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>P20166_LOOPS
63-71, 111-145, 162-180, 199-219, 231-248, 255-264, 277-294, 328-340, 368-390, 415-441, 482-507, 513-528, 542-615, 622-694
mfkalfgvlq kigralmlpv ailpaagill aignamqnkd miqvlhflsn dnvqlvagvm esAGQIVFDN Lpllfavgva iglangdgva giaaiigylv mnvsmsavll ANGTIPSDSV ERAKFFTENH PAYVNMLGIP TLATGvfggi ivgvlaallf nRFYTIELPQ YLGFFAGKRF vpivtsisal ilglimlvIW PPIQHGLNAF STGLVEANPt laafifgvie RSLIPFGLHH IFYSPFWYef fsykSAAGEI IRGDqrifma qikdgvQLTA GTFMTGKYPF MMFGlpaaal aiyheakpqn kklvagimgs aaltsflTGI TEPLEFSFLF vapvlfaihc lfaglsfmvm qllnvkiGMT FSGGLIDYFL FGILPNRTAW wlvipvglgl aviyyfgfrf airkFNLKTP GREDAAEETA APGKTGEAGD Lpyeilqamg dqenikhlda citrlrvtvn dqkkvdkdrl kQLGASGVLE VGNNIQAIFG PRSDGLKtqm qdIIAGRKPR PEPKTSAQee vgqqveevia ePLQNEIGEE VFVSPITGEI HPITDVPDQV FSGKMMGDGF AILPSEGIVV SPVRGKILNV FPTKHAIGLQ SDGGReilih fGIDTVSLKG EGFTSFVSEG DRVEPGQKLL EVDLDAVKPN VPSLMTPIVF TNLAEGETVS IKASGSVNRE QEDIvkiek
>P20166_HOTLOOPS
417-438, 467-477, 482-507, 516-528, 656-663, 677-699
mfkalfgvlq kigralmlpv ailpaagill aignamqnkd miqvlhflsn dnvqlvagvm esagqivfdn lpllfavgva iglangdgva giaaiigylv mnvsmsavll angtipsdsv erakfftenh payvnmlgip tlatgvfggi ivgvlaallf nrfytielpq ylgffagkrf vpivtsisal ilglimlviw ppiqhglnaf stglveanpt laafifgvie rslipfglhh ifyspfwyef fsyksaagei irgdqrifma qikdgvqlta gtfmtgkypf mmfglpaaal aiyheakpqn kklvagimgs aaltsfltgi teplefsflf vapvlfaihc lfaglsfmvm qllnvkigmt fsgglidyfl fgilpnrtaw wlvipvglgl aviyyfgfrf airkfnLKTP GREDAAEETA APGKTGEAgd lpyeilqamg dqenikhlda citrlrVTVN DQKKVDKdrl kQLGASGVLE VGNNIQAIFG PRSDGLKtqm qdiiaGRKPR PEPKTSAQee vgqqveevia eplqneigee vfvspitgei hpitdvpdqv fsgkmmgdgf ailpsegivv spvrgkilnv fptkhaiglq sdggreilih fgidtvslkg egftsfvseg drvepgqkll evdldAVKPN VPSlmtpivf tnlaegETVS IKASGSVNRE QEDIVKIEK
>P20166_REM465
421-434, 519-532, 684-699
mfkalfgvlq kigralmlpv ailpaagill aignamqnkd miqvlhflsn dnvqlvagvm esagqivfdn lpllfavgva iglangdgva giaaiigylv mnvsmsavll angtipsdsv erakfftenh payvnmlgip tlatgvfggi ivgvlaallf nrfytielpq ylgffagkrf vpivtsisal ilglimlviw ppiqhglnaf stglveanpt laafifgvie rslipfglhh ifyspfwyef fsyksaagei irgdqrifma qikdgvqlta gtfmtgkypf mmfglpaaal aiyheakpqn kklvagimgs aaltsfltgi teplefsflf vapvlfaihc lfaglsfmvm qllnvkigmt fsgglidyfl fgilpnrtaw wlvipvglgl aviyyfgfrf airkfnlktp GREDAAEETA APGKtgeagd lpyeilqamg dqenikhlda citrlrvtvn dqkkvdkdrl kqlgasgvle vgnniqaifg prsdglktqm qdiiagrkPR PEPKTSAQEE VGqqveevia eplqneigee vfvspitgei hpitdvpdqv fsgkmmgdgf ailpsegivv spvrgkilnv fptkhaiglq sdggreilih fgidtvslkg egftsfvseg drvepgqkll evdldavkpn vpslmtpivf tnlaegetvs ikaSGSVNRE QEDIVKIEK
| JOB-ID | P20166_122034Zul0En8AAQEAADCSLgsAAAAJ |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | P20166 |
| Description | sp|P20166|PTG3C_BACSU PTS system glucose-specific EIICBA component OS=Bacillus subtilis (strain 168) OX=224308 GN=ptsG PE=1 SV=2 |
| Title/ID | none |
| Sequence length | 699 |
| Download predictions | smoothed scores raw scores |