CHINA Chinese Academy of Sciences highlights key research advances of 2019


Chinese Academy of Sciences highlights key research advances of 2019


19:05, January 19, 2020

BEIJING, Jan. 19 (Xinhua) -- The Chinese Academy of Sciences (CAS), China's highest academic institution in natural sciences, revealed its annual "Highlight Researches" list Sunday.


File photo: CGTN

Gene-edited diseased monkeys cloning, an archaeological discovery of the earliest human occupation of the Qinghai-Tibet Plateau and the unveiling of the African swine fever virus structure are the top three research advances in 2019.

The CAS researchers cloned five macaque monkeys from the skin cells of a diseased monkey, representing the first time anywhere in the world that gene-edited macaque monkeys of uniform genetic background have been produced. The advance will help promote research on the mechanisms of human brain disease and early diagnosis and treatment.

A human fossil, found by the CAS in a karst cave in northwestern China, is believed to belong to the ancient Denisovans, who lived around 160,000 years ago. The discovery, which prolonged human history on the Qinghai-Tibet Plateau, was listed among the Top 10 breakthroughs of 2019 by Science magazine.

A research team led by CAS and the Chinese Academy of Agricultural Sciences unraveled the three-dimensional structure of the African swine fever virus, laying a solid foundation for developing effective and safe vaccines to prevent the disease.

The launch of China's first microgravity technology experimental satellite, deep-sea exploration by Chinese manned submersible and new innovative Chinese drugs treating Alzheimer's disease and cancers are also included in the academy's list.

The other key researches in the highlights:

-- Space-based Active Earth Mapping Technology Enters 1:10,000 Era

-- Tethered Aerostat "Jimu-1" Climbs to 7,000 Meters Above

-- Researchers Demonstrate Quantum Walk of a Strongly Correlated System

-- Segmented Animal Fossil Answers Critical Evolutionary Question

-- Graphene "Origami" Reaches Atomic-level Precision

-- Critical Ice Nucleus Verified for the First Time

The list was published on the CAS website

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