Updates: Company News; Industry trends

Industry trends

Spanning more than a century he has been a founding figure in the field of synthetic biology

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2024-07-10 18:38:00

07 / 10

2024
The Zhejiang University team used Pichia pastoris to synthesize nepetalol de novo and achieved the highest yield reported

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2024-06-27 18:19:00

06 / 27

2024
Zhejiang Dalian Jianchang team constructed a complete biosynthesis pathway of sanguinarine and its derivatives engineered strains integrated temperature control module titer exceeding 448mgL

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2024-06-20 22:19:00

06 / 20

2024
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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2024-06-17 17:23:00

06 / 17

2024
The team identified new targets for tolerating furfural and acetic acid in liapolytic yeast at the whole genome level and efficiently utilized lignocellulosic hydrolysate to promote green bio-manufacturing

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2024-06-13 17:26:00

06 / 13

2024
The latest review by Chen Zhen team of Tsinghua University: Important progress has been made in microbial synthesis of diols and 3 types of specific biod diols have been commercially produced

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2024-06-03 19:34:00

06 / 03

2024
Yuan Yingjin team: Through advanced engineering strategies to achieve efficient conversion of lignin to highly homogeneous PHA

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2024-05-30 19:19:00

05 / 30

2024
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

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2024-05-16 19:18:00

05 / 16

2024

Industry trends

Spanning more than a century he has been a founding figure in the field of synthetic biology

The Zhejiang University team used Pichia pastoris to synthesize nepetalol de novo and achieved the highest yield reported

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

The team identified new targets for tolerating furfural and acetic acid in liapolytic yeast at the whole genome level and efficiently utilized lignocellulosic hydrolysate to promote green bio-manufacturing

The latest review by Chen Zhen team of Tsinghua University: Important progress has been made in microbial synthesis of diols and 3 types of specific biod diols have been commercially produced

Yuan Yingjin team: Through advanced engineering strategies to achieve efficient conversion of lignin to highly homogeneous PHA

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