Details for Accession #: E9Q7N9


Protein Sequence

>tr|E9Q7N9|E9Q7N9_MOUSE Dynein, axonemal, heavy chain 11 OS=Mus musculus OX=10090 GN=Dnah11 PE=1 SV=2
MAAQEEGTVLRLSPSEQEDEEDEEAAAARRVQRFALDPRVRFLGGRLRQALRFPEETWGQ
YLESDDHRQVLGDFLESTGPASLVFSVATAGRLSASPEIPRDVKHKLVYFAKKMTENMGE
SDFSQTILFGEIPRSLLTHVTAFLDEILVPVLSNKNNHTSWSCFISQDVEHHTEVMKNKM
HIFRGKMSRRTHLPIPTIAENIDLDQHYLVTRPQSDERRILHAIESLVIKWSHQIQEIIE
KDSAHPLLSGLHPTPETELDFWTMRHDNLKCIYSQLQAPIVLKMVKILRTRQSSYLPALK
GIFTTVENALLEAQDVELHLRPLRRHIHSLQEAEFPQTRILIAPLLHTICLIWSHSKFYN
TPARVIVLLQEFCNLFIDQARAYLSPEDLLKGEIEDALEKVQVAISVLKTFQNSFFKYRK
GLTSYFTRNTEQRSWDFQSHLVFGRFNKFLDRLVKIEDMFVTILEFEKLERLEFGGSKGA
VLNAQIHSTSEEFIECCKVFQQSTYDPSDCDDMEFESDYFKFKSRTLDFDRRLGTLLCEG
LSNCSGLESAFKLLTIFGNFLEKPVVMEMFSPHYSTLLNMFNAELDVCKQLYDEHMKQIE
HGHEILNKNMPFTSGNIKWARMLLERLQMFWSNFTSLHYLFPDSPDEAAVCQKYAEMTTL
LDQFESHIYSEWRRNVDETCEFNLNQPLVKFSPINGLLSVNFDPKLVAVLREVKYLLMLK
KSDIPDSALGIFQKRNIILKYIGNLELLVQGYNKLKQTLLEVEYPLIEDELGAIDEQLRV
AATWLTWQDDFWVYMERVQVATAELECRVSQTQSNMLTIQQTMQAWAEWPLLPRRETRRE
AALTLDDKGDLFAKKYKLIREDGCKIHNLVEENRKLFRADPSLDSWKIYVEFIDDIVVEG
FFQAILHDLDFFLRNTEKQLKPTPFFQAQMLLMPPEIVFKPPLEKEAGDGFYDLVEEMLC
GSFRVSAQMGRVAAHLDIADYQNDMDNMLGLAEVRQEIMNRVADVINKVLEFRSSLETYS
YLWVDDRVEILRQFLLYGHAVPSEEMDAPASEDILQPPTLEQFKEQIDIYEALYIQMSKF
DDFRVFNSWFKVDMRPFKLSLLNVIKKWSWMFQEHLLRFVVDSLSELQGFIKQTNAGLQR
QLCEGDHDGLVDIMGHLLAVRSRQRATDELFEPLKETIMLLESYGQKMPEQVYAQLEELP
ERWETTKKIAAMVRHEVSPLQNAEVTLIRKKCILFDEKQAEFRERFRSYAPLGFKAENPY
AVLDKANQELEALEEEMEQMQNSARLFEVALPEYKQMKQCRQEIRLLKGLWDVIIYVRRS
IDNWTETQWRQINVEQMDLELRRFAKEIWSLDKAVRVWDAYSGLEGTVKDMTTSLRAIAE
LQNPALRDRHWQQLMKAIGVRFSINDSTTLSDLLAVQLHRVEDDVRDIVDQAVKELGTEK
VITDVSHTWEALEFSYEAHHRTGTPLLKSDEQLFETLEHNQVQLQSLLQSKYVEYFIEQV
LSWQNKLNVADAVIFTWMQVQRTWSHLESIFVCSEDIRVQLVEDARRFDKVDAEFKELMF
ETAKVKNVLEATCRPHLYEKLKDFQHRLSLCEKALAEYLETKRVTFPRFYFISSADLLDI
LSKGAQPKQVTHHLVKLFDSISDLQFEDNLDVSTHKAVGMFSKEKEYVPFQAGCECIGHV
ESWLLQLEQTMKDTVRLAITEAITAYEEKPRELWIFDFPAQVALTGSQIWWTTDVGIAFS
RLEEGYETALKDFHKKQISQLNTLITLLLGELSPGDRQKVMTICTIDVHARDVVAKLISQ
KVVSPHAFTWLSQLRHEWEDSRKHCVVNICDAHFQYFYEYLGNSPRLVITPLTDRCYITL
TQSLHLTMSGAPAGPAGTGKTETTKDLGRALGMMVYVFNCSEQMDYRSIGNIYKGLVQTG
AWGCFDEFNRIAVEVLSVVAVQVKMIHDAIRNGRKRFVFLGETIPLKPSVGIFITLNPGY
AGRTELPENLKALFRPCAMVAPDTELICEIMLVAEGFVDARSLARKFISLYTLCEELLSK
QDHYDWGLRAIKSVLVVAGSLKRGDKNRPEDQVLMRALRDFNMPKIVTDDVPVFLGLVSD
LFPALDVPRQRKPHFEQMVKQSTLELRLQPEESFILKVVQLEELLAVRHSVFVVGNAGTG
KSKILRTLNRTYVNMKQKPVWSDLNPKAVTTDELFGFIHHATREWKDGLFSSILREQANL
THDGPTWIVLDGDIDPLWIESLNTVMDDNKVLTLASNERVALKPSMRLLFETHHLRTATP
ATVSRAGILYVNPQDLGWNPYVASWIDRRRHQSEKANLTILFDKYIPVCLEKLRTSFKAI
TSVPESSLVQTICTLLECLLTPENIPPDSPKETYEVYFAFACVWTFGGTLLRDQLSDYQA
DFSRWWHKEMKAVKFPSQGTIFDYYLDHKTKKFLPWTDKVPQFSMDADAPLKTVLVHTPE
TTRLRYFTELLLCKGKPIMLVGNAGVGKTVFLSNTLASLSENYIVSCVPFNYYTTSAALQ
RILEKPLEKKAGRNYGPKGNKKLVYFIDDLNMPEVDLYGTIQPHALLRQHIDYGHWYDRH
KIMLKEIRNCQYVACMNPMVGSFTVNPRLQRHFTVFAFNFPSLDALTTIYGQIFSFYLQQ
QAFCPSVLRAGPSLIQATIAFHQMMAESFVPTAIKFHYNFNLRDLSNIFQGILFASPECL
KSLEDLARLWLHETSRVYGDRLIDTNDFDLFQRKMLETAHKYFKGVDANALLRQPLVYCH
FASGGEDPCYMPVKDWEGLKAVLMEMVDNYNELHSAMHLVLFEDAMQHVCRISRILRIPQ
GHALLIGVGGSGKQSLSRLAAYICSLEVFQITLTEGYGAQELRVDLANLYVRTGAKNMPT
VFLLTDAHVLDESFLVLINDLLASGDIPDLFSDEDMDKIISGIRNEVRGLGLVDSRENCW
AFFLARVRQQLKMVFCFSPVGHTLRVRARKFPAIVNCTAIDWFHEWPQEALVSVSRRFIE
EIEGIEPQHKDSISLFMAHVHTSVKEVSAWYYQNERRYNYTTPRSFLEQISLFKSLLKKK
REEVKQKQEHLGNGIQKLQTTASQVGNLKSRLASQEAELQLRNLDAEALITKIGLQTEKV
SREKAIADAEERKVAAIQTEASQKQRECEADLLKAEPALVAAKDALNTLNRVNLTELKTF
PNPPNAVTNVTAAVMVLLAPRGRVPKDRSWKAAKIFMGKVDDFLQALINYDKEHIPENCL
KVVNEQYLKDPEFNPNLIRTKSFAAAGLCAWVINIIRFYEVYCDVEPKRQALAQTNLDLA
AATEKLEAVRRKLVDLDHNLSRLTASFEKATAEKVRCQEEVNQTNKTIDLANKLVSELES
EKIRWGQSIKSFETQEKTLCGDVLLTAAFVSYIGSFTRQYRQELVDCKWIPFLQQKVSIP
IAEGLDLIAMLTDDATIATWNNEGLPSDRMSTENATILTHCERWPLMIDPQQQGIKWIKN
KYGPDLKVTHLGQKGFLNTIETALAFGDVILIENLKETVDPVLGPLLGRNTTKKGKFIRI
GDKECEFNKNFRLILHTKLANPHYKPELQAQTTLLNFTVTEDGLEGQLLAEVVSIERPDL
ERLKLVLTKQQNDFKIELRQLEDDLLLRLSAAEGSFLDDTDLVERLETTKATAAEIEHKV
TEARENERKINETRECYRPVAARASLLYFVISDLRRINPVYQFSLKAFNTLFHRAIEQAD
KVEDTQERICALIESITHATFLYASQALFERDKLTFLSQMAFQILLRRNEIHPLELDFLL
RFTVEHTYSSPVDFLTAQSWSAVKAVALMEEFRGLDRDVEGSAKQWRKWVESECPEKEKL
PQEWKKKSLIQKLIILRAVRPDRMTYALRNFVEEKLGAKYVERTRLDLGKAFEESSPSTP
VFFILSPGVDALKDLEVLGKRLGFTIDSGKFHNVSLGQGQELVAEMAMEKAAAGGHWVIL
QNVHLVAKWLGTLEKLLEKFSQGSHRDYRVFLSAETVPSQHEPIIPQGLLENSIKITNEP
PTGMLANLHAALYNFDQDTLEMCSKDQEFKSILFSLCYFHACVAGRLRFGPQGWSRSYPF
SPGDLTICTNILYNYLEANPNVPWEDLRYLFGEIMYGGHITDAWDRKLCRVYLEEFMNPS
LIEDEVMLAPGFAAPPYSDYSGYHQYIEDTLPPESPALYGLHPNAEIELLTVTSNTLFRT
LLEMQPRNAVSQEELGQSTEDKVKNILDDILERLPEEFNMAEIMQKNPNRSPYVLVCFQE
CERMNVLIREIRVSLQHLDLGLKGELTLSPDVETQLSALSYDRVPDTWNKLAYPSTYGLA
QWFNDLLLRCRELDTWTQDLTLPAVVWLSGFFNPQSFLTAIMQTMARKNEWPLDRMCLTI
DVTKKTKEDYGHPPREGAYLHGLHLEGARWDIQSGALVDARLKELTSMMPVIFAKAVPVD
RQEIKHAYECPVYKTKARGPTYVWTFRLRSKDRIAKWVLAGVALLLEA

Peptide Information

ID Peptide Seq Site Residue Position in Peptide Position in Protein
10006767 DVVAKLISQK S 8 1799

O-GlcNAcylation Information

ID Method Analytical Throughput Ambiguity Species Sample Type Data Source PMID Comments
10006767 MS HTP None mouse placentas 30059200 None

ID Peptide Seq Site Residue Position in Peptide Position in Protein Method Analytical Throughput Ambiguity Species Sample Type Data Source PMID Comments
10006767 DVVAKLISQK S 8 1799 MS HTP None mouse placentas 30059200 None