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Ctad1
(C. trachomatis adhesin 1) |
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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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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. ... |
|
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. ... |
|
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. ... |
|
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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MOMP
(Major outer membrane protein) |
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Approximately 40 kDa in size, with five genetically conserved domains and four variable domains that are used to determine the serovar within each species. Characterzed by an N-terminal domain that forms an eight-stranded, anti-parallel β barrel embedded in the outer membrane. The eight strands are connected by four long loops at the outer membrane surface and three short periplasmic turns of the molecule. ... |
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MOMP
(Major outer membrane protein) |
|
Approximately 40 kDa in size, with five genetically conserved domains and four variable domains that are used to determine the serovar within each species. Characterzed by an N-terminal domain that forms an eight-stranded, anti-parallel β barrel embedded in the outer membrane. The eight strands are connected by four long loops at the outer membrane surface and three short periplasmic turns of the molecule. ... |
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