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MIT Tsinghua University and other institutions have modified Escherichia coli through bolic engineering to achieve the synthesis of diols with acetate as the substrate

Date：Apr 23,2025

Author：安各洛公司

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Yuan Qipeng et al. from Beijing Chemical Industry established a synthetic pathway to achieve efficient synthesis of 1 5-pentanediol

Astaxanthin biosynthesis from Pichia pastoris by Zhang Wenming/Xinfeng Xue of Nanjing University of Technology

The combination of synthetic biology and Aspergillus Dongsheng Guo et al. Nanjing Normal University details the engineering strategy for the next generation of organic acid production

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After 20 months d on three synthetic platforms the production efficiency of L-astaxanthin was increased by 300 times

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The team of Jiangnan University modified Serratia marclay and successfully realized the efficient synthesis of α-red myrrh alcohol

Leaving Google they built a platform to make quantum computing a reality and have received tens of millions of dollars in seed funding

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Chinese scholars put on a "Superman cloak" for E. coli to improve catalytic efficiency and sustainability and their research results were published in the Nature sub-journal

Scientists engineered seeds of camelina flax and shepherd's purse to achieve ultra-high levels of acetyl-tag accumulation which is expected to be used as a substitute for diesel

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Scientists have developed a new interventional brain-computer interface which can implant ultra-flexible electrodes without opening the brain and have successfully collected high-quality nerve signals

Protein large model ESM C released 6 billion parameters performance far exceeds 15 billion parameters of ESM2

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With a 93% similarity to the resting state signal of the human brain scientists have developed a digital twin brain platform to simulate the structure and function of the human brain

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Zhejiang Dalian Jianchang team constructed a complete biosynthesis pathway of sanguinarine and its derivatives engineered strains integrated temperature control module titer exceeding 448mgL

The MIT team developed an amber polymer to preserve DNA which can be stored at room temperature and has set up a company to convert it

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Using microbial fermentation to convert CO₂ into fat the Wyss Institute spin-off company has received more than $8 million in financing and its first product is about to hit the market

Jay Keasling's team fully biosynthesizes QS-21 in engineered yeast making it more economical to produce potent adjuvants and reduce vaccine costs

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