
Chinese Scientists Create 4 Synthetic Yeast Chromosomes
Mar 10, 2017 Email"> PrintText Size

Chinese scientists have assembled four synthetic yeast chromosomes, making China the second country capable of designing and building eukaryotic genomes.
The findings were published in Friday's edition of journal Science, marking a step closer to building synthetic life.
In the study, researchers with Tianjin University, Tsinghua University and BGI-Shenzhen construct the synthetic active chromosomes through exactly matching the synthetic genome with the designed sequence for the first time.
In 2010, U.S. scientists succeeded in implanting a synthetic genome in a prokaryotic bacterium, marking the first step in chemical synthesis of live organisms.
The new effort is part of a larger project to redesign and reengineer yeast chromosomes, called the Synthetic Yeast Genome Project, which several research institutes participated in, including those in China and the United States.
Baker's yeast has long served as an important research model because their cells share many features with human cells, but are simpler and easier to study. (Xinhua)
Attachment:
(Editor: LIU Jia)
Chinese scientists have assembled four synthetic yeast chromosomes, making China the second country capable of designing and building eukaryotic genomes.
The findings were published in Friday's edition of journal Science, marking a step closer to building synthetic life.
In the study, researchers with Tianjin University, Tsinghua University and BGI-Shenzhen construct the synthetic active chromosomes through exactly matching the synthetic genome with the designed sequence for the first time.
In 2010, U.S. scientists succeeded in implanting a synthetic genome in a prokaryotic bacterium, marking the first step in chemical synthesis of live organisms.
The new effort is part of a larger project to redesign and reengineer yeast chromosomes, called the Synthetic Yeast Genome Project, which several research institutes participated in, including those in China and the United States.
Baker's yeast has long served as an important research model because their cells share many features with human cells, but are simpler and easier to study. (Xinhua)
Attachment:
Related Articles
Abnormal chromosome segregation may trigger tumors
Oct 31, 2005
China Announces Breakthrough in Zebrafish Gene Study
Oct 11, 2014
Early European May Have Had Neanderthal great-great-grandparent
Jun 01, 2015
Will Ultra-high Static Magnetic Field Affect Human Cells?
Mar 06, 2017
Scientists call for enhancing studies on chromosome engineering in plants
Nov 17, 2008

Abnormal chromosome segregation may trigger tumors
Oct 31, 2005

China Announces Breakthrough in Zebrafish Gene Study
Oct 11, 2014