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Table 2 Divergence times of Plasmodium splits in the Laverania clade as estimated by BEAST

From: Malarial parasite diversity in chimpanzees: the value of comparative approaches to ascertain the evolution of Plasmodium falciparum antigens

Calibrations (Mya)

 

Node 13: 6-14.2

Node 13: 6-14.2

Node 13: 6-8

    

Node 14: min = 23.5

   
  

Node 19: min 20

 

Node 19: min 20

 

Node 19: min 20

 

Divergence

Node

Node Age (Mya)

95%CrI

Node Age (Mya)

95%CrI

Node Age (Mya)

95%CrI

Radiation of African apes malaria

34

17.49

13.09-22.93

18.23

13.73-23.72

15.55

12.07-19.75

Split P. billbrayi-P. gaboni

27

3.16

1.92-4.69

3.31

2.03-4.87

2.8

1.73-4.06

Split P. billcollinsi-(P. reichenowi-P. falciparum)

33

11.98

8.73-16.17

12.48

8.97-16.63

10.63

7.85-13.79

Split Plasmodium sp.-P. reichenowi

31

2.75

1.80-3.97

2.84

1.84-4.08

2.41

1.53-3.41

Split P. reichenowi-P. falciparum

32

5.71

4.02-7.84

5.93

4.12-8.04

5.03

3.52-6.70

Radiation of Southerm Asia primates malaria

11

6.47

5.09-8.28

6.76

5.24-8.40

5.5

4.50-6.88

Radiation of rodents malaria

25

13.84

9.91-18.09

14.39

10.72-18.83

12.28

9.16-15.80

Radiation of Plasmodium in mammals

35

38.74

31.80-48.18

40.56

33.90-49.13

35.12

30.24-40.79

  1. The node numbers are shown in the Additional file5.