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. 2021 Apr 28;79(5):ftab024. doi: 10.1093/femspd/ftab024

Table 2.

Putative virulence genes conserved in R. amblyommatis.

Putative virulence factorsa Gene numbers in str. GAT-30Vb Gene numbers in str. An13c Gene numbers in str. Ac37d % identity to R. rickettsiie Predicted virulence functionsf
Adr1 MCE_08 045 A3305_02 145 AL573_07 330 94.63% Complement resistance
Adr2 MCE_08 050 A3305_02 150 AL573_07 335 95.09% Complement resistance
Pat1 MCE_06 135 A3305_00 385 AL573_05 575 88.57% Phagolysosome escape
RickA MCE_06 070 A3305_00 325 AL573_05 520 91.02% Actin-based motility
RARP2 MCE_06 205 A3305_00 455 AL573_05 645 90.13% Effector protein of T4SS
Sca0 MCE_07 995 A3305_02 110 AL573_07 295 86.65% Host cell adhesion
Sca1 MCE_00 840 A3305_02 870 AL573_00 730 87.67% Host cell adhesion
Sca2 MCE_01 310 A3305_03 305 AL573_01 175 86.69% Actin-based motility
Sca4 MCE_04 250 A3305_06 025 AL573_03 910 93.89% Cell-to-cell spread
Sca5 MCE_07 010 A3305_01 180 AL573_06 365 90.27% Host cell adhesion
a

Annotated virulence factors shown to be involved in spotted fever pathogenesis in animal infection models.

b

Gene numbers in R. amblyommatis strain GAT-30V (GenBank: CP003334.1).

c

Gene numbers in R. amblyommatis strain An13 (GenBank: CP015012.1).

d

Gene numbers in R. amblyommatis strain Ac37 (GenBank: CP012420.1).

e

Percent identity to amino acids in R. rickettsii strain Sheila Smith (GenBank: CP000848.1).

f

Predicted virulence functions of each gene products.