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>Q9XDH5_LOOPS
1-15, 33-52, 80-93, 120-128, 143-151, 181-190, 205-218, 233-252, 260-273, 282-306, 338-346, 367-376, 395-402, 413-427, 438-471, 484-498, 525-536, 580-605, 639-686, 696-742, 787-796, 863-881, 909-917, 979-995, 1008-1024, 1037-1046, 1054-1075, 1085-1099, 1152-1162, 1190-1220
MGSKLKFAHL HQHTQfslld gaaklqdllk wvKETTPEDP ALAMTDHGNL FGavefykka tamgvkpiig yeayvaaesR FDRKRGKGLD GGYfhltlla kdftgyqnlv rlasrayleG FYEKPRIDre ilrehaqgli alSGCLGAEI Pqfilqdrld laearlnedl sifgdrffie IQNHGLPEQK kvnqvlkefa rkygLGMVAT NDGHYVRKed arahevllai qsKTTLDDPE RWRFPCDEFY VKtpeemraM LPEAEWGDEP FDNtveiarm cDVDLPIGDK MVYRIPRFPL PEGRTEaqyl reltflgllr rypdriteaf yrevlrlLGT MPPHGDeral aealarveek aweelrKRLP PLEGVRewta eailhralye lsviERMGFP GYflivqdyi nwARGHGVSV GPGRGSAags lvayavgITN IDPLRFGLLF ERFLNPERVS MPDIDTDFSD Rerdrviqyv rerYGEDKVA QIGTFGSLas kaalkdvarv ygiphkkaee laklIPVQFG KPKPLQeaiq vvpelraeme kderirqvie vamrleglnr hasvhaagvV IAAEPLTDLV PLMRDQEGRP VTQYDmgave algllkmdfl glrtltflde arrivkesKG VELDYDRLPL DDPKTFELLS RGETKGVFQL ESGGMTATVR GLKPRRledi ialvsLYRPG PMEHIPTYIR RHHGQEPVSY AEFPHAEKYL RPILDETYGI PVyqeqimqi asqvagyslg eadllrramg kkrveemqkh rerfvrGAKE RGVPEEeanr lfdmleafan ygfnkshaaa ysllsyqtay vkahypvefm aallsverhd sdkvaeyird arALGIPVLP PDVNRSGFDF Kvvgeeilfg lsavknvgem aaraileeRE RGGPFKSlgd flkrlpeqvv nkraleslvk agaldafgdr arllaslepl lrwaaetrer grsglvglFA EVEEPPLVEA SPLDEitmlr yekealgIYV SGHPVLRYPG LREVasctie elsefvRELP GKPKVLlsgm veeVVRKPTR SGGMMARFTL SDETGalevv vfgrAYEGVS PKLKEDIPLl vlaevekgee lrvlaqavwt leevleapka levevdhall dekgvarlks lLDEHPGSLP VYlrvlgpfg ealfalrevr vgeealgllE AEGYRAYLVP DREVFLQGNG GGPKEEVVPF
>Q9XDH5_HOTLOOPS
183-191, 232-244, 298-308, 315-323, 364-377, 453-473, 481-500, 525-535, 544-553, 636-686, 776-796, 862-874, 907-917, 978-994, 1035-1075, 1086-1098, 1205-1220
mgsklkfahl hqhtqfslld gaaklqdllk wvkettpedp alamtdhgnl fgavefykka tamgvkpiig yeayvaaesr fdrkrgkgld ggyfhltlla kdftgyqnlv rlasrayleg fyekpridre ilrehaqgli alsgclgaei pqfilqdrld laearlnedl sifgdrffie iqNHGLPEQK Kvnqvlkefa rkyglgmvat ndghyvrked arahevllai qSKTTLDDPE RWRFpcdefy vktpeemram lpeaewgdep fdntveiarm cdvdlpigdk mvyriprFPL PEGRTEAQyl reltFLGLLR RYPdriteaf yrevlrllgt mpphgderal aealarveek aweELRKRLP PLEGVREwta eailhralye lsviermgfp gyflivqdyi nwarghgvsv gpgrgsaags lvayavgitn idplrfgllf erFLNPERVS MPDIDTDFSD RERdrviqyv RERYGEDKVA QIGTFGSLAS kaalkdvarv ygiphkkaee laklIPVQFG KPKPLqeaiq vvpELRAEME KDErirqvie vamrleglnr hasvhaagvv iaaepltdlv plmrdqegrp vtqydmgave algllkmdfl glrtltflde arrivKESKG VELDYDRLPL DDPKTFELLS RGETKGVFQL ESGGMTATVR GLKPRRledi ialvslyrpg pmehiptyir rhhgqepvsy aefphaekyl rpildetygi pvyqeqimqi asqvagyslg eadllrramg kkrveEMQKH RERFVRGAKE RGVPEEeanr lfdmleafan ygfnkshaaa ysllsyqtay vkahypvefm aallsverhd sdkvaeyird aRALGIPVLP PDVNrsgfdf kvvgeeilfg lsavknvgem aarailEERE RGGPFKSlgd flkrlpeqvv nkraleslvk agaldafgdr arllaslepl lrwaaetrer grsglvgLFA EVEEPPLVEA SPLDeitmlr yekealgiyv sghpvlrypg lrevasctie elseFVRELP GKPKVLLSGM VEEVVRKPTR SGGMMARFTL SDETGalevv vfgraYEGVS PKLKEDIPll vlaevekgee lrvlaqavwt leevleapka levevdhall dekgvarlks lldehpgslp vylrvlgpfg ealfalrevr vgeealglle aegyraylvp drevFLQGNG GGPKEEVVPF
>Q9XDH5_REM465
none
mgsklkfahl hqhtqfslld gaaklqdllk wvkettpedp alamtdhgnl fgavefykka tamgvkpiig yeayvaaesr fdrkrgkgld ggyfhltlla kdftgyqnlv rlasrayleg fyekpridre ilrehaqgli alsgclgaei pqfilqdrld laearlnedl sifgdrffie iqnhglpeqk kvnqvlkefa rkyglgmvat ndghyvrked arahevllai qskttlddpe rwrfpcdefy vktpeemram lpeaewgdep fdntveiarm cdvdlpigdk mvyriprfpl pegrteaqyl reltflgllr rypdriteaf yrevlrllgt mpphgderal aealarveek aweelrkrlp plegvrewta eailhralye lsviermgfp gyflivqdyi nwarghgvsv gpgrgsaags lvayavgitn idplrfgllf erflnpervs mpdidtdfsd rerdrviqyv rerygedkva qigtfgslas kaalkdvarv ygiphkkaee laklipvqfg kpkplqeaiq vvpelraeme kderirqvie vamrleglnr hasvhaagvv iaaepltdlv plmrdqegrp vtqydmgave algllkmdfl glrtltflde arrivkeskg veldydrlpl ddpktfells rgetkgvfql esggmtatvr glkprrledi ialvslyrpg pmehiptyir rhhgqepvsy aefphaekyl rpildetygi pvyqeqimqi asqvagyslg eadllrramg kkrveemqkh rerfvrgake rgvpeeeanr lfdmleafan ygfnkshaaa ysllsyqtay vkahypvefm aallsverhd sdkvaeyird aralgipvlp pdvnrsgfdf kvvgeeilfg lsavknvgem aaraileere rggpfkslgd flkrlpeqvv nkraleslvk agaldafgdr arllaslepl lrwaaetrer grsglvglfa eveepplvea spldeitmlr yekealgiyv sghpvlrypg lrevasctie elsefvrelp gkpkvllsgm veevvrkptr sggmmarftl sdetgalevv vfgrayegvs pklkedipll vlaevekgee lrvlaqavwt leevleapka levevdhall dekgvarlks lldehpgslp vylrvlgpfg ealfalrevr vgeealglle aegyraylvp drevflqgng ggpkeevvpf
| JOB-ID | Q9XDH5_143127ZiPRv38AAQEAACXN26cAAABN |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q9XDH5 |
| Description | sp|Q9XDH5|DPO3A_THEAQ DNA polymerase III subunit alpha OS=Thermus aquaticus OX=271 GN=dnaE PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 1220 |
| Download predictions | smoothed scores raw scores |