Table 2 Nucleotide diversity in human and ape P. vivax lineages.

From: African origin of the malaria parasite Plasmodium vivax

P. vivax genome

Locus

Length (bp)

Human P. vivax*

Ape P. vivax*

Ape/human ratio

Distance to P. cynomolgi

   

No.

π ( × 10−3)§

Ratio ||

No.

π ( × 10−3)§

Ratio ||

 

Distance

Ratio ||

Mitochondrial

cox1; cytb

2,443

138

0.75

1.0

62

1.02

1.0

1.4

0.012

1.0

Nuclear

ldh

679

114

1.58

2.1

42

14.07

13.8

8.9

0.161

13.5

Nuclear

asl

838

97

1.45

1.9

21

12.78

12.5

8.8

0.197

16.5

Nuclear

crk2

666

134

0.54

0.7

32

25.92

25.4

49.9

0.081

6.8

Nuclear

β-tub

684

81

0.81

1.1

12

11.85

11.6

14.6

0.161

13.5

Apicoplast

clpC

574

70

0.34

0.5

21

1.99

2.0

5.9

0.024

2.0

  1. *All human parasite sequences were derived using SGA methods from a global sampling of P. vivax strains (Supplementary Table 5), except for five completely sequenced reference genomes from the database (Salvador I, Brazil I, Mauritania I, North Korea and India VII). Ape P. vivax sequences were also derived by SGA from faecal and blood samples of wild-living and sanctuary apes (Supplementary Table 3).
  2. Ratio of nucleotide diversity (π) values in ape and human parasites.
  3. Average distance between P. vivax and the orthologous sequences from P.cynomolgi.
  4. §Nucleotide diversity (π). Human and ape sequences were compared over the same length of sequence.
  5. ||Diversity (or distance) value expressed relative to that for mtDNA.