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VF category: Non-fimbrial adhesin (total 1425 related VFs in database, current show from 201 to 210)
 
VF Bacteria Brief description
MOMP
(Major outer membrane protein)
Chlamydia
(C. trachomatis A/HAR-13)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. trachomatis L2b/UCH-1/proctitis)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. abortus S26/3)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. caviae GPIC)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. felis Fe/C-56)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. pneumoniae AR39)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. pneumoniae CWL029)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. pneumoniae J138)
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. ...
MOMP
(Major outer membrane protein)
Chlamydia
(C. pneumoniae TW-183)
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. ...
OmcB
(Outer membrane complex protein B)
Chlamydia
(C. muridarum Nigg)
A 60-kDa, cysteine-rich protein. All the OmcB proteins of Chlamydiae possess at least one XBBXBX sequence in their N-terminal domains. ...
   


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