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Table 1 Structure and topological properties of whole network in chloroplasts and several photosynthetic bacteria.

From: Exploring photosynthesis evolution by comparative analysis of metabolic networks between chloroplasts and photosynthetic bacteria

Species Enzyme number Compound number Reaction number Average compound connectivity Enzyme CC Compound CC Enzyme AL Compound AL Enzyme Diameter Compound Diameter
Chloroplast 376 586 560 2.6185 0.534371 0.431872 5.07847 4.83902 19 19
syw 371 860 694 2.5615 0.59365 0.503954 4.07523 3.972854 11 12
ana 401 881 728 2.5182 0.590467 0.513945 4.15901 3.95608 11 12
cte 323 724 579 2.4627 0.577056 0.506881 4.12231 3.94473 12 12
gvi 377 830 683 2.4789 0.594211 0.518726 4.15974 3.95251 12 12
pma 338 718 578 2.5195 0.577878 0.487342 4.09658 3.92037 12 12
pmm 342 760 614 2.5447 0.590459 0.48967 4.06937 3.92196 10 11
pmt 352 791 626 2.4855 0.581159 0.495484 4.09455 3.98362 12 12
syn 387 823 681 2.5176 0.590339 0.501971 4.1349 3.91225 12 12
tel 350 653 585 2.6718 0.593009 0.488283 4.11994 3.87589 11 12
  1. CC: clustering coefficient; AL: average path length.