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>Q389P1_LOOPS
47-85, 109-119, 137-169, 209-220, 229-247, 265-280, 316-337, 360-377, 441-449, 470-482, 518-529, 565-582, 644-657, 670-680, 689-704
mtetfafqae inqlmsliin tfysnkeifl relisnssda cdkiryQSLT NQSVLGDEPH LRIRVIPDRV NKTLTVEDSG IGMTKadlvn nlgtiarsgt ksfmealeAG GDMSMIGQFg vgfysaylva drvtvvSKNN EDDAYTWESS AGGTFTVTST PDCDLKRGTr ivlhlkedqq eyleerrlkd likkhsefig ydielmveNT TEKEVTDEDE deeaakkaEE GEEPKVEEVK DGDDADAkkk ktkkvkevkq efvvQNKHKP LWTRDPKDVT keeyasfyka isndweeqls tkhfsvegql efraiLFLPK RAPFDMFEPN KKRNNIKlyv rrvfimdnce dlcpewlgfL RGVVDSEDLP LNISRENlqq nkilkvirkn ivkkalelfe elaenkedyk kfyeqfsknv klgihedstn rkklmellrf HSSESGEEMt tlkdyvtrmk dgqkciyyvT GDSKKKLETS PFieqakrrg mevlfmtdpi deyvmqqvkd fedkkfaCLT KEGVHFEETe eekkqreeek asyerlckam kevlgdkvek vvvsDRLATS PCILVTSEFG WSahmeqimr nqalrdssms aymmskktme intthaivke lkrrveaden dkaakdlifl lfdTSLLTSG FTLDDPTaya drihrmiklG LSLDDDAEEE eaqapvaaAA ANSSTGASGM EEVD
>Q389P1_HOTLOOPS
49-87, 144-164, 209-279, 319-336, 373-386, 420-429, 439-451, 468-490, 522-540, 561-571, 576-584, 688-704
mtetfafqae inqlmsliin tfysnkeifl relisnssda cdkiryqsLT NQSVLGDEPH LRIRVIPDRV NKTLTVEDSG IGMTKADlvn nlgtiarsgt ksfmealeag gdmsmigqfg vgfysaylva drvtvvsknn eddAYTWESS AGGTFTVTST PDCDlkrgtr ivlhlkedqq eyleerrlkd likkhsefig ydielmveNT TEKEVTDEDE DEEAAKKAEE GEEPKVEEVK DGDDADAKKK KTKKVKEVKQ EFVVQNKHKP LWTRDPKDVt keeyasfyka isndweeqls tkhfsvegql efrailflPK RAPFDMFEPN KKRNNIklyv rrvfimdnce dlcpewlgfl rgvvdsedlp lnISRENLQQ NKILKVirkn ivkkalelfe elaenkedyk kfyeqfsknV KLGIHEDSTn rkklmellRF HSSESGEEMT Tlkdyvtrmk dgqkciyYVT GDSKKKLETS PFIEQAKRRG mevlfmtdpi deyvmqqvkd fedkkfaclt kEGVHFEETE EEKKQREEEK asyerlckam kevlgdkvek VVVSDRLATS PcilvTSEFG WSAHmeqimr nqalrdssms aymmskktme intthaivke lkrrveaden dkaakdlifl lfdtslltsg ftlddptaya drihrmiklg lsldddaeee eaqapvaAAA ANSSTGASGM EEVD
>Q389P1_REM465
211-257, 526-542, 676-704
mtetfafqae inqlmsliin tfysnkeifl relisnssda cdkiryqslt nqsvlgdeph lrirvipdrv nktltvedsg igmtkadlvn nlgtiarsgt ksfmealeag gdmsmigqfg vgfysaylva drvtvvsknn eddaytwess aggtftvtst pdcdlkrgtr ivlhlkedqq eyleerrlkd likkhsefig ydielmvent TEKEVTDEDE DEEAAKKAEE GEEPKVEEVK DGDDADAKKK KTKKVKEvkq efvvqnkhkp lwtrdpkdvt keeyasfyka isndweeqls tkhfsvegql efrailflpk rapfdmfepn kkrnniklyv rrvfimdnce dlcpewlgfl rgvvdsedlp lnisrenlqq nkilkvirkn ivkkalelfe elaenkedyk kfyeqfsknv klgihedstn rkklmellrf hssesgeemt tlkdyvtrmk dgqkciyyvt gdskkklets pfieqakrrg mevlfmtdpi deyvmqqvkd fedkkfaclt kegvhFEETE EEKKQREEEK ASyerlckam kevlgdkvek vvvsdrlats pcilvtsefg wsahmeqimr nqalrdssms aymmskktme intthaivke lkrrveaden dkaakdlifl lfdtslltsg ftlddptaya drihrmiklg lslddDAEEE EAQAPVAAAA ANSSTGASGM EEVD
| JOB-ID | Q389P1_134642Zt78Qn8AAQEAABReA6oAAAAC |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | Q389P1 |
| Description | tr|Q389P1|Q389P1_TRYB2 Heat shock protein 83 OS=Trypanosoma brucei brucei (strain 927/4 GUTat10.1) OX=185431 GN=Tb10.26.1080 PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 704 |
| Download predictions | smoothed scores raw scores |