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0  structures 1  species 0  interactions 1  sequence 1  architecture

Protein: Q9VAV5_DROME (Q9VAV5)

Summary

This is the summary of UniProt entry Q9VAV5_DROME (Q9VAV5).

Description: Dynein heavy chain at 89D, isoform B {ECO:0000313|EMBL:AAF56793.3}
Source organism: Drosophila melanogaster (Fruit fly) (NCBI taxonomy ID 7227)
View Pfam proteome data.
Length: 5080 amino acids
Reference Proteome: ✓

Please note: when we start each new Pfam data release, we take a copy of the UniProt sequence database. This snapshot of UniProt forms the basis of the overview that you see here. It is important to note that, although some UniProt entries may be removed after a Pfam release, these entries will not be removed from Pfam until the next Pfam data release.

Pfam domains

Download the data used to generate the domain graphic in JSON format.

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Source Domain Start End
disorder n/a 1 17
low_complexity n/a 6 18
low_complexity n/a 85 96
disorder n/a 91 204
low_complexity n/a 106 114
low_complexity n/a 119 147
low_complexity n/a 141 155
low_complexity n/a 168 184
low_complexity n/a 183 196
disorder n/a 313 357
low_complexity n/a 321 341
disorder n/a 360 361
coiled_coil n/a 366 388
disorder n/a 367 373
low_complexity n/a 372 407
disorder n/a 375 414
coiled_coil n/a 396 416
low_complexity n/a 410 422
disorder n/a 417 418
low_complexity n/a 435 450
disorder n/a 437 457
Pfam DHC_N1 522 1002
coiled_coil n/a 594 614
coiled_coil n/a 814 834
disorder n/a 1008 1016
disorder n/a 1020 1021
Pfam DHC_N1 1060 1249
disorder n/a 1304 1308
coiled_coil n/a 1615 1642
disorder n/a 1661 1662
Pfam DHC_N2 1795 2200
Pfam AAA_6 2338 2568
low_complexity n/a 2370 2380
Pfam AAA_5 2652 2789
disorder n/a 2936 2943
Pfam AAA_7 2973 3246
disorder n/a 3061 3062
low_complexity n/a 3288 3297
disorder n/a 3308 3324
low_complexity n/a 3310 3323
Pfam AAA_8 3378 3645
Pfam MT 3657 3992
coiled_coil n/a 3666 3686
coiled_coil n/a 3878 3926
low_complexity n/a 3893 3904
Pfam AAA_9 4016 4237
low_complexity n/a 4092 4104
disorder n/a 4184 4187
Pfam Dynein_heavy 4374 5076

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Sequence information

This is the amino acid sequence of the UniProt sequence database entry with the accession Q9VAV5. This sequence is stored in the Pfam database and updated with each new Pfam release, but this means that the sequence we store may differ from that stored by UniProt.

Sequence:
1
MSQTQFESTS DSADATAESL NNVEPRIVWL KTIMSNMLGV FEPKYVNATI
50
51
SKNMPAVENF FQRRYETQND LDFVVLFFWR TFYDKLIEEE ITVLEEVPRP
100
101
PPTVPDKKGK GKKKGDARMA GGKSAGKAGA SAGAAGKGRK KAGQDAAAPA
150
151
GGDQEAVEEV NTGGETTDAE VEGELEGEEE ATVAGSGKSS ARSRPSSDTE
200
201
NGSKFRKKKA TYVPVYVEVK KLVPAYVKTP QVHCHFGRME SCDLDPKIKY
250
251
IYIVRKNRRE IPNFSDVSAC FAQMPLYFLL GTVRGSLINS LRDDLNLVYK
300
301
SAIQFQFREP ATADSQQMDS YEGQAGGSGG GGAGGPAGET GEDISSEAKE
350
351
SGPGLLELSK PSEFRLRALK QQKKMKEKEA AAKKAKAKKT DAEPTEEEEE
400
401
ADAHKVEAHL SSSEEEVEIK VEKLTIGQRW EKMLNETKAK VEAEHAAEEA
450
451
TPPRITPIQR RLLKEIEEFQ SEITWTINHI VWAFSLPSSY ILPGQEATEF
500
501
EDAIIRVPVD PKRLDLVITY TQQQLEEVVD GWIKYLKKTM KTLTDAKLDD
550
551
FTPMAEHRYW HKMEVELYGT LEQLKTEFVV AVLQRLTDDK SPVLDEWQAV
600
601
VEKTEARFKL AKENSDYLGT IIDYLEKVRS YESFKMVVLQ IPNIMVGLRH
650
651
IWTMSSHYCR DPEMQVLLCQ ISNVFVQKVK SIINFENIFK YSATYTYETA
700
701
TNCANLLRCW KQAYKLSRQH IEDSGAGSRW EFDRVALFNE VNHIHRVAVD
750
751
IAYVGRVFVQ YENLFGHRLK ACIADPSIVD NLMRKVYRML DDLIKSVDYD
800
801
MFRPGNWENW EYSLELFNKR LDNVENEAKN VIDQSINSLL SSEKGLDLVV
850
851
NAMNIDTRAT LQEFVATKHE NLLRFFVTEI NAVERVFTKL KKSPPMAKHQ
900
901
PAKISAIFWA RLLGKKLKTS VLAFKRVEDE PAIKNSFLKR SSFKQYFELM
950
951
TVMFQFEKVL FENFIQNATY LVNTTNRSNV LRIRICKEST MSYISEAVQT
1000
1001
LKAKPRPELQ MTSDRRVTPV KSSNLMPVQS EAFSAYSVAD SAGTEISSES
1050
1051
ENEGLLVGDT SQKKLMCRIN RLTVLVAMIM WMVSNTRKAN IQLQECTAFI
1100
1101
KMVKDKKPKD VTAMDRHCVR TCELLQRAES QYLLPIWREL VGEKTLIEYD
1150
1151
MDFVVNLKRD VFDVLFEAQQ FEHLGFTLPA VLRTAIMKKD LLFKDYERMT
1200
1201
EVVDRYRSII NNLSMSEVIF LRGHIYDTEL FIQMGVGRYT WTSFNIGKFC
1250
1251
DQINSQLRKL TSIVSQINFI RLDLRSRIDM IKSFNLFNLD DELKVEDTSR
1300
1301
SSGESYLQDR KNPSQRFKSV TGETITMFSV EKDVPADEKA EQACGSGIYP
1350
1351
CQGYFELLEA SRNRKAAQMK KLYDSLGPVL VKLESLVLGT FSGRSDRMKT
1400
1401
YYEYWEGETF KCIVDMTYQN LKCYINRLLS NKPMFEVNAV LLMSEIVLEP
1450
1451
SVQELQNTIV TATKDYISRL RIFTRWMTGT CIACPLVEMG KQFKYNYTYY
1500
1501
EDVIQIRSIV DLVINIHDLA SRVANEARGF VSQFRKYFNL WAFEKSFICQ
1550
1551
KFLEKQVTLI EIDEKFTFYS SIVETLANTR KFQDIKCVRI NLEPLLASIT
1600
1601
QHAQDWCTTL GEELLRHVND NMRAMRNEVK TLSLNLNKTT RELEDFKLVM
1650
1651
TTIGTVQSST LTNEQKIHEM QETFTILSEH KIMFPYEDML MAHHLEKRWK
1700
1701
RLFLSALYRY EKLQPIKQKF ADMTSVEIDE FCDDLAEFIK DYDENGPGSV
1750
1751
GAELERGVRL MDPYGQKIAE RESRREELAN AERLFDMAMV DYHEFARVQT
1800
1801
EFEGLQQLYK LYKAQKYARE GWGKTLWADL DPNVLTEGVE SYLKEFRKFT
1850
1851
KAVRTLPVGV QLEIHMKQFK GTVPLMVSLK HEALRERHWL QLMEKTGQYF
1900
1901
DMSPARFTLE NMFAMQLHKY QEIAEQILTN AIKELQIERG VQAVIETWAS
1950
1951
MAFKTFKHFK GSDDRGWVLG PVDEIMQILE DNAMNLQSMG ASQFIGPFLE
2000
2001
TVNKWERTLA LISEIIDEWL VVQRKWLYLE GIFIGGDIRT QLPEEARKFD
2050
2051
DIDKSYRRIM VDCAKNPLVV PFCTVPGRLV EIQGLGIGLE NCQKSLNEYL
2100
2101
DSKRRIFPRF YFISTDELLS ILGSSEPSAV QNHIIKMYDN IKSLRLVKEG
2150
2151
SQTIVTGMIS SEGEVMEFRH SARAAGRVEY WMNDVLDEMR RSNRFINKTA
2200
2201
IYDFGTDLQI SRPDWLMNYQ GMVGLAASQV WWTAEVEEAF DQAQNHGNMR
2250
2251
AMKDFLGKNN YQIEELVLKV RSNLSRNDRL KFKAQCTVDV HARDIIDNFV
2300
2301
RDNVLDASEF SWESQLRFYW IKFYDNLHVL QCSGSFDFGY EYMGLNGRLV
2350
2351
ITPLTDRIYL TITQALLMNL GGAPAGPAGT GKTETVKDLA KAMGLLCVVT
2400
2401
NCGEGMDYRA VGTILSGLVQ CGAWGCFDEF NRIDISVLSV ISTQLQTIRN
2450
2451
GLIRKLDRFV FEGVEIHLDP KCGVFVTMNP GYAGRTELPE SVKALFRPVT
2500
2501
CIKPDLELIC LISLFSDGFL TAKVLAKKMT VLYSLAQAQL SKQCHYDWGL
2550
2551
RSLNSVLRMA GVMKRQSEDL PEAVVLMRVL RDMNFPKFVF EDVPLFLGLI
2600
2601
KDLFPGIDCP RIGYPDFNAA VRHVLVNDGY ILLPDQEDKV VQMYETMMTR
2650
2651
HSTMLVGPTG GGKTVVINAL VKAQTHMGLP TKCLVLNPKA CSVIELYGFL
2700
2701
DMETRDWIDG LFSNIFREMN KPIEREERRY ACFDGDVDAL WIENMNSVMD
2750
2751
DNKLLTLANG ERIRLENYCA LLFEVGNLNY ASPATVSRAG MVYVDPKNLR
2800
2801
YSPFWQRWVL TRPEPQRELL NDFFEKIITQ SIAFILEGLD GTTQGNPLKL
2850
2851
VIMQTDLNMV TQFCNLYDAL LPNYVMDSKN YDEPVQQNYN TDSLECCFLQ
2900
2901
AVYGSMGACL VEKHQPVFDE YMKRISGFPL VQDTPENPAS GGQFPQSKPT
2950
2951
LYDYFWDVKD NVWKAWEWVV QPYTHDPQVK FSEILVPTVD NTRTNRTLSL
3000
3001
MSEIKRPVLL VGEAGTSKTA TIMQYLRNLN PSVNVILNIN FSSRTSSLDV
3050
3051
QHTLEAAVEK RTKDTYGPPM GKRIACFIDD MNMPQVDDYG TQQPIALLKL
3100
3101
FFERGGMYDR DKDLNWKKFK DLTFYAAMGT AGGGRNEVDP RFISMFSTYN
3150
3151
IIFPNDESLI QIYSSIFKGH MVFVKFQPEY MLIADMIVHM TLKLFKMVIV
3200
3201
DLPPTPSKFH YIFNLKDLSR IFAGMLLIEP TCFKGLRDLI RVWRNEYTRI
3250
3251
ICDRLITDND IANVRRNLAV EVAERFPPTF EEEHGFIDAA AAEAEAQARL
3300
3301
LYEPSKADID GGEEEGEEEE EGEEAPQVIL SLKDYVLRDP LLFGDFRNFT
3350
3351
NESEPRLYED LLDYNSVYFL FTEILEEYCE RKQKMTLVLF EDCLEHLTRV
3400
3401
HRTLRMNRGH VLLIGVGGSG KKCITRLAAF AAECDVFEIT ISRGYNEAAF
3450
3451
REDLKVLYTI AGVKRKKVVF LFTGAQVAEE GFLELINNIL TVGQVPALFP
3500
3501
DEDKDGIVNQ VRKFAEEDGV SASKDAVWGY FLRTCAENLH VVLCMSPAGD
3550
3551
ALRNRCRNFP GLIGSTYIDW VFPWPRQALY AVAKLFLTEH RLIPASHREA
3600
3601
IVEHVVHVHT SIQQYSKDYL AKLRRNNFVT PKHYLDYINT YRGLLEEKAK
3650
3651
FITQQRSRLG EGIKKIEEAS VQIDELRIIV TEQKKNVAVA SEECEAMLVT
3700
3701
IESSTQKANV KKAEASEKSV EVEIKGKQIA IEKDEAEEIL AEAMPALEEA
3750
3751
RLALSQLEKA QITEIRSFAT PPAAVQVVCE CVAILKGYKE INWKSAKGMM
3800
3801
SDVNFLKSLM EMDCEALTQK QITQCRQHMK TGNLEDMAKI SVAGAGLLRF
3850
3851
VRAVLGFFDV YKEVKPKKER LDFLVEEQEV QIKLLNHLNG EIQKLEEKLN
3900
3901
ELNENYATSM KQMRALTEMM QQAERRLIAS DKLISGLTSE LIRWSKEMAS
3950
3951
LGQQLIDSVG GCLISASFLA YTGAFTWEFR KAMVFDDWLE DIASLGIPIQ
4000
4001
LPFKIDGYLT TDVEISQWSN EGLPPDELSI QNGILTMRAS RFPLCIDPQL
4050
4051
QALQWIRKRE FKNNLKVLSF SDSDFLKQLE MAIMYGTPVL FEDVDDYIDP
4100
4101
VIDDILQKNI RIQGGRKFVM LGDKEVDWDP SFRVYLTTKF SNPKFDPAVY
4150
4151
AKALVINYTV TQTGLEDQLL SVVVGTERPD LEAQRESLIA QTSENKQLLQ
4200
4201
QLEDSLLREL STSTGNMLDN VELIETLENT KTKAGVVMEQ LKLAADTAAD
4250
4251
IEVLRNGYRP AAKRGAVLFF ALSDMATVNS MYQYALAAYL DVFVYSLRKA
4300
4301
VPDASLNKRL NNIIKTLTEN VYCYGCTGIF ERHKLLFSFQ IATKLAQRDG
4350
4351
ILLQSELDFF IKGSIALTKS ERSNPCKWLS EKSWEDVLKL AFDFPDIFGT
4400
4401
LPDHFGRYLT EWKEWFDLEN PEEVPCPGDY NIKCNAFQKL MFLRCFRVDR
4450
4451
IFRSINQYIV ETMDEFYIMP PVVSFSAIYE QTSSTIPVCF VLSAGSDPTN
4500
4501
DLIKLADTIV GMSNFCHISL GQGQEKAALR LLDGAIKQGM WLMLQNGHLL
4550
4551
IRFVRELEKH LDRIENPHPD FRLWITTDPT PTFPIGILQK SLKVVTEPPN
4600
4601
GLKLNLRSTY FKVRQERLES CSHVAFRPLV YVLAFFHAVV QERRKYDKLG
4650
4651
WNIAYDFNDT DFDVCTEILR TYLTRCGTGK IPWNSLKYLI GEVMYGGRVI
4700
4701
DDFDRRITNC YMNEYMGDFL FDEFKVFHFY EDDNVDYCLP EEETILKEDY
4750
4751
IAHIDKLPLV NKPDVFGLHP NAEIGYYTMA ARNIWNSLIE LQPQTGEGTG
4800
4801
GISRDDFIDS VAAGILKKLP PAFETWRIRK QIQMSLSPTG VVLLQELDRF
4850
4851
NLLVVRIKKT LELLRKAIAG EIGMDNVLDN IANSLFNGLL PAAWSKLAPA
4900
4901
TCKQLASWLE HLRLRAVQYK YWTLSGEPLV MWLSGLHIPQ SYLTALVQIA
4950
4951
CRRNAWPLDR STLFTYVTKF ADPDDVEERP VTGCLVHGLY IEGGRFDLAT
5000
5001
NQLARSHPKV LVEELAILAV EPIEAHRLKL QNTYLAPVYT TSLRRNAMGV
5050
5051
GLVFEANLAT SEDLSHWILQ GVCLTLNTDT                      
5080
 

Show the unformatted sequence.

Checksums:
CRC64:FD59D3A6F56575A9
MD5:eb0197baf8ba75acd3eebfe0dd21fdab