Updates: Company News; Industry trends

Industry trends

AI-driven protein design is entering the "programmable" era with a Harvard team proposing a suite of seven tools to streamline the entire process.

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2025-09-11 20:20:14

09 / 11

2025
The U.S. FDA plans to eliminate the "self-determination of safety" pathway which may impact the food technology industry.

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2025-09-11 19:19:09

09 / 11

2025
The team from Beijing Forestry University has developed a green catalytic technology to transform soapberry "waste" into prebiotics.

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2025-09-10 20:16:04

09 / 10

2025
With a daily throughput exceeding 14 Tb BGI Genomics has launched the ultra-high-throughput sequencer T7+.

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2025-09-10 19:04:04

09 / 10

2025
The team from Kobe University has reengineered Escherichia coli to achieve highly efficient synthesis of 25-pyridinedicarboxylic acid (25-PDCA) with a yield increase of more than seven times.

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2025-09-09 19:22:03

09 / 09

2025
Shandong University transforms the highly active β-glucosidase of Trichoderma reesei promoting the economical production of lignocellulosic sugars.

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2025-09-09 18:50:04

09 / 09

2025
A Dutch company has scaled up its fermentation technology to produce palm oil alternatives with an annual output of over a thousand tons of the substitute.

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2025-09-04 23:57:36

09 / 04

2025
A research team from Northwest University has decoded the lignin bolism blueprint of Pseudomonas bacteria transforming plant waste into energy.

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2025-09-04 23:22:04

09 / 04

2025

Industry trends

AI-driven protein design is entering the "programmable" era with a Harvard team proposing a suite of seven tools to streamline the entire process.

The U.S. FDA plans to eliminate the "self-determination of safety" pathway which may impact the food technology industry.

The team from Beijing Forestry University has developed a green catalytic technology to transform soapberry "waste" into prebiotics.

With a daily throughput exceeding 14 Tb BGI Genomics has launched the ultra-high-throughput sequencer T7+.

The team from Kobe University has reengineered Escherichia coli to achieve highly efficient synthesis of 25-pyridinedicarboxylic acid (25-PDCA) with a yield increase of more than seven times.

Shandong University transforms the highly active β-glucosidase of Trichoderma reesei promoting the economical production of lignocellulosic sugars.

A Dutch company has scaled up its fermentation technology to produce palm oil alternatives with an annual output of over a thousand tons of the substitute.

A research team from Northwest University has decoded the lignin bolism blueprint of Pseudomonas bacteria transforming plant waste into energy.