Protein Overview: dig-1

General Information:
Name(s) found:	dig-1 / CE31032 [WormBase]
Description(s) found: SHOW ONLY BEST	WBGene00000998 locus:dig-1 status:Partially_confirmed UniProt:Q8MQ08 protein_id:AAM48546.1 [WormBase] gi\|71988303\|ref\|NP_001022668.1\| DIsplaced Gonad family member (dig-1) [Caenorhabditis elegans] [NCBI NR] gi\|21328373\|gb\|AAM48546.1\|U00054_2 Hypothetical protein K07E12.1b [Caenorhabditis elegans] [NCBI NR] [wormpep88.fasta] Hypothetical protein K07E12.1b [Caenorhabditis elegans] [nrdb_11152004_Chlamydomonas] CE31032 WBGene00019500 status:Partially_confirmed TR:Q8MQ08 protein_id:AAM48546.1 [wormpep150.fasta] 31032 WBGene00019500 status:Predicted TR:Q8MQ08 protein_id:AAM48546.1 [wormpep130-phg-ecoli-orf-rand.fasta] CE31032 WBGene00019500 status:Predicted TR:Q8MQ08 protein_id:AAM48546.1 [wormpep132.fasta] 31032 WBGene00019500 status:Partially_confirmed TR:Q8MQ08 protein_id:AAM48546.1 [wormpep150-phg-orf-ecoli-rand.fasta] status:Partially_confirmed TR:Q8MQ08 protein_id:AAM48546.1 [wormpep115.fasta.reversed] CE31032 WBGene00000998 locus:dig-1 status:Partially_confirmed UniProt:Q8MQ08_CAEEL protein_id:AAM48546.1 [WormBase_C-elegans_193_07-31-2008_con_reversed.fasta] CE31032 WBGene00000998 locus:dig-1 status:Partially_confirmed UniProt:Q8MQ08_CAEEL protein_id:AAM48546.1\| [wormORF-contam.fasta] K07E12.1b [Caenorhabditis elegans] [nr-271106-contam.fasta] CE31032 WBGene00000998 locus:dig-1 status:Partially_confirmed TR:Q8MQ08 protein_id:AAM48546.1 [WormBase_C-elegans_wp180_08-19-2007_reversed.fasta] CE31032 WBGene00000998 locus:dig-1 status:Partially_confirmed UniProt:Q8MQ08 protein_id:AAM48546.1 [wormbase_c-elegans_2.11_01-10-2010_reversed.fasta] [wormpep210-phg-orf-LaDeana-ecoli-contam.fasta.nr]
Organism:	Caenorhabditis elegans
Length:	12268 amino acids
Gene Ontology:
Cellular Component:	cytoplasm [IEA] proteinaceous extracellular matrix [IEA]
Biological Process:	electron transport [IEA] gonad development [IMP] hermaphrodite genitalia development [IMP] extracellular matrix organization [IEA] cell adhesion [IEA] blood coagulation [IEA] phosphate metabolic process [IEA]
Molecular Function:	magnesium ion binding [IEA] inorganic diphosphatase activity [IEA] copper ion binding [IEA] collagen binding [IEA] electron carrier activity [IEA] calcium ion binding [IEA] extracellular matrix structural constituent [IEA]

Sequence:

Sequence:
[PDR BLAST]
[ProtParam]

      1          11         21         31         41         51         
      |          |          |          |          |          |          
    1 MWLGEVVYVI VDCMQVDRRR SSSNAKIAVS APPIPPPDEG KCIISKASGR EICYPSYSQL  60
   61 DTSCTDVTGQ SSNGLVVPPV VPHATVRAMA FVPPDNLRRL IIQYYRQQGK HQPKNATFSP 120
  121 KSFLFVKYHC DYGYEMVDEV DTMFCQDKKW VMTPPMCRGQ GLCAADNGGC SHTCISYNDE 180
  181 KIECKCPRGM TLDVDEKTCI KPIPKSLCRS LSGCTCNGIT ETQFACSCGD NKQKCLLIAG 240
  241 PPRIYIEPQG PYEVAPGGNI NISCTSVAYP FPDIYWFKNQ KVNTDGPDQN TLRASQILII 300
  301 KEIYRNEEFT CVSDNIHGSA NRTVSIVVTG PGSAPHLKSA SAGRTSLTVR WEPPSIINRP 360
  361 ITTYTLYYTN NPQQPVKNWK KLEVKEPTRE VAIPDLRPDT AYYIRVRAND PLGPGKLGNQ 420
  421 VQIKTLKPAV RPYVNIVEGD EIRVPPMTAF EIDCNVTRAD PVPVLVWLHK GRPLNKGSKT 480
  481 QHIKMKNGGV LESTQFSCVA ENEAGKSTKK INVTVTGPSA PERIRYQIDG DKVTLQWEPP 540
  541 QITNGPMAGY DVFYTEDPSL PRDQWKVHHI DDPNARTTTV LRLNEKTPYT FVIVGRNRLG 600
  601 PGLPSAPFTA TTWLAAKPPV VQLEPSEEMT KEPSNDEMII ECGAQGVPKP KIIWLWSGTL 660
  661 IEDGKEEFRV YDTTPTDAQD RTRSKLIAQS TTRSGVATCQ AVNSEGSDEK KVPVKILGPG 720
  721 SAPLGITPTP MHTGFDVAWK PPKVTNGRIT DYVVYYSKDP DAPLSDWESK TVPADTRNLT 780
  781 VNVDDEDTPY VVKVQARTDD GPGIISEAYE VTTGRKQVPL SVRLEIADPS VDPSTGETIV 840
  841 EPTQPIHFRC VADGRPMPSV SYSWLPINAS ESGDEPVPIP IHSDDSQPHH YNSIQVYSTT 900
  901 ATKRILLCQA RNPDGTVDDR HVFIVNKPGS APQNPEVIVD PDNRVTITWQ PPKYPNGEIT 960
  961 SYNVYITGDP SLPVDQWQVF PVDDVTDPKL VLQRGALQPE TPYFVKIAAV NPHGEGIHTD1020
 1021 PKHFDTVSGA PIDAPTDVLP SVSIDNTVNI TWSPPTQPLG PIKSYTVYFA PEYDDSDFKT1080
 1081 WQRISVDAPD GADHGEVTLP KEQFNPNTPY KIRISATNDL SEGPASDPVR FETGSGEIPP1140
 1141 TITLDPSNST YTVEPLGAAT ITCTATGVPQ PKVHWIKANG ETVDSATLQL YDLVKDTSAT1200
 1201 CVAENNAGKT QEAVSIQVTG PGTAPNEIVL LPMPNQEINV EWTSPDEVNG QITNYIIHYG1260
 1261 EISEDGSEPA TWDQVTIARD DVNHKLANLE PKKTYAIRVQ AVSDRGPGVI SAPQVIKTLP1320
 1321 LAPQAITNPI IQVHPNNSVT IEFTPPDDPE NPGKKVKDFV IQYTTDEEPD DESVWKELKF1380
 1381 TDPDDTDDTT IVSIDGENFN PDTKYNTRII ARGEIDSQPN EPTLFATGDG VIAPSQPSFN1440
 1441 VDTEDGVIRV PAGTDYTIKC VSEGYPAPDV RWVDSHGNQL SDGPLLRIID IRKTLNAKCL1500
 1501 AENRGGLKET DLTIFVAGPG TAPENIQLTA NKPTTISVQY EVPSIPNGNI SKYIIYYTPL1560
 1561 DDQDPDHQLG QVQTKPISDW QNVHDMNDGV EGPRKVDIKD FVSTDTAYAV VVQAINDDGP1620
 1621 GPYSNQYTIR TMSRAREGPP VELRVEPDGQ RSAVAQWKEP VTSDVPPIGY EIYYVRGDKS1680
 1681 VEEDDSAGLN DWIKISIDDP TKLTHKIQNL LLPDTDYVFK MRAIYPDGPS VFSEPCIMKT1740
 1741 LPDGNAPYIQ ISTGDNGVEG STTIQILPGS QMTIACNATG IPLPQVKWIK AGNYEIDPSR1800
 1801 VDADGNHAQF SLQVANITED TTFNCVAQNP LGHANWTINV NLIEGLEPNW RDDFVTSKSD1860
 1861 GGQIVLVFND ELPEYLKPPN EWTIQYTDDA EQPKDQWESI PSGGAPLTRV EVPNMNPGTF1920
 1921 YYLVVDNPEK GIQTPTLVVM TPKPPSDIRF GKNNDDEQIV DFKPAVASEP IKEYTISVWP1980
 1981 STDPSNVKKF TTPADVTSGV VVDGLEPDTE YNVQVAAEFY EGEELASEPV TVKTPPRDVS2040
 2041 CECDHGCAFE MNEDAGTMEP KCYCHGGFHL TSDGKSCERD EEDDATSQAV LQVTPPSITT2100
 2101 KVAPEELLTG SSGEVDSTPE TLSPVVGPDG KPLVLDKKGK PIDSSGKPVK FDENGDPIAP2160
 2161 EGTKLEKNDN GEWVYPLVDR NGKPLPVDEN NKPIITVIDK DGRVVTETDD GTFVTSDGKQ2220
 2221 VEVDDLGRPL DEDGNPYKTN ENGQFVISDV DGAVEGDDEE EQPQVIPLYV VDVDDDGKYL2280
 2281 DEDGNEIPVN EDGDPIDVNG KPLEKNEDGK FVKPKESTQE TPQPTKITIV SPDGTPLPTD2340
 2341 ASGSPIGLDG QPVPTDASGK PLAKDGSPLP TDNNGNYVIL PSSKNSVDSQ PTDDAGRVIY2400
 2401 PVVLPDGSPL ATDSTGNFVN RHGDIVERDD EGKPMGPDGQ LLPTDASGNY IYPVTGPNDE2460
 2461 VLPTDANGNP IYPVVGPDGT PLPTDASGAI VGPDGQPIPT DSNGKPLSKE GYPLPVDNQG2520
 2521 NYILLPTEID AAQSLPTDDA GMPVYPIVKP DGTPLATDST GSFINDNGEI IEKDDEGRPF2580
 2581 GPDGLILPTD ASGNYIYPAM GLDGQPLATD ASGNYVLVST EQTVTKSYPV DDSDITIHPI2640
 2641 VNPDGTPLAT DSTGSYVTED GQIIEKDDEG RPLGPDGQVD FQNYEWQKLS NCHFLTVLPT2700
 2701 DDSGNYIYPV AESGEETKPT DASGKTVYPV RGPDGTPLPT DASGAVIGPD GEVIPTDENG2760
 2761 IPLSQDGSPL PTDNQGNYIL VLTSETPTKT LPIDESGNVV YPITKPDGTP LATDSTGSFV2820
 2821 TEDGTIIAKD DEGKPLGPDG EVLPTDASGN YVYPVTVSDE QTLPTDDTGK TVYPIRGPDG2880
 2881 TPLPTDASGP VIGPDGEIMP TDENGIPLSK DGTPLPTDND GNYVIVPSDE ETSKELPIDD2940
 2941 SGNVIYPITK PDGTPLATDS TGSFVTEDGT IIEKDDEGKP LGPDGQILST DASGNYVYPD3000
 3001 PGLDSQILTT DVYGKPIYTV IGPDGTALPT DASGAAIGPD GTPISTDETG EPLDKDGSIL3060
 3061 PTDDYGNFVF VVSQELPTDA EVQTPITKPD GTLLATDSSG NYVNDNGDII EKDDEGKPLG3120
 3121 PDGEVLPTDG TGNFIYPATT SDGEVIPTDD SGKPLYTIRG PDGTPLPTDE TGSALGPDGE3180
 3181 PISTDSSGKP LSKDGSPLPT DNNGNYVLVP TDESTTKALP TDESGNVVIP ITNPDGTSLA3240
 3241 TDSTGSFVTD DGQIIEKDDE GKPLGPDGAI LPTDASGNYI YPVVGPDGQA LPTDETGKTV3300
 3301 YPVRGPDGTP LPTDASGAVM GPDGEPIPTD ANGKPLSKDG SPLPTDASGN YVLVPSDEVT3360
 3361 AKELPTDESG TIVYPVTRAD GTPLATDSTG SFVTDDGQII GKDDEGKPLG PDGQVLPTDD3420
 3421 SGNYIYPAVG PDGQAFPTDK SGKPLYPVRG PDGTSLPTDA SGAAIGPDGE VIPTDENGIP3480
 3481 LDKDGSPLPT DASGNYIIVP SGELTMASHP TDDTGNVIYP ITKPDGTLLS TDSTGSFVTE3540
 3541 DGQIIEKDDE GKPLGPNGEA LPTDDLGNYI YPITDSDEQT SPTEDVGTSV HLVRGPDGTP3600
 3601 LPTDASGSAI GPDGEVIPTD ENGVPLDKDG SPLPTDNNGN YVLVPTKESV TKILPTDDSE3660
 3661 AVVHPITRQD GTPLSTDSTG NFVTDNGEII EKDDEGRPVG PDGQVLSTDV SGNFVYPVTE3720
 3721 SPNDGEKPIH PVLGPDGSPL PTDDSGAVIG PDGEVIPTDA SGVPLSKLGL PLPTDSDGNY3780
 3781 IILSSDTDVT KELPTDDTGN VIYPITKPDG TPLGTDTSGS FVSDDGQIIE KDDDGKPLGP3840
 3841 DGQVLPTDAT GNFIYPVLGP DGQALPTDES GKTVYPVRRP DGNPLPTDAS GAVIGPGGEP3900
 3901 IPTDSSGKPL SADGSPLPTD ASGNYVLVPS DEVTAKELST DESGTIVYPV TRADGTPLAT3960
 3961 DSTGSFVTDE GQTIEKDDEG KPLGPDGQVL PTYASGNYIY PVIGPDGQAL PTDESGKTVY4020
 4021 PVRGPDGTPL PTDVSGAVIG PDGEVIPTDS NGIPLSQDGT PLPTDNQGNY ILVPTSETAT4080
 4081 KALPTDESGN VIYPITKADG TPLATDSTGT FVTDDGQIIE KDDEGKPLGP DGQVLPTDDS4140
 4141 GNYIYPVVGP DGQTDESGKT VYPVRGSHPT DDTGNVIYPI TKPDGTLLAT DSTGSFVTED4200
 4201 GQIIEKDDEG KPLGPDGQVL PTDESGNYVY PEVKSDEQLL PTDHTGKTVY PVHGPDGTPL4260
 4261 PTDDSGAIIG PDGEVIPTDE NGIPLSKDGS QLPTDNNGNY VLVPSDEGAT KTHPTDETSD4320
 4321 AVHPITKPDG TPLATDSTGN FVTENGDVIT KDEEGKPLGP NGQILPTDAS GNYIYPVIGP4380
 4381 DGQALPTDES GKTVYPVRGP DGTPLPTDAS GAVISPDGEV IPTDANGIPL DKDGSPLPTD4440
 4441 ASGNYILVPS EQDITKTLPT DDSGNVIYPI TKPDGTSLAT DSTGSFVTEG GEIVERDEDG4500
 4501 KPLGPDGQVL PTDASGNYIY PVVGPDGQVL PTDDTGKTVY PVYGPDGIPL STDASGAVIG4560
 4561 PDGEPIPTDA SGRPLDKDGS FLSTDASGNY ILVPSDAPTN EAGPVVVQHQ ITRPDGTPLA4620
 4621 TDSSGHFVTE DGVIIENDKE GRPIGADGQV LPTDASNNYI FTDVPTQGYA VFIPTDVVPI4680
 4681 ELEAPNCDQV DGRVDTLLFV VESSHTSAPY LDTLKKLIEN LLLTTPRDFL PKIGTLIYSA4740
 4741 TTEITIDIGS YGDFKELFDS TNEIREIGGI PDVTNALRTA KMILEETSRG DTLVLHLLAS4800
 4801 PMRTSSKVYT ERIRALPNTR LIHLNEKQWA EDPNAVELLR SHLCIPSEVP LPSMMPTDAS4860
 4861 GNLLSIPTDE VVTDGTPTDE SGFVIYPITK PDGTPLATDS TGSFVTEDGQ IIEKNEDGKP4920
 4921 LGPDGQVLPT DNSGNYIYPI VGPDGQALPT DASGKPIYPV RGPDGTPLPT DASGAVIGPD4980
 4981 GEPIPTDASG KPLAQDGSPL PVDNEGNYII LPTQQVDTKE YPTDETGNVI VPITKPDGTL5040
 5041 LPTDSTGSFV TENGDRIEFN EEGKPLGPDG EVLATDASGN YVYPGSVVEP TAEPQEVTHG5100
 5101 PDGQVLPTDA SGKPIYPVRG PDGIPLPTDA SGAAIGPDGE TIATDENGIP LSKDGSPLPT5160
 5161 DNTGNYVLVP SDEGATEEKP TQGSESIVHP ITKPDGTPLA TDSTGSFVTD DDQVIAKDED5220
 5221 GKPIGPDGQV LPTDSSGNYI YPVIGPDGQA LPTDESGKTV YPVRGPDGTP LSTDASGAVI5280
 5281 GSDGKPIPTD ETGLPLNKDG SPLPTDNDGN YILIPADESV VKALPTDEAK EVYPIVQPDG5340
 5341 TPLATDSSGN FVTSSGDIID IDDEGKPLGP DGQALPTDDS GNYIYPVIGP DGQALPTDES5400
 5401 GKTVYPIRGP DGTPLPTDAS GAVIGPDGEP IPTDASGKPL SQDGSPLPTD ASGNYILVPS5460
 5461 DGEVTKTLPT DDVGNVIYPI TKPDGTPLAT DSTGSFVTDD GQIIEKDDEG KPLGPDGQVL5520
 5521 STDDSGNYIY PAVGPNGQTI PTDDTGRTVY PVRGPDGTPL PTDASGAVIG PDGEPIPTDA5580
 5581 SGKPLSADGS PLPTDNNGNY VIVPTDGSTV KSHPTDDSGN TIYPVVNEDG TPLSTDLSGN5640
 5641 FLTNSGEIVD RDDEGKPLGP DGQTLPTDAS GNYVYLQKVE ETTKPLPTDE SGNIVYPITK5700
 5701 PDGTPLATDS TGSFVTEDGT VIEKDDEGKP VGPDGQVLPT DESGNYIYPD VTPDGQVQPT5760
 5761 DVSGKPVYPV RGPDGSTLPT DASGAALGPD GKPIPTDSNG VPLSEDGSPL PTDNQGNYVL5820
 5821 VPTSETVTKS MPTDDNRNVI YPITMSDGSL LSTDSTGSFV TEDGKVIEKD DEGKPLGPDG5880
 5881 QVLPTDASGN YIYPVHGQDG TPLPTDASGA VIGPDGSPLP TDDSGAVIGP DGEVIPTDSN5940
 5941 GIPLNKDGLP LSTDASGNYI VVSAEQPGEE IKEIPITKPD GTLLSTDSTG NFITENGEII6000
 6001 ERDDEGKPIG PDGQILPTDA SGNYVYPVIG PDGQGLPTDE SGKTIYPVRG PDGTPLPTDA6060
 6061 SGAVIGPDGE PIPTDASGKP LSQDGSLLPT DNNGNYVLLP SNEETTQGLT TDESVNVIYP6120
 6121 ITKPDGTPLA TDSTGNFVTD NGETIEKDEE GKPIGPDGQT LPTDDSGNYI YPVVGPDGQA6180
 6181 LPTDESGKTI YPVHGPDGTP LPTDASGASI GPDGEPIPTD TSGKPLFKDG SPLPTDSNGN6240
 6241 FIIVPSEKRM DEELPTDDSG KIIYPITKPD GTPLASDSTG VFVTEDGTII EKDDDGKPLG6300
 6301 PDGQVLPTDA SGNYIYPIVG PDGKTQPTDE SEKTPYPVHG PDGTPLPTDA SGAVIGPDGE6360
 6361 PIPTDASGKP LSADGSPLPT DNNGKYVLVP ADEVTTKVLP TDDSGNVVHP ITRPDGTPLG6420
 6421 TDASGSFITD DGQAIEKDDE GKPIGPDGQI LPIDASGNYI YPVIGPDGQA LPTDESGKTV6480
 6481 YPVRGPDGTP LPTDASGAVI GLDGEPIPTD ASGKPLSRNG SPLSTDSSGN YIFVPTDDEK6540
 6541 KDSKKCDISS SLSDIIFVLV NDGDGAQNYD QFKKAVVGFS RKVDMSPDII RLAVLSVGSE6600
 6601 IAVPLPLGGY QEKEHLSSIL NSFEIPPIVG TEILSPVQAA NQQFTSFPRT GISKMVVIFA6660
 6661 DNEEKSTFIG GATYITVKYG TTPKDIINTL IEACEKGLVE IVPDDTKHVI DETVPTISST6720
 6721 PVIVDQSGKP LPTDASGNYI DNNGKPIVIE GEEPTGPEDQ KLSKNKKGEW VYPLVDKFGK6780
 6781 PVETDDNDKP VITVVDNDGN ELSKNDDGNW IDLSGNEIDT DELGRPLDSE GNPYKFDDNG6840
 6841 HVVIAPQIEE EEETTPAIPF IIIDGEPINE DDGVYTDKDG NVIPTNSEGK PIDENGQVLP6900
 6901 KNEDGEFVKP KEADTTQSTI VSPDGSPLPT DASGAAIGPD GEPIPTDSNG RPLAKDGSPL6960
 6961 PTDNNGRYVI LPSGRYSGDT ETTDESGNVI YPIINPDGTP LGTDSTGNYI TSIGDIIERD7020
 7021 DEGKPIGPDG QVLTTDASGN YIYPVVGPDG LILPTDATGK PIYPVRGPDG TPLPTDASGA7080
 7081 VIGPNGEPIP TDASGKPLSQ DGSPLPTDVN GNYIMLPSDE VTSQSLPTDE SGNVIYPITK7140
 7141 PDGTPLGTDS SGSFITEDGQ IIEKDDEGKP IGPDGQILST DASGNYIYPD VGPDVQTLPT7200
 7201 DGDMISVPTV EATVEFTSDK TPEVIHSITK PDGTPLSTDS TGEFVTEDGQ IIEKDDEGKP7260
 7261 IGPDGQVLPT DASGNYIYPV IGLDGQALPT DKSGKTVYPV RGPNGTPLPT DASGAVIGLD7320
 7321 GEPIPTDASG KPLSADGSPL PTDAVGNYIL VPSDDGVIRT HPTDESGNTI YPITKPDGTP7380
 7381 LATDSTGAFV TDDGQVIEKD DEGKPIGPDG QVLPTDASGN YIYPVTSSDG QVLPTDAEKP7440
 7441 VIVDQSGKPL PTDASGNYID NNGKPIVIEG EEPTGPEDQK LSKNKKGEWV YPLVDKFGKP7500
 7501 VETDDNDKPV ITVVDNDGNE LSKNDDGNWI DLSGNEIDTD ELGRPLDSEG NPYKFDDNGH7560
 7561 VVIAPQIEEE EEATPAIPFI IIDGEPINED DGVYTDKDGN VIPTNSEGKP IDENGQVLPK7620
 7621 NEYGEFVKPK EADTTQSTIV SPDGSPLPTD ASGAAIGPDG EPIPTDSSGR PISKDGSPLP7680
 7681 TDASGNYILV PSGEGVTDSL PTDEAGNIIY PITKPDGTLL ATDSTGSFVA DDGQIIEKDD7740
 7741 EGKPIGPDGQ VLPTDASGNY IYPVIGPDGQ ALPTDESGKT VYPVRGPDGT PLPTDASGAV7800
 7801 IGPDGEPIPT DPSGKPLSAD GSPLPTDING NYVLVPSDES AAKVLPTDES GSVVYPITKP7860
 7861 DGTPLGTDAS GSFVTDDGQA IGKDDEGKPI GPDGQTLPID DSGNYIYPVV GPDGQALPTD7920
 7921 ESGKTVYPVL GPDGIPLPTD ASGAVIGPDG EIIPTDASGK PLSADGSPLP TDNNGNYVLV7980
 7981 PADEVTTKVL PTDDSGNVVH PITRPDGTPL GTDASGSFVT DDGQAIEKDD EGKPIGPDGQ8040
 8041 VLPTDASGNY IYPVIGPDGQ ALPTDKSGKT VYPVRGPDGT PLSTDASGAL IGLDGEPIPT8100
 8101 DASGKPLSAD GSPLPTDAVG NYILVPSDDG VIRTHPTDES GNTIYPITKP DGTPLATDST8160
 8161 GAFVTDDGQV IEKDDEGKPI GPDGQVLPTD ASGNYIYPVT SSDGQVLPTD AEKPVIVDQS8220
 8221 GKPLPTDASG NYIDNNGKPI VIEGEEPTGP EDQKLSKNEK GEWVYPLVDK FGKPVETDDN8280
 8281 DKPVITVVDN DGNELSKNDD GNWIDLSGNE IDTDELGRPL DSEGNPYKFD DNGHVVIAPQ8340
 8341 IEEEEETTPA IPFIIIDGEP INEDDGVYTD KDGNVIPTNS EGKPIDENGQ VLPKNEDGEF8400
 8401 VKPKEADTTQ STIVSPDGSP LPTDASGAAI GPDGEPIPTD SSGRPISKDG SPLPTDASGN8460
 8461 YILVPSGEGV TDSLPTDEAG NIIYPITKPD GTLLATDSTG SFVADDGQII EKDDEGKPIG8520
 8521 PDGQVLPTDA SGNYIYPVIG PDGQALPTDE SGKTVYPVRG PDGTPLPTDA SGAVIGPDGE8580
 8581 PIPTDPSGKP LSADGSKLPT DINGNYVLVP ADEVTTKVLP TDDSGNVVHP ITRPDGTPLG8640
 8641 TDASGSFITE DGQIVEKNDD GKPIGPDGQV LPTDSSDNYI YPSIGSDEQA MPTDTTGSVI8700
 8701 YPLVSPDGTV IEGPPKVAKP VGPDGKVLPT DASGHFIGPD GPIPTDYGVT YSDTVTTPDG8760
 8761 IPLSNDSTGA FITEDGTVIE NNEDGKPIGP DGQVLPTDAY GNYIYPAIGP DGQALPTDES8820
 8821 GNPVYPVRGP DGTPLPTDVS GAVIGPDGEP IPTDASGKPL SADGGSPLPT DNNGNYVLVP8880
 8881 ADEVTTKVLP TDDSGNVVHP ITRPDGTPLG TDASGSFVRD DGQAIEKDDE GKPIGPDGQV8940
 8941 LPTDASGNYI YPVIGPDGQA LPTDESGKTV YPVRGPDGTP LPTDASGAVI GLDGEPIPTD9000
 9001 ASGKPLSAEG SPLPTDNNGN YVLVPADEVT TKVLPTDDSG NVVHPITRPD GTPLGTDASG9060
 9061 SFVRDDGQAI EKDDEGKPIG PDGQVLPTDA SGNYIYPVIG PDGQALPTDE SGKTVYPVRG9120
 9121 PDGTPLPTDA SGAVIGLDGE PIPTDASGKP LSAEGSPLPT DNNGNYVLVP AHEVTTKVLP9180
 9181 TDDSGNVVHP ITRPDGTPLG TDASGSFVTD DGQAIEKDDE GKPIGPDGQV LPTDASGNYI9240
 9241 YPVTSSDGQV LPTDAEKPVI VDQSGKPLPT DASGNYIDNN GKPIVIEGEE PTGPEDQKLS9300
 9301 KNEKGEWVYP LVDKFGKPVE TDDNDKPVIT VVDNDGNELS KNDDGNWIDL SGNEIDTDEL9360
 9361 GRPLDSEGNP YKFDDNGHVV IAPQIEEEEE ATPAIPFIII DGEPINEDDG VYTDKDGNVI9420
 9421 PTNSEGKPID ENGQVLPKNE DGEFVKPKEA DTTQSTIVSP DGSPLPTDAS GAAIGPDGEP9480
 9481 IPTDSNGRPL AKDGSPLPTD NNGRYVILPS GRYSGDTETT DESGNVIYPI INPDGTPLGT9540
 9541 DSTGNYITSI GDIIERDDEG KPIGPDGQVL TTDASGNYIY PVVGPDGLIL PTDATGKPIY9600
 9601 PVRGPDGTPL PTDASGAVIG PNGEPIPTDA SGKPLSQDGS PLPTDVNGNY IMLPSDEVTS9660
 9661 QSLPTDESGN VIYPITKPDG TPLGTDSSGS FITEDGQIIE KDDEGKPIGP DGQILSTDAS9720
 9721 GNYIYPDVGP DVQTLPTDGD MISVPTVEAT VEFTSDKTPE VIHSITKPDG TPLSTDSTGE9780
 9781 FVTEDGQIIE KDDEGKPIGP DGQVLPTDAS GNYIYPVIGL DGQALPTDKS GKTVYPVRGP9840
 9841 NGTPLPTDAS GAVIGLDGEP IPTDASGKPL SADGSPLPTD AVGNYILVPS DDGVIRTHPT9900
 9901 DESGNTIYPI TKPDGTPLAT DSTGAFVTDD GQVIEKDDEG KPIGPDGQVL PTDASGNYIY9960
 9961 PVTSSDGQVL PTDAEKPVIV DQSGKPLPTD ASGNYIDNNG KPIVIEGEEP TGPEDQKLSK10020
 10021 NKKGEWVYPL VDKFGKPVET DDNDKPVITV VDNDGNELSK NDDGNWIDLS GNEIDTDELG10080
 10081 RPLDSEGNPY KFDDNGHVVI APQIEEEEEA TPAIPFIIID GEPINEDDGV YTDKDGNVIP10140
 10141 TNSEGKPIDE NGQVLPKNED GEFVKPKEAD TTQSTIVSPD GSPLPTDASG AAIGPDGEPI10200
 10201 PTDSSGRPIS KDGSPLPTDA SGNYILVPSG EGVTDSLPTD EAGNIIYPIT KPDGTLLATD10260
 10261 STGSFVADDG QIIEKDDEGK PIGPDGQVLP TDASGNYIYP VIGPDGQALP TDESGKTVFP10320
 10321 VRGPDGTPLP TDASGAVIGP DGEPIPTDPS GKPLSADGSP LPTDINGNYV LVPSDESAAK10380
 10381 VLPTDESGSV VYPITKPDGT PLGTDSSGSY ITEDGQLVGK DEEGKPVGPD GQVLPTDSAG10440
 10441 HYVYPITGAD RQILTTDAAG KPIYSVFNED GIQLPTDSSG YAIGHDGELV PTESTNGVPL10500
 10501 NKDGTPLPTN DSGHFVLVLP GATVNDSKPT DEVIVSITNP DGTLLGTDST GAFVTEDGPI10560
 10561 IENDDEGKPV GPDGQVLPTD DSGNYIYPVI GPDGQALPTD ESGKTVYPIR GPDGTPLPTD10620
 10621 ASGASIGPDG EPIPTDASGK PLSKDGSPLP TDNDGHYVLV PVDDSTIKAF PTDESGNVAY10680
 10681 PITRPDGTPL GTDSSGSFVT DDGTIIENDD EGKPIGPDGQ VLPTDASGNY IYPVIGPDGQ10740
 10741 ALPTDESGKT VYPVHGPDGT PLPTDASGAA IGPDGEPIPT DASGKPLSQD GSALPTDNNG10800
 10801 NFILVPSDKS TTKTLPTDES GNFIYPITKP DGVLFATDST GNYVTDEGEL IEKDDNGYPL10860
 10861 GPDKRVLPTD GSGNYIYPAV GSDEKILPTD NLGKVVYPIT RPDGSPLATD STGVFVTGDG10920
 10921 TIVERNEEGK PIGPDGQVLT TDNSGNYIYP VIGPDGEPLG TDASGKTVYP VRGPDGTPLA10980
 10981 TDAFGAVIGP DGEPIPTDAS GKPLDQSGFP LPTDNNGNYI LVPSDEALGK ILPTDENGNV11040
 11041 VYSVTNPDGT PLATDSTGSF IASNGLIVEK DDEGKPIGPD GQVLPTDASG NYIYPVIGPD11100
 11101 GQALPTDESG KPIYPVFTED GTQLPTDSTG FAIGPDGELV PTDSANGVPL SKDGSPLPTD11160
 11161 ASGNYILPDS GVTTANPTDE NGYAIYPITK PDGTLLATDS TGSYITQGGQ LIEKDNTGKP11220
 11221 IGPDGQVLPT DGSGNYVYPV VGPDGQALPT DDTGNVVYPV INADGSLLAT DSSGSFITEN11280
 11281 GKIVAKDDEG KPISPDGQVL PTDASGNYIY PALGPDGSIL PTDSNGKSIY PVRGPDGTPL11340
 11341 PTDEFGFAIG PDGKPIPTDT SGKPLSADGS PLPTDNNGNY ILVLSEGVTE HAPTDENGNV11400
 11401 IYPVTNPDGT PLGTDSSGAF ITQDGTVVKK DEDGKPIGPD GQVLPTDNSG NYIYPVIGPD11460
 11461 GQVLPTDASG KTVHSVYGPD GTQLPTDASG SAIGPDGELV PTDVSGRPLS QDGSPLPTDN11520
 11521 NGNYALVVSD EATTKVLPTD EGGNVIYHIT KPDGSLLGTD ASGDFITDHG KAVQKDDEGK11580
 11581 PIGPDGSVLP TDTSGNYIYP ITGPDGNVLP TDSNGKPVYP VFNEDGTQLP TDSTGSAIDQ11640
 11641 DGELVSTDST SGVPLAKDGS PLPTNSAGNY VLVSSGKSQP TDEHGNVIYP ITKPDGTLLA11700
 11701 TDSTGSYLTE DGQLVEIDDS GKPLGSDGQV LPIDASGNYI YPALGPDGQA LPTDDAGNLV11760
 11761 YPIVYPDGTP LATESTGNYV TENGEVVGKN TDGKPISPDG QVLPTDASGN YIYPAVGPDG11820
 11821 QVLPTDASGK LIYPVFHPDG TQLPTDASGY AVAPDGSLIP TEFSGKPLGK DGSVLPTDNS11880
 11881 GRYVLVHDDR EVTQTIPTDE SGNTIYPITR PDGTLLSTDS TGIYLTDEGN VIDRDNEGKP11940
 11941 LGPDGQVLPT DGYGNFVYPA DSDIGGAKLL PTDEYGHTLY PVIRPDGSLL STESSGSFVT12000
 12001 DDGTVVSKDS DGKPLGPAGQ VLPTDASGNY IYPSIGPDGS PLPTDINGKP AYTVIGRYGD12060
 12061 VLPTDSLGRA VNIDGSVVPT DDEGLPIDQY GVVLPTDTTR KLHTLVPTRR PSSFCYVTSH12120
 12121 IDLLLVIDSS NNIKVLDYRV MKELIKNFLT EHFNLRKHQV RVGLVKYGDG AEIPVSLGDY12180
 12181 DNEDDLVHRI SESRRLKGRA QLGAGLREAL DELSISGVDG VPQIVLIVKN GISVFIYSSS12240
 12241 YSYIFQNPPK SVTFHHSSFT FSLNPKIC

Protein Complex Data

No complex found for this protein.

Mass Spectrometry Data

The following runs contain data for this protein:

	BAIT	COMMENTS	PUBLICATION
View Run	hcp-1	hcp1 IP from december2004	Cheeseman, I.M., et al. (2005)

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.

Protein predicted to be:	GLOBULAR (No transmembrane regions or signal peptide)
Confidence of classification:	0.99

Protein Overview: dig-1

Protein Complex Data

Mass Spectrometry Data

Yeast Two-Hybrid Data

Microscopy / Localization Data

Protein Structure Data

Philius Transmembrane Prediction: