Table 2 Comparative analysis of genes related to vertebrate host and vector invasion.

From: The first complete genome of the simian malaria parasite Plasmodium brasilianum

Gene name

References

Function

Vector stage

Host stage

Sequence variation

p25

73

Laminin interaction

Yes

Yes

No

P28

74

Laminin interaction

Yes

Yes

No

soap

75

Secreted ookinete adhesive protein

Yes

No

Yes

ctrp

76

Ookinete invasion CTRP (circumsporozoite & TRAP-related protein)

Yes

No

Yes

csp

77,78

Sporozoite coat protein circumsporozoite protein

Yes

No

Yes

sr

79

Scavenger receptor-like protein

Yes

No

No

imc1

80

Inner membrane complex, involved in invasion into salivary glands

Yes

No

No

ecp1/ser8

81

Egress cysteine protease 1/ serine repeat antigen, involved in sporozoite egress

Yes

No

Yes

sera4

82

Serine repeat antigen, upregulated prior to merozoite formation

No

Yes

Yes

sera5

82

Serine repeat antigen, upregulated prior to merozoite formation

No

Yes

Yes

maebl

83,84,85

Sporozoite adhesion

Yes

Maybe

Yes

trap

86,87,88,89

Thrombospondin-related anonymous protein, mediates invasion to salivary gland and hepatocytes

Yes

Yes

Yes

sgs1

90

Salivary gland surface protein

Yes

No

Yes

uis10

91

Encodes a secreted phospholipase

No

Yes

No

uis3

92

Liver stage development and maturation

No

Yes

No

uis4

93

Liver stage development and maturation

No

Yes

No

p36p

94,95

Hepatocyte invasion and liver stage maturation

No

Yes

 

spect

96

Sporozoite transmigration

No

Yes

 

spect2/plp1

97

Sporozoite transmigration

No

Yes

 

msp1

98

Merozoite surface protein 1

No

Yes

No

  1. A list of 20 genes related to vertebrate host and vector invasion were obtained through literature searches. For each gene, its gene name, literature reference, function, and whether the gene product functions during the vector and/or host stage of the parasite’s life cycle are described. The final column lists whether the protein sequences from P. malariae and P. brasilianum accessions vary between the two species or not, or if there were not sufficient accessions to evaluate using multiple sequence alignment (blank).