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• 安各洛（深圳）生物科技有限公司
  2025-08-07+00:00
  Always
  1.0
• Angelo (Shenzhen) Biotechnology Co. Ltd
  2025-08-07+00:00
  Always
  1.0
• 创新与研发
  2025-08-07+00:00
  Always
  0.6
• New R&D
  2025-08-07+00:00
  Always
  0.6
• 技术平台
  2025-08-07+00:00
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  0.6
• Technology Platform
  2025-08-07+00:00
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• 产业化基地
  2025-08-07+00:00
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• Industrialization Base
  2025-08-07+00:00
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• 研发管线
  2025-08-07+00:00
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• R&D pipeline
  2025-08-07+00:00
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• 原料与应用
  2025-08-07+00:00
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• Materials/Applications
  2025-08-07+00:00
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• 核心原料
  2025-08-07+00:00
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• Core raw materials
  2025-08-07+00:00
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• 应用行业
  2025-08-07+00:00
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• Application industry
  2025-08-07+00:00
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• 资讯动态
  2025-08-07+00:00
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• Updates
  2025-08-07+00:00
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• 公司新闻
  2025-08-07+00:00
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• Company News
  2025-08-07+00:00
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• 行业动态
  2025-08-07+00:00
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• Industry trends
  2025-08-07+00:00
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• 服务与合作
  2025-08-07+00:00
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• Partnership
  2025-08-07+00:00
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• 技术服务
  2025-08-07+00:00
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• Technical service
  2025-08-07+00:00
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• 合作联系
  2025-08-07+00:00
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• Cooperation contact
  2025-08-07+00:00
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• ANGELO^® SOD-NAMPT蚕蛹蛋白（肽）
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® SOD-NAMPT Silkworm pupa protein (peptide)
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® EcN-SOD药用蛋白
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® EcN-SOD Medicinal protein
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® 耐高温耐酸碱益生菌SOD
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® High temperature-，acid- and alkali resistant probiotic SOD
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® 耐高温耐酸碱植物源SOD
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® High temperature- acid- and alkali resistant plant source SOD
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® 耐高温耐酸碱酵母菌SOD
  2025-08-07+00:00
  Always
  0.6
• ANGELO^® High temperature-，acid- and alkali resistant yeast SOD
  2025-08-07+00:00
  Always
  0.6
• 中科院高彩霞团队开发大片段DNA编辑方式，真核细胞中实现千碱基到兆碱基规模的精确、无痕编辑
  2025-08-07+00:00
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  0.6
• 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.
  2025-08-07+00:00
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  0.6
• 索尔克研究所开源AI工具，精准“锁定”基因组中的功能微蛋白
  2025-08-07+00:00
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  0.6
• The Salk Institute has open-sourced an AI tool to precisely “identify” functional microproteins in the genome.
  2025-08-07+00:00
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  0.6
• 中国药科大团队发现新型双靶点抗生素，有望破解超级细菌耐药难题
  2025-08-07+00:00
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• 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.
  2025-08-07+00:00
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  0.6
• 中国科学家破解霉菌致敏机制，靶向上皮穿孔信号或成抗过敏新策略
  2025-08-07+00:00
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  0.6
• Chinese scientists have cracked the mechanism of mold sensitization and targeting epithelial perforation signals may become a new strategy for anti-allergy.
  2025-08-07+00:00
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  0.6
• 海藻饲料让牛不打嗝？这家初创获千万美元融资专攻“甲烷克星”
  2025-08-07+00:00
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  0.6
• Algae Feed to Prevent Cows from Belching? This Startup Raises Tens of Millions of Dollars to Focus on "Methane Killers"
  2025-08-07+00:00
  Always
  0.6
• 浙大团队基于AI优化氨酰-tRNA合成酶，实现非天然氨基酸高效掺入
  2025-08-07+00:00
  Always
  0.6
• Zhejiang University team optimizes aminoacyl-tRNA synthetase d on AI to achieve efficient incorporation of non-natural amino acids.
  2025-08-07+00:00
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  0.6
• Helaina人乳铁蛋白产能达吨级规模，已获多家品牌采用
  2025-08-07+00:00
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  0.6
• Helaina's Lactoferrin Production Reaches Ton-Scale and Has Been Adopted by Multiple Brands
  2025-08-07+00:00
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• DeepMind前员工放大招，全新AI模型网页版一键设计蛋白质，30次实验顶百万次筛选
  2025-08-07+00:00
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  0.6
• 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.
  2025-08-07+00:00
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• 江大团队基于从头设计蛋白技术，开发全新靶向蛋白降解系统
  2025-08-07+00:00
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  0.6
• A team from Jiangnan University has developed a novel targeted protein degradation system d on de novo protein design technology.
  2025-08-07+00:00
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  0.6
• 气体发酵初创折戟规模化前夜，拟出售核心资产
  2025-08-07+00:00
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  0.6
• A gas fermentation startup is facing setbacks on the eve of scaling up and plans to sell its core assets.
  2025-08-07+00:00
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  0.6
• Nature最新研究揭示，特定肠道菌群可增强抗癌药物效果，PD-1疗效提升3倍
  2025-08-07+00:00
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  0.6
• 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.
  2025-08-07+00:00
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  0.6
• 莫那什大学利用AI从头设计蛋白，阻断营养物摄取，抑制病原菌生长
  2025-08-07+00:00
  Always
  0.6
• Monash University uses AI to design proteins from scratch to block nutrient uptake and inhibit the growth of pathogens.
  2025-08-07+00:00
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  0.6
• 天津大学等开发兆级别人类基因组DNA合成和跨物种转移新技术
  2025-08-07+00:00
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  0.6
• Tianjin University and other institutions have developed new technologies for mega-scale human genome DNA synthesis and cross-species transfer.
  2025-08-07+00:00
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  0.6
• 爱丁堡大学工程化大肠杆菌，将废弃塑料转化为止痛药对乙酰氨基酚，产率达92%
  2025-08-07+00:00
  Always
  0.6
• The University of Edinburgh has engineered E. coli to convert waste plastics into the painkiller acetaminophen with a yield of 92%
  2025-08-07+00:00
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  0.6
• 筛选超2000种图案，科学家找到让细菌“打滑”的特定图案，告别器械植入物感染
  2025-08-07+00:00
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  0.6
• After screening over 2000 patterns scientists have identified specific patterns that make bacteria "slip" bidding farewell to infections caused by device implants
  2025-08-07+00:00
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  0.6
• 美国NREL团队醋解工艺回收碳纤维复合材料，2小时生成再生碳纤维
  2025-08-07+00:00
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  0.6
• The NREL team in the United States recycles carbon fiber composites through a vinegar process generating recycled carbon fibers in just 2 hours
  2025-08-07+00:00
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  0.6
• Nature报道酶的完整计算设计，Kemp消除酶效率提升百倍
  2025-08-07+00:00
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  0.6
• Nature reported the complete computational design of enzymes and Kemp increased the efficiency of enzyme elimination by a hundredfold
  2025-08-07+00:00
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  0.6
• Nature重磅！斯坦福新策略揭示紫杉醇生物合成关键基因，重构巴卡汀III异源合成路径
  2025-08-07+00:00
  Always
  0.6
• Nature's big News! Stanford's new strategy reveals the key genes for paclitaxel biosynthesis and reconstructs the heterologous synthetic pathway of bacartin III
  2025-08-07+00:00
  Always
  0.6
• Lululemon签署10年期协议，承购再生尼龙和聚酯纤维
  2025-08-07+00:00
  Always
  0.6
• 29/5000 Lululemon has signed a 10-year agreement to purchase recycled nylon and polyester fibers
  2025-08-07+00:00
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  0.6
• 湖南农科院单杨院士团队改造酵母菌株，消除Crabtree效应，提高产品产量
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
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  0.6
• 前谷歌CEO押注，初创​​开源240亿参数模型，主打类药物分子设计
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
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  0.6
• 复旦团队代谢工程改造马克斯克鲁维酵母，利用淀粉合成肌醇
  2025-08-07+00:00
  Always
  0.6
• A team from Fudan University used bolic engineering to modify Max Cruvi yeast and synthesize inositol from starch
  2025-08-07+00:00
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  0.6
• 过程工程所团队提出一锅两步多酶法，高效合成2种人乳寡糖
  2025-08-07+00:00
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  0.6
• 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
  2025-08-07+00:00
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  0.6
• 康奈尔大学开发高效生物浸出菌株，助力绿色提取稀土
  2025-08-07+00:00
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  0.6
• Cornell University has developed highly efficient biological leaching strains to facilitate the green extraction of rare earths
  2025-08-07+00:00
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  0.6
• 北化团队代谢工程改造嗜盐菌株合成PHB，产量达64.9gL
  2025-08-07+00:00
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  0.6
• The Beihua team's bolic engineering modified halophilic strains to synthesize PHB with a yield of 64.9gL
  2025-08-07+00:00
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  0.6
• 谭天伟等开发微生物发酵耦合光催化方法，实现生物基己二酸绿色合成
  2025-08-07+00:00
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  0.6
• Tan Tianwei et al. developed a microbial fermentation coupled with photocatalysis method to achieve the green synthesis of bio-d adipic acid
  2025-08-07+00:00
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  0.6
• 厦大发表突破性成果，微生物高效合成支链βγ-二醇，助力碳中和目标
  2025-08-07+00:00
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  0.6
• 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
  2025-08-07+00:00
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  0.6
• 中国空间站首次发现全新微生物！同属菌种在生物肥料生产、生物修复等领域潜力巨大
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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  0.6
• “AI工程师”接管工业发酵，上海交大推出AI自控系统，还可预测发酵过程
  2025-08-07+00:00
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• "AI engineers" take over industrial fermentation. Shanghai Jiao Tong University has launched an AI self-control system that can also predict the fermentation process
  2025-08-07+00:00
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• 尿液变“生物矿”！劳伦斯伯克利实验室开发“骨酵母”平台，低成本合成高价值产品
  2025-08-07+00:00
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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
  2025-08-07+00:00
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• Nature子刊重磅突破，哥本哈根大学改造酵母“细胞工厂”，破解紫杉醇生物合成的最后密码
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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  0.6
• 上海交大改造大肠杆菌，实现柚皮素的高效合成
  2025-08-07+00:00
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  0.6
• Shanghai Jiao Tong University has modified Escherichia coli to achieve efficient synthesis of naringenin
  2025-08-07+00:00
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  0.6
• 天津大学改造酿酒酵母，实现植物源二萜高效合成，达到迄今为止最高产量
  2025-08-07+00:00
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  0.6
• Tianjin University has modified Saccharomyces cerevisiae achieving efficient synthesis of plant-d diterpenoids and reaching the highest yield to date
  2025-08-07+00:00
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  0.6
• 丹麦公司21st.BIO开发无霉菌毒素的米曲霉菌株，开启精准发酵蛋白质生产新时代
  2025-08-07+00:00
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• Danish company 21t.Bio has developed a mycotoxin-free Aspergillus oryzae strain ushering in a new era of precise fermentation protein production
  2025-08-07+00:00
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  0.6
• 江大团队改造大肠杆菌，实现抗癌药物紫苏醇的高效生产
  2025-08-07+00:00
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  0.6
• The team from Jiangda University has modified Escherichia coli to achieve efficient production of the anti-cancer drug Perilla alcohol
  2025-08-07+00:00
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  0.6
• 暨南大学发掘青蒿酸生物合成二氢青蒿酸关键酶，为青蒿素的生产提供更便捷、高效途径
  2025-08-07+00:00
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  0.6
• 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
  2025-08-07+00:00
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  0.6
• 苏黎世联邦理工设计光合生物材料，高效封存二氧化碳逾一年
  2025-08-07+00:00
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  0.6
• Eth Zurich has designed photosynthetic biomaterials that can efficiently sequester carbon dioxide for over a year
  2025-08-07+00:00
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• MIT、清华等代谢工程改造大肠杆菌，实现乙酸盐为底物的二醇合成
  2025-08-07+00:00
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  0.6
• MIT Tsinghua University and other institutions have modified Escherichia coli through bolic engineering to achieve the synthesis of diols with acetate as the substrate
  2025-08-07+00:00
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  0.6
• 同日两篇Nature子刊，西湖大学报道聚酮合酶“即插即用”改造方法，变革药物及能源生产
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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  0.6
• 浙工大团队改造大肠杆菌，从头生物合成咖啡酸和绿原酸
  2025-08-07+00:00
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  0.6
• A team from Zhejiang University of Technology has modified Escherichia coli to biosynthesize caffeic acid and chlorogenic acid from scratch
  2025-08-07+00:00
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  0.6
• 北大携手深圳先进院推出合成生物AI大语言模型，成功获得高性能加帽酶，催化效率高于商业酶2倍
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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  0.6
• L-乳酸生产新突破！江南大学团队改造酿酒酵母，实现无需中和剂高效生产
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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• 滑铁卢大学联合南科大构建工程菌高产膜囊泡，突破IBD治疗瓶颈
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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• 人工甜味剂也能对抗耐药菌，布鲁内尔大学揭秘关键机制，还可用作伤口敷料
  2025-08-07+00:00
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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
  2025-08-07+00:00
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• AI制药初创广纳人才，华人学者加盟，提出构建“虚拟细胞”
  2025-08-07+00:00
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• An AI pharmaceutical startup is recruiting talents widely with Chinese scholars joining. It has proposed to build "virtual cells".
  2025-08-07+00:00
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• 获比尔盖茨称赞，加州初创利用二氧化碳造黄油，预计年底启动B轮融资
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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• 诺奖团队坐镇，AI制药公司融资6亿美元，或于年底开展临床试验
  2025-08-07+00:00
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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
  2025-08-07+00:00
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• 吹陶笛、绘陶瓷……深圳理工的人文气息竟然这么浓！
  2025-08-07+00:00
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• Playing the ocarina painting ceramics... The humanistic atmosphere of Shenzhen Institute of Technology is so strong!
  2025-08-07+00:00
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• Nature｜或将改写教科书！深圳理工大学教授合作成果证实cAMP是植物细胞第二信使
  2025-08-07+00:00
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  0.6
• 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
  2025-08-07+00:00
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  0.6
• 共筑红色教育高地！深圳理工与市委党史文献研究室签署合作协议
  2025-08-07+00:00
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• 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
  2025-08-07+00:00
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• 教育部部长怀进鹏在深圳理工大学主持召开新型研究型大学调研座谈会
  2025-08-07+00:00
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• Minister of Education Huai Jinpeng presided over a research symposium on new research universities at Shenzhen University of Technology
  2025-08-07+00:00
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• 朱迪俭书记带队访问湖南多所高中
  2025-08-07+00:00
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• Secretary Zhu Dijian led a team to visit a number of high schools in Hunan
  2025-08-07+00:00
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• 祝贺！潘毅当选2024年国际工程技术协会杰出会士
  2025-08-07+00:00
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• Congrats! Pan Yi was elected as the 2024 Distinguished Fellow of the International Association of Engineering Technology
  2025-08-07+00:00
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• Neuron | 阿尔茨海默病治疗或迎来新方法
  2025-08-07+00:00
  Always
  0.6
• Neuron | A new way to treat Alzheimer's disease may be on the horizon
  2025-08-07+00:00
  Always
  0.6
• 深理人物 康乐：“我期待在深圳理工将最新科研成果产业化”
  2025-08-07+00:00
  Always
  0.6
• Deep Figure Recreation: "I look forward to the industrialization of the latest scientific research achievements in Shenzhen Polytechnic"
  2025-08-07+00:00
  Always
  0.6
• 校长开讲！深圳理工这堂课含“新”量满满
  2025-08-07+00:00
  Always
  0.6
• President speak! This class at Shenzhen Institute of Technology is full of "new"
  2025-08-07+00:00
  Always
  0.6
• 16位两院院士齐聚！这一活动在深圳理工大学开幕
  2025-08-07+00:00
  Always
  0.6
• 16 academicians of both houses gathered together! The event kicked off at Shenzhen Polytechnic University
  2025-08-07+00:00
  Always
  0.6
• 大一学生作学术报告，深圳理工这场活动含“科”味儿拉满
  2025-08-07+00:00
  Always
  0.6
• The freshman students made an academic report and the activity of Shenzhen Science and Technology was full of "science" flavor
  2025-08-07+00:00
  Always
  0.6
• 结对共建
  2025-08-07+00:00
  Always
  0.6
• Pair building
  2025-08-07+00:00
  Always
  0.6
• 中国科学院合成细胞国际科学计划启动
  2025-08-07+00:00
  Always
  0.6
• The Chinese Academy of Sciences International Scientific Program on Synthetic Cells was launched
  2025-08-07+00:00
  Always
  0.6
• 深理工团队联合德国马普所发现抗抑郁靶点5-HT3R自主装配新机理
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• Trends in Biotechnology 基于再生代谢微环境的适配MAM材料设计和研发转化
  2025-08-07+00:00
  Always
  0.6
• Trends in Biotechnology Design and R&D transformation of MAM materials d on regenerative bolic microenvironment
  2025-08-07+00:00
  Always
  0.6
• 深圳理工大学联合北京大学团队，发表最新Nature Materials！
  2025-08-07+00:00
  Always
  0.6
• Shenzhen University of Technology and Peking University team publish the latest Nature Materials!
  2025-08-07+00:00
  Always
  0.6
• 汇聚中外60多所高校147支队伍！第三届合成生物学创新赛在深举办
  2025-08-07+00:00
  Always
  0.6
• 147 teams from more than 60 universities at home and abroad! The 3rd Synthetic Biology Innovation Competition was held in Shenzhen
  2025-08-07+00:00
  Always
  0.6
• 深圳续篇第18届Q-Bio会议：全球学者共探定量生物学新前沿
  2025-08-07+00:00
  Always
  0.6
• The 18th Q-Bio Conference: Global scholars Explore New Frontiers of quantitative biology
  2025-08-07+00:00
  Always
  0.6
• 国家生物制造产业创新中心，启动建设！
  2025-08-07+00:00
  Always
  0.6
• National bio-manufacturing industry Innovation center start construction!
  2025-08-07+00:00
  Always
  0.6
• Neuron 朱英杰团队发现外侧隔核脑区调控奖赏和甲基苯丙胺成瘾的关键机制
  2025-08-07+00:00
  Always
  0.6
• Zhu's team discovered a key mechanism in the lateral septal brain region that regulates reward and methamphetamine addiction
  2025-08-07+00:00
  Always
  0.6
• 媒力深理 | 央媒视角下的“新型研究型大学”
  2025-08-07+00:00
  Always
  0.6
• A "New Type of Research University" from the perspective of Central Media
  2025-08-07+00:00
  Always
  0.6
• 快来预约！2024深理工校园开放日新鲜出炉
  2025-08-07+00:00
  Always
  0.6
• Make an appointment! 2024 Shenzhen Polytechnic Campus Open Day is fresh
  2025-08-07+00:00
  Always
  0.6
• 教育部批准设立深圳理工大学
  2025-08-07+00:00
  Always
  0.6
• The Ministry of Education approved the establishment of Shenzhen University of Technology
  2025-08-07+00:00
  Always
  0.6
• 孟凡利到深圳理工大学（筹）调研
  2025-08-07+00:00
  Always
  0.6
• Meng Fanli to Shenzhen University of Technology (research)
  2025-08-07+00:00
  Always
  0.6
• 助力芯片技术变革性发展！深理工团队在多层低维单晶材料制造方面取得重要进展
  2025-08-07+00:00
  Always
  0.6
• Help the transformative development of chip technology! The Shenzhen team has made important progress in the fabrication of multi- low-dimensional single crystal materials
  2025-08-07+00:00
  Always
  0.6
• 首次！深理工团队揭示突触群体组织原则，研究或有助于抵抗大脑衰老
  2025-08-07+00:00
  Always
  0.6
• First time! Deep Tech team reveals synaptic group organizing principles that could help fight brain aging
  2025-08-07+00:00
  Always
  0.6
• 大咖云集，共话发展！深圳理工大学（筹）召开2024年度战略规划会
  2025-08-07+00:00
  Always
  0.6
• Big people gather together to talk about development! Shenzhen University of Technology held the 2024 annual strategic Planning meeting
  2025-08-07+00:00
  Always
  0.6
• 成功制备！深理工教授联合香港高校科研团队取得重要成果
  2025-08-07+00:00
  Always
  0.6
• Successful preparation! Shenzhen Science and Technology professors and Hong Kong university research teams have achieved important results
  2025-08-07+00:00
  Always
  0.6
• Nature｜ 深理工携手三校，发现生长高质量石墨烯纳米带的全新方法！
  2025-08-07+00:00
  Always
  0.6
• Nature | joins hands with the three universities to discover a new way to grow high-quality graphene nanoribbons!
  2025-08-07+00:00
  Always
  0.6
• 樊建平寄语青年师生：勇当引领时代发展的弄潮儿
  2025-08-07+00:00
  Always
  0.6
• Fan Jianping's message to young teachers and students: Brave when leading the tide of the development of The Times
  2025-08-07+00:00
  Always
  0.6
• “AI+X”型人才如何助力“科学的春天”？深理工院长这样说→
  2025-08-07+00:00
  Always
  0.6
• How can "AI+X" talents help the "Spring of Science"? Dean of Deep Science and technology said →
  2025-08-07+00:00
  Always
  0.6
• 樊建平当选深圳产学研合作促进会新一届会长
  2025-08-07+00:00
  Always
  0.6
• Fan Jianping was elected as the new president of Shenzhen Association for Promoting Industry-University-Research Cooperation
  2025-08-07+00:00
  Always
  0.6
• National Science Review ｜毕国强 / 周鹏程团队开发最轻的（0.43g）超紧凑头戴式荧光显微镜
  2025-08-07+00:00
  Always
  0.6
• National Science Review | Guoqiang Bi and Pengcheng Zhou's team developed the lightest (0.43g) ultra-compact head-mounted fluorescence microscope
  2025-08-07+00:00
  Always
  0.6
• Nature Biotechnology | 膜蛋白靶点的计算药物开发
  2025-08-07+00:00
  Always
  0.6
• Computational drug development of membrane protein targets in Nature Biotechnology
  2025-08-07+00:00
  Always
  0.6
• Vogel院士受邀与国务院总理李强进行新春座谈并发言
  2025-08-07+00:00
  Always
  0.6
• Academician Vogel was invited to have a New Year discussion with Premier Li Qiang of The State Council
  2025-08-07+00:00
  Always
  0.6
• Medicinal Research Reviews l 间充质干细胞及其外泌体研究向GMP级先进治疗产品转化
  2025-08-07+00:00
  Always
  0.6
• Medicinal Research Reviews l Transformation of mesenchymal stem cells and their exosomes into GMP-grade advanced therapeutic products
  2025-08-07+00:00
  Always
  0.6
• Nature Machine Intelligence ｜ 深度解码社交行为模式 ！人工智能赋能神经科学研究！
  2025-08-07+00:00
  Always
  0.6
• Nature Machine Intelligence | Decode social behavior patterns in depth! Ai Empowers Neuroscience Research!
  2025-08-07+00:00
  Always
  0.6
• 关注！深理工两项成果入选2023深圳科技创新十件大事
  2025-08-07+00:00
  Always
  0.6
• Follow! The two achievements of Shenzhen Science and Technology were selected as 2023 Shenzhen Science and Technology Innovation ten major events
  2025-08-07+00:00
  Always
  0.6
• 深理工药学院院长陈有海：生物医药创新要聚焦三个领域
  2025-08-07+00:00
  Always
  0.6
• Chen Youhai Dean of College of Pharmacy Shenzhen University of Science and Technology: Biomedical innovation should focus on three areas
  2025-08-07+00:00
  Always
  0.6
• 聚焦合成生物与农业创新，超300位国内外专家齐聚深理工
  2025-08-07+00:00
  Always
  0.6
• Focusing on synthetic biology and agricultural innovation more than 300 domestic and foreign experts gathered in Shenzhen Polytechnic
  2025-08-07+00:00
  Always
  0.6
• 美国常春藤盟校之一来访深理工
  2025-08-07+00:00
  Always
  0.6
• One of the Ivy League universities in the United States visited Deep Tech
  2025-08-07+00:00
  Always
  0.6
• 深理工潘毅院士获中国旅美科技协会2023年度“科技先锋奖”
  2025-08-07+00:00
  Always
  0.6
• Academician Pan Yi won the 2023 "Science and Technology Pioneer Award" of China Travel Science and Technology Association
  2025-08-07+00:00
  Always
  0.6
• “祝贺海荣！深圳先进院自主培养出第一位中国科学院院士”
  2025-08-07+00:00
  Always
  0.6
• "Congratulations to Hai Rong! Shenzhen Advanced Institute independently trained the first academician of the Chinese Academy of Sciences"
  2025-08-07+00:00
  Always
  0.6
• 首届深理工与浙江大学联合年会在深举办
  2025-08-07+00:00
  Always
  0.6
• The first joint annual meeting of Shenzhen Science and Technology and Zhejiang University was held in Shenzhen
  2025-08-07+00:00
  Always
  0.6
• 光明区高层次人才深理工（明珠校区）专场活动成功举办！
  2025-08-07+00:00
  Always
  0.6
• Guangming District high-level talents Deep Science and Technology (Pearl Campus) special event was successfully held!
  2025-08-07+00:00
  Always
  0.6
• 算力微电子产业联盟成立！事关“卡脖子”关键核心领域
  2025-08-07+00:00
  Always
  0.6
• Computer Power Microelectronics Industry Alliance was established! It is about the key core areas of "jamming neck"
  2025-08-07+00:00
  Always
  0.6
• 樊建平：抓住科技发展“窗口期”，瞄准学科交叉“富矿区”
  2025-08-07+00:00
  Always
  0.6
• Fan Jianping: Seize the "window period" of scientific and technological development aim at the interdisciplinary "rich mining area"
  2025-08-07+00:00
  Always
  0.6
• 72个项目52.6亿元！光明科学城再添强劲动能
  2025-08-07+00:00
  Always
  0.6
• 72 projects worth 5.26 billion yuan! Guangming Science City adds strong momentum
  2025-08-07+00:00
  Always
  0.6
• 会议推荐 | 首届生物智造·绿色科技行业论坛
  2025-08-07+00:00
  Always
  0.6
• Conference Recommendation | First Bio Intelligent Manufacturing · Green Technology Industry Forum
  2025-08-07+00:00
  Always
  0.6
• 澎拜新闻｜深圳光明区：5年如何“合成”百亿生物产业链
  2025-08-07+00:00
  Always
  0.6
• Pengbai News | Shenzhen Guangming District: How to "Synthesize" a Billion Billion Biological Industry Chain in 5 Years
  2025-08-07+00:00
  Always
  0.6
• 中心速递 | 合成生物产业快讯 (2023年9月)
  2025-08-07+00:00
  Always
  0.6
• Central Express | Synthetic Biology Industry News (September 2023)
  2025-08-07+00:00
  Always
  0.6
• 会议推荐｜第六届合成生物学青年学者论坛会议通知（2023·太原）
  2025-08-07+00:00
  Always
  0.6
• Conference Recommendation | Notice of the 6th Forum of Young Scholars in Synthetic Biology (Taiyuan 2023)
  2025-08-07+00:00
  Always
  0.6
• 南方日报 | 深圳合成院：一个“脑袋”通盘考虑科研+产业
  2025-08-07+00:00
  Always
  0.6
• Southern Daily | Shenzhen Synthetic Institute: A "brain" considers scientific research and industry comprehensively
  2025-08-07+00:00
  Always
  0.6
• 张先恩：合成生物学高质量发展的三个要素
  2025-08-07+00:00
  Always
  0.6
• Zhang Xianen: Three Elements of High Quality Development in Synthetic Biology
  2025-08-07+00:00
  Always
  0.6
• 应汉杰院士：生物制造将促进国内制造业转型升级
  2025-08-07+00:00
  Always
  0.6
• Academician Ying Hanjie: Biomanufacturing will promote the transformation and upgrading of domestic manufacturing industry
  2025-08-07+00:00
  Always
  0.6
• 打造生物经济新平台，助力农业强国建设 | 深圳合成院农业和植物合成生物学研究中心揭牌成立
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 构建生物经济新生态，打造生物经济新高地 | 合成生物产业创新联盟正式成立
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 韩国团队突破传统合成限制，在体外实现核糖体合成环状肽
  2025-08-07+00:00
  Always
  0.6
• A South Korean team has broken through traditional synthetic limitations to achieve ribosomal synthesis of cyclic peptides in vitro.
  2025-08-07+00:00
  Always
  0.6
• 赵惠民团队开发线粒体代谢去区室化策略，大幅提高琥珀酸合成产量
  2025-08-07+00:00
  Always
  0.6
• Zhao Huimin's team has developed a mitochondrial bolism decompartmentalization strategy which significantly increases the production of succinic acid.
  2025-08-07+00:00
  Always
  0.6
• 剑桥团队重塑大肠杆菌基因组，仅使用57个密码子，抗病毒能力大幅提升
  2025-08-07+00:00
  Always
  0.6
• The Cambridge team has restructured the genome of E. coli using only 57 codons which significantly enhances its antiviral capabilities.
  2025-08-07+00:00
  Always
  0.6
• Nature发文证实，感染新冠与流感可激活休眠癌细胞，增加癌症复发风险
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• 莱斯大学开发多通道生物电子传感器，准确检测水体多种重金属污染物
  2025-08-07+00:00
  Always
  0.6
• Rice University has developed a multi-channel bioelectronic sensor that can accurately detect multiple heavy l pollutants in water.
  2025-08-07+00:00
  Always
  0.6
• 首个AI设计的基因编辑器登上Nature，已编辑人类基因组，团队将开源最全CRISPR系统数据库
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• 5个月从概念验证到克级生产，合成生物上市公司NCT合成获突破，纯度达99%
  2025-08-07+00:00
  Always
  0.6
• 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%.
  2025-08-07+00:00
  Always
  0.6
• 哥大利用CRISPR转座酶精准灭活肠道病原体，显著提高小鼠生存率
  2025-08-07+00:00
  Always
  0.6
• Columbia University has used CRISPR transposase to precisely inactivate intestinal pathogens significantly improving the survival rate of mice.
  2025-08-07+00:00
  Always
  0.6
• 天津大学开发工程益生菌结合电子胶囊，实现肠道疾病诊疗一体化
  2025-08-07+00:00
  Always
  0.6
• Tianjin University has developed engineered probiotics in combination with electronic capsules to achieve integrated diagnosis and treatment of intestinal diseases.
  2025-08-07+00:00
  Always
  0.6
• 江南大学团队工程化改造毕赤酵母，实现甲醇到法尼烯的高效转化
  2025-08-07+00:00
  Always
  0.6
• A research team from Jiangnan University has engineered Pichia pastoris to achieve efficient conversion of methanol to farnesene.
  2025-08-07+00:00
  Always
  0.6
• 中国博后一作，诺奖团队利用AI从头设计TCR，即将成立公司
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• Flagship旗下两家重量级公司裁员近百人
  2025-08-07+00:00
  Always
  0.6
• Two major companies under Flagship have laid off nearly a hundred people.
  2025-08-07+00:00
  Always
  0.6
• “智能菌”攻克肾结石！斯坦福团队改造肠道细菌，精准降解尿液草酸
  2025-08-07+00:00
  Always
  0.6
• "Smart Bacteria" Conquer Kidney Stones! Stanford Team Repurposes Gut Bacteria to Precisely Degrade Oxalate in Urine
  2025-08-07+00:00
  Always
  0.6
• 浙大团队推出多模态大模型，可根据人工指令设计生物分子
  2025-08-07+00:00
  Always
  0.6
• A team from Zhejiang University has launched a multimodal large language model that can design biomolecules d on human instructions.
  2025-08-07+00:00
  Always
  0.6
• 可降解可回收！武大陈朝吉等开发“纸塑料”，能承重65kg，180天自然降解
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• 华科团队开发非致病菌-纳米杂化体协同抑瘤，肿瘤靶向率达50%
  2025-08-07+00:00
  Always
  0.6
• 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%.
  2025-08-07+00:00
  Always
  0.6
• 华人学者将厨余垃圾“变废为宝”，两步法合成100%可降解生物塑料
  2025-08-07+00:00
  Always
  0.6
• Chinese scholars turn food waste into treasure synthesizing 100% biodegradable bioplastic in two steps.
  2025-08-07+00:00
  Always
  0.6
• 宾大团队利用AI解码动物毒液，发现数百种潜在抗生素
  2025-08-07+00:00
  Always
  0.6
• A team from the University of Pennsylvania used AI to decode animal venom discovering hundreds of potential antibiotics.
  2025-08-07+00:00
  Always
  0.6
• 初创用合成生物学颠覆传统禽类防疫，首创益生菌产品上市在即，融资1800万美元推动商业化
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• 芬兰企业用空气造蛋白，年产万吨工厂即将投产，已签下60%产能
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• 华人学者一作兼通讯Cell发文，开发光遗传学平台筛选广谱抗病毒药，已证实对抗多种病毒
  2025-08-07+00:00
  Always
  0.6
• 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.
  2025-08-07+00:00
  Always
  0.6
• 韩国团队开发工程棒状杆菌平台，叶黄素生产突破克级大关
  2025-08-07+00:00
  Always
  0.6
• A South Korean team has developed an engineered *Corynebacterium* platform breaking through the gram-level barrier in lutein production.
  2025-08-07+00:00
  Always
  0.6
• 三井化学战略投资英国初创，入局人造脂肪
  2025-08-07+00:00
  Always
  0.6
• Mitsui Chemical has made a strategic investment in a British start-up and entered the field of artificial fat
  2025-08-07+00:00
  Always
  0.6
• CRISPR专利大战重启，诺奖得主能否逆袭夺回？
  2025-08-07+00:00
  Always
  0.6
• The CRISPR patent battle has resumed. Can the Nobel laureate stage a comeback and regain the ?
  2025-08-07+00:00
  Always
  0.6
• 果蝇变身“蛋白工厂”，这家初创用昆虫替代生物反应器，效率提升30倍
  2025-08-07+00:00
  Always
  0.6
• Fruit flies transform into "protein factories". This start-up uses insects to replace bioreactors increasing efficiency by 30 times
  2025-08-07+00:00
  Always
  0.6
• 住友化学宣布建立生物基LCP量产技术，产品拟于2027年上市
  2025-08-07+00:00
  Always
  0.6
• Sumitomo Chemical announced the establishment of a bio-d LCP mass production technology and the product is expected to be launched in 2027
  2025-08-07+00:00
  Always
  0.6
• FDA新掌门人放狠招：加速审批、AI上岗，激进改革计划引争议
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 巴西乙醇巨头牵手芬兰初创，以稀酒糟为原料生产菌蛋白
  2025-08-07+00:00
  Always
  0.6
• The Brazilian ethanol giant has teamed up with a Finnish start-up to produce bacterial protein using diluted distiller's grains as raw materials
  2025-08-07+00:00
  Always
  0.6
• 元英进等人代谢工程改造酿酒酵母，实现山奈酚到淫羊藿素的高效转化
  2025-08-07+00:00
  Always
  0.6
• Yuan Yingjin et al. modified Saccharomyces cerevisiae through bolic engineering achieving an efficient conversion from kaempferol to icaritin
  2025-08-07+00:00
  Always
  0.6
• 深圳理工大学解锁合成生物学“新密码”：6 项成果亮相科研成果发布会
  2025-08-07+00:00
  Always
  0.6
• Shenzhen Institute of Technology Unlocks the "new code" of synthetic biology: Six achievements are showcased at the scientific research achievements Release conference
  2025-08-07+00:00
  Always
  0.6
• 深圳理工大学组织研讨科研资源共享新路径
  2025-08-07+00:00
  Always
  0.6
• Shenzhen Institute of Technology organized discussions on new paths for sharing scientific research resources
  2025-08-07+00:00
  Always
  0.6
• 产量达35g/L，江大沐万孟团队代谢工程策略实现二岩藻糖基乳糖的生物合成
  2025-08-07+00:00
  Always
  0.6
• The production reached 35g/L and the bolic engineering strategy of the team of Jiangda Mu Wanmeng realized the biosynthesis of difucosyl lactose
  2025-08-07+00:00
  Always
  0.6
• 稚晖君团队推出全栈机器人学习平台，复杂任务成功率超60%，数据集已开源
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 哥本哈根大学定制合成异戊二烯类似物，获得大麻素及香料成分性能更优
  2025-08-07+00:00
  Always
  0.6
• The University of Copenhagen customized synthetic isoprene analogs to obtain better properties of cannabinoids and flavourings
  2025-08-07+00:00
  Always
  0.6
• 18岁时退学创业，投身开发塑料降解酶，累计斩获2.5亿元投资
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 基于细胞代谢与形态调控，江南大学实现可控分子量透明质酸高效合成
  2025-08-07+00:00
  Always
  0.6
• Based on cell bolism and morphological regulation Jiangnan University realized the efficient synthesis of hyaluronic acid with controllable molecular weight
  2025-08-07+00:00
  Always
  0.6
• 中国科学院团队取得合成生物学治疗癌症重要进展！成功破解肿瘤与细菌的“摩斯密码”
  2025-08-07+00:00
  Always
  0.6
• Chinese Academy of Sciences team makes important progress in synthetic biology treatment of cancer! Breaking the "Morse Code" of tumors and bacteria
  2025-08-07+00:00
  Always
  0.6
• 同期两篇Nature子刊，康奈尔大学改造分枝杆菌内置“杀伤开关”，增强结核病疫苗安全性
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 清华陈国强团队工程化改造需钠弧菌，实现赖氨酸高效转化为尸胺
  2025-08-07+00:00
  Always
  0.6
• Tsinghua Chen Guoqiang team engineered Vibrio natribosa to achieve efficient conversion of lysine into cadaverine
  2025-08-07+00:00
  Always
  0.6
• 上海交大等开发细胞工厂系统化设计新工具，可预测基因改造靶点，降低开发成本
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 江南大学饶义剑团队发表Nature子刊，酶级联反应实现植物药物罗通定高效合成
  2025-08-07+00:00
  Always
  0.6
• Jaoyijian team of Jiangnan University published Nature sub-journal enzyme cascade reaction to achieve efficient synthesis of plant drug rotundine
  2025-08-07+00:00
  Always
  0.6
• 巴西科学家甘蔗渣土壤中发现“超级酶”，助力纤维素高效降解
  2025-08-07+00:00
  Always
  0.6
• Brazilian scientists have discovered a "super enzyme" in bagasse soil that helps cellulose degrade efficiently
  2025-08-07+00:00
  Always
  0.6
• Jay Keasling团队在白色链霉菌中构建基于聚酮合酶-硫还原酶的可编程生物合成平台，实现二醇、氨基醇与羟基酸的高效合成
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 斯坦福、英伟达等发布最大公开AI生物学模型，基于超10万个物种基因序列训练，有望加速合成生物学发展
  2025-08-07+00:00
  Always
  0.6
• 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
  2025-08-07+00:00
  Always
  0.6
• 山东大学改造解脂耶氏酵母，实现天然抗癌化合物的高效合成
  2025-08-07+00:00
  Always
  0.6
• Shandong University modified Yeyeria lipolytica to achieve efficient synthesis of natural anticancer compounds
  2025-08-07+00:00
  Always
  0.6
• Grok 3来了！马斯克宣称“地球上最聪明的AI”，20万张GPU能否颠覆AI格局？
  2025-08-07+00:00
  Always
  0.6
• Grok 3 is coming! Musk claims "the smartest AI on Earth" can 200000 Gpus subvert the AI landscape?
  2025-08-07+00:00
  Always
  0.6
• 清华大学代谢工程改造大肠杆菌，从葡萄糖合成HMD和HDO
  2025-08-07+00:00
  Always
  0.6
• Tsinghua University Metabolic Engineering modified Escherichia coli to synthesize HMD and HDO from glucose
  2025-08-07+00:00
  Always
  0.6
• 杜克大学合成生物凝聚体为细菌“涡轮增压”，实现蛋白质高效生产
  2025-08-07+00:00
  Always
  0.6
• Duke University's synthetic biocondensates turbocharge bacteria for efficient protein production
  2025-08-07+00:00
  Always
  0.6
• 美媒：中国生物制药行业正迎来“DeepSeek时刻”，从制造中心发展为创新中心
  2025-08-07+00:00
  Always
  0.6
• China's biopharmaceutical industry is having a "DeepSeek moment" as it evolves from a manufacturing hub to an innovation hub
  2025-08-07+00:00
  Always
  0.6
• 徐鹏等人工程化改造解脂耶氏酵母，针对植物食品氰苷解毒，降低中毒风险
  2025-08-07+00:00
  Always
  0.6
• Xu Peng et al. engineered Yeyeria lipolysaccharides to detoxify plant food cyanoside and reduce the risk of poisoning
  2025-08-07+00:00
  Always
  0.6
• DeepSeek华丽文风从何而来？业内人士：训练数据、训练策略和迭代优化缺一不可
  2025-08-07+00:00
  Always
  0.6
• Where does DeepSeek's fancy writing come from? Insiders: Training data training strategies and iterative optimization are indispensable
  2025-08-07+00:00
  Always
  0.6
• 细菌变身“活体透镜”，名校团队联手打造可自组装生物光学材料，可稳定存活4个月
  2025-08-07+00:00
  Always
  0.6
• Bacteria become a "living lens" and a team from a prestigious university has teamed up to create self-assembling biooptical materials that can survive stably for four months
  2025-08-07+00:00
  Always
  0.6
• 北化工袁其朋等构建人工合成途径，实现15 -戊二醇高效合成
  2025-08-07+00:00
  Always
  0.6
• Yuan Qipeng et al. from Beijing Chemical Industry established a synthetic pathway to achieve efficient synthesis of 1 5-pentanediol
  2025-08-07+00:00
  Always
  0.6
• 南京工业大学章文明/信丰学利用毕赤酵母实现虾青素生物合成
  2025-08-07+00:00
  Always
  0.6
• Astaxanthin biosynthesis from Pichia pastoris by Zhang Wenming/Xinfeng Xue of Nanjing University of Technology
  2025-08-07+00:00
  Always
  0.6
• 合成生物学与曲霉菌的结合，南京师范大学郭东升等详述下一代有机酸生产的工程策略
  2025-08-07+00:00
  Always
  0.6
• The combination of synthetic biology and Aspergillus Dongsheng Guo et al. Nanjing Normal University details the engineering strategy for the next generation of organic acid production
  2025-08-07+00:00
  Always
  0.6
• 莱斯大学开发“智能细胞”登上Science，实现在人类细胞中设计合成磷酸化电路
  2025-08-07+00:00
  Always
  0.6
• Rice University develops "smart cells" into Science enabling the design of synthetic phosphorylation circuits in human cells
  2025-08-07+00:00
  Always
  0.6
• 英伟达最强大显卡5090亮相CES！同时推出多款模型和“个人AI超算”
  2025-08-07+00:00
  Always
  0.6
• Nvidia's most powerful graphics card 5090 debuts at CES! Simultaneous launch of multiple models and "personal AI supercomputing"
  2025-08-07+00:00
  Always
  0.6
• 浙大叶丽丹团队工程化大肠杆菌，从葡萄糖中生物合成尼龙12单体
  2025-08-07+00:00
  Always
  0.6
• Zhejiang University's Ye Lidan team engineered Escherichia coli to biosynthesize nylon 12 monomer from glucose
  2025-08-07+00:00
  Always
  0.6
• 高温静电储能迎重要进展：科学家用AI辅助开发新型耐热聚合物，为解决电动汽车和航电领域储能需求提供新方案
  2025-08-07+00:00
  Always
  0.6
• High temperature electrostatic energy storage to meet important progress: Scientists use AI to assist the development of new heat-resistant polymers to provide a new solution to solve the energy storage needs of electric vehicles and avionics
  2025-08-07+00:00
  Always
  0.6
• 北京放射医学研究所最新研究：一种过表达抗氧化酶和肠粘附菌毛的工程益生菌，单次口服高效防治放射性肠炎
  2025-08-07+00:00
  Always
  0.6
• The latest research of Beijing Institute of Radiation Medicine: a kind of engineering probiotics overexpressing antioxidant enzymes and intestinal adhesion fimbriae can effectively prevent and treat radiation enteritis by single oral administration
  2025-08-07+00:00
  Always
  0.6
• 历时20个月，基于3大合成平台，元育生物实现左旋虾青素生产效率300倍提升
  2025-08-07+00:00
  Always
  0.6
• After 20 months d on three synthetic platforms the production efficiency of L-astaxanthin was increased by 300 times
  2025-08-07+00:00
  Always
  0.6
• 浙江大学连佳长团队构建毕赤酵母细胞工厂，成功实现硫酸胆固醇的高效合成
  2025-08-07+00:00
  Always
  0.6
• Zhejiang University Lian Jianchang team built Pichia Pastoris cell factory and successfully achieved efficient synthesis of cholesterol sulfate
  2025-08-07+00:00
  Always
  0.6
• 江南大学团队改造粘质沙雷氏菌，成功实现α-红没药醇的高效合成
  2025-08-07+00:00
  Always
  0.6
• The team of Jiangnan University modified Serratia marclay and successfully realized the efficient synthesis of α-red myrrh alcohol
  2025-08-07+00:00
  Always
  0.6
• 出走谷歌，他们打造平台让量子计算走向现实场景，已获千万美元种子轮融资
  2025-08-07+00:00
  Always
  0.6
• Leaving Google they built a platform to make quantum computing a reality and have received tens of millions of dollars in seed funding
  2025-08-07+00:00
  Always
  0.6
• 天津工业生物所李德茂团队改造威尼斯镰刀菌，降低几丁质含量，提升真菌蛋白转化率
  2025-08-07+00:00
  Always
  0.6
• Tianjin Institute of Industrial Biology Li Demao team modified Fusarium Venetian reduced the chitin content and improved the conversion rate of fungal protein
  2025-08-07+00:00
  Always
  0.6
• 华人学者为大肠杆菌披上“超人斗篷”，提高催化效率和可持续性，研究成果登上Nature子刊
  2025-08-07+00:00
  Always
  0.6
• Chinese scholars put on a "Superman cloak" for E. coli to improve catalytic efficiency and sustainability and their research results were published in the Nature sub-journal
  2025-08-07+00:00
  Always
  0.6
• 科学家针对亚麻荠和荠菜种子进行工程改造，实现乙酰-TAG超高水平积累，有望用作柴油替代品
  2025-08-07+00:00
  Always
  0.6
• Scientists engineered seeds of camelina flax and shepherd's purse to achieve ultra-high levels of acetyl-tag accumulation which is expected to be used as a substitute for diesel
  2025-08-07+00:00
  Always
  0.6
• 华南理工陈克复院士团队研发新型生物基塑料，拉伸强度大幅提升，80天内可完全降解
  2025-08-07+00:00
  Always
  0.6
• The team of Academician Chen Kefu of South China Institute of Technology developed a new type of bio-d plastic which has greatly improved the tensile strength and can be completely degraded within 80 days
  2025-08-07+00:00
  Always
  0.6
• 科学家研发新型介入式脑机接口，免开颅即可植入超柔性电极，已成功采集到高质量神经信号
  2025-08-07+00:00
  Always
  0.6
• Scientists have developed a new interventional brain-computer interface which can implant ultra-flexible electrodes without opening the brain and have successfully collected high-quality nerve signals
  2025-08-07+00:00
  Always
  0.6
• 蛋白质大模型ESM C发布，60亿参数，性能远超150亿参数的ESM2
  2025-08-07+00:00
  Always
  0.6
• Protein large model ESM C released 6 billion parameters performance far exceeds 15 billion parameters of ESM2
  2025-08-07+00:00
  Always
  0.6
• 马普所团队创造全新催化酶，提高合成代谢途径效率，成果发布Nature子刊
  2025-08-07+00:00
  Always
  0.6
• Max Planck team creates new catalytic enzymes to improve the efficiency of anabolic pathways results published in Nature
  2025-08-07+00:00
  Always
  0.6
• 联合利华为ESG目标表决心，联合农化巨头开发可持续原料成分
  2025-08-07+00:00
  Always
  0.6
• Unilever is committed to ESG goals by partnering with agrochemical giants to develop sustainable raw material ingredients
  2025-08-07+00:00
  Always
  0.6
• 科学家提出“一锅法微流体制造”系统，制备多种复杂陶瓷微粒，能作为微机电系统的精密零件
  2025-08-07+00:00
  Always
  0.6
• Scientists put forward a "one-pot microfluidic manufacturing" system to prepare a variety of complex ceramic particles which can be used as precision parts of MEMS
  2025-08-07+00:00
  Always
  0.6
• 前硅谷工程师创办，合成生物学公司融资7300万美元，利用AI开发蛋白质工程
  2025-08-07+00:00
  Always
  0.6
• Founded by a former Silicon Valley engineer Synthetic Biology company raises $73 million to develop protein engineering using AI
  2025-08-07+00:00
  Always
  0.6
• 与人脑静息态信号相似度达93%，科学家研发数字孪生脑平台，实现对人脑结构和功能的模拟
  2025-08-07+00:00
  Always
  0.6
• With a 93% similarity to the resting state signal of the human brain scientists have developed a digital twin brain platform to simulate the structure and function of the human brain
  2025-08-07+00:00
  Always
  0.6
• 国际团队发现新型蓝藻菌株，分离自火山海底喷口，有助于海洋和工厂固碳
  2025-08-07+00:00
  Always
  0.6
• An international team has discovered new strains of cyanobacteria isolated from volcanic undersea vents that help sequester carbon in oceans and factories
  2025-08-07+00:00
  Always
  0.6
• 合成细胞国际联盟成立
  2025-08-07+00:00
  Always
  0.6
• The International Federation of Synthetic Cells was established
  2025-08-07+00:00
  Always
  0.6
• DNA存储获突破进展，北大团队“活字印刷”式存储图像，显著提升容量及效率
  2025-08-07+00:00
  Always
  0.6
• DNA storage has made breakthroughs and the Peking University team has stored images with "movable type printing" significantly improving capacity and efficiency
  2025-08-07+00:00
  Always
  0.6
• 为什么90%的生物制造很难成功？陈国强教授指出五大原因
  2025-08-07+00:00
  Always
  0.6
• Why is it hard for 90% of biofabrication to succeed? Professor Chen Guoqiang points to five reasons
  2025-08-07+00:00
  Always
  0.6
• “断崖式衰老”发生在这两个岁数！Nature子刊：衰老是非线性的，超2400亿数据分析出确切时间！
  2025-08-07+00:00
  Always
  0.6
• "Cliff aging" occurs at these two ages! Nature Sub-journal: Aging is non-linear more than 240 billion data analysis of the exact time!
  2025-08-07+00:00
  Always
  0.6
• 专访源天生物 | 系国内首家PET酶法再生公司，完成Pre-A轮融资，已签订千吨级订单
  2025-08-07+00:00
  Always
  0.6
• Interviewed the first PET enzymatic regeneration company in China completed the Pre-A round of financing and signed a thousand-ton order
  2025-08-07+00:00
  Always
  0.6
• 科学家发现清除p21高表达细胞能延寿，将老年小鼠寿命延至43个月，并能降低43%的死亡风险
  2025-08-07+00:00
  Always
  0.6
• The scientists found that eliminating P21-expressing cells extended life expectancy to 43 months in older mice and reduced the risk of death by 43 percent
  2025-08-07+00:00
  Always
  0.6
• 融资困难，瑞典真菌蛋白生产商被收购
  2025-08-07+00:00
  Always
  0.6
• Financing difficulties Swedish fungal protein producer acquired
  2025-08-07+00:00
  Always
  0.6
• 深圳先进院戴卓君组开发含孢子“活”塑料，特定条件下分泌塑料降解酶，最快实现6-7天内降解
  2025-08-07+00:00
  Always
  0.6
• The Dai Zhuojun Group of Shenzhen Advanced Institute develops spore-containing "live" plastics secreting plastic degrading enzymes under specific conditions and achieving degradation within 6-7 days at the fastest
  2025-08-07+00:00
  Always
  0.6
• 合成生物+化工，生物基产业中崛起的明星单品
  2025-08-07+00:00
  Always
  0.6
• Synthetic biology + chemical industry the rising star in the bio-d industry
  2025-08-07+00:00
  Always
  0.6
• 独家专访张以恒 | 开创体外生物转化时代，利用合成淀粉生产糖、粮食和能源，终极目标是“用糖驱动未来汽车”
  2025-08-07+00:00
  Always
  0.6
• Exclusive interview with Zhang Yiheng to create an era of in vitro biotransformation the use of synthetic starch to produce sugar food and energy the ultimate goal is to "use sugar to drive future cars"
  2025-08-07+00:00
  Always
  0.6
• 刘陈立赵国屏：开拓“定量合成生物学”新范式，驱动复杂生物系统的理性设计
  2025-08-07+00:00
  Always
  0.6
• Liu Chenli and Zhao Guoping: Pioneering a new paradigm of "quantitative synthetic biology" to drive rational design of complex biological systems
  2025-08-07+00:00
  Always
  0.6
• George Church 创办，新型蛋白疗法公司获超6000万融资，主导项目可更安全有效治疗痛风
  2025-08-07+00:00
  Always
  0.6
• Founded by George Church the new protein therapy company has received over $60 million in financing leading projects to make gout safer and more effective treatment
  2025-08-07+00:00
  Always
  0.6
• 国家生物制造产业创新中心启动建设
  2025-08-07+00:00
  Always
  0.6
• Construction of the National biofabrication Industry Innovation Center was launched
  2025-08-07+00:00
  Always
  0.6
• 气体发酵制蛋白公司完成1800万美元融资，利用二氧化碳为人类和宠物生产蛋白质
  2025-08-07+00:00
  Always
  0.6
• Gas Fermentation Protein has raised $18 million to produce protein for humans and pets using carbon dioxide
  2025-08-07+00:00
  Always
  0.6
• 跨越一个多世纪，起底合成生物学领域的奠基性人物
  2025-08-07+00:00
  Always
  0.6
• Spanning more than a century he has been a founding figure in the field of synthetic biology
  2025-08-07+00:00
  Always
  0.6
• 浙大团队利用毕赤酵母从头合成荆芥醇，达到报道最高产量
  2025-08-07+00:00
  Always
  0.6
• The Zhejiang University team used Pichia pastoris to synthesize nepetalol de novo and achieved the highest yield reported
  2025-08-07+00:00
  Always
  0.6
• 浙大连佳长团队构建血根碱及其衍生物完整生物合成途径，工程菌株整合温控模块，滴度超448mgL
  2025-08-07+00:00
  Always
  0.6
• Zhejiang Dalian Jianchang team constructed a complete biosynthesis pathway of sanguinarine and its derivatives engineered strains integrated temperature control module titer exceeding 448mgL
  2025-08-07+00:00
  Always
  0.6
• MIT团队开发琥珀状聚合物保存DNA，可在室温下存储，已成立公司落地转化
  2025-08-07+00:00
  Always
  0.6
• The MIT team developed an amber polymer to preserve DNA which can be stored at room temperature and has set up a company to convert it
  2025-08-07+00:00
  Always
  0.6
• 天大团队全基因组水平识别解脂酵母耐受糠醛和乙酸新靶点，高效利用木质纤维素水解液，推动绿色生物制造
  2025-08-07+00:00
  Always
  0.6
• The team identified new targets for tolerating furfural and acetic acid in liapolytic yeast at the whole genome level and efficiently utilized lignocellulosic hydrolysate to promote green bio-manufacturing
  2025-08-07+00:00
  Always
  0.6
• 清华陈振团队最新综述：微生物合成二元醇取得重要进展，3类特定生物基二元醇已实现商业化生产
  2025-08-07+00:00
  Always
  0.6
• The latest review by Chen Zhen team of Tsinghua University: Important progress has been made in microbial synthesis of diols and 3 types of specific biod diols have been commercially produced
  2025-08-07+00:00
  Always
  0.6
• 元英进团队：通过先进工程策略实现木质素高效转化为高均质性PHA
  2025-08-07+00:00
  Always
  0.6
• Yuan Yingjin team: Through advanced engineering strategies to achieve efficient conversion of lignin to highly homogeneous PHA
  2025-08-07+00:00
  Always
  0.6
• 利用微生物发酵将CO₂转化为脂肪，Wyss研究所分拆公司已获超800万美元融资，首款产品即将上市
  2025-08-07+00:00
  Always
  0.6
• Using microbial fermentation to convert CO₂ into fat the Wyss Institute spin-off company has received more than $8 million in financing and its first product is about to hit the market
  2025-08-07+00:00
  Always
  0.6
• Jay Keasling团队在工程酵母中完全生物合成QS-21，可更经济生产强效佐剂，降低疫苗成本
  2025-08-07+00:00
  Always
  0.6
• Jay Keasling's team fully biosynthesizes QS-21 in engineered yeast making it more economical to produce potent adjuvants and reduce vaccine costs
  2025-08-07+00:00
  Always
  0.6
• 陈国强团队最新综述：极端微生物有望成为「下一代」细胞工厂，可用于生产多种高值化合物
  2025-08-07+00:00
  Always
  0.6
• The latest review by Chen Guoqiang's team: Extremophiles are expected to become the "next generation" cell factories that can be used to produce a variety of high-value compounds
  2025-08-07+00:00
  Always
  0.6
• 重点关注替代蛋白，贝索斯地球基金投入1亿美元发起「AI气候与自然」挑战赛
  2025-08-07+00:00
  Always
  0.6
• With a focus on alternative proteins the Bezos Earth Foundation launched the "AI Climate and Nature" Challenge with $100 million
  2025-08-07+00:00
  Always
  0.6
• Motif Neurotech研发只需穿透头骨的脑机接口，已完成人体测试并发表论文
  2025-08-07+00:00
  Always
  0.6
• Motif Neurotech which develops brain-computer interfaces that only need to penetrate the skull has completed human testing and published papers
  2025-08-07+00:00
  Always
  0.6
• 2024合成生物学产业赛道十大趋势：基因疗法遥遥领先，替代蛋白潜力较大
  2025-08-07+00:00
  Always
  0.6
• 2024 Top 10 trends in the synthetic biology industry track: Gene therapy is far ahead and alternative proteins have great potential
  2025-08-07+00:00
  Always
  0.6
• 北京基因组所创建中国人复合DNA甲基化时钟，为理解衰老的表观遗传机制提供新视角
  2025-08-07+00:00
  Always
  0.6
• The Chinese human complex DNA methylation clock created by Beijing Genomics Institute provides a new perspective for understanding the epigenetic mechanisms of aging
  2025-08-07+00:00
  Always
  0.6
• 斯坦福团队提出新型抗衰老疗法，单次注射可恢复小鼠免疫系统「年轻状态」，效果持久明显
  2025-08-07+00:00
  Always
  0.6
• The Stanford team has proposed a new anti-aging therapy that restores the "youthful state" of the immune system in mice with a single injection and the effect is significant
  2025-08-07+00:00
  Always
  0.6
• 《自然》：压力大让人抑郁，真正的原因找到了！抑郁症治疗有望迎来新靶点
  2025-08-07+00:00
  Always
  0.6
• "Nature" : Stress makes people depressed the real reason has been found! A new target for depression treatment is expected
  2025-08-07+00:00
  Always
  0.6
• 世界首例！基因编辑的猪肾脏首次被移植到活人体内，患者病情持续改善，未发生排斥反应
  2025-08-07+00:00
  Always
  0.6
• World first! A gene-edited pig kidney was transplanted into a living human for the first time and the patient's condition continued to improve without rejection
  2025-08-07+00:00
  Always
  0.6
• 抗衰老公司Altos Labs发表Cell论文：古老的逆转录病毒入侵在大脑进化中发挥了关键作用
  2025-08-07+00:00
  Always
  0.6
• Anti-aging company Altos Labs published Cell paper: Ancient retrovirus invasion played a key role in brain evolution
  2025-08-07+00:00
  Always
  0.6
• 科学家揭开肠道补体系统神秘面纱，为研究免疫系统的补体打开新方向，促进肠病预防和治疗
  2025-08-07+00:00
  Always
  0.6
• Scientists have uncovered the mystery of the intestinal complement system opening new directions for the study of the immune system's complement and promoting the prevention and treatment of intestinal diseases
  2025-08-07+00:00
  Always
  0.6
• 产量达25mgL，中国药科大学团队阐明金丝桃苷生物合成新途径，可用于生产多种3-o-半乳糖苷
  2025-08-07+00:00
  Always
  0.6
• With a production of 25mgL the team of China Pharmaceutical University clarified a new biosynthetic pathway of hypericin which can be used to produce multiple 3-O-galactosides
  2025-08-07+00:00
  Always
  0.6
• 北大团队阐明巨噬细胞衰老的分子机制，将增强II型免疫信号用于抗衰老治疗
  2025-08-07+00:00
  Always
  0.6
• The Peking University team elucidates the molecular mechanism of macrophage aging and will enhance type II immune signaling for anti-aging therapy
  2025-08-07+00:00
  Always
  0.6
• 全球首个以「化学合成糖」为唯一底物发酵合成乳酸的研究，有望解决生物质糖供应和粮食竞争问题
  2025-08-07+00:00
  Always
  0.6
• The world's first research on the fermentation of lactic acid with "chemical synthetic sugar" as the only substrate is expected to solve the problem of biomass sugar supply and food competition
  2025-08-07+00:00
  Always
  0.6
• 获贝佐斯、药明康德支持，抗衰老公司利用senolytic药物治疗糖尿病性黄斑水肿，一次注射实现持久视力改善
  2025-08-07+00:00
  Always
  0.6
• Supported by Bezos and Wuxi Apptec the anti-aging company is using senolytic drugs to treat diabetic macular edema and achieve lasting vision improvement with one injection
  2025-08-07+00:00
  Always
  0.6
• 光电生物调控迎重要进展：科学家起搏成年活体猪心脏，比上一代材料效率提高约25倍
  2025-08-07+00:00
  Always
  0.6
• Photoelectric bioregulation in a major advance: Scientists pacing adult live pig hearts are about 25 times more efficient than the previous generation of materials
  2025-08-07+00:00
  Always
  0.6
• 华南师大团队研发新型显示技术，能同时实现反射和透射，制程工艺可被标准化
  2025-08-07+00:00
  Always
  0.6
• The South China Normal University team developed a new display technology that can achieve both reflection and transmission and the process can be standardized
  2025-08-07+00:00
  Always
  0.6
• 大连化物所模块化圆红冬孢酵母合成α-萜品醇，最高效价1.5mgL，应用于香精香料及制药行业
  2025-08-07+00:00
  Always
  0.6
• The synthesis of α-terpenol by the modularized Rhodospora rhodospora yeast in Dalian Chemical Institute with the most efficient price of 1.5mgL is used in flavor and pharmaceutical industry
  2025-08-07+00:00
  Always
  0.6
• 柚皮素滴度增加超10倍，格罗宁根大学团队构建工程化鲁本斯青霉细胞工厂，有规模化量产潜力
  2025-08-07+00:00
  Always
  0.6
• Naringenin titers increased by more than 10 times and the University of Groningen team built an engineered Penicillium Rubens cell factory which has the potential for large-scale production
  2025-08-07+00:00
  Always
  0.6
• 科学家成功操控任意纳米结构，让红外图像转换为可见光，可用于夜视技术和医学检测等领域
  2025-08-07+00:00
  Always
  0.6
• Scientists have successfully manipulated arbitrary nanostructures to convert infrared images into visible light which can be used in fields such as night vision technology and medical testing
  2025-08-07+00:00
  Always
  0.6
• 改造氢氧化细菌生产蛋白质，欧洲探路者挑战项目获600万美元资助，Ginkgo子公司等四家机构合作推动
  2025-08-07+00:00
  Always
  0.6
• The European Pathfinder Challenge project to transform hydrogen-oxidizing bacteria to produce proteins was funded by $6 million and promoted by four institutions including Ginkgo subsidiaries
  2025-08-07+00:00
  Always
  0.6
• 科学家证实癌症合成致死新机制，在488种肿瘤细胞系中成功验证，已成立公司研发新药
  2025-08-07+00:00
  Always
  0.6
• Scientists have confirmed a new mechanism by which cancer syntheses to death successfully validated in 488 tumor cell lines and have set up a company to develop new drugs
  2025-08-07+00:00
  Always
  0.6
• 华工团队提出利用多价抗体改造细胞，有望用于治疗炎症性肠病和急性肾损伤
  2025-08-07+00:00
  Always
  0.6
• 华工团队提出利用多价抗体改造细胞，有望用于治疗炎症性肠病和急性肾损伤
  2025-08-07+00:00
  Always
  0.6
• 复旦学者提出蛋白解析新算法，为冷冻电镜工具箱带来及时补充，相关代码已在GitHub开源
  2025-08-07+00:00
  Always
  0.6
• Fudan scholars proposed a new protein analysis algorithm to bring timely supplement to the cryo-electron microscope toolbox and the relevant code has been open source on GitHub
  2025-08-07+00:00
  Always
  0.6
• 麦角硫因，不止于抗氧化！
  2025-08-07+00:00
  Always
  0.6
• Ergothioneine not just antioxidant!
  2025-08-07+00:00
  Always
  0.6
• 合成生物植物细胞培养：巨大未满足的市场空间
  2025-08-07+00:00
  Always
  0.6
• Synthetic biological plant cell culture: a large unmet market space
  2025-08-07+00:00
  Always
  0.6
• ELL | 深理工/中国科学院深圳先进院脑科学研究团队提出帕金森病新型神经调控疗法
  2025-08-07+00:00
  Always
  0.6
• CELL | Brain Science research team of Shenzhen University of Science and Technology/Shenzhen Advanced Institute of Chinese Academy of Sciences proposed a novel neuroregulatory therapy for Parkinson's disease
  2025-08-07+00:00
  Always
  0.6
• 浙理工团队精准构筑具有不同结晶核的二维纳米材料，可作为药物递送载体
  2025-08-07+00:00
  Always
  0.6
• The Zhejiang Institute of Technology team accurately constructs two-dimensional nanomaterials with different crystal nuclei which can be used as drug delivery carriers
  2025-08-07+00:00
  Always
  0.6
• 谷氨酸棒杆菌高效生物合成对香豆酸
  2025-08-07+00:00
  Always
  0.6
• Efficient biosynthesis of p-coumaric acid by Corynebacterium glutamicum
  2025-08-07+00:00
  Always
  0.6
• 佰傲谷&恩泽康泰 “外泌体产业化挑战和前景展望”圆桌论坛圆满收官
  2025-08-07+00:00
  Always
  0.6
• The Round Table Forum on "Challenges and Prospects of Exocrine Body Industrialization" of Baiaogu&Enze Kangtai Successfully Ends
  2025-08-07+00:00
  Always
  0.6
• 多家药企技术骨干云集，CMC工艺技术早知道...Bio-ONE即将开幕！
  2025-08-07+00:00
  Always
  0.6
• Multiple pharmaceutical companies have gathered technical backbone and CMC process technology has long been known Bio ONE is about to open!
  2025-08-07+00:00
  Always
  0.6
• 专访 | 回乡当公务员的Nature论文一作：高分子材料界面研究新突破
  2025-08-07+00:00
  Always
  0.6
• Interview | Nature Paper on Returning to Hometown as a Civil Servant: New Breakthrough in Polymer Material Interface Research
  2025-08-07+00:00
  Always
  0.6
• BioPark热点 | 张丹院士出席美国癌症基金会50周年庆典并与现任美国国立癌症研究院院长会谈
  2025-08-07+00:00
  Always
  0.6
• BioPark Hotspot | Academician Zhang Dan Attends the 50th Anniversary Celebration of the American Cancer Foundation and Meets with the Current President of the National Cancer Institute
  2025-08-07+00:00
  Always
  0.6
• 科学家破解“不老神兽”长寿基因，并成功迁移用于家鼠，将后者寿命延长约4.4%
  2025-08-07+00:00
  Always
  0.6
• Scientists have cracked the longevity gene of the "immortal beast" and successfully migrated it to house mice extending their lifespan by about 4.4%
  2025-08-07+00:00
  Always
  0.6
• 科学家开发空间转录组学技术，构建小鼠3D胚胎的时空转录组图谱
  2025-08-07+00:00
  Always
  0.6
• Scientists develop spatial tranomics technology to construct a spatiotemporal tranome spectrum of 3D mouse embryos
  2025-08-07+00:00
  Always
  0.6
• BioNTech的新CAR-T，实体瘤治愈的希望？
  2025-08-07+00:00
  Always
  0.6
• BioNTech's new CAR-T hope for solid tumor cure?
  2025-08-07+00:00
  Always
  0.6
• 从凯赛生物思考，合成生物技术如何应用于大宗化工领域？
  2025-08-07+00:00
  Always
  0.6
• How can synthetic biotechnology be applied in the field of bulk chemical engineering d on the thinking of Kaisai Biology?
  2025-08-07+00:00
  Always
  0.6
• 更爱第一三共？默沙东退回科伦博泰临床前ADC
  2025-08-07+00:00
  Always
  0.6
• More in love with the First Third Party? Mercado returns to Kolenbotai preclinical ADC
  2025-08-07+00:00
  Always
  0.6
• 工程大肠杆菌C41（DE3）高效生产2′-岩藻糖基乳糖的多途径优化策略
  2025-08-07+00:00
  Always
  0.6
• Multi pathway optimization strategy for efficient production of 2 '- fucosyllactose by engineered Escherichia coli C41 (DE3)
  2025-08-07+00:00
  Always
  0.6
• DeepTech发布《前沿技术赋能新药研发-人工智能|合成生物学|基因递送技术|类器官与器官芯片》研究报告
  2025-08-07+00:00
  Always
  0.6
• DeepTech Releases a Research Report on "Frontier Technologies Empowering New Drug Development - Artificial Intelligence | Synthetic Biology | Gene Delivery Technology | Organ and Organ Chips"
  2025-08-07+00:00
  Always
  0.6
• 上市公司凯赛生物，为什么落地在1.7万亩的山西合成生物产业园
  2025-08-07+00:00
  Always
  0.6
• Why is the listed company Kaisai Biotechnology located in the 17000 acre Shanxi Synthetic Biology Industrial Park
  2025-08-07+00:00
  Always
  0.6
• “合成生物学还在非常早期的阶段，仍然是在探索”丨专访深圳先进院刘陈立
  2025-08-07+00:00
  Always
  0.6
• Synthetic biology is still in its very early stages and is still being explored. "Interview with Liu Chenli from Shenzhen Advanced Institute
  2025-08-07+00:00
  Always
  0.6
• 罗氏再付20亿美元！获多款分子胶候选药，新数据显示可有效减小肿瘤尺寸
  2025-08-07+00:00
  Always
  0.6
• Roche pays another 2 billion dollars! Multiple candidate drugs for molecular glue have been obtained and new data shows that they can effectively reduce tumor size
  2025-08-07+00:00
  Always
  0.6
• 佰傲谷&恩泽康泰 |“外泌体产业化挑战和前景展望”圆桌讨论会明日盛大开讲......
  2025-08-07+00:00
  Always
  0.6
• Baiaogu & Enzekangtai | "Challenges and Prospects of Exosome Industrialization" roundtable discussion will be held grandly tomorrow...
  2025-08-07+00:00
  Always
  0.6
• 科学家设计蛋白质聚集新方法，用二硫键还原剂来解折叠蛋白质，可用于生成多功能蛋白质涂层
  2025-08-07+00:00
  Always
  0.6
• Scientists have designed a new method for protein aggregation using disulfide bond reducing agents to break down folded proteins which can be used to generate multifunctional protein coatings
  2025-08-07+00:00
  Always
  0.6
• 深圳湾实验室团队最新综述：蛋白质结构预测中“分而治之”的策略，以及后AlphaFold2时代
  2025-08-07+00:00
  Always
  0.6
• The latest review by the Shenzhen Bay Laboratory team: The "divide and conquer" strategy in protein structure prediction and the post AlphaFold2 era
  2025-08-07+00:00
  Always
  0.6
• 专访隋森芳院士：解析超大蛋白复合物原位结构，达成细胞切片样品最高分辨率
  2025-08-07+00:00
  Always
  0.6
• Interview with Academician Sui Senfang: Analyzing the in situ structure of super large protein complexes to achieve the highest resolution of cell slice samples
  2025-08-07+00:00
  Always
  0.6
• 比利时生物治疗公司C轮融资1亿美元，获辉瑞支持，ALK-5抑制剂已开启IIa期临床
  2025-08-07+00:00
  Always
  0.6
• Belgian biotech company raised $100 million in round C financing supported by Pfizer and ALK-5 inhibitors have started Phase IIa clinical trials
  2025-08-07+00:00
  Always
  0.6
• 天津工业生物所团队用二氧化碳合成食用糖，碳转化率达到80%以上，为人工生物制糖提供重要路线参考
  2025-08-07+00:00
  Always
  0.6
• The team from Tianjin Institute of Industrial Biology uses carbon dioxide to synthesize edible sugar with a carbon conversion rate of over 80% providing an important route reference for artificial biological sugar production
  2025-08-07+00:00
  Always
  0.6
• 苏大团队研发一体化电极，一氧化碳法拉第效率接近100%，有望实现二氧化碳资源化利用
  2025-08-07+00:00
  Always
  0.6
• The Suda team has developed an integrated electrode with a Faraday efficiency of nearly 100% for carbon monoxide which is expected to achieve the utilization of carbon dioxide resources
  2025-08-07+00:00
  Always
  0.6
• AI与合成生物学结合发现耐药菌新型抗生素Abaucin- Nature chemical biology
  2025-08-07+00:00
  Always
  0.6
• In-depth research on strategic brand positioning and leading the nutritional food market
  2025-08-07+00:00
  Always
  0.6
• 安各洛（澳门）生物研究院有限公司▕ 服务港澳地区
  2025-08-07+00:00
  Always
  0.6
• Angelo (Macao) Bioresearch Institute Co. Ltd. / Services for Hong Kong and Macao Regions
  2025-08-07+00:00
  Always
  0.6
• 安各洛（台湾）生物科技有限公司▕ 服务亚太地区
  2025-08-07+00:00
  Always
  0.6
• Angelo (Taiwan) Biotechnological Research Co. Ltd. / Services for Asian-Pacific Regions
  2025-08-07+00:00
  Always
  0.6
• 安各洛（美国）生物科技公司▕ 服务北美欧洲
  2025-08-07+00:00
  Always
  0.6
• Angelo (USA) Biotechnology Co. Ltd. / Services for North America and Europe
  2025-08-07+00:00
  Always
  0.6
• 深圳市前海恩亿生物科技有限公司
  2025-08-07+00:00
  Always
  0.6
• Enyijia Qianhai Angelo (Shenzhen) Biotechnology Co. Ltd.
  2025-08-07+00:00
  Always
  0.6
• 安各洛（深圳）生物科技有限公司
  2025-08-07+00:00
  Always
  0.6
• Angelo (Shenzhen) Biotechnology Co. Ltd.
  2025-08-07+00:00
  Always
  0.6