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Bioreactor with Continuous Analysis: RWTH-Students Were again Successful

Conversion of Methanol to Glycogen: The iJO1366 model was constrained to a methanol uptake rate of -10 and no CO2 uptake. Reactions that were introduced to the model are named with a double underscore (__). The glycogen formation rate of 1.67 shows that theoretically all carbon atoms can be converted from methanol to glycogen. All non-zero ATP utilizing reactions are balanced and shown. (Picture: iGEM-Team Aachen) arrow forward Image Zoom
Conversion of Methanol to Glycogen: The iJO1366 model was constrained to a methanol uptake rate of -10 and no CO2 uptake. Reactions that were introduced to the model are named with a double underscore (__). The glycogen formation rate of 1.67 shows that theoretically all carbon atoms can be converted from methanol to glycogen. All non-zero ATP utilizing reactions are balanced and shown. (Picture: iGEM-Team Aachen)
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