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>A3DCH2_LOOPS
22-80, 89-96, 101-109, 130-226, 252-305, 321-390, 410-437, 451-494, 511-519, 534-563, 577-622, 631-638, 661-682, 694-707, 716-802, 812-876, 893-904, 913-925, 937-993, 1021-1037, 1047-1098, 1106-1123, 1132-1173, 1187-1206, 1217-1224
mkfrrsicta vllavlltll vPTSVFALED NSSTLPPYKN DLLYERTFDE GLCYPWHTCE DSGGKCSFDV VDVPGQPGNK afavtvldKG QNRWSVqmrh RGLTLEQGHt yrvrlkiwad asckvyikiG QMGEPYAEYW NNKWSPYTLT AGKVLEIDET FVMDKPTDDT CEFTFHLGGE LAATPPYTVY LDDVSLYDPE YTKPVEYILP QPDVRVNQVG YLPEGKkvat vvcnstqpvk wqlknaagvv vLEGYTEPKG LDKDSQDYVH WLDFSDFATE GIGYYFELPT VNSPTNYSHP FDIRKdiytq mkydalaffy HKRSGIPIEM PYAGGEQWTR PAGHIGIEPN KGDTNVPTWP QDDEYAGIPQ KNYTKDVTGG WYDAGDHGKY vvnggiavwt lmnmyerakI RGLDNWGPYR DGGMNIPEQN NGYPDILdea rweieffkkm QVTEKEDPSI AGMVHHKIHD FRWTALGMLP HEDPQPRYLR PVSTaatlnf aatlaqsarl WKDYDPTFAa dclekaeiaw qaaLKHPDIY AEYTPGSGGP GGGPYNDDYV GDEfywaace lyvttgKDEY KNYLMNSPHY LEMPAKMGEN GGANGEDNGL WGCFTWGTTQ GLgtitlalv ENGLPATDiq karnniakaa drwlenieeq GYRLPIKQAE DERGGYPWGS NSfilnqmiv mgyAYDFTGD SKYLDGMfdg isyllGRNAM DQSYVTGYGE RPLQNPHDRF WTPQTSKRFP APPPGIISGG PNSRFEDPTI NAAVKKDTPP QKCFIDHTDS WSTNEITVNW NApfawvtay lDEQYTDSET DKVTIDSPVA GERFEAGKDI NISATVKSKT PVSKVEFYNG DTLISSDTTA PYTAKItgaa vgaynlkava vlSDGRRIES PVTPvlvkvi vkPTVKLTAP KSNVVaygne flkitaTASD SDGKISRVDF LVDGEVIGSD REAPYEYEWK AVEGNHEISV IAYDDDDAAS TPDsvkifvk qardvkvqyl centqtstqe IKGKFNIVNT GNRDYSLkdi vlryyfTKEH NSQLQFICYY TPIGSGNLIP SFGGSGDEHY LQLEFKDVKL PAGGQTGEiq fviryADNSF HDQSNDYSFD PTIkafqdyg kVTLYKNGEL VWGTPPGGTE PEEPEEPAIV YGDCNDDGKV NSTdvavmkr ylkkenVNIN LDNADVNADG KVNSTDfsil kryvmkNIEE LPYR
>A3DCH2_HOTLOOPS
26-39, 99-112, 178-186, 773-781, 815-870, 894-927, 936-947, 1013-1035, 1186-1224
mkfrrsicta vllavlltll vptsvFALED NSSTLPPYKn dllyertfde glcypwhtce dsggkcsfdv vdvpgqpgnk afavtvldkg qnrwsvqmRH RGLTLEQGHT YRvrlkiwad asckvyikig qmgepyaeyw nnkwspytlt agkvleidet fvmdkptddt ceftfhlGGE LAATPPytvy lddvslydpe ytkpveyilp qpdvrvnqvg ylpegkkvat vvcnstqpvk wqlknaagvv vlegytepkg ldkdsqdyvh wldfsdfate gigyyfelpt vnsptnyshp fdirkdiytq mkydalaffy hkrsgipiem pyaggeqwtr paghigiepn kgdtnvptwp qddeyagipq knytkdvtgg wydagdhgky vvnggiavwt lmnmyeraki rgldnwgpyr dggmnipeqn ngypdildea rweieffkkm qvtekedpsi agmvhhkihd frwtalgmlp hedpqprylr pvstaatlnf aatlaqsarl wkdydptfaa dclekaeiaw qaalkhpdiy aeytpgsggp gggpynddyv gdefywaace lyvttgkdey knylmnsphy lempakmgen ggangedngl wgcftwgttq glgtitlalv englpatdiq karnniakaa drwlenieeq gyrlpikqae derggypwgs nsfilnqmiv mgyaydftgd skyldgmfdg isyllgrnam dqsyvtgyge rplqnphdrf wtpqtskrfp apppgiisgg pnsrfedpti naAVKKDTPP Qkcfidhtds wstneitvnw napfawvtay ldeqYTDSET DKVTIDSPVA GERFEAGKDI NISATVKSKT PVSKVEFYNG DTLISSDTTA pytakitgaa vgaynlkava vlsDGRRIES PVTPVLVKVI VKPTVKLTAP KSNVVAYgne flkitATASD SDGKISRvdf lvdgevigsd reapyeyewk avegnheisv iayddddaas tpdsvkifvk qardvkvqyl ceNTQTSTQE IKGKFNIVNT GNRDYslkdi vlryyftkeh nsqlqficyy tpigsgnlip sfggsgdehy lqlefkdvkl paggqtgeiq fviryadnsf hdqsndysfd ptikafqdyg kvtlykngel vwgtppggte peepeepaiv ygdcnddgkv nstdvavmkr ylkkeNVNIN LDNADVNADG KVNSTDFSIL KRYVMKNIEE LPYR
>A3DCH2_REM465
none
mkfrrsicta vllavlltll vptsvfaled nsstlppykn dllyertfde glcypwhtce dsggkcsfdv vdvpgqpgnk afavtvldkg qnrwsvqmrh rgltleqght yrvrlkiwad asckvyikig qmgepyaeyw nnkwspytlt agkvleidet fvmdkptddt ceftfhlgge laatppytvy lddvslydpe ytkpveyilp qpdvrvnqvg ylpegkkvat vvcnstqpvk wqlknaagvv vlegytepkg ldkdsqdyvh wldfsdfate gigyyfelpt vnsptnyshp fdirkdiytq mkydalaffy hkrsgipiem pyaggeqwtr paghigiepn kgdtnvptwp qddeyagipq knytkdvtgg wydagdhgky vvnggiavwt lmnmyeraki rgldnwgpyr dggmnipeqn ngypdildea rweieffkkm qvtekedpsi agmvhhkihd frwtalgmlp hedpqprylr pvstaatlnf aatlaqsarl wkdydptfaa dclekaeiaw qaalkhpdiy aeytpgsggp gggpynddyv gdefywaace lyvttgkdey knylmnsphy lempakmgen ggangedngl wgcftwgttq glgtitlalv englpatdiq karnniakaa drwlenieeq gyrlpikqae derggypwgs nsfilnqmiv mgyaydftgd skyldgmfdg isyllgrnam dqsyvtgyge rplqnphdrf wtpqtskrfp apppgiisgg pnsrfedpti naavkkdtpp qkcfidhtds wstneitvnw napfawvtay ldeqytdset dkvtidspva gerfeagkdi nisatvkskt pvskvefyng dtlissdtta pytakitgaa vgaynlkava vlsdgrries pvtpvlvkvi vkptvkltap ksnvvaygne flkitatasd sdgkisrvdf lvdgevigsd reapyeyewk avegnheisv iayddddaas tpdsvkifvk qardvkvqyl centqtstqe ikgkfnivnt gnrdyslkdi vlryyftkeh nsqlqficyy tpigsgnlip sfggsgdehy lqlefkdvkl paggqtgeiq fviryadnsf hdqsndysfd ptikafqdyg kvtlykngel vwgtppggte peepeepaiv ygdcnddgkv nstdvavmkr ylkkenvnin ldnadvnadg kvnstdfsil kryvmkniee lpyr
| JOB-ID | A3DCH2_064822Z@uMNn8AAQEAAA-FZrQAAAAX |
|---|---|
| Frames used | smooth=8 peak=8 join=4 |
| Thresholds used | coils=0.516 rem465=0.6 hot loops=0.1204 |
| Name | A3DCH2 |
| Description | tr|A3DCH2|A3DCH2_ACET2 Glucanase OS=Acetivibrio thermocellus (strain ATCC 27405 / DSM 1237 / JCM 9322 / NBRC 103400 / NCIMB 10682 / NRRL B-4536 / VPI 7372) OX=203119 GN=Cthe_0413 PE=1 SV=1 |
| Title/ID | none |
| Sequence length | 1224 |
| Download predictions | smoothed scores raw scores |