Scientists have achieved a historical success towards creating artificial life.

Following an average of 10 years of heavy work, which took place under the leadership of Macquarie University in Australia, the last chromosome of a synthetic yeast genome was synthesized. This success opens the door of producing strong foods to climate change and diseases in the future.

The creating synthetic genome in easy bacteria was realized in a eukaryotic organism first. This is a step that can create a revolution not only in food production, but also in the production of drugs and sustainable equipment in one -to -one time.

Advanced gene editing technologies have been used

“This is a long -awaited turning point in synthetic biology.” he stressed the importance of this success.

Researchers have used advanced gene editing technologies to make CRISPR to make the last synthetic yeast chromosome called SynxVI perfectly operate. In this way, critical missions were achieved with success in order to convert glycerol to power at high temperatures.

This success, a module of the SC2.0 project; It offers the potential to produce more robust drugs and sustainable materials in one -to -one time, not only food.