Similar to the virB/virD system of A. tumefaciens. The T4SS of Rickettsiales is characterized by an expansion of the virB4 and virB6 gene families and an absence of virB5. In addition, species in the family Anaplasmataceae have an expansion of virB2 and are missing virB1. The presence of multiple copies of T4SS components may facilitate environment- or host cell-dependent delivery of effector molecules. ...
Similar to the virB/virD system of A. tumefaciens. The T4SS of Rickettsiales is characterized by an expansion of the virB4 and virB6 gene families and an absence of virB5. In addition, species in the family Anaplasmataceae have an expansion of virB2 and are missing virB1. The presence of multiple copies of T4SS components may facilitate environment- or host cell-dependent delivery of effector molecules. ...
Similar to the virB/virD system of A. tumefaciens. The T4SS of Rickettsiales is characterized by an expansion of the virB4 and virB6 gene families and an absence of virB5. In addition, species in the family Anaplasmataceae have an expansion of virB2 and are missing virB1. The presence of multiple copies of T4SS components may facilitate environment- or host cell-dependent delivery of effector molecules. ...
Similar to the virB/virD system of A. tumefaciens. The T4SS of Rickettsiales is characterized by an expansion of the virB4 and virB6 gene families and an absence of virB5. In addition, species in the family Anaplasmataceae have an expansion of virB2 and are missing virB1. The presence of multiple copies of T4SS components may facilitate environment- or host cell-dependent delivery of effector molecules. ...