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Yang Liu

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@YangLiu_LMB

Postdoctoral researcher of synthetic biology at the MRC-LMB
Cambridge, England Joined July 2013
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Yang Liu Verified account @YangLiu_LMB
According to idecRxiv, around 10% of iDEC projects over the past 6 years have gone on to peer-reviewed publication! Some project ideas have also been explored and published by other research groups.

The quality of this year’s student research was just as impressive! I’ve loved spending time with iDEC participants throughout the competition.
Over the past 6 years, iDEC has grown into a vibrant, accessible scientific community. From all of us at iDEC HQ, thank you to everyone who has taken part and to everyone who has given their time, ideas, or support along the way! #iDEC2026
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Yang Liu Verified account @YangLiu_LMB
When we talk with AI researchers, one question comes up most frequently: do you have datasets focused on mutations at key protein positions?

Until now, building libraries for that usually meant a lot of DNA synthesis. We developed HGT-DGR as a faster and cheaper way to make them.
biorxiv.org/content/10.648…
www.biorxiv.org Continuous target-specific mutagenesis and rapid gene evolution by diversity-generating retroelem... Sequence-programmable directed evolution systems have great potential to accelerate bioengineering. Diversity-generating retroelements (DGRs) are natural hypermutation systems widely distributed in...
1 replies 15 reposts 60 likes 5.7K views View on X
Yang Liu Verified account @YangLiu_LMB
Excited to share this work—we’ve been waiting a long time for it.

The searchable sequence space of DGR evolution is defined by its template (TR). However, fully exploring this space requires the TR sequence and DGR activity to remain stable over extended evolution—a major challenge in a continuously evolving population.

In E. coli, we solved this problem by coupling DGR with bacterial conjugation.

biorxiv.org/content/10.648…
www.biorxiv.org Continuous target-specific mutagenesis and rapid gene evolution by diversity-generating retroelem... Sequence-programmable directed evolution systems have great potential to accelerate bioengineering. Diversity-generating retroelements (DGRs) are natural hypermutation systems widely distributed in...
1 replies 18 reposts 50 likes 4.5K views View on X