Chinese DNA Editing Sunmao Technique: Cutting Genes Like Ancient Woodwork
Peking University researchers developed the Chinese DNA editing sunmao technique, inspired by ancient woodwork, to achieve unprecedented genetic efficiency.
Can a 2,000-year-old woodworking secret outsmart modern lab tech? Chinese researchers just proved it's possible. After struggling for 3 years with no results, a team from Peking University and the Chinese Academy of Sciences looked at ancient furniture design to beat the United States in the gene-editing race.
Decoding the Chinese DNA Editing Sunmao Technique
The technique is called sunmao, a traditional mortise-and-tenon joint method where wood is connected without nails or glue. Instead of relying on conventional chemical reactions, the researchers treated DNA like microscopic timber. They designed the genetic material to fit into secure, protruding joints, leading to a tool with unprecedented efficiency.
Why Tradition Solved a 3-Year Deadlock
Scientists had been hitting a wall trying to replicate Western methods. They've now shifted focus to indigenous structural logic. By applying the 3-year research window's lessons to this ancient craft, the team hasn't just improved efficiency; they've created a unique technological identity for China's biotech sector.
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