8RTB

Extended inner membrane complex (IMC) protomer structure (TrwM/VirB3-TrwK/VirB4-TrwI/VirB6-TrwG/VirB8-TrwE/VirB10) from the fully-assembled R388 type IV secretion system determined by cryo-EM.

Functional Information from GO Data

Chain	GOid	namespace	contents
A	0000166	molecular_function	nucleotide binding
A	0005515	molecular_function	protein binding
A	0005524	molecular_function	ATP binding
A	0005886	cellular_component	plasma membrane
A	0016787	molecular_function	hydrolase activity
A	0016887	molecular_function	ATP hydrolysis activity
B	0000166	molecular_function	nucleotide binding
B	0005515	molecular_function	protein binding
B	0005524	molecular_function	ATP binding
B	0005886	cellular_component	plasma membrane
B	0016787	molecular_function	hydrolase activity
B	0016887	molecular_function	ATP hydrolysis activity
C	0005515	molecular_function	protein binding
C	0005886	cellular_component	plasma membrane
D	0005515	molecular_function	protein binding
D	0005886	cellular_component	plasma membrane
D	0016020	cellular_component	membrane
D	0030255	biological_process	protein secretion by the type IV secretion system
E	0005515	molecular_function	protein binding
E	0005886	cellular_component	plasma membrane
E	0016020	cellular_component	membrane
E	0030255	biological_process	protein secretion by the type IV secretion system
F	0005515	molecular_function	protein binding
F	0005886	cellular_component	plasma membrane
F	0016020	cellular_component	membrane
F	0030255	biological_process	protein secretion by the type IV secretion system
G	0005515	molecular_function	protein binding
G	0005886	cellular_component	plasma membrane
G	0016020	cellular_component	membrane
G	0030255	biological_process	protein secretion by the type IV secretion system
H	0005515	molecular_function	protein binding
H	0005886	cellular_component	plasma membrane
H	0009279	cellular_component	cell outer membrane
J	0005515	molecular_function	protein binding
J	0005886	cellular_component	plasma membrane
J	0030255	biological_process	protein secretion by the type IV secretion system