>A8WFV1_LOOPS
24-85, 92-103, 148-182, 210-222, 235-265, 275-283, 317-324, 336-369, 403-413, 443-451, 466-474, 485-497, 514-533, 574-590, 611-622, 654-661, 694-703
mirslnllky slnvsqraql rllSSSKWTG HRIVPAAFTG VDTNGRQQLH QPRPFRLWSP SCSGVSVHHR SYSTQQHTEP AEEETlhnii tDTENVQGSF SKHefqaetk klldivarsl ysekevfire lisngsdale klrhrmiTAG GDTAPMEIHL QTDSVKGTFT IQDTGVGMNK EDlvsnlgti arsgskafld alqnqaeasS SIIGQFGVGF YSafmvadkv evysQSAEAD APGYKWSSDG SGVFEVAEAS GVRQGtkivl hlkdDCKEFS SEDrvkevvt kysnfvsfpi flngrrlntl qalwmmEPKD ISEWqheefy ryvaqAYDKP RYTLHYRADA PLNIRSIFYV PEMKPSMFDv sremgssval ysrkiliqtk atdilpkwlr flRGVVDSED IPLnlsrell qesalirklr dvlqqrvirf llDQSKKDPE Kyarffedyg lfmreGIVTT GEQSvkedia kllrFESSAL PAGQQTSlme yssrmkagtr niyYLCAPNR HLAEHSPYFE AMKqkdmevl fcfeqfdelt llhlrefdrk klisaetdiv vdhYKEEKFQ DSKPASERLS seqaedllaw mrnalvqrvt NIKVTPRLDT HPamitvlem gaarhflrtq qlarsseera qilQPTLEIN Tghdlikklh alkdsnpela qllleqiydn amiAAGLNED PRPmisrlnq lltralekh
>A8WFV1_HOTLOOPS
23-32, 294-304, 388-397, 441-452, 486-498, 576-588, 609-620
mirslnllky slnvsqraql rlLSSSKWTG HRivpaaftg vdtngrqqlh qprpfrlwsp scsgvsvhhr systqqhtep aeeetlhnii tdtenvqgsf skhefqaetk klldivarsl ysekevfire lisngsdale klrhrmitag gdtapmeihl qtdsvkgtft iqdtgvgmnk edlvsnlgti arsgskafld alqnqaeass siigqfgvgf ysafmvadkv evysqsaead apgykwssdg sgvfevaeas gvrqgtkivl hlkddckefs sedrvkevvt kysNFVSFPI FLNGrrlntl qalwmmepkd isewqheefy ryvaqaydkp rytlhyrada plnirsifyv pemkpsmfdv sremgssval ysrkiliQTK ATDILPKwlr flrgvvdsed iplnlsrell qesalirklr dvlqqrvirf LLDQSKKDPE KYarffedyg lfmregivtt geqsvkedia kllrfESSAL PAGQQTSLme yssrmkagtr niyylcapnr hlaehspyfe amkqkdmevl fcfeqfdelt llhlrefdrk klisaetdiv vdhykEEKFQ DSKPASERls seqaedllaw mrnalvqrVT NIKVTPRLDT hpamitvlem gaarhflrtq qlarsseera qilqptlein tghdlikklh alkdsnpela qllleqiydn amiaaglned prpmisrlnq lltralekh
>A8WFV1_REM465
62-83, 235-245, 578-592
mirslnllky slnvsqraql rllssskwtg hrivpaaftg vdtngrqqlh qprpfrlwsp sCSGVSVHHR SYSTQQHTEP AEEetlhnii tdtenvqgsf skhefqaetk klldivarsl ysekevfire lisngsdale klrhrmitag gdtapmeihl qtdsvkgtft iqdtgvgmnk edlvsnlgti arsgskafld alqnqaeass siigqfgvgf ysafmvadkv evysQSAEAD APGYKwssdg sgvfevaeas gvrqgtkivl hlkddckefs sedrvkevvt kysnfvsfpi flngrrlntl qalwmmepkd isewqheefy ryvaqaydkp rytlhyrada plnirsifyv pemkpsmfdv sremgssval ysrkiliqtk atdilpkwlr flrgvvdsed iplnlsrell qesalirklr dvlqqrvirf lldqskkdpe kyarffedyg lfmregivtt geqsvkedia kllrfessal pagqqtslme yssrmkagtr niyylcapnr hlaehspyfe amkqkdmevl fcfeqfdelt llhlrefdrk klisaetdiv vdhykeeKFQ DSKPASERLS SEqaedllaw mrnalvqrvt nikvtprldt hpamitvlem gaarhflrtq qlarsseera qilqptlein tghdlikklh alkdsnpela qllleqiydn amiaaglned prpmisrlnq lltralekh
JOB-ID | A8WFV1_172414Zzomvn8AAQEAAHnUtwkAAAAM |
---|---|
Frames used | smooth=8 peak=8 join=4 |
Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
Name | A8WFV1 |
Description | tr|A8WFV1|A8WFV1_DANRE Heat shock protein 75 kDa, mitochondrial OS=Danio rerio OX=7955 GN=trap1 PE=1 SV=1 |
Title/ID | none |
Sequence length | 719 |
Download predictions | smoothed scores raw scores |