Development and application of a milliliter-scale bioreactor for continuous microbial cultivations

Keyphrases

• Bioreactor 100%
• Milliliter-scale 100%
• Microbial Cultivation 100%
• Stirrer 16%
• Gasses 11%
• Saccharomyces Cerevisiae 11%
• Parallelization 11%
• Heater 11%
• Dissolved Oxygen 11%
• Microtiter Plate 11%
• Humidifier 11%
• Temperature Sensor 11%
• Mixing Time 11%
• Oxygen Transfer Rate 11%
• Sensing Performance 11%
• Optical Fiber Bundle 11%
• Small-scale Bioreactor 11%
• Transflectance 11%
• Design Direction 11%
• Working Volume 11%
• Biotechnology 5%
• Process Optimization 5%
• Knowledge Base 5%
• Aerobic 5%
• High-throughput 5%
• Lactobacillus Paracasei 5%
• Engineering Design Process 5%
• Stainless Steel 5%
• Light Intensity 5%
• Process Development 5%
• Batch Mode 5%
• Batch Cultivation 5%
• Microorganisms 5%
• Pharmaceutical Industry 5%
• Control Performance 5%
• High-flow Oxygen 5%
• Experimental Tools 5%
• Aeration 5%
• Modular Approach 5%
• Gas Flow Rate 5%
• Growth Profile 5%
• Genetic Manipulation 5%
• Result Reproducibility 5%
• Process Characterization 5%
• Shake Flask 5%
• Labor Intensity 5%
• Impeller 5%
• Commercial Solutions 5%
• Modular Concept 5%
• State-of-the-art Research 5%
• Experimental Challenge 5%
• Microliter 5%
• Mixing Efficiency 5%
• Controlled Environment 5%
• Heater Temperature 5%
• Light Intensity Measurement 5%
• Fiber Bundle 5%
• Heating Element 5%
• Bioreactor Design 5%
• Platform Design 5%
• Recent Past 5%
• Development Optimization 5%
• Design Improvement 5%
• Stirred Tank Bioreactor 5%
• Continuous Mode 5%
• Nanoliter 5%
• Mirror-like 5%
• Push-pull 5%
• Compare Research 5%
• Steel Elements 5%
• Expected Growth 5%
• Mixing Speed 5%
• Scattered Light Intensity 5%
• Genetic Engineering Techniques 5%
• Reusable Platform 5%
• Microliter-scale 5%
• Sparger 5%
• High Evaporation Rate 5%
• Small Footprint 5%
• Bench-scale Bioreactor 5%
• Simplified Structure 5%
• Additional Equipment 5%
• Process Methodology 5%

Engineering

• Microbial 100%
• Bioreactor 100%
• Luminous Intensity 14%
• Oxygen Transfer Rate 9%
• Cerevisiae 9%
• Mixing Time 9%
• Humidifier 9%
• Sensing Performance 9%
• Thermal Sensor 9%
• Optical Fiber 9%
• Heating Element 4%
• Shake Flask 4%
• Continuous Mode 4%
• Potential Application 4%
• Gas Flowrate 4%
• Bioreactor Design 4%
• End-Users 4%
• Process Development 4%
• Platform Design 4%
• Stirred-Tank Bioreactors 4%
• Scattered Light 4%
• Genetic Manipulation 4%
• Growth Profile 4%
• Optical Spectrum 4%
• Impeller 4%
• Modular Concept 4%
• Engineering 4%
• Engineering Design Process 4%
• Knowledge Base 4%
• Stainless Steel 4%
• Evaporation Rate 4%

Chemical Engineering

• Biochemical Reactor 100%
• Dissolved Oxygen 4%
• Biotechnology 4%
• Microorganism 4%
• Stirred Tank 4%