Agris Pentjuss

The paper develops an organelle-resolved genome-scale metabolic model for Galdieria sulphuraria that links trophic state and substrate identity with carbon use and product capacity.

This study uses metabolic modeling to analyze resource allocation in Hermetia illucens larvae and predict growth and fatty acid production under different dietary conditions.

The paper uses metabolic modeling to optimize heme production in Pichia pastoris by analyzing growth conditions and suggesting gene regulation strategies.

IgemRNA is a transcriptome analysis tool that integrates genome-scale metabolic modeling, offering pre-processing, analysis, and visualization with a graphical interface.