Updates: Company News; Industry trends

Industry trends

At the age of 18 he dropped out of school to start his own business and devoted himself to the development of plastic degrading enzymes with a cumulative investment of 250 million yuan

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2025-03-06 19:28:21

03 / 06

2025
Based on cell bolism and morphological regulation Jiangnan University realized the efficient synthesis of hyaluronic acid with controllable molecular weight

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2025-03-05 19:41:33

03 / 05

2025
Chinese Academy of Sciences team makes important progress in synthetic biology treatment of cancer! Breaking the "Morse Code" of tumors and bacteria

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2025-03-04 19:21:37

03 / 04

2025
In the same period two Nature sub-journals Cornell University modified the built-in "kill switch" of Mycobacterium to enhance the safety of tuberculosis vaccine

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2025-03-03 18:28:49

03 / 03

2025
Tsinghua Chen Guoqiang team engineered Vibrio natribosa to achieve efficient conversion of lysine into cadaverine

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2025-02-27 18:14:33

02 / 27

2025
Shanghai Jiaotong University and others have developed new tools for systematic design of cell factories which can predict genetic modification targets and reduce development costs

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2025-02-26 16:19:27

02 / 26

2025
Jaoyijian team of Jiangnan University published Nature sub-journal enzyme cascade reaction to achieve efficient synthesis of plant drug rotundine

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2025-02-25 19:14:37

02 / 25

2025
Brazilian scientists have discovered a "super enzyme" in bagasse soil that helps cellulose degrade efficiently

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2025-02-24 21:15:43

02 / 24

2025

Industry trends

At the age of 18 he dropped out of school to start his own business and devoted himself to the development of plastic degrading enzymes with a cumulative investment of 250 million yuan

Based on cell bolism and morphological regulation Jiangnan University realized the efficient synthesis of hyaluronic acid with controllable molecular weight

Chinese Academy of Sciences team makes important progress in synthetic biology treatment of cancer! Breaking the "Morse Code" of tumors and bacteria

In the same period two Nature sub-journals Cornell University modified the built-in "kill switch" of Mycobacterium to enhance the safety of tuberculosis vaccine

Tsinghua Chen Guoqiang team engineered Vibrio natribosa to achieve efficient conversion of lysine into cadaverine

Shanghai Jiaotong University and others have developed new tools for systematic design of cell factories which can predict genetic modification targets and reduce development costs

Jaoyijian team of Jiangnan University published Nature sub-journal enzyme cascade reaction to achieve efficient synthesis of plant drug rotundine

Brazilian scientists have discovered a "super enzyme" in bagasse soil that helps cellulose degrade efficiently