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Our research goals

- Ensuring food and environmental safety against pathogenic M/Os

- Precision fermentation for valuable materials using beneficial M/Os

1. Food Safety

2. Precision Fermentation

3. AI

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  • System development : 

Construction novel inactivation technology

  • Evaluation of efficacy : 

Basic characteristics of the intervention methods using microbial analysis

  • Inactivation mechanism : 

Elucidating various M/Os damage induced by treatment 

  • Application into the industry :

Deriving and analyzing features influencing scale-up process 

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  • Microbial design :

Strain optimization and metabolic engineering

  • Molecular approach :

Precise bioprocess control

  • Synthesis strategy :

Feedstock strategy and scalability

  • Analysis metabolic characterization :

Efficient downstream processing​

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  • AI-Driven prediction modeling :

Forecasting microbial behavior

  • Intelligent process optimization :

Condition tuning trade-off relationship

  • Advanced microbial detection :

Deep learning algorithm for early detection system

  • Biological Big data analytics :

Strategic decision-making

 

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