CPLM 1.0 - Compendium of Protein Lysine Modification
TagContent
CPLM ID CPLM-034340
UniProt Accession
Genbank Protein ID
Genbank Nucleotide ID
  
Protein Name
 Protein Dnhd1 
Protein Synonyms/Alias
  
Gene Name
 Dnhd1 
Gene Synonyms/Alias
  
Created Date
 July 27, 2013 
Organism
 Mus musculus (Mouse) 
NCBI Taxa ID
 10090 
Lysine Modification
Position
Peptide
Type
References
2013TCWRSLFKIQNRLAAacetylation[1]
Reference
 [1] Proteomic analysis of lysine acetylation sites in rat tissues reveals organ specificity and subcellular patterns.
 Lundby A, Lage K, Weinert BT, Bekker-Jensen DB, Secher A, Skovgaard T, Kelstrup CD, Dmytriyev A, Choudhary C, Lundby C, Olsen JV.
 Cell Rep. 2012 Aug 30;2(2):419-31. [PMID: 22902405
Functional Description
  
Sequence Annotation
  
Keyword
 Complete proteome; Reference proteome. 
Sequence Source
 UniProt (SWISSPROT/TrEMBL); GenBank; EMBL 
Protein Length
 4750 AA 
Protein Sequence
MKPHSQTSPP SLPMPSTSCR PGQTQKPKAW NWHLDPELWA RSVRQQLNTC LHFILEEKKN 60
PWFYTLQSGL VGCSCSGQEH SWDCQMKQED LKAVVESEQR TLLKLLLSEL QSLFSAVMQD 120
GSCEAWRYLH AVLGLLPPYR EMLAGQLELL PFLEQLYCWA PKVQARLELD LLDAIDKAFP 180
PDSSLLHSSS HVDCGLWMKR FHRGPPCSAC PFVKAQWDRQ QKKELATWLR PLTLPELQHC 240
LGIVGAEVAL EETPWLDSLS LLPLALATDI PVQYESSDTE QAEGEPAGRK LQVASEAPEE 300
KALKKKSSRT PVLRSQVKSL LERDWTQKKI HFLYLNVVSD RHFNPYKLVA VPPDKVNPEH 360
YIFSPFGILH IHPVEGSEAM TLGTWHRDCA LWRELQRIPF FKNCLLRKAL TCWKKNVRLC 420
GLHRIQTFLK THLLSAIPHF GAGMLHINRL LQEFRSVSWL PKEPDRSYEL VDLQKAIAKE 480
NHKALRVLCH FLNLCTSILQ LIHEDTYQMQ QGLQERVQNW NRIRKGQGSI YLQRTLCRHL 540
EKKLKQAETW LLKLGKFARL IDYMICQNLV SILEDEISSF IANTLQAPRQ NPFLLSQLVF 600
DDNGQLSPMP RVESIIQGLI KSLQSIKTSA LKVLQSTDLR TSRDLLYSED NKDQDSNAEF 660
LMPKFHGKAS DAVRLFCGPN VGYVWPWKSH AITDVLEVRG HKLRGQFLHP NYDHVQEDLD 720
KNAGIQQALA VQQSLLEDMR QEVQEFCNKH KWVEGIYEFL KAWSSQKLED LRGSPINNYV 780
NLVIQLKKWQ ERVSNMSVEL LTKGKLLFLS GHDVQEELGS KLNNMRKNIL EQAQNECWSR 840
NQQLMTELTE FLRVFQTISS DIHAIAQCSQ KLSEANEQYC QLEERVEYVR SLHDLIRNHC 900
ALFIAENETL DIALLDLWEA FQFERSQVSE FLLSKQHAIV PRLQQLMAAA LAELEGLLAK 960
ALSGPFMDPS QEQRSTEQQL GALEHQFLNI LNNFNALCNA YCTFTGYKKP MSPPASGNRP 1020
IVLQQRIWRL YRIISENLGE WKCVAFSKFN LSMAREKTDA WLTEAVRLST ALGLQSPVLQ 1080
RCMRMLEEFR AYLPLLIKLG NLQLQDLNTQ SLLRALGLGS LRSLDLLTLG QMLNYPLLEF 1140
AERINQVWQY DKERIHAQEI LQQMQQYWEG RQLRLLNFIL HVPYKPPTSE RSKRPALRSP 1200
QWELVGKDSG TFLLSDYSSL QDAIQNSLQA LFKILAIQKS GQLHKIALEW VAIMYGLGAL 1260
LEVWVAFQQK WIFLNKVLHE MKIEFPAPEL NARFKAMDDQ YRTLMRISVA DPMVLSLILP 1320
NTKRSPYFQG QHLQQMLKAG SGELEAIIMA LEDVLYGVCA NFPRLFFLSD SELVALLAAP 1380
LDTREAQLWA QRCFPHIKAV NFRSKSTKKK INQDSSSSTE SAETIAVLAA GGEEVKLQEP 1440
LPLHTDLPKW LASLEKCLRF IIVNLLQSCV ATRLAQGPSL IKALKAMPQQ RQMPMQVYVQ 1500
HWLDAVQVFP WQCILVAEEV VWRAEMEEAL LESRTMHMRS VHVHNLEVLV QFIRSQRSSQ 1560
DGKSLPSVRQ TSLFSTLLVK AVTHRDIAQL LEKNQVSDLT DFHWVRQLKY HLGSSHLNLK 1620
SPVQCLTTIA STEPSVSPAA CWIDVLGRSF MYNYEYMGPK LGPLPSLMHE RQVFILLMAL 1680
DEVAYGAILG RDGLGKAETV NSLAWTLGRQ LVIMPCLPQI EFQCLRNYLN GALQSGAWLL 1740
LENVNQLPSS LLSALGQRLD ELHYLYAPLY QKASKNISTI NPTKPLLLGG GFFEKHQVSM 1800
RLGFGCFLTL HSLGPDIPAN LHLLLRPVAL ALPDLQRVAE LNLLGAGVQD ASQMASRLSK 1860
LFSLERELVS GNLPCRLPLL KQVLEHTIQT LNTSQEKKSQ QPYDPAASEE AALLRALLHS 1920
PLFSILDGLR LQKLQELLCG IFPNASHVLA EPVSHRLIKS VVVEELQQLG LFPASNTVTS 1980
LEQLSQALSR ASGILLLGPA GSGKSTCWRS LFKIQNRLAA MEHTSTKGFQ SVEIVHLYPS 2040
VLNSKEYLGW SEGPSWHYGI FPKLLHAAPY CKSVGSEEPS EKFTGIQQWI ICDGAPNHAW 2100
TDSVTCLLRD PPQLSLPNGQ QIARPLGTFF LIEVAEAAGM SPTVLGRCAL VWCSGEQTWH 2160
SMLSVLMASL PHEYHLQQET ITEFNYLAEV LVPSVLRFLT RIGASSQLQV HGHQAVCPGV 2220
AEVTSLVRIL RALLDPLLHL FEEEKSYTKE DFSGSDLVTQ NFKSSKTRVQ SDRVNVNKKQ 2280
RRHLLAISSF LFAIIWSFGA HLPSRHWPLF DDFMKKSISS LPNYPEPPPS ALVFDLHVNF 2340
EDGTLVPFTG QYLSTHVKGN LGSFQPSSQT EQLLYVVDLL LSNGQPVLLA GEIATGKSAF 2400
VEVLVKPNYP VIHSPIHPAL NSTHLRHLLS RGVHGQTQAS SIPGHHQDSK GSILFLMEDL 2460
HLATFDPEKN CQPVLETLRQ AMEGTIYAHN TLELQTLQTT VNFLATATVP GYSERPLCPR 2520
LYRLFTVLAL NSMTQDTLLS RHVPSIQAWL ERFPSVEREH TLARALVRAS VEAWEAVCKC 2580
FMPSPLRPHY RFSPHSVSHI LGSLQLLPTR MGSRGFAETF HHQEYLRRVS GLRGTRLTIM 2640
MSMRVMVRLW LHEAQRTFCD RLDSDRERSH CAKLLLEVAQ NVFCGGPGSE SLAKDCEEEE 2700
VEEEKVPEVE SEEEIAQWET LSNSDSGSEE EEDPYGLQAT TGSFLSENSL APFPRKSVNK 2760
ENTENVSQMA EQEEDIRDSS SKLQSKTPKH EWQMAPQMDL SLPLLLPVLL FYPQESPSDL 2820
VFSLELTLGS NFESPNLYLE RQWENLEKQL VATAVRLKMN SGFSQCPVMV QHVAHLVRVL 2880
ARPQQHALLL SEFRGTGRYT AIILASSICQ AHLHYLSVES EEAIFQCLRD ASWHAGLLNQ 2940
PVALLVPEGV NVAIFCRLLA LATSGSFPDQ YTEADLDNIE EHFPKENIAN KHAIKRDTIL 3000
NRFYQQVCNN LHMFFMVGDN QAQNQLAPTL FLNLLQLTIA SVERYEPWDQ ASLVRIAQFC 3060
LENDHSLPLD DGSLKYPDFK HLIPNVANIM ARIHVSSACY HKHMCPALPL VTPKTFQDFL 3120
DMFLQQQQQM VLQMRMRASR IQTALKTLRL MVERHSTQTS LLTDLEAQLK GSYKSVGICQ 3180
GQLEQSKIMY RQKMIECQHQ ESLIENLVRQ HDALKAQQEV FLEQMGKAFV GPLSQLRVAD 3240
FEEIRSYRAP PESVVKVTDA LCDLFHQETG WSSAKQLLCT EDFYQELVFF PKEKLTDSEL 3300
VKLNEALRAP GMSDAALRSV SIPAANLAVW LWAVLRYGLA QRRGLPTGLL LRQVDATLAR 3360
EQARLGQFQF QAHDLLEQTR SLTKKLEDAQ VSHNHVMETL NQAQCGNFQK WPMESALLTP 3420
MHMWTTQLQK LQEQAKTVFG DALLCSAAII YLGPFPPQRR QELLEKWLSL CQGSEEALDP 3480
DDVARALRQK SVGVPKNPLL PTRTPFSILT LLSYGSELHQ WDRDLKPQAK SARLLGLLLR 3540
SHIHFSSSRW PLLIDPSNQA IMWLNPLPPK QNRSLEPSPK ESKEKFHVTK QDSGDNTEDE 3600
LEDENNEEED EANEQRKEQK AEENKIQGEN EQEVQETEKE NEPESSGSHS SLPSETQSLP 3660
SCLTVLSGTD PELGPQLLEA AANGLPVLLT NVELSLGCQE LQWLLSKKNL SPPSVQPGFC 3720
LFLSTTFPIH ALSRVLGFEM LKGLNVLDLG LNMEILEEQM LHEILCRERP ELETRWQDLK 3780
IRAADTYEAM KADEEQLLVT LLRQNQKRQK PSKFLRKMVR TQAKICQLNA QMEELEDQKQ 3840
EVVALWAPYR PVAYHGMAMV EALSPLQNLL PSFCMTSENW LAVIRRAIDS MKSYDSYRGE 3900
DLPSHLLRLK IHLARQLLTN TVVALGLIQT PLVGAFGALA MLQVTTKTPK LERLALWPGL 3960
SASPSSGHNM QIPGVIRPAW LSSKAWEECG ALELLPPFAG LCESLAGHSG VWQDYLSLSS 4020
TVLGPAPGPN SEPLSLFQKL ILWRVLRPDC LAGALADLTT SLLGRPLDEN LGAPTMIFEH 4080
IQPTQPILIL LPPPGHPTAT LHPVTVIRKL AANHEKVPQH LHVIALGSED WDPVSTVVNT 4140
LCQAMLQGHW LVLDNCHLMP FWPRELLQPL QGLLDRARVV SDSELLAEPE SRSVVTVHRD 4200
FRLWLIVPTE ASTSLPGMLT QSSMPVFWNQ SLELGRILID SLDSQQGLCT QPLTQTLPLF 4260
FLHGLLLHRQ LYGLKLQAHR GRWSQVTLTR ALQIQEQLWA SLGNPSAALL ELTASVLYGG 4320
SLGDLEDREA LVSLTRTCLN PRNMNWDQPH TPQYLLATLM PSPELGELDA RTDCKAQMHL 4380
LPTPPEPRTC GLNEAPQAWL MRRQSRVLLN ALQKCSSTWV PTVCGGIAQR KERQLQQRLA 4440
QAKKRLVALQ ALLTNNRIRS GQCVTPWAVL GPNARRPLEG FLETEVLELK HLVGTLLCDL 4500
DCLLQQLKGG TPCTSSRCAK VAQALWAGHL PQPWRSHALA GSQLPWLWLR QLSRRGHLLI 4560
RYLDSGMSEN ANKPERIFHL SAFRHPGRLL LALRWEAVLE NSVHNPNLPG HQDSISGSLP 4620
PKWQELSNHP LHIWVENGPN PKVPKMGLLL TGLQLQHAEW DQTDGALQDS FSSQPCPLPP 4680
VSISTQARRG KDAPVSAGLG MYSCPVYMTG PFGTTKLHSK NILMHLPLPT RLSPDTCIQR 4740
RVHVCSPTLT 4750 
Gene Ontology
 GO:0030286; C:dynein complex; IEA:InterPro.
 GO:0003777; F:microtubule motor activity; IEA:InterPro.
 GO:0007018; P:microtubule-based movement; IEA:InterPro. 
Interpro
 IPR026983; DHC_fam.
 IPR024743; Dynein_HC_stalk.
 IPR004273; Dynein_heavy_dom.
 IPR013602; Dynein_heavy_dom-2.
 IPR027417; P-loop_NTPase. 
Pfam
 PF08393; DHC_N2
 PF03028; Dynein_heavy
 PF12777; MT 
SMART
  
PROSITE
  
PRINTS