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"Smart Bacteria" Conquer Kidney Stones! Stanford Team Repurposes Gut Bacteria to Precisely Degrade Oxalate in Urine

Date：Jul 24,2025

Author：Angelo - Reprint - SciPhi Synbio

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Industry trends

"Smart Bacteria" Conquer Kidney Stones! Stanford Team Repurposes Gut Bacteria to Precisely Degrade Oxalate in Urine

Algae Feed to Prevent Cows from Belching? This Startup Raises Tens of Millions of Dollars to Focus on "Methane Killers"

Zhejiang University team optimizes aminoacyl-tRNA synthetase d on AI to achieve efficient incorporation of non-natural amino acids.

Helaina's Lactoferrin Production Reaches Ton-Scale and Has Been Adopted by Multiple Brands

A former DeepMind employee has unveiled a new AI model with a web version that can design proteins with just one click. Thirty experiments are equivalent to a million screenings.

A team from Jiangnan University has developed a novel targeted protein degradation system d on de novo protein design technology.

A gas fermentation startup is facing setbacks on the eve of scaling up and plans to sell its core assets.

The latest research in Nature reveals that specific gut microbiota can enhance the effectiveness of anti-cancer drugs with the efficacy of PD-1 being increased by three times.

Monash University uses AI to design proteins from scratch to block nutrient uptake and inhibit the growth of pathogens.

Tianjin University and other institutions have developed new technologies for mega-scale human genome DNA synthesis and cross-species transfer.

The University of Edinburgh has engineered E. coli to convert waste plastics into the painkiller acetaminophen with a yield of 92%

After screening over 2000 patterns scientists have identified specific patterns that make bacteria "slip" bidding farewell to infections caused by device implants

The NREL team in the United States recycles carbon fiber composites through a vinegar process generating recycled carbon fibers in just 2 hours

Nature reported the complete computational design of enzymes and Kemp increased the efficiency of enzyme elimination by a hundredfold

Nature's big News! Stanford's new strategy reveals the key genes for paclitaxel biosynthesis and reconstructs the heterologous synthetic pathway of bacartin III

29/5000 Lululemon has signed a 10-year agreement to purchase recycled nylon and polyester fibers

The team led by Academician Shan Yang from the Hunan Academy of Agricultural Sciences has modified yeast strains to eliminate the Crabtree effect and increase product yields

The former CEO of Google is betting on a startup to open source a 24-billion-parameter model focusing on the design of drug-like molecules

A team from Fudan University used bolic engineering to modify Max Cruvi yeast and synthesize inositol from starch

The team from the Institute of Process Engineering proposed a one-pot two-step multi-enzyme method to efficiently synthesize two types of human milk oligosaccharides

Cornell University has developed highly efficient biological leaching strains to facilitate the green extraction of rare earths

The Beihua team's bolic engineering modified halophilic strains to synthesize PHB with a yield of 64.9gL

Tan Tianwei et al. developed a microbial fermentation coupled with photocatalysis method to achieve the green synthesis of bio-d adipic acid

Xiamen University has published a breakthrough achievement in the efficient synthesis of branched-chain βγ -diols by microorganisms contributing to the goal of carbon neutrality

A brand-new microorganism has been discovered for the first time in China's space station! Species of the same genus have great potential in fields such as the production of bio-fertilizers and bioremediation

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Urine turns into a "biological mineral"! Lawrence Berkeley Laboratory has developed the "Bone Yeast" platform to synthesize high-value products at low cost

A major breakthrough has been made in a Nature journal: The University of Copenhagen has transformed a yeast "cell factory" to crack the final code of paclitaxel biosynthesis

Shanghai Jiao Tong University has modified Escherichia coli to achieve efficient synthesis of naringenin

Tianjin University has modified Saccharomyces cerevisiae achieving efficient synthesis of plant-d diterpenoids and reaching the highest yield to date

Danish company 21t.Bio has developed a mycotoxin-free Aspergillus oryzae strain ushering in a new era of precise fermentation protein production

The team from Jiangda University has modified Escherichia coli to achieve efficient production of the anti-cancer drug Perilla alcohol

Jinan University has discovered the key enzyme for the biosynthesis of dihydroartemisinic acid from artemisinic acid providing a more convenient and efficient approach for the production of artemisinin

Eth Zurich has designed photosynthetic biomaterials that can efficiently sequester carbon dioxide for over a year

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Artificial sweeteners can also combat drug-resistant bacteria. Brunel University has revealed the key mechanism and they can also be used as wound dressings

An AI pharmaceutical startup is recruiting talents widely with Chinese scholars joining. It has proposed to build "virtual cells".

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A Nobel Prize-winning team is in charge. An AI pharmaceutical company has raised 600 million US dollars and is expected to conduct clinical trials by the end of the year

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Nature | could rewrite the textbooks! The cooperation results of professors from Shenzhen University of Technology confirmed that cAMP is the second messenger of plant cells

Build a red education highland together! Shenzhen Science and Technology signed a cooperation agreement with the Party History Literature Research Office of the Municipal Committee

Minister of Education Huai Jinpeng presided over a research symposium on new research universities at Shenzhen University of Technology

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Congrats! Pan Yi was elected as the 2024 Distinguished Fellow of the International Association of Engineering Technology

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16 academicians of both houses gathered together! The event kicked off at Shenzhen Polytechnic University

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Trends in Biotechnology Design and R&D transformation of MAM materials d on regenerative bolic microenvironment

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Big people gather together to talk about development! Shenzhen University of Technology held the 2024 annual strategic Planning meeting

Successful preparation! Shenzhen Science and Technology professors and Hong Kong university research teams have achieved important results

Nature | joins hands with the three universities to discover a new way to grow high-quality graphene nanoribbons!

Fan Jianping's message to young teachers and students: Brave when leading the tide of the development of The Times

How can "AI+X" talents help the "Spring of Science"? Dean of Deep Science and technology said →

Fan Jianping was elected as the new president of Shenzhen Association for Promoting Industry-University-Research Cooperation

National Science Review | Guoqiang Bi and Pengcheng Zhou's team developed the lightest (0.43g) ultra-compact head-mounted fluorescence microscope

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