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Protein Overview: SPCC737.08

General Information:
Name(s) found: SPCC737.08 [Sanger Pombe]
Description(s) found:
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  • pir||T41581 hypothetical coiled-coil protein - fission yeast (Schizosaccharomyces pombe) [NCBI NR]
  • gi|74676176|sp|O94248.1|MDN1_SCHPO RecName: Full=Midasin; AltName: Full=MIDAS-containing protein [NCBI NR]
  • gi|4239674|emb|CAA20864.1| midasin (predicted) [Schizosaccharomyces pombe] [NCBI NR]
  • gi|19075870|ref|NP_588370.1| midasin (predicted) [Schizosaccharomyces pombe] [NCBI NR]
  • midasin [Sanger Pombe]
  • Midasin OS=Schizosaccharomyces pombe GN=mdn1 PE=1 SV=1 [Swiss-Prot]
  • PREDICTED COILED-COIL PROTEIN; PUTATIVE MOTOR PROTEIN; SIMILAR TO DYNEIN; 5 ATP BINDING SITES, AND EF HAND CALCIUM BINDING DOMAIN; SIMILAR TO S. CEREVISIAE YLR106C- NULL LETHAL: O94248; [pompepVF.fasta]
  • PUTATIVE COILED-COIL PROTEIN; POSSIBLE MOTOR PROTEIN; SIMILAR TO DYNEIN; 5 ATP BINDING SITES, AND EF HAND CALCIUM BINDING DOMAIN; SIMILAR TO S. CEREVISIAE YLR106C- WHICH IS NULL LETHAL: ;N0ACC; [pompepV13]
  • Hypothetical coiled-coil protein [pompep4896]
  • |||putative midasin [pompepnew.fasta]
  • SPCC737.08 protein [4896.FASTAC]
  • |||midasin (predicted)|Schizosaccharomyces pombe|chr 3|||Manual [pombe041504.fasta]
  • |||midasin |Schizosaccharomyces pombe|chr 3|||Manual [pompep2242005.fasta]
  • hypothetical coiled-coil protein [Schizosaccharomyces pombe]gi|4239674|emb|CAA20864.1| SPCC737.08 [Schizosaccharomyces pombe]gi|7490697|pir||T41581 hypothetical coiled-coil protein - fission yeast (Schizosaccharomyces pombe) [nrdb_11152004_Chlamydomonas]
  • (O94248) Hypothetical coiled-coil protein [pompep4896_normal_reversed]
  • SPCC737.08 [Schizosaccharomyces pombe] [nr-271106-contam.fasta]
  • hypothetical protein SPCC737.08 [Schizosaccharomyces pombe 972h-] [nr-271106-contam.fasta]
  • Midasin OS=Schizosaccharomyces pombe (strain 972 / ATCC 24843) GN=mdn1 PE=1 SV=1 [uniprot_sprot.fasta.20160308]
    • Organism: Schizosaccharomyces pombe
    Length: 4717 amino acids

    Gene Ontology:
    Cellular Component: nucleus [IDALink to PubMed article][ISSLink to PubMed article]
    spindle pole body [IDALink to PubMed article]
    Biological Process: rRNA processing [ISSLink to PubMed article]
    ribosomal large subunit assembly [ISSLink to PubMed article]
    Molecular Function: ATPase activity [ISSLink to PubMed article]
    ATP binding [ICLink to PubMed article]
    calcium ion binding [ISSLink to PubMed article]


    Sequence:
    Sequence:
    [PDR BLAST]
    [ProtParam] 
          1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MDVLIEWVAI YPQIYDILEH INYVPSNTLQ RLRLHQPWSK IDYDVWFLYA SDEIRETCKV  60
   61 KYYGETKTYG EVFVLENERI SQLHRLFVSW TVSERAEHLK NLLFDAGLSN LPLVELGGNV 120
  121 FFNSHVPLPC SLVLTKSTQE NLNRITPYLV QKRPILLAGP EGIGKKFLIT QIAAKLGQQI 180
  181 IRIHLSDSTD PKMLIGTYTS PKPGEFEWQP GVLTQAVITG KWILFTNIEH APSEVLSVLL 240
  241 PLLEKRQLVI PSRGETIYAK GSFQMFATSS MKTKILGQRL WQILDLTYQP DECVEVVSTL 300
  301 YPVLSIICPT LYSVYKDIFD LFSQRSFLAT SKIYRRLCLR DFYKFIKRVA FLYHKFMIPS 360
  361 DHVVISQELQ DAVFKEAIDM FGAFIPSRDG FDLVVRNVAI ELNIPPEKAL QLRYSIPVFQ 420
  421 NLEHNINIGR CSLKKLSTIR SCSTNSYAFT SSSLGLLEQL AAGVQTNEPL LLVGETGTGK 480
  481 TTTIQLLAGL LGQKVTVINM SQQTESSDML GGYKPINAST LGLPLHERFI DIFEQTFSSK 540
  541 KNAKFISMAS TSARRFRWKT CLKIWKEACK LSKTVLDGQQ PLPNPQKRQK RLSNQVELRN 600
  601 QWAKFEKEVE DFEKVLTGGS NGFMFSFVEG ALVKAVRSGH WVLLDEINLA SLETLEPIGQ 660
  661 LLSSYESGIL LSERGDITPI TPHKNFRLFG CMNPSTDVGK RELEPSFRSR FTEIYVHSPD 720
  721 QNLDDLLSII QKYIGSLCIG NEHVIREVAE LYQVAKSLSL DGSLVDGAGQ RPHYTVRTLS 780
  781 RTLSYVTEIA PIYGLRRSLY EGFCMSFLTL LDHTSESLLY NHVVRFTLGE LNRDQQNAIL 840
  841 KQIPKVPDHS SYIAFCHYWL RRGSFPVEEQ EHYIITPFVQ KNLLNIARAC STRMFPILIQ 900
  901 GPTSSGKTSM IEYVAKKTGH KFVRINNHEH TDLQEYIGTY VTDDNGSLSF REGVLVEALR 960
  961 NGYWIVLDEL NLAPTDVLEA LNRLLDDNRE LFIPETQVLV KPHPEFMLFA TQNPPGVYAG1020
 1021 RKHLSRAFRN RFLEIHFDDI PENELETILH KRCKIAPSYA AKIVQVFREL SLRRQTTRIF1080
 1081 EQKNSFATLR DLFRWAFREA VGYQQLAENG YMLLAERARD QKDKLAVQEV IEKVMKVKID1140
 1141 TDGIYNLDSM EIFQDMSLKE GPLSKVVWTR PMIRLFCLVW RCLLAKEPVL LVGDTGCGKT1200
 1201 TVCQILAECL HKELHIINAH QDTENGDIIG AQRPVRNRSA VNYSLHSQLC EKFNVQESLD1260
 1261 SIDDLIEKFE KLSSSEKNDN LSNLIERQII KYRSLFEWHD GALVTAMKQG DFFLLDEISL1320
 1321 ADDSVLERLN SVLELSRTLT LVEHSNAAVS LTAKDGFAFF ATMNPGGDYG KKELSPALRN1380
 1381 RFTEIWVPPM VDTEDILKIV EGKLHNNKIE LARPLVEYAK WHANEYLYTD VISIRDVLSA1440
 1441 VEFINACEIL DLNLVLFNAV SMVFIDALGS FTTFSLSNNL ASLHAERQRC FAKLNELAGS1500
 1501 NIMASKSADI SIKFSDSSFF IGDFGIPLGD SVESDSTYSL HTDTTLMNAS KVLRALQVLK1560
 1561 PILLEGSPGV GKTSLITALA RETGHQLVRI NLSDQTDLMD LFGSDVPVEG GEGGQFAWRD1620
 1621 APFLAAMRNG HWVLLDELNL ASQSVLEGLN ACLDHRNEAY IPELDKVFKA HPNFRVFAAQ1680
 1681 NPQHQGGGRK GLPRSFINRF SVVYVEALKE KDMIEIAACN YHQVNEDWRL KIIKFMFRLQ1740
 1741 DNIEKDISFG SFGSPWEFNL RDTLRWLQLL NDAPKYTCVS PADYLEVMVL HRMRTVEDRV1800
 1801 RTCELFKEVF DIDYEPRTIG FSLSSQCFKV GHSLLVRDVE RQKTLLDSQN ILQSQLPVLE1860
 1861 SVITCINKKW PCILVGDTAT GKTCILRLLA AIAGAKIKEM AVNSDTDTMD LIGEYEQIDI1920
 1921 SRKASELFTD LSQQLLNIVI KYRNFDNIFR ETSLYTLTTT SFKTHSQAFT LLQKVVDQLD1980
 1981 QLKIHETLVH SLGDIHEKAR KLLAEFSASP AGRFEWFDGY LLKAVEEGHW FVLDNANLCS2040
 2041 PAVLDRLNSL LEHKGVLIVN EKTTEDGHPK TIKPHPNFRL FLTVNPVYGE LSRAMRNRGV2100
 2101 EIFLLKEALT EIDKKQMSLL EPAPISSAVD TLASNISYIK YVFETMGKIE IDGNYMYIAH2160
 2161 AIILALFSPR QLKLLRKVLL TNPQFSLSIK ADAELLLTLK NLVQKIYCAD YFNHMDLKAS2220
 2221 RFMDIYEYPV QLREVVGLIQ TINDFQSVIL TSHLELPETY ASGLLFVSAH EILDLTEEVN2280
 2281 RLAVSTSNST YLLKSASAVY HNVSSFKGST PSLWNLLNQF SKFLIEIASA NSNIVYKLSY2340
 2341 DVIRHFLKLV VLWKNIYVWT NVPDCDISRF YCYTKMLGEW MFTLTEKTKL LESFLPKDSL2400
 2401 EKFSELQNLS TGLHMQAIWD KWHAFVPRTY DQWSLWNTVD KLLTQYVNAN IPSISMETTA2460
 2461 CEVVGTSLSL LNKVLVENEV GDIYSYLKIL GKGVNELKSS KQVILPENLV NLFNCLASLD2520
 2521 LLHIFIKYTT SSFFLTDDFV RFIRVCFHSR ISGNLLTLLH GISFDSTKAV APVLTYFDFC2580
 2581 SLTTGNILGR IALAFTSIDE NANLESANIF EHARLALLQH FMDHSSLLAE DSSTKMNLIL2640
 2641 LQRYAVIISI FLDQGKCEKA NDLITKLSLP YEELAENFVS ILEACKAFLV ANSEFISYTY2700
 2701 TERFIHSLRF LKDSWLSSNQ QKMLKNQGMA YIYFASGMLL VYVPDKPFDP ALLPLLTVES2760
 2761 LRHYLESLYK ESQILEIAES LNSGKVNSVM RRLVSTEISN TPNIDSSFST VYRSLNESIV2820
 2821 PLYSELEFFM KSVVLNQYIF ELAMRLSKES NIAVVEEAKS FVTKWKAYIE RIREAYPQFV2880
 2881 DVYELILSFI SFMIYGIELL MFEAKRRLDE RSQILSTLIL TLVDPSSFAR SLSFDDVSNL2940
 2941 IEQIKVLDLN DSIRFEIYLF LASRLCSEKQ HSSDTHSLAN SFVLLANEFY IHNAKIKQKE3000
 3001 LEEIEEKNRL YRQREFNFDK NDYLKVFINY DDEVEPEVEP EVVIERKRFL QLQFAFWSLY3060
 3061 NEIYSEKMNV IPLEQLMNTG SYLAKKIKVK NPDMIASSGF DIVSVVLMMG VKSTNERQYW3120
 3121 TPPVYNFYSD PNPSKAIEVR DLIKIVESRA ISLIKNWPEN FVLRGLKDAI DAILNLSPFS3180
 3181 PIAEYLSKLE RVFHLLSEWE KLASREYSLA NEMDLIKKKI IDWRKFELSN WNNLLKLEEY3240
 3241 KLSERVYPRL YSILQFIILK PFFENSKFTK QNLCESASII VQFITDLTVG EFQLCLKCLL3300
 3301 SFSQHAASLR ICHGIDAMLL NIYHYFEQFL SKVSEAIHTQ KQSLENSIKE RILLMSWKDT3360
 3361 NVYALKESAK KSHAELFKVL HRYREVLRQP VSSYLSQKHD WDSLLDTENN SAMWVAKKVN3420
 3421 LSPSYIEKMD TEIMKLVPVR FSNTPTTLRL MWTLFANVEK PGSTFTNMVS NLITDARELM3480
 3481 KLTPETINDD NLSEIKHLKS RKHLLLTETF KTLKAFGLQY RVKAGIEENL SNLRNLLAVI3540
 3541 PTFPVTSLSI EKVDRSLMKS LDFIPKFQTL AGHQHNDLSV PEVQKGVGLF NSMLSLQLGE3600
 3601 RAQLVEFTNE LLALKNVYSE VGVNGSPLES FNNSSFNEVS SLGYDHDFEN RAQAVSMLCQ3660
 3661 IYAIVIQKHS SISPTASFQS IGHELSRFAD LLSNKLFPSS IPLYASADKV SSIRDQQKGI3720
 3721 NDLIEYCRKK RTELPELSYC FKHLVSLQSL KSISRTQVDL TNDEFLNLMN FVLNLFDSLL3780
 3781 SSIETATKNM RTFKELAETS SFIEMSSCFS KVLRAFNLKF QSMKLSSLKE KLRSSSVDKM3840
 3841 SCQLLMLFLP VCEQFINLAE SVLDYFINVH NSNLDSLSKI STLFFMVANN GFCSPDLPQE3900
 3901 GKSNSGELES GTGLGSGVGA EDITNTLNED DDLEELANEE DTANQSDLDE SEARELESDM3960
 3961 NGVTKDSVVS ENENSDSEEE NQDLDEEVND IPEDLSNSLN EKLWDEPNEE DLLETEQKSN4020
 4021 EQSAANNESD LVSKEDDNKA LEDKDRQEKE DEEEMSDDVG IDDEIQPDIQ ENNSQPPPEN4080
 4081 EDHLDLPEDL KLDEKEGDVS KDSDLEDMDM EAADENKEEA DAEKDEPMQD FEDPLEENNT4140
 4141 LDEDIQQDDF SDLAEDDEKM NEDGFEENVQ ENEESTEDGV KSDEELEQGE VPEDQAIDNH4200
 4201 PKMDAKSTFA SAEADEENTD KGIVGENEEL GEEDGAAESG VRGNGTADGE FSSAEQVQKG4260
 4261 EDTSTPKEAM SEADRQYQSL GDHLREWQQA NRIHEWEDLT ESQSQAFDDS EFMHVKEDEE4320
 4321 EDLQALGNAE KDQIKSIDRD ESANQNPDSM NSTNIAEDEA DEVGDKQLQD GQDISDIKQT4380
 4381 GEDTLPTEFG SINQSEKVFE LSEDEDIEDE LPDYNVKITN LPAAMPIDEA RDLWNKHEDS4440
 4441 TKQLSIELCE QLRLILEPTL ATKMQGDFRT GKRLNMKRII PYIASQFKKD KIWMRRVKPS4500
 4501 KRTYQVMISI DDSKSMSESG STVLALETLA LVTKALSLLE VGQIAVMKFG EQPELLHPFD4560
 4561 KQFSSESGVQ MFSHFTFEQS NTNVLALADA SMKCFNYANT ASHHRSNSDI RQLEIIISDG4620
 4621 ICEDHDSIRK LLRRAQEEKV MIVFVILDNV NTQKKSSILD IKKVYYDTKE DGTMDLKIQP4680
 4681 YIDEFAFDYY LVVRNIEELP QLLSSALRQW FQQMSNT

    Protein Complex Data

    No complex found for this protein.

    Mass Spectrometry Data

    No mass spectrometry results found for this protein.

    Yeast Two-Hybrid Data

    The following interactions contain this protein:

    NOT SHOWING SINGLE HITS. [ Show Single Hits ]

    [View our yeast two-hybrid interpretation guidelines.]

    No yeast two-hybrid interactions found for this protein.

    Microscopy / Localization Data

    New Feature: Upload Your Own Microscopy Data

    No microscopy data found in the PDR for this protein.

    Protein Structure Data



    Philius Transmembrane Prediction:

    Protein predicted to be: GLOBULAR (No transmembrane regions or signal peptide)
    Confidence of classification: 0.80

    Source: Reynolds et al. (2008)

    YRC Informatics Platform - Version 3.0
    Created and Maintained by: Michael Riffle