A generic structure for modeling growth kinetics of eukaryotic microalgae

Key Points

• Key findings indicate that specific modeling techniques can significantly impact growth kinetics of eukaryotic microalgae.
• Growth kinetics was enhanced with tailored models, demonstrating a specific increase in biomass production over time.
• The analysis utilized innovative modeling approaches tailored for eukaryotic microalgae to predict growth patterns.
• These findings highlight the potential for improved biomass yield through effective modeling in algal cultures.

Abstract