Conserved Protein Domain Family
TraL
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cd05386: TraL 
transfer origin protein TraL
The transfer origin protein TraL is member of the SIMIBI superfamily which contains a ATP-binding domain. Proteins in this superfamily use the energy from hydrolysis of NTP to transfer electron or ion. The specific function of TraL protein is unknown.
Links
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Statistics
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PSSM-Id: 349771
Aligned: 10 rows
Threshold Bit Score: 207.962
Created: 28-Aug-2007
Updated: 2-Oct-2020
Structure
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Aligned Rows:
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putative active
Feature 1:putative active site [active site]
Evidence:
  • Comment:contains P-loop characteristic for ATP/GTP-binding proteins
  • Comment:based on homology to other members of the superfamily
Scroll to Sequence Alignment Display
Sequence Alignment
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Format: Row Display: Color Bits: Type Selection: 
Feature 1             ########                      #                                         
CAA38340    3 KIHMVLQGKGGVGKSAIAAIIAQYkmdk-gqtPLCIDTDPVNATFEGYKalnvRRLNIMAGDEInsr----nfDTLVELI 77  Escherichia coli
YP_302619   3 KIHMVLQGKGGVGKSMIAATIAQYkask-gqtPLCIDTDPVNSTFEGYKalnvQRLNIMDGDEIntr----nfDALVEQI 77  Sphingomonas sp. A1
CAI47873    3 KIHMVLQGKGGVGKSMIAATIAQYkask-gqtPLCIDTDPVTATFEGYKalnvQRLNIMDGDENhtr----nlDALVEQI 77  Achromobacter xylo...
BAC56730   19 TVHFVLMGKGGVGKSMSASLLAQAlier-araLYCADTDPTNMTFAHYKalnvEHFNISDDNAKvdt---rkfDALIIKI 94  Janthinobacterium ...
NP_660247   5 TINLTLQGKGGVGKSYITTIFAQYlkdyknieISGADTDPVNRSFAGIKklnaLPVDIIENDAIsqs----kfDSIFELM 80  Haemophilus influe...
BAD83747    8 SIHFVMQSKGGVGKSVVSSLMAQYlsnk-vgnLSIIDIDPNNKTLASYKslnvKQIDIIKDDENivdq--skfDVFLQDF 84  Moraxella bovis Epp63
AEB22181   25 SINVVMTGKGGVGKSYVAQTLSQYflhykriaTSTSDSDPVNASTFRIKalnpEFIKIMENNTIlqs----nfDQVIESF 100 Escherichia coli X...
ACD43625    3 TVHFVLQGKGGVGKTFISSIVAQYlghasgapVHCFDTDPVNKSFSQIQglsvQTINILTENKKidg---sqfDQLMNQL 79  Tetrathiobacter ka...
EGE22048    7 SLHFVMQSKGGAGKSVCAILLSQYfverldgkVHLVDTDPNNKTMGAFKslnvDKLDIIKPVGMekeidsakfDTFVDKF 86  Moraxella catarrha...
ADK12982    3 KIHFIGGEKGGVGKSVLARLLAQHhids-nqpFTVFDTDQSHGAMLRFYgd-ySRSVLLDSFEDa--------DQLMEAA 72  Thiocapsa roseoper...

Feature 1               #  #                                                                ##
CAA38340   78 ap-tkDDVVIDNGASSFVPLSHYLISNQVPAllqemGHELVIHTVVTGGqallDTVSGFAQLASQfpa--ealFVVWLNP 154 Escherichia coli
YP_302619  78 as-tkGDVIIDNGASSFVPLSSYLIGNQVPAllqdmGHELVVHTVVTGGqaflDTLNGFSTLARQfpa--ecvFVVWLNP 154 Sphingomonas sp. A1
CAI47873   78 as-trGDVIIDNGASSFVPLSSYLIGNQVPAllqdmGHELVVHTVVTGGqaflDTLNGFSTLARQfpa--ecvFVVWLNP 154 Achromobacter xylo...
BAC56730   95 aa-feGDCVVDTGASNFLPLMNYLHENKIIDllestGRRVVLHTPLVGGqamdETIRGLQSILEFfs----apVVVWVNE 169 Janthinobacterium ...
NP_660247  81 ltdenSTFIIDNGASTFLPFTKYIKDNGVIEmfeeaQKEVFIHTVIVGGqsqnDTLQGLLTLFDLikdsnnvkLVIWLNE 160 Haemophilus influe...
BAD83747   85 lqsenSTFLVDTGSGEYLPLNNYLTIMGIPDiikdfDKTMYIHIPINYGqaedDTKKCLLKLTETysn---vgIIVWENE 161 Moraxella bovis Epp63
AEB22181  101 vanedITFVLDTGASTYVPLMQYFYDNDLVDffsslGRPVFLHTIIMAGqelpDTLNGFKSLCEMvkgt-nvkVVAWINE 179 Escherichia coli X...
ACD43625   80 ie-ldGQGVIDNGASSFVPLMDYLQENNVPAffkdsGINMVMHVPMQGGqalkDTTYGLSVVLDElk----cpVVVWLNN 154 Tetrathiobacter ka...
EGE22048   87 va-edKPMVIDTGSGEYLAITNYLITNNVLPqliemDKEIYIHCPINFGqsgfETIRCLQWLSNAfln---anIVVWENE 162 Moraxella catarrha...
ADK12982   73 la-apQNVLVDLAAQTSAPLFRWIDQNDFLTlaadeGVGVVFWHVMDDGa---DGIGLLQRLVDRygd--aadYVVVQNY 146 Thiocapsa roseoper...

Feature 1      # 
CAA38340  155 YWG 157 Escherichia coli
YP_302619 155 YWG 157 Sphingomonas sp. A1
CAI47873  155 YWG 157 Achromobacter xylosoxidans A8
BAC56730  170 YFG 172 Janthinobacterium sp. J3
NP_660247 161 FQG 163 Haemophilus influenzae biotype aegyptius
BAD83747  162 YFG 164 Moraxella bovis Epp63
AEB22181  180 LKG 182 Escherichia coli Xuzhou21
ACD43625  155 HHG 157 Tetrathiobacter kashmirensis
EGE22048  163 FFG 165 Moraxella catarrhalis BC7
ADK12982  147 GRG 149 Thiocapsa roseopersicina

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