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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.