|
| OmpA |
 |
High degree of sequence conservation. Binding domain lies within amino acids 59 to 74. Binds to α2,3-sialic acid of sialyl Lewis x, this receptor-ligand interaction is required for efficient cellular entry. ... |
|
| OmpA |
|
High degree of sequence conservation. Binding domain lies within amino acids 59 to 74. Binds to α2,3-sialic acid of sialyl Lewis x, this receptor-ligand interaction is required for efficient cellular entry. ... |
|
| OmpA |
|
High degree of sequence conservation. Binding domain lies within amino acids 59 to 74. Binds to α2,3-sialic acid of sialyl Lewis x, this receptor-ligand interaction is required for efficient cellular entry. ... |
|
CiaB
(Campylobacter invasion antigen B) |
|
73-kDa protein secreted by the flagellin export apparatus. CiaB lacks an identifiable signal sequence, and an environmental stimulus is required to induce Cia protein secretion, but there is no evidence of a type III secretion system. ... |
|
CiaB
(Campylobacter invasion antigen B) |
|
73-kDa protein secreted by the flagellin export apparatus. CiaB lacks an identifiable signal sequence, and an environmental stimulus is required to induce Cia protein secretion, but there is no evidence of a type III secretion system. ... |
|
CiaB
(Campylobacter invasion antigen B) |
|
73-kDa protein secreted by the flagellin export apparatus. CiaB lacks an identifiable signal sequence, and an environmental stimulus is required to induce Cia protein secretion, but there is no evidence of a type III secretion system. ... |
|
CiaB
(Campylobacter invasion antigen B) |
|
73-kDa protein secreted by the flagellin export apparatus. CiaB lacks an identifiable signal sequence, and an environmental stimulus is required to induce Cia protein secretion, but there is no evidence of a type III secretion system. ... |
|
CiaB
(Campylobacter invasion antigen B) |
|
73-kDa protein secreted by the flagellin export apparatus. CiaB lacks an identifiable signal sequence, and an environmental stimulus is required to induce Cia protein secretion, but there is no evidence of a type III secretion system. ... |
|
Ctad1
(C. trachomatis adhesin 1) |
|
Ctad1 homolog is found in all members of the genus Chlamydia. Ctad1 is extremely well conserved among C. trachomatis serovars with identities between 98% and 100%, while the identities and homologies with homologs from other chlamydia species vary from 51% to 83%, and 69% to 90% respectively. Ctad1 homologs with significant identities and homologies can also be identified in the chlamydia-like organisms Parachlamydia, Waddlia and Simkania. ... |
|
Ctad1
(C. trachomatis adhesin 1) |
|
Ctad1 homolog is found in all members of the genus Chlamydia. Ctad1 is extremely well conserved among C. trachomatis serovars with identities between 98% and 100%, while the identities and homologies with homologs from other chlamydia species vary from 51% to 83%, and 69% to 90% respectively. Ctad1 homologs with significant identities and homologies can also be identified in the chlamydia-like organisms Parachlamydia, Waddlia and Simkania. ... |
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