4O7K


Conserved Protein Domain Family
FIN

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cd16389: FIN 
Click on image for an interactive view with Cn3D
fertility inhibition factors, including OSA and FiwA, related to the ParB/Srx superfamily
Osa and FiwA are fertility inhibition factors (FIN), which are employed by plasmids to block import of rival plasmids. Osa (oncogenic suppressive activity) of IncW group plasmid pSa gene inhibits the oncogenic properties of Agrobacterium tumefaciens. Osa is structurally similar to the ParB N-terminal domain/Srx superfamily of proteins: ParB acts in the bacterial and plasmid parABS partitioning systems. Osa has been shown to have ATPase and DNAse activities, an can block T-DNA transfer into plants. FiwA is encoded by plasmid RP1 and blocks the transfer of plasmid R388. The gene product of Haemophilus influenzae p1056.10c also blocks T-DNA transfer.
Statistics
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PSSM-Id: 319248
Aligned: 19 rows
Threshold Bit Score: 157.429
Created: 17-Dec-2014
Updated: 2-Oct-2020
Structure
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Program:
Drawing:
Aligned Rows:
 
active site
Conserved site includes 5 residues -Click on image for an interactive view with Cn3D
Feature 1: active site [active site], 5 residue positions
Conserved feature residue pattern:D K [DN] T RClick to see conserved feature residue pattern help
Evidence:
  • Comment:Predicted active site residues based on analysis of Osa

Sequence Alignment
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Format: Row Display: Color Bits: Type Selection:
Feature 1                                                    # #                                 
4O7K_A        58 TASNAAQSDFIVYVNGLAFYRAWLALGVEdsqa--cplkQDMPKDRKYPSSAAHFAVGidSPVPLADVSptmi------- 128 Shigella flexneri
AIJ31174      43 YHSSSDEVKKIVFVQDTKFLAMWKNAPYLqdihlssgseREWRNDNKFHHAERAFRIGrtNPVPLADVScteyikstpiy 122 Actinobacillus ...
KDR42521      33 RTNYLNEERAVVEVDTGRLFALWRAEPNGlhaaqahgheRTWRRDDKFQHAEEGFQGGkdNPVPLADIScqigrrrhpii 112 Burkholderia gl...
WP_042329696  37 RTGYENDRRAVVEVDADRFLDLWRRDPYEahadvsrgnpTTWVRDRKFSYAEEGFAGGesNPVPLADVDctthikqrply 116 Burkholderia gi...
CAF29018      45 IENMANQENMIVIVDAQKFLPLWQRSPYEvdkntcagdeSTWRKDYKFHHAENGFANSidSPVPLADVNvhik------- 117 Haemophilus inf...
EGU30980      47 LQPSDEDCYFVIFVDRYRFESVWFKGGSGvapelargneKAWRKDYKFHHAERGFSHGieNPVPLAVMQany-------- 118 Vibrio ichthyoe...
WP_044427918  42 IFHTPNKEMRIVFVQDHKFLSLWQNMQFPqepqlsfgneSAWRNDRKFLWAEKALSQGreQPVNLAEVTcteylkripiy 121 Mannheimia haem...
AIA46982      50 QEISDTSENYIVIADRDKLLSAWRNTPNSivpelsrgdeAAWRRDRKFHEAERCFSIGagNPVPLATPTcrfile----- 124 Serratia sp. FS14
WP_017461362  46 RNNGLNASRFIVEVDANRLLTLWKRDAFAppsv---hgrQRWSEDYKYDRAEEGFSRGqqNPVGLAKVYvrdrpvyaelp 122 Dyella ginsengi...
WP_028362494  33 SASPGDASVAVVEVDADRLLEQWRRTGGKperca-hasqALWPSDEKFAAAEIGFMEGqfDPVPLALMTcrae------- 104 Burkholderia sp...
Feature 1                                         #  ##                                    
4O7K_A       129 ------------------------lghFAVCFTDGMTRSMWLLAHEVAVFPVLSRDEasAVMLAEHVGVAAPIQ 178 Shigella flexneri
AIJ31174     123 eksf---------lwfkklvgyseeqvTWCSFINGITRTIWLLANGVKQFPVYVYNEknAILLAKHAGISPSSF 187 Actinobacillus suis A...
KDR42521     113 qkkw---------llfertvgwnehrfPYVAFTNGVTRTIWLAANGAKYFPVECHVRe-ADRLQELAGLPGGGW 176 Burkholderia glathei
WP_042329696 117 rsrl---------lvlrklvgyerediPHVSFSDGITRTIWLLTHGARVFPVMCSVSe-APLLKQLAGLPGGSF 180 Burkholderia ginsengi...
CAF29018     118 ------------------------dgeISCSLNDGMTRTLWLLANGVKEFPILIRNHkeKAKILSKYASPLSSL 167 Haemophilus influenzae
EGU30980     119 -------------------------dyPRVGFTDGITRTVWLLANGAKNFPLFAFNKktAEYLYKYIGIKGSKV 167 Vibrio ichthyoenteri ...
WP_044427918 122 ekrf---------cwfskfvgykhsnqVECSFIDGITRTIWLLANGVRQFPVYVYNEqeAVLLAKYAGIHQNAY 186 Mannheimia haemolytica
AIA46982     125 ----------------------rglpvPALDFVDGITRTIWLLANGADRLPVHAYNHhdALLLQRGKGIGLHRQ 176 Serratia sp. FS14
WP_017461362 123 pvprfsiralatrrkpgrpaaqpsvmeTVATLNDGCTRTIWLLANGVATFPVECDGQasAERLQHLAGVGSPIL 196 Dyella ginsengisoli
WP_028362494 105 -----------------------nggpVQLSIADGVTRTIWLLTAGATIFPVSCPIDd-ACALQACAGAAGSRV 154 Burkholderia sp. JPY366

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