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>P20083_LOOPS
14-40, 60-85, 95-111, 127-180, 193-209, 227-246, 255-263, 270-282, 299-310, 323-340, 391-428, 456-495, 516-532, 552-584, 621-630
mtqtynadai evlTGLEPVR RRPGMYTDTT RPNHLGQEVI dnsvdealag hakrvdvilH ADQSLEVIDD GRGMPVDIHP EEGVPaveli lcrlHAGGKF SNKNYQFSGG Lhgvgisvvn alskrvEVNV RRDGQVYNIA FENGEKVQDL QVVGTCGKRN TGTSVHFWPD ETFFDSPRFS vsrlthvlka kaVLCPGVEI TFKDEINNTe qrwcyqdgln dylaeaVNGL PTLPEKPFIG NFAGDTeavd wallWLPEGG ELLtesyvnL IPTMQGGTHV NGlrqgllda mrefceyrNI LPRGVKLSAE diwdrcayvl svKMQDPQFA GQTKERLSSR qcaafvsgvv kdafilwlnq nvqaaellae maissaqrrm raakkvvrkk LTSGPALPGK LADCTAQDLN RTELFLVEGD SAGGSAKQar dreyqaimpl kgkilntwev ssdevLASQE VHDISVAIGI DPDSDDLSQL RYGKICILAD ADSDGlhiat llcalfvkhf ralvkHGHVY VALPPLYRID LGkevyyalt eeekegvleq lKRKKGKPNV QRFKGLGEMN PMQLRETTLD PNTRrlvqlt iddeddqrtd ammdmllakk rsedrrnwlq EKGDMAEIEV
>P20083_HOTLOOPS
1-37, 137-150, 302-311, 389-405, 416-431, 468-477, 519-529, 547-598, 608-630
MTQTYNADAI EVLTGLEPVR RRPGMYTDTT RPNHLGQevi dnsvdealag hakrvdvilh adqslevidd grgmpvdihp eegvpaveli lcrlhaggkf snknyqfsgg lhgvgisvvn alskrvevnv rrdgqvYNIA FENGEKVQDL qvvgtcgkrn tgtsvhfwpd etffdsprfs vsrlthvlka kavlcpgvei tfkdeinnte qrwcyqdgln dylaeavngl ptlpekpfig nfagdteavd wallwlpegg elltesyvnl iptmqggthv nglrqgllda mrefceyrni lPRGVKLSAE Diwdrcayvl svkmqdpqfa gqtkerlssr qcaafvsgvv kdafilwlnq nvqaaellae maissaqrrm raakkvvrKK LTSGPALPGK LADCTaqdln rtelfLVEGD SAGGSAKQAR Dreyqaimpl kgkilntwev ssdevlasqe vhdisvaIGI DPDSDDLsql rygkicilad adsdglhiat llcalfvkhf ralvkhghVY VALPPLYRId lgkevyyalt eeekegVLEQ LKRKKGKPNV QRFKGLGEMN PMQLRETTLD PNTRRLVQLT IDDEDDQRtd ammdmllAKK RSEDRRNWLQ EKGDMAEIEV
>P20083_REM465
328-340, 376-390, 421-430
mtqtynadai evltglepvr rrpgmytdtt rpnhlgqevi dnsvdealag hakrvdvilh adqslevidd grgmpvdihp eegvpaveli lcrlhaggkf snknyqfsgg lhgvgisvvn alskrvevnv rrdgqvynia fengekvqdl qvvgtcgkrn tgtsvhfwpd etffdsprfs vsrlthvlka kavlcpgvei tfkdeinnte qrwcyqdgln dylaeavngl ptlpekpfig nfagdteavd wallwlpegg elltesyvnl iptmqggthv nglrqgllda mrefceyrni lprgvklsae diwdrcayvl svkmqdpQFA GQTKERLSSR qcaafvsgvv kdafilwlnq nvqaaellae maissAQRRM RAAKKVVRKK ltsgpalpgk ladctaqdln rtelflvegd SAGGSAKQAR dreyqaimpl kgkilntwev ssdevlasqe vhdisvaigi dpdsddlsql rygkicilad adsdglhiat llcalfvkhf ralvkhghvy valpplyrid lgkevyyalt eeekegvleq lkrkkgkpnv qrfkglgemn pmqlrettld pntrrlvqlt iddeddqrtd ammdmllakk rsedrrnwlq ekgdmaeiev
| JOB-ID | P20083_085513ZulD8X8AAQEAADCTmskAAABN |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | P20083 |
| Description | sp|P20083|PARE_ECOLI DNA topoisomerase 4 subunit B OS=Escherichia coli (strain K12) OX=83333 GN=parE PE=1 SV=3 |
| Title/ID | none |
| Sequence length | 630 |
| Download predictions | smoothed scores raw scores |