Constraint-based modelling reveals a high carbon conversion efficiency in Marchantia polymorpha compared to that in C3 angiosperms

Supplementary files

Data 2.1 shows additional metabolites and reactions added to both models further to those in PlantCoreMetabolism_v1.2

Data 2.2 shows calculations to produce biomass stoichiometries for the Arabidopsis model

Data 2.3 shows calculations to produce biomass stoichiometries for the Marchantia model

Data 2.4 shows Python functions used to produce diel models

Data 2.5 is the Arabidopsis model

Data 2.6 is the Marchantia model

Data 2.7 and 2.8 show sensitivity analyses results for the Marchantia model at PPFDs of 95 and 174umol/m2/s respectively

Data 2.9 lists the non-overlapping fluxes between the Arabidopsis model at PPFD=120umol/m2/s and the Marchantia model at PPFD=174umol/m2/s

Name		Name	Last commit message	Last commit date
Latest commit History 7 Commits
Data 2.1 additions to model.xlsx		Data 2.1 additions to model.xlsx
Data 2.2 Arabidopsis biomass stoichiometry.xlsx		Data 2.2 Arabidopsis biomass stoichiometry.xlsx
Data 2.3 Marchantia biomass stoichiometry.xlsx		Data 2.3 Marchantia biomass stoichiometry.xlsx
Data 2.4 Python functions.py		Data 2.4 Python functions.py
Data 2.5 Arabidopsis.xml		Data 2.5 Arabidopsis.xml
Data 2.6 Marchantia.xml		Data 2.6 Marchantia.xml
Data 2.7 sensitivity analysis at PPFD95.xlsx		Data 2.7 sensitivity analysis at PPFD95.xlsx
Data 2.8 sensitivity analysis at PPFD174.xlsx		Data 2.8 sensitivity analysis at PPFD174.xlsx
Data 2.9 non-overlapping fluxes.xlsx		Data 2.9 non-overlapping fluxes.xlsx
README.md		README.md