Updates: Company News; Industry trends

Industry trends

Beijing University of Chemical Technology has developed a halophilic bacterial "plastic-making" platform to achieve efficient synthesis of P34HB.

Date：Oct 15,2025

Author：Angelo - Reprint - SciPhi Synbio

Previous article  Next article

Recommend Company News

Nature Medicine | A joint team of professors from Shenzhen Institute of Technology has discovered that immune senescence is a key mechanism of resistance to immunotherapy.

Learn more

Oct 09,2025
Synthetic biology startups join forces with food giants to accelerate the scaled - up production of natural food colorants.

Learn more

Sep 25,2025
A team from the University of Pennsylvania has developed a generative AI model to design antimicrobial peptides from scratch accelerating the development of antibiotics.

Learn more

Sep 06,2025
A synthetic biology startup has raised 13 million US dollars to use microbial fermentation to produce plant bolites with multiple pipelines in progress.

Learn more

Aug 29,2025
A research team from Southeast University collaborates to construct a single-cell connectivity atlas of the mouse brain d on statistics.

Learn more

Aug 27,2025
Southern Medical University in collaboration with Sun Yat-sen University has developed magnetically driven biomimetic bacterial robots to achieve targeted drug delivery and immune regulation.

Learn more

Aug 26,2025
Nature highlights that the University of Chicago has achieved fluorescent protein spin qubits enabling quantum manipulation and imaging in vivo.

Learn more

Aug 25,2025
How do two startups Duckweed vs. Alfalfa crack the commercialization challenge of Rubisco?

Learn more

Aug 13,2025
Cover of Nature! A Chinese team designs ultra-strong underwater adhesive hydrogels using AI with strength exceeding 1 MPa.

Learn more

Aug 12,2025
The Qingdao Institute of Bioenergy and Bioprocess Technology has successfully sorted high-throughput yeast mutants unlocking efficient production of omega-7.

Learn more

Aug 08,2025
The team led by Cai Xia from the Chinese Academy of Sciences has developed a method for large - fragment DNA editing achieving precise and scar - free editing at the scale of thousands to millions of s in eukaryotic cells.

Learn more

Aug 06,2025
The Salk Institute has open-sourced an AI tool to precisely “identify” functional microproteins in the genome.

Learn more

Aug 06,2025
A team from China Pharmaceutical University has discovered a new dual-target antibiotic which may offer a solution to the problem of antibiotic resistance in superbugs.

Learn more

Aug 04,2025
Chinese scientists have cracked the mechanism of mold sensitization and targeting epithelial perforation signals may become a new strategy for anti-allergy.

Learn more

Aug 04,2025
Algae Feed to Prevent Cows from Belching? This Startup Raises Tens of Millions of Dollars to Focus on "Methane Killers"

Learn more

Jul 28,2025
Zhejiang University team optimizes aminoacyl-tRNA synthetase d on AI to achieve efficient incorporation of non-natural amino acids.

Learn more

Jul 25,2025
Helaina's Lactoferrin Production Reaches Ton-Scale and Has Been Adopted by Multiple Brands

Learn more

Jul 24,2025
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.

Learn more

Jul 23,2025
A team from Jiangnan University has developed a novel targeted protein degradation system d on de novo protein design technology.

Learn more

Jul 23,2025
A gas fermentation startup is facing setbacks on the eve of scaling up and plans to sell its core assets.

Learn more

Jul 23,2025
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.

Learn more

Jul 17,2025
Monash University uses AI to design proteins from scratch to block nutrient uptake and inhibit the growth of pathogens.

Learn more

Jul 14,2025
Tianjin University and other institutions have developed new technologies for mega-scale human genome DNA synthesis and cross-species transfer.

Learn more

Jul 14,2025
The University of Edinburgh has engineered E. coli to convert waste plastics into the painkiller acetaminophen with a yield of 92%

Learn more

Jun 24,2025
After screening over 2000 patterns scientists have identified specific patterns that make bacteria "slip" bidding farewell to infections caused by device implants

Learn more

Jun 23,2025
The NREL team in the United States recycles carbon fiber composites through a vinegar process generating recycled carbon fibers in just 2 hours

Learn more

Jun 20,2025
Nature reported the complete computational design of enzymes and Kemp increased the efficiency of enzyme elimination by a hundredfold

Learn more

Jun 19,2025
Nature's big News! Stanford's new strategy reveals the key genes for paclitaxel biosynthesis and reconstructs the heterologous synthetic pathway of bacartin III

Learn more

Jun 16,2025
29/5000 Lululemon has signed a 10-year agreement to purchase recycled nylon and polyester fibers

Learn more

Jun 12,2025
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

Learn more

Jun 09,2025
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

Learn more

Jun 06,2025
A team from Fudan University used bolic engineering to modify Max Cruvi yeast and synthesize inositol from starch

Learn more

Jun 04,2025
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

Learn more

Jun 02,2025
Cornell University has developed highly efficient biological leaching strains to facilitate the green extraction of rare earths

Learn more

May 30,2025
The Beihua team's bolic engineering modified halophilic strains to synthesize PHB with a yield of 64.9gL

Learn more

May 27,2025
Tan Tianwei et al. developed a microbial fermentation coupled with photocatalysis method to achieve the green synthesis of bio-d adipic acid

Learn more

May 23,2025
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

Learn more

May 20,2025
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

Learn more

May 17,2025
"AI engineers" take over industrial fermentation. Shanghai Jiao Tong University has launched an AI self-control system that can also predict the fermentation process

Learn more

May 14,2025
Urine turns into a "biological mineral"! Lawrence Berkeley Laboratory has developed the "Bone Yeast" platform to synthesize high-value products at low cost

Learn more

May 10,2025
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

Learn more

May 07,2025
Shanghai Jiao Tong University has modified Escherichia coli to achieve efficient synthesis of naringenin

Learn more

May 06,2025
Tianjin University has modified Saccharomyces cerevisiae achieving efficient synthesis of plant-d diterpenoids and reaching the highest yield to date

Learn more

May 03,2025
Danish company 21t.Bio has developed a mycotoxin-free Aspergillus oryzae strain ushering in a new era of precise fermentation protein production

Learn more

May 01,2025
The team from Jiangda University has modified Escherichia coli to achieve efficient production of the anti-cancer drug Perilla alcohol

Learn more

Apr 30,2025
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

Learn more

Apr 27,2025
Eth Zurich has designed photosynthetic biomaterials that can efficiently sequester carbon dioxide for over a year

Learn more

Apr 25,2025
MIT Tsinghua University and other institutions have modified Escherichia coli through bolic engineering to achieve the synthesis of diols with acetate as the substrate

Learn more

Apr 23,2025
On the same day two Nature sub-journals reported from Westlake University on the "plug-and-play" modification method of polyketo synthase which revolutionized the production of drugs and energy

Learn more

Apr 21,2025
A team from Zhejiang University of Technology has modified Escherichia coli to biosynthesize caffeic acid and chlorogenic acid from scratch

Learn more

Apr 19,2025
Peking University in collaboration with the Shenzhen Institute of Advanced Technology has launched a synthetic biology AI large language model successfully obtaining high-performance capping enzymes with a catalytic efficiency twice as high as that of commercial enzymes

Learn more

Apr 14,2025
New breakthrough in L-lactic acid production! A team from Jiangnan University has modified Saccharomyces cerevisiae to achieve efficient production without the need for neutralizing agents

Learn more

Apr 12,2025
The University of Waterloo in collaboration with Southern University of Science and Technology has constructed high-yield membrane vesicles of engineered bacteria breaking through the treatment bottleneck of IBD

Learn more

Apr 11,2025
Artificial sweeteners can also combat drug-resistant bacteria. Brunel University has revealed the key mechanism and they can also be used as wound dressings

Learn more

Apr 09,2025
An AI pharmaceutical startup is recruiting talents widely with Chinese scholars joining. It has proposed to build "virtual cells".

Learn more

Apr 07,2025
Praised by Bill Gates a California-d startup that uses carbon dioxide to produce butter is expected to launch its Series B financing by the end of the year

Learn more

Apr 05,2025
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

Learn more

Apr 01,2025
Playing the ocarina painting ceramics... The humanistic atmosphere of Shenzhen Institute of Technology is so strong!

Learn more

Mar 30,2025
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

Learn more

Mar 06,2025
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

Learn more

Mar 05,2025
Minister of Education Huai Jinpeng presided over a research symposium on new research universities at Shenzhen University of Technology

Learn more

Feb 24,2025
Secretary Zhu Dijian led a team to visit a number of high schools in Hunan

Learn more

Feb 13,2025
Congrats! Pan Yi was elected as the 2024 Distinguished Fellow of the International Association of Engineering Technology

Learn more

Feb 10,2025
Neuron | A new way to treat Alzheimer's disease may be on the horizon

Learn more

Jan 15,2025
Deep Figure Recreation: "I look forward to the industrialization of the latest scientific research achievements in Shenzhen Polytechnic"

Learn more

Jan 13,2025
President speak! This class at Shenzhen Institute of Technology is full of "new"

Learn more

Dec 29,2024
16 academicians of both houses gathered together! The event kicked off at Shenzhen Polytechnic University

Learn more

Dec 18,2024
The freshman students made an academic report and the activity of Shenzhen Science and Technology was full of "science" flavor

Learn more

Dec 12,2024
Pair building

Learn more

Dec 11,2024
The Chinese Academy of Sciences International Scientific Program on Synthetic Cells was launched

Learn more

Oct 29,2024
A new mechanism of anti-depressant target 5-HT3R autonomous assembly was discovered by the team of Deep Science and Technology in collaboration with Max Planck of Germany

Learn more

Sep 08,2024
Trends in Biotechnology Design and R&D transformation of MAM materials d on regenerative bolic microenvironment

Learn more

Sep 07,2024
Shenzhen University of Technology and Peking University team publish the latest Nature Materials!

Learn more

Aug 13,2024
147 teams from more than 60 universities at home and abroad! The 3rd Synthetic Biology Innovation Competition was held in Shenzhen

Learn more

Aug 10,2024
The 18th Q-Bio Conference: Global scholars Explore New Frontiers of quantitative biology

Learn more

Jul 30,2024
National bio-manufacturing industry Innovation center start construction!

Learn more

Jul 15,2024
Zhu's team discovered a key mechanism in the lateral septal brain region that regulates reward and methamphetamine addiction

Learn more

Jul 03,2024
A "New Type of Research University" from the perspective of Central Media

Learn more

Jun 22,2024
Make an appointment! 2024 Shenzhen Polytechnic Campus Open Day is fresh

Learn more

Jun 08,2024
The Ministry of Education approved the establishment of Shenzhen University of Technology

Learn more

Jun 05,2024
Meng Fanli to Shenzhen University of Technology (research)

Learn more

May 29,2024
Help the transformative development of chip technology! The Shenzhen team has made important progress in the fabrication of multi- low-dimensional single crystal materials

Learn more

May 08,2024
First time! Deep Tech team reveals synaptic group organizing principles that could help fight brain aging

Learn more

Apr 24,2024
Big people gather together to talk about development! Shenzhen University of Technology held the 2024 annual strategic Planning meeting

Learn more

Apr 17,2024
Successful preparation! Shenzhen Science and Technology professors and Hong Kong university research teams have achieved important results

Learn more

Apr 15,2024
Nature | joins hands with the three universities to discover a new way to grow high-quality graphene nanoribbons!

Learn more

Apr 01,2024
Fan Jianping's message to young teachers and students: Brave when leading the tide of the development of The Times

Learn more

Mar 19,2024
How can "AI+X" talents help the "Spring of Science"? Dean of Deep Science and technology said →

Learn more

Mar 18,2024
Fan Jianping was elected as the new president of Shenzhen Association for Promoting Industry-University-Research Cooperation

Learn more

Mar 03,2024
National Science Review | Guoqiang Bi and Pengcheng Zhou's team developed the lightest (0.43g) ultra-compact head-mounted fluorescence microscope

Learn more

Feb 29,2024
Computational drug development of membrane protein targets in Nature Biotechnology

Learn more

Feb 22,2024
Academician Vogel was invited to have a New Year discussion with Premier Li Qiang of The State Council

Learn more

Feb 05,2024
Medicinal Research Reviews l Transformation of mesenchymal stem cells and their exosomes into GMP-grade advanced therapeutic products

Learn more

Jan 16,2024
Nature Machine Intelligence | Decode social behavior patterns in depth! Ai Empowers Neuroscience Research!

Learn more

Jan 08,2024
Follow! The two achievements of Shenzhen Science and Technology were selected as 2023 Shenzhen Science and Technology Innovation ten major events

Learn more

Jan 03,2024
Chen Youhai Dean of College of Pharmacy Shenzhen University of Science and Technology: Biomedical innovation should focus on three areas

Learn more

Dec 19,2023
Focusing on synthetic biology and agricultural innovation more than 300 domestic and foreign experts gathered in Shenzhen Polytechnic

Learn more

Dec 14,2023
One of the Ivy League universities in the United States visited Deep Tech

Learn more

Dec 10,2023
Academician Pan Yi won the 2023 "Science and Technology Pioneer Award" of China Travel Science and Technology Association

Learn more

Nov 28,2023
"Congratulations to Hai Rong! Shenzhen Advanced Institute independently trained the first academician of the Chinese Academy of Sciences"

Learn more

Nov 23,2023
The first joint annual meeting of Shenzhen Science and Technology and Zhejiang University was held in Shenzhen

Learn more

Sep 20,2023
Guangming District high-level talents Deep Science and Technology (Pearl Campus) special event was successfully held!

Learn more

Nov 20,2023
Computer Power Microelectronics Industry Alliance was established! It is about the key core areas of "jamming neck"

Learn more

Nov 15,2023
Fan Jianping: Seize the "window period" of scientific and technological development aim at the interdisciplinary "rich mining area"

Learn more

Nov 03,2023
72 projects worth 5.26 billion yuan! Guangming Science City adds strong momentum

Learn more

Oct 24,2023
Conference Recommendation | First Bio Intelligent Manufacturing · Green Technology Industry Forum

Learn more

Oct 21,2023
Pengbai News | Shenzhen Guangming District: How to "Synthesize" a Billion Billion Biological Industry Chain in 5 Years

Learn more

Oct 20,2023
Central Express | Synthetic Biology Industry News (September 2023)

Learn more

Oct 17,2023
Conference Recommendation | Notice of the 6th Forum of Young Scholars in Synthetic Biology (Taiyuan 2023)

Learn more

Jul 18,2023
Southern Daily | Shenzhen Synthetic Institute: A "brain" considers scientific research and industry comprehensively

Learn more

Jun 21,2023
Zhang Xianen: Three Elements of High Quality Development in Synthetic Biology

Learn more

May 01,2023
Academician Ying Hanjie: Biomanufacturing will promote the transformation and upgrading of domestic manufacturing industry

Learn more

Apr 30,2023
Creating a New Platform for the Bioeconomy and Supporting the Construction of an Agricultural Power | The Agricultural and Plant Synthetic Biology Research Center of Shenzhen Synthetic Academy was Unveiled and Established

Learn more

Apr 29,2023
Building a new ecosystem of the bioeconomy and creating a new highland of the bioeconomy | The Synthetic Biology Industry Innovation Alliance has been officially established

Learn more

Apr 29,2023

Industry trends

Beijing University of Chemical Technology has developed a halophilic bacterial "plastic-making" platform to achieve efficient synthesis of P34HB.

Nature Medicine | A joint team of professors from Shenzhen Institute of Technology has discovered that immune senescence is a key mechanism of resistance to immunotherapy.

Synthetic biology startups join forces with food giants to accelerate the scaled - up production of natural food colorants.

A team from the University of Pennsylvania has developed a generative AI model to design antimicrobial peptides from scratch accelerating the development of antibiotics.

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

A research team from Southeast University collaborates to construct a single-cell connectivity atlas of the mouse brain d on statistics.

Southern Medical University in collaboration with Sun Yat-sen University has developed magnetically driven biomimetic bacterial robots to achieve targeted drug delivery and immune regulation.

Nature highlights that the University of Chicago has achieved fluorescent protein spin qubits enabling quantum manipulation and imaging in vivo.

How do two startups Duckweed vs. Alfalfa crack the commercialization challenge of Rubisco?

Cover of Nature! A Chinese team designs ultra-strong underwater adhesive hydrogels using AI with strength exceeding 1 MPa.

The Qingdao Institute of Bioenergy and Bioprocess Technology has successfully sorted high-throughput yeast mutants unlocking efficient production of omega-7.

The team led by Cai Xia from the Chinese Academy of Sciences has developed a method for large - fragment DNA editing achieving precise and scar - free editing at the scale of thousands to millions of s in eukaryotic cells.

The Salk Institute has open-sourced an AI tool to precisely “identify” functional microproteins in the genome.

A team from China Pharmaceutical University has discovered a new dual-target antibiotic which may offer a solution to the problem of antibiotic resistance in superbugs.

Chinese scientists have cracked the mechanism of mold sensitization and targeting epithelial perforation signals may become a new strategy for anti-allergy.

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

"AI engineers" take over industrial fermentation. Shanghai Jiao Tong University has launched an AI self-control system that can also predict the fermentation process

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

MIT Tsinghua University and other institutions have modified Escherichia coli through bolic engineering to achieve the synthesis of diols with acetate as the substrate

On the same day two Nature sub-journals reported from Westlake University on the "plug-and-play" modification method of polyketo synthase which revolutionized the production of drugs and energy

A team from Zhejiang University of Technology has modified Escherichia coli to biosynthesize caffeic acid and chlorogenic acid from scratch

Peking University in collaboration with the Shenzhen Institute of Advanced Technology has launched a synthetic biology AI large language model successfully obtaining high-performance capping enzymes with a catalytic efficiency twice as high as that of commercial enzymes

New breakthrough in L-lactic acid production! A team from Jiangnan University has modified Saccharomyces cerevisiae to achieve efficient production without the need for neutralizing agents

The University of Waterloo in collaboration with Southern University of Science and Technology has constructed high-yield membrane vesicles of engineered bacteria breaking through the treatment bottleneck of IBD

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".

Praised by Bill Gates a California-d startup that uses carbon dioxide to produce butter is expected to launch its Series B financing by the end of the year

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

Playing the ocarina painting ceramics... The humanistic atmosphere of Shenzhen Institute of Technology is so strong!

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

Secretary Zhu Dijian led a team to visit a number of high schools in Hunan

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

Neuron | A new way to treat Alzheimer's disease may be on the horizon

Deep Figure Recreation: "I look forward to the industrialization of the latest scientific research achievements in Shenzhen Polytechnic"

President speak! This class at Shenzhen Institute of Technology is full of "new"

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

The freshman students made an academic report and the activity of Shenzhen Science and Technology was full of "science" flavor

Pair building

The Chinese Academy of Sciences International Scientific Program on Synthetic Cells was launched

A new mechanism of anti-depressant target 5-HT3R autonomous assembly was discovered by the team of Deep Science and Technology in collaboration with Max Planck of Germany

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

Shenzhen University of Technology and Peking University team publish the latest Nature Materials!

147 teams from more than 60 universities at home and abroad! The 3rd Synthetic Biology Innovation Competition was held in Shenzhen

The 18th Q-Bio Conference: Global scholars Explore New Frontiers of quantitative biology

National bio-manufacturing industry Innovation center start construction!

Zhu's team discovered a key mechanism in the lateral septal brain region that regulates reward and methamphetamine addiction

A "New Type of Research University" from the perspective of Central Media