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A synthetic biology startup has raised 13 million US dollars to use microbial fermentation to produce plant bolites with multiple pipelines in progress.

Date：Aug 29,2025

Author：Angelo - Reprint - SciPhi Synbio

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Company News

A synthetic biology startup has raised 13 million US dollars to use microbial fermentation to produce plant bolites with multiple pipelines in progress.

Facing difficulties in fundraising and the collapse of partnerships a cultured meat startup has declared bankruptcy and is selling off its assets.

East China University of Science and Technology has developed a modular multi-enzyme cascade platform to synthesize 22 non-natural amino acids using glycerol as the raw material.

Nature highlights that AI has been used to efficiently design protein binders with a success rate approaching 50%.

South China Agricultural University has developed multi-colored glowing succulents that can emit light for up to 2 hours with a cost of only 10 yuan.

A team from the University of California Berkeley has developed a two-step cooperative system to convert CO2 into polyhydroxybutyrate (PHB).

East China University of Science and Technology and other institutions have developed a plug-and-play system achieving progress in the bio-manufacturing research of avermectin drugs.

Fungal protein as a substitute for meat eggs and dairy: BMC secures 220 million yuan in funding to accelerate production.

OpenAI joins forces with an anti-aging startup to use AI to optimize Nobel Prize-winning results significantly improving the efficiency of stem cell rejuvenation.

A research team from Jiangnan University has reengineered bacterial factories to achieve low-cost and highly efficient production of creatine.

The United States is looking to gradually phase out animal testing. Is the alternative ready?

Plant-d meat giant Beyond Meat is rumored to be on the brink of bankruptcy? The company has officially and sternly denied the rumors.

A Columbia University team develops a new anti-cancer platform that completely eliminates tumors in animal experiments.

Having burned through $300 million the microbiome therapy startup Vedanta once a star announces a 20% layoff.

Spun off from Merck the synthetic biology startup uses edible membrane technology to produce cultured meat.

Breaking the undruggable barrier Duke University uses the protein language model PepMLM to design peptides without structure.

The James Collins team utilizes generative AI to design new antibiotics to combat drug-resistant gonorrhea and MRSA.

A Zhejiang University team develops an esterification strategy to transform waste PET plastics into high-value ester compounds.

George Church secretly founded an AI company which has raised $30 million in funding.

Bacterial protein becomes a CO nemesis; scientists engineer a super detoxifier that removes 75% of toxins in 5 minutes.

A Chinese team invents a DNA polysaccharide bioplastic enabling infinite recycling through water treatment and reducing carbon emissions by nearly 80%.

Rice University engineers microbial organisms to achieve green and efficient production of Vitamin K2.

The world's first cell-cultured leather jewelry has been launched and the startup is planning a crowdfunding campaign to produce the first batch of products.

A synthetic biology startup has utilized AI to design collagen secured a 1 billion yuan funding round and obtained the first FDA certification.

Exclusive Interview with Yang Meng: The Ambitions and Implementation of BGI Genomics' AI Strategy

A protein evolution revolution! Scientists have built a "mutation factory" in E. coli increasing drug resistance by 5000 times in just one week.

With narrowing losses and increased investment in AI can Ginkgo turn things around?

The latest achievement from Heidelberg University involves AI-assisted protein "assembly" enabling the design of intelligent switches.

A natural bacterial combination that can eliminate tumors by 100% is also effective for immune deficiencies and is about to be commercialized through the establishment of a company.

A South Korean team has broken through traditional synthetic limitations to achieve ribosomal synthesis of cyclic peptides in vitro.

Zhao Huimin's team has developed a mitochondrial bolism decompartmentalization strategy which significantly increases the production of succinic acid.

The Cambridge team has restructured the genome of E. coli using only 57 codons which significantly enhances its antiviral capabilities.

A study published in Nature has confirmed that infections with COVID-19 and influenza can activate dormant cancer cells increasing the risk of cancer recurrence.

Rice University has developed a multi-channel bioelectronic sensor that can accurately detect multiple heavy l pollutants in water.

The first AI-designed gene editor has been published in Nature having edited the human genome. The team plans to open-source the most comprehensive CRISPR system data.

In just five months from proof of concept to gram-scale production the synthetic biology listed company NCT has achieved a breakthrough in synthesis with a purity of 99%.

Columbia University has used CRISPR transposase to precisely inactivate intestinal pathogens significantly improving the survival rate of mice.

Tianjin University has developed engineered probiotics in combination with electronic capsules to achieve integrated diagnosis and treatment of intestinal diseases.

A research team from Jiangnan University has engineered Pichia pastoris to achieve efficient conversion of methanol to farnesene.

A Chinese postdoctoral researcher as the first author the Nobel Prize-winning team utilized AI to design TCRs from scratch and is about to establish a company.

Two major companies under Flagship have laid off nearly a hundred people.

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

A team from Zhejiang University has launched a multimodal large language model that can design biomolecules d on human instructions.

Biodegradable and recyclable! Chen Zhaoji from Wuhan University and others have developed a "paper plastic" that can support a weight of 65 kg and degrade naturally in 180 days.

A team from Huazhong University of Science and Technology has developed a non-pathogenic bacteria-nanohybrid that works synergistically to inhibit tumors achieving a tumor targeting rate of 50%.

Chinese scholars turn food waste into treasure synthesizing 100% biodegradable bioplastic in two steps.

A team from the University of Pennsylvania used AI to decode animal venom discovering hundreds of potential antibiotics.

A startup is using synthetic biology to disrupt traditional poultry disease prevention. Its pioneering probiotic product is about to hit the market and it has raised $18 million in funding to drive commercialization.

Finnish companies are producing protein from air and a factory with an annual output of ten thousand tons is about to start production. It has already secured orders for 60% of its capacity.

A Chinese scholar serving as both the first author and corresponding author published a paper in *Cell* developing a photo-genetic platform to screen for broad-spectrum antiviral drugs which have been proven effective against multiple viruses.

A South Korean team has developed an engineered *Corynebacterium* platform breaking through the gram-level barrier in lutein production.

Mitsui Chemical has made a strategic investment in a British start-up and entered the field of artificial fat

The CRISPR patent battle has resumed. Can the Nobel laureate stage a comeback and regain the ?

Fruit flies transform into "protein factories". This start-up uses insects to replace bioreactors increasing efficiency by 30 times

Sumitomo Chemical announced the establishment of a bio-d LCP mass production technology and the product is expected to be launched in 2027

The new head of the FDA has taken tough measures: accelerating approval and bringing AI to work and the radical reform plan has sparked controversy

The Brazilian ethanol giant has teamed up with a Finnish start-up to produce bacterial protein using diluted distiller's grains as raw materials

Yuan Yingjin et al. modified Saccharomyces cerevisiae through bolic engineering achieving an efficient conversion from kaempferol to icaritin

Shenzhen Institute of Technology Unlocks the "new code" of synthetic biology: Six achievements are showcased at the scientific research achievements Release conference

Shenzhen Institute of Technology organized discussions on new paths for sharing scientific research resources

The production reached 35g/L and the bolic engineering strategy of the team of Jiangda Mu Wanmeng realized the biosynthesis of difucosyl lactose

Zhihuijun's team launched a full-stack robot learning platform with a success rate of more than 60% for complex tasks and the dataset has been open source

The University of Copenhagen customized synthetic isoprene analogs to obtain better properties of cannabinoids and flavourings

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

Jay Keasling's team built a programmable biosynthesis platform d on polyketosynthase and sulfur reductase in Streptomyces albus to achieve efficient synthesis of diol amino alcohol and hydroxyl acid

Stanford Nvidia and others released the largest public AI biological model d on more than 100000 species gene sequence training is expected to accelerate the development of synthetic biology

Shandong University modified Yeyeria lipolytica to achieve efficient synthesis of natural anticancer compounds

Grok 3 is coming! Musk claims "the smartest AI on Earth" can 200000 Gpus subvert the AI landscape?

Tsinghua University Metabolic Engineering modified Escherichia coli to synthesize HMD and HDO from glucose

Duke University's synthetic biocondensates turbocharge bacteria for efficient protein production

China's biopharmaceutical industry is having a "DeepSeek moment" as it evolves from a manufacturing hub to an innovation hub

Xu Peng et al. engineered Yeyeria lipolysaccharides to detoxify plant food cyanoside and reduce the risk of poisoning

A Chinese scholar serving as both the first author and corresponding author published a paper in Cell developing a photo-genetic platform to screen for broad-spectrum antiviral drugs which have been proven effective against multiple viruses.

A South Korean team has developed an engineered Corynebacterium platform breaking through the gram-level barrier in lutein production.