Information Technology, Director of the Ministry of Biological Bio -Data Education, Chief Scientist of the "100,000 Genome Plan for China", degree in the State Council Member of the Computer Review Group of the Commission, a member of the Chinese Human Pathum Group Research Cooperation Group (HPCC). Professor Wang Yadong has been engaged in the research of biological information algorithms for a long time. He has published more than 100 papers in important biological information journals, and has won 1 second prize of national scientific and technological progress and 2 first prizes in Heilongjiang Natural Science. Its representative results include: Create the world's first self -and -family genome browser PGBrowser and FGBROWSER, establish the world's first genome non -linear representation and analysis algorithm system. Officially recommended data analysis tools to promote global use.

Professor Wang Yadong serves as the "Biological and Information Convergence (BT and IT integration)" key special expert group, expert group of national biotechnology development strategic guidance expert committees, and expert group of the "Strategic Development Strategic Development Strategic Outline of Biotechnology" The expert group of "Thirteenth Five -Year Plan" national "major slow disease" key research and development plan expert group, "13th Five -Year Plan" national "Biological Safety" key research and development plan expert group expert.

Report Abstract

Large -scale genome plans have become an important way to promote biomedicine and healthy development. With the explosive growth of high -throughput sequencing data, accurate and efficient large -scale genome data analysis has become an important bottleneck and challenge. In the past 20 years, Harbin Institute of Technology has continued to focus on the research of large -scale genome data analysis core algorithms. It has independently developed nearly 100 high -efficiency and accurate genome data analysis algorithms. For the first time in the world, genome non -linear representation and analysis algorithm system has been established. Home -based genome browsers and other representative algorithms and systems. These efficient algorithms have been successfully applied to my country's first large -scale genome program "China 100,000 Genome Project", and found that more than 290 million Chinese crowd genome mutations were discovered. The mutation map has laid an important scientific foundation for the future development of important areas such as genome science and biomedicine in my country.

Moderator Introduction

Xu Shuhua

Xu Shuhua, a special professor of Fudan University, a doctoral supervisor, a dual-hired professor of Zhongshan Hospital of Fudan University; the leader of the young scientist group co-supported by the German Map Society and the Chinese Academy of Sciences from 2012-2018; ; In 2015, I won the National Outstanding Youth Fund; in 2016, they were selected as an outstanding academic leader in Shanghai; in 2018, they were selected as the young and young science and technology innovation leaders of the Ministry of Science and Technology; Planning science and technology leading talents. He is also a director of the Chinese Genetics Society, an executive director of the Shanghai Genetics Society, and an executive director of the Shanghai Human Society; the editor -in -chief of multiple SCI academic journals such as JGG (China), Molecular Genetics and Genomics (Germany), Hereditas (UK), BMC GECTION EDITOR, BMC Genomic Data (British) editor.

He has long been committed to group genome research, develops and uses group genome methods and computing biological methods, and applies group genetics and molecular evolution theory to research on adaptive evolution and disease mechanisms; Sys., Nat GeNet, Nat Commun, Genome Biol, Ajhg, NAR, NSR, GET, Genome Res, MBE and other journals published more than 140 academic papers, more than 5,800 cited, and the highest number of communication authors thesis was quoted at the highest reference. More than 600 times. The results were repeatedly selected for F1000 outstanding papers, journal "Highlights", Science, Scientific American and other special articles. He has won the Chinese Academy of Sciences Young Scientist Award, Dean of the Chinese Academy of Sciences (mentor), the first prize of the Ministry of Education Natural Science, and the second prize of the National Natural Science Science.

organizer:

Shanghai International Human Pathum Group Research Institute

Phenomics Press Group College Journal

Fudan University Human Pathum Group Research Institute

Chinese Biological Physics Society Press Formation Branch

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