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- Advantages and disadvantages, production process, commonly used carriers, multiple copies, and purification methods of Pasteur Pichia pastoris
- Experience of Pichia pastoris fermentation
- The two major challenges of fermentation intelligence are data barriers and talent shortage!
- Winner takes all synthetic biology! Various regions are competing comprehensively in terms of policies, funds, parks, and talents!
- Digitization: The Path to Biopharmaceuticals 4.0
- The front! Recombinant collagen, this billion dollar race track will explode in 2025
- Witnessed by academicians, 7 major projects, 3 billion investment, Lianyungang hosts the Synthetic Biology Industry Development Conference!
- Heavy weight! Sanofi invests 1 billion euros to build a new insulin production base in Beijing, breaking the ice in biopharmaceuticals under the China Europe trade tensions!
- Too much money! US pharmaceutical giant invests another $3 billion to increase supply of weight loss drugs!
- Professor Chen Guoqiang from Tsinghua University: Bacterial strains are like chips, they are of utmost importance! Biological manufacturing will replace chemical manufacturing
- 5 core competencies that synthetic biology experts should possess
- How to build a synthetic biology process validation platform?
- CCTV Report | Bailun Assistance Team - Synthetic Biology Promotes Efficient Production of PHA by Halophilic Bacteria!
- Process and principle of fermentation foam control
- Future large-scale cell culture platform: from "multi-scale" to "intelligent"
- Academician Chen Runsheng: Focusing on the Development of Synthetic Biology Industry
- Why build a large-scale biological reaction model?
- How can SCADA, DCS, and PLC reshape the modern industrial world in the "three giants" of industrial automation?
- Bioreactor system with metabolic flow analysis as the core
- How to choose carbon sources in industrial fermentation?
- One article on understanding industrial fermentation
- What is the difference in production between fermenters and shake flasks?
- Great breakthrough in synthetic biology in China! A panoramic review of the precise synthesis and future potential of carbon dioxide to sugar!
- Sorting out industrial fermentation sterilization methods: heat sterilization, radiation sterilization, chemical sterilization, filtration sterilization
- Leaders from Changzhou Economic Development Zone visited Bailun for investigation and research, discussing the development and future of big data in synthetic biology and biological reactions
- Everything you should know about 100l Bioreactor Pichia pastoris!
- 10 ton pilot production line! Conversion of straw to oligosaccharides - a masterpiece by Professor Sheng Liangquan!
- Common concentration methods for separating and purifying fermentation products
- The editor in chief of Science issued an editorial on Trump's inauguration: the attack will continue and may accelerate in the next four years
- Overview | Empowering Biological Manufacturing with Artificial Intelligence
- How will Trump affect biopharmaceutical companies?
- Deep must read! 5 Empowering Fields of Artificial Intelligence+Synthetic Biology! High attention should be paid to further education, scientific research, and industry (protein engineering, customized biological scenarios)
- Just now! The Ministry of Industry and Information Technology releases heavyweight news on biomanufacturing! We need to attach great importance to it and move forward with the tide!
- White House: Whether Harris or Trump wins, they will support biomanufacturing and synthetic biology!
- Heavy weight! The next billion dollar trend, advanced biotechnology technology
- Bioreactor: From Algae to Cell Culture - Unveiling the Potential of Bioreactor Machines
- Industry Equipments: Bioreactor and Fermenter in Industrial Culture
- Mini Bench-top Cell Culture Bioreactor: Enabling Advances in Cell-Based Research and Biotechnology
- Perfusion Fermentor Bioreactor: Revolutionizing Bioprocesses
- Chemical Engineering Bioreactor: A Pivotal Component in Modern Industrial Processes
- Bioreactor for Induced Pluripotent Stem Cell: Revolutionizing Cell-Based Therapies
- Temporary Immersion Bioreactor Rita: A Breakthrough in Plant Biotechnology
- 6 Types Of Bioreactors: Unveiling Their Characteristics and Applications
- Bioreactors: Unleashing the Potential of Algae, Cell Culture, and Beyond
- Mini Bench-top Cell Culture Bioreactor: Revolutionizing Laboratory Research
- Perfusion Fermentor Bioreactor: Revolutionizing Bioprocess Technology
- Laboratory Small Glass Bioreactor Fermenter: A Key Tool for Research and Innovation
- Vessel Fermenters, Open Pond Bioreactors, and Michigan Beer Fermenters: Diverse Approaches in Fermentation Technology
- Stirred Tank Bioreactors, Mini Bioreactors, Fermenters, and Multistage Bioreactors: Advances and Applications in Biotechnology
- Bioreactors for Cell and Microbial Culture: The Heart of Biofermentation Tanks
- Tank Fermentation: The Powerhouse of Fermentation Reactors and Bioreactors for Sale
- Bioreactors for Bacteria: The Role of Stainless Steel Fermenters
- Small Scale Methanol Plant for Laboratory: Multi-Bioreactor Pressure Fermentation
- International Technology in Cell Culture Bioreactors: Driving Innovation and Advancement
- Bioreactors and Fermenters for Microbial Cell Culture: Unleashing the Potential of Microbial Growth and Production
- Bioreactors for Batch Fermentation in Microbiology: Unveiling the Potential and Challenges
- International Technology in Cell Culture Bioreactors: Transforming the Landscape of Biomedical Sciences
- The 200L Industrial Batch Fermentation Bioreactor for Microbiology: A Comprehensive Analysis
- International Technology in Fermenter and Bioreactor Advancements
- Industrial Equipment in Wine Production: The 5000-Liter Bioreactor and Beyond
- Bioreactors and Induced Pluripotent Stem Cells: Revolutionizing Biomedical Research and Therapeutics
- Cell Culture Bioreactors: Unveiling the Potential of Mini Lab and Beyond
- Cell Culture Bioreactors: From Mini Lab to Large-Scale Applications
- Bioreactors: Insights into Prices, Cell Culture, and Industrial Applications
- Bioreactors: From Algae Cultivation to Cell Culture and Beyond
- Bioreactors: From Small Glass Setups to Stirred Systems
- Magnetic Mixing in Cell Culture Fermenter Bioreactors: Enhancing Efficiency and Uniformity
- The Intersection of Stainless Steel Fermenters, Bioreactors, and Breast Cancer Research: Insights and Challenges
- Fermentors and Bioreactors: Revolutionizing Cell Culture and Fermentation in the Laboratory
- Cell Culture Bioreactors: Revolutionizing Cell Growth and Research in the Laboratory
- The 30-Gallon Fermenter: Fermenting Equipment, Bioreactor, and Price Considerations
- The Versatility and Importance of Bioreactor, Fermentation Tank, Fermenter, Fermentation Machine, and Fermenting Equipment
- The Role and Advancements of Bio Fermenters: Mechanical Stirring and Glass Bioreactors in Laboratory Fermentation
- The Laboratory Small Glass Bioreactor Fermenter: A Catalyst for Innovation in Scientific Research
- The 10L Bio Reactor and Glass Bioreactor in Bacterial Fermentation: Insights and Applications
- bio reactors algae glass fermenter Unveiling Scientific Potential
- A Versatile Tool for Scientific Research
- Revolutionizing Industrial Cleaning Processes
- The Laboratory Small Glass Bioreactor Fermenter: A Versatile Tool in Scientific Research
- The World of 5000-Liter Fermenters and Bioreactors: Prices and Insights in the Bio-Fermentation Field
- The Significance and Applications of Fermentor and Bioreactor Systems in Modern Biotechnology
- The Versatile World of Fermentor and Bioreactor Systems in Cell Culture and Fermentation
- The Role and Advancements of Fermentor and Bioreactor Systems in Modern Science
- Advancements in Automatic Fermenter Bioreactors for Bacterial Cultivation
- Stainless Steel Mechanical Stirring Bioreactors: Revolutionizing the Fermentation Process
- The Role and Advancements of Fermentor and Bioreactor Systems in Biotechnology
- Advancements in Bioreactors for Plant Cell Cultivation and Industrial Fermentation
- Revolutionizing Industrial and Plant Cell Cultivation Processes
- Cell Culture and Microorganism Fermentation in 60L Stainless Tanks
- The 200L Stainless Steel Bioreactor and Its Role in Fermentation Processes
- The Versatile World of Fermentor and Bioreactor Systems in Cell Culture and Fermentation
- Revolutionizing Industrial and Plant Cell Cultivation Processes
- Driving Advancements in Industrial Fermentation and Plant Cell Cultivation
- A Catalyst for Innovation and Growth
- Revolutionizing Biomedical Research
- The Key Component in Modern Fermentation Processes
- Cell culture bioreactors have emerged as indispensable tools
- The Backbone of Modern Bioprocessing
- A Technological Marvel in Biotechnology
- pH electrode calibration
- DO electrode calibration
- CPHI China Exhitibion
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News
Advantages and disadvantages, production process, commonly used carriers, multiple copies, and purification methods of Pasteur Pichia pastorisDec 20,2024Pasteur Pichia pastoris is a type of methanol tolerant yeast that can utilize methanol as its sole carbon and energy source.
Experience of Pichia pastoris fermentationDec 19,2024Pasteur Pichia pastoris is a type of methanol tolerant yeast that can utilize methanol as its sole carbon and energy source.