Table 3 Pairwise sequence identities between GshA sequences from plants and alpha-proteobacteria

From: Lateral gene transfer and parallel evolution in the history of glutathione biosynthesis genes

	1	2	3	4	5	6	7	8	9	10	11	12	13
1. M. loti	100
2. C. crescentus	50.4	100
3. X. fastidiosa	54.7	56.3	100
4. Z. mobilis	44.4	51.2	53.3	100
5. B. japonicum	53.3	53.4	52.9	48.4	100
6. A. tumefaciens	71.1	50.7	50.1	45.5	53.0	100
7. S. melliloti	72.2	51.9	51.3	45.0	54.2	79.6	100
8. L. esculentum	55.1	58.1	56.2	48.5	55.6	55.5	53.5	100
9. M. truncatula	55.1	56.5	56.2	49.2	55.6	55.3	53.7	78.9	100
10. P. sativum	55.3	56.3	56.4	49.4	55.8	55.7	54.2	81.0	93.4	100
11. B. juncea	55.5	57.2	57.5	49.0	54.4	55.7	53.5	79.3	80.2	82.8	100
12. P. vulgaris	56.0	56.8	56.6	49.4	55.4	55.1	53.8	78.7	84.7	86.5	81.1	100
13. A. thaliana	56.0	58.3	57.3	49.2	55.6	56.8	53.7	78.4	80.1	82.6	92.6	80.3	100

1-7 are bacteria and 8-13 are plants. The bold numbers highlight the pairwise sequence identities between bacterial and plant sequences.

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