| General Information: |
|
| Name(s) found: |
ttn-1 /
CE36724
[WormBase]
|
| Description(s) found:
Found 14 descriptions. SHOW ALL |
|
| Organism: | Caenorhabditis elegans |
| Length: | 10578 amino acids |
Gene Ontology: |
|
| Cellular Component: |
cytoplasm
[IEA ]
extracellular region [IEA ]
proteinaceous extracellular matrix [IEA ]
|
| Biological Process: |
DNA repair
[IEA]
regulation of cell growth [IEA ]
signal transduction [IEA ]
cell adhesion [IEA ]
blood coagulation [IEA ]
protein amino acid phosphorylation [IEA ]
|
| Molecular Function: |
magnesium ion binding
[IEA]
ATP binding [IEA ]
protein tyrosine kinase activity [IEA ]
zinc ion binding [IEA ]
non-membrane spanning protein tyrosine kinase activity [IEA ]
protein kinase activity [IEA ]
protein serine/threonine kinase activity [IEA ]
insulin-like growth factor binding [IEA ]
|
| Sequence: |
|
| Sequence: [PDR BLAST] [ProtParam] |
1 11 21 31 41 51
| | | | | |
1 MEGNEKKGGG LPPTQQRHLN IDTTVGGSIS QPVSPSMSYS TDRETVMRSA SGHATVAETH 60
61 LIRSIGSQSQ SYTEEHWSSE ITSFVALAPP KFIQVIKAYR VHSTDTISLV VEVASDPPAI 120
121 FEWFYNEKSV LQDRDRFQVG HGINISRLKV SRPEQGVYKC VTRNPAGVST SYGYITVNAD 180
181 REHLSSSKED MRLQRQHSVT YHQAPRFLTQ VPNLFVTAGS NVIIDVEVDA NPPARFSWFV 240
241 NGKEYRDSIH GVEMFSPDVN RSVVRFSIPV AGEYKVVASN VHGSAMSCGH VDIQKVIELE 300
301 ESTLTTSTTA FDPMTTSMRA LGNNGRNSRQ AVNMFELNYT QRSSSVPRGV RHLESHIEVS 360
361 NMTGEEKKTQ QQTRTDAASI VESRFHPQPP KPPRAGTSRR FLPEPPKFVT TLPSVITVNA 420
421 EEKLVLSVDV QAIPAAEFAW HVNGFEVKKS QSVVLLDEHN KSTLVLHPPV KQGKYKVTAR 480
481 NDVGSDSVTT QVTRIGEVKD GAGSEPPDIV ESAVTVTCSH EEDVGSHSSL QTVRRIQEMQ 540
541 EEDEVDPIKP FIEATSPKVK ESVEHPFANI LNPKKREERL SPSGKGKHLL FAPRITAHPS 600
601 ESVFKILDGS PLKLRVMASS LPPATFLWML NNFELRSNQN VTIRNDEENS SEIEFQKAPN 660
661 GNVTVSAKNH LGEDRWTGKV ILQYESPPPG QKITTIEKVT ESWTLEEAVI TQVVPTAADP 720
721 GDRIVIIVRF DENKTSNCQF NWTINGVNIE KLEENLVAVE STEFESSLIV EKLEEQLCGE 780
781 VVCVVKNQHG EVFSSSAHLR IRDDDSSFEI VPPNLPEECA PKIVEPLHSA SFLDGQAMSL 840
841 RCKITANPSA AVVWSKDDVN VEDWVLNKDV TTTVLDGGVC ELLNPECFAE DAGLYKCTAT 900
901 NPHGTAETAA FINVEGAEYI KDHEEAEISE SVLTDDVHII LPPKFIETLT AETDNFQQLG 960
961 YVRMVATVRS VAPITVSWQK DGMDIYENEK YEVMQFADGA QILTIRAPTN LDSGVYTCTA1020
1021 ESEHGVSNSS CQVELTISAE SSPESFEKVE ITPPEEVKET GIDDDIEVIL KEEVSGTAQI1080
1081 EKREEEFKLL VKVADQVAST LVANVFLEAV HEAVKKIVET EDEEEDNQIE ATQEPRFETS1140
1141 TDEYHVKENG TIKMAATISG HPTPFLEWYF GEEKLQVSQN VSMYYEAGTS AIILKNVQKR1200
1201 QGGNYFLRAH NCHGESILPM KLTVDPIEAV THVLETSIPK VVVEQDAKEE EVRRAAEIIS1260
1261 EQFAQLWVQD AQTEAVSAQA HQTPVVAEQA SEEPTLPEVV AALQEQKPSV EKAPQPQFEV1320
1321 LETEDQDVVE QMQKQLPPVQ KSMSVQEEKA SSQRTPSPMN YEDKVKTIQS NLLRVNSHEA1380
1381 MEPIEATNLL LNTALQLKNE HVCDETTTVI VTQQPQKYDQ LVTVVESNIE YHALRLSTSS1440
1441 SSPLKFIDLE TIIQKPSTSC ESIDRMFVEK SKRTANAQHR IVVLQGMSNT FHNAITWSLK1500
1501 KVKKLVGDAE AKAYADVEVV KQDETNEQVM TIIDNDTIVP QLLQVAAAAN KLKLENVSVA1560
1561 LIKEGDRAHQ ELVIEYESSI DEPMFEPVHN TSHLTFHQQQ PTGPDQHVWS RRSKFEEDEA1620
1621 HVVAVFVEVD ANCPDQSVEI VATVNAAYEG DNRQGIEDEP FTEVSQSLAT ESSAAPQAPK1680
1681 FLRKLVNCFG RIGEPVQLKC LIAGMPQPEI EWTVDGDPIV PNDEYSIVYE DGVCILRIES1740
1741 TLIEDEGEYC CTASNVAGTT FSKCYLKLSE ADDDAVDLLR QLSEIKIIDP TLSTGYPMSM1800
1801 ISDEENTSHQ LLSNVLLTDK EVPITATYNE DLSRAESFRR FFESAETTVK VTELYQGESV1860
1861 EAQFQQPEKR EQVSTSNTDV MFVNQKVDVM ESTVSTVGNA VRQSVSSSTN SWDYMFNDPF1920
1921 PESQEINVIE NELYEPRVPL LPQKLSYKGQ EIFANTNTVE RNSKAGAKAK GEVENLKKCV1980
1981 ETLLLFDAEM DMKDIKESSP KKEIISKKDQ QSLDDQIKVT QQILKDVERD LNKMERTSPG2040
2041 KSLSPNKRTF APKDVEDIEA AIFSISDQLA DRQSSEEALR EALQEMILSN SSPMKELSRN2100
2101 NETSKPEVLK SEIQKIPEVE TKISEVYPIV KLKQAISAIE NSLLEDTEVT EIMKRKGSDK2160
2161 DKRKATRIKR VPSAHSARIT PITSNLRDRL NQLHQLTVSE DSGSLKQNEE AKEIQELFVK2220
2221 IEKEINTIAE LCKEKMTKKG ADTVTHVLNS VLQHVASIIN VILVAQDHQP IEVHAETTKT2280
2281 AEVSVWYSFD VHPESEDIIG IVDEEPTNRR PSSTPRGSTR SSNLTTSQDS QATTKMTVSS2340
2341 EDTIEAPIAP PRKGRSLSRD AERLLEIQPR APPRRSRQSG DTLSPEPTPV LTLVKSDETP2400
2401 APVRPPRSRS RHSGDELAET SPEAQPIRPP RSHSRHSGDE LEEVQPVRPP RSKSKTADAN2460
2461 CLQIESMDES QYSLSCIHIQ KTNFAFTNST HETSNASVVV DLRNMAQLEC TVQSLDDLAS2520
2521 IQMLCEESDY PSDTDRSLLL AGTVRYFNRA SPSLHEVSPS LNMESVSMDL KPETEPEEIV2580
2581 QDVYVNVELH SVPSLSSLVE VNPNTLMQTL ASEKSSLKAA EEDEKEGEEE GEEEVTADVS2640
2641 FIGRSVLSTE TLDVVLEEKD MSQMNSTLPL DYERAFSSNT IRETDILSDE SITVDSSYHK2700
2701 SPEPTVDFAR SQVKSEEVTE NFSLIHKPAR RRVTGIVVNS LIYTIAANIA EDNTFDVDVV2760
2761 QEPQRYNISI KVIEDIVDFT SLTIMSDCED DPPADVLVLK QDTSKLQALS YDDISVATTR2820
2821 TGITVSIVAR SLNDGIYASL EEIAWGEVEM TVPDIMQMST EEKSSLQFNV TVSESNLEEA2880
2881 KSLKSQVSFR SSQNSVSEMD NTISSTATIS IPSYVVKLES TATITCELNN YLPKNCTIDW2940
2941 YCGKTKIIID HEQFDRISHD LLEVLIIRSV EAINGNLYSL KINEDLFPVA YLIVENTNLT3000
3001 TSANILTRPE TQFVMEGQPT VITVELDDPN VIVNWLKDRR PLHENERIRL ETDGQGNHRV3060
3061 IIPNTCVGDQ GTYLALTSSE SVAITLVVEE RIEEKEVMVI ASGTESEEDD VQEYLVPPGS3120
3121 TATIACELEE CELKRSIRWL RDGKDIRFEQ GKTEHVQNGL KHYLVVHDAT SLDSGLYKTE3180
3181 RSEEQCEETI IPRGVVATIQ CQTSEPQESI QWSKDGNIIP SDISRFEFRS LDNNQSHEMV3240
3241 ISNISWSDAG VYSVLINGKS SFVSKIVVVE SELITQSVEE EPEAEPEIDV SLHIVESEQI3300
3301 IELNVPQSPK LGASHETLVP IGQDDIEVID KQEAAPVVES IEETSSIGSE EFEIIEKFTE3360
3361 EEVPKVAEPS EPTQADVPKI AAPLEQSQIQ QEVPTVAAPS EPTQADVPKE AAPSEPSQAD3420
3421 VPKVAAPLEQ TQIQQEVPMV AAPLEPTQAD VPKVAAPLEQ SQIQQEVPTV AAPSEPTQAD3480
3481 VPKEAAPSEP SQADVPKVAA PLEQTQIQQE VPMVAAPLEP IQEEVPKEAA PSEPTQEDVP3540
3541 KGAAPLEPTQ EDVPKEAAPS GPTQEDVPKE EAPSEPTQED VPKEAAPSEP TQENVPKEAA3600
3601 PSEPTKDVPK EAAPSEPIQE EVPKEATLSE PTQEQSEVSK RSEPVEPTQI QQAASEEETP3660
3661 LEETNETVVQ TNEDVKEAEV PENAEAQKVV DSSDLQVAAS EIAHLAIDEA VLETSNQPSQ3720
3721 FDSLQEQKPS VVHENEHVRS VCVDLTFSRD SEQIVSDVIV AEVGYDEDEC STIADTITSL3780
3781 SSSPLYTAPV FTERLPSSAC FANSKLTLEV MFSGVPQPTI SWLIDDHELV SDGERISIKC3840
3841 ENGVSAIRFF NVDRNAGGFL KCRATNCAGQ VETSCEIVAA DEISVISDSS ITSSTRPHFV3900
3901 VPLPERVTHT VNDHITIKCK FSGQPLPAAM WEKDGVLLDL QKYQVTTEDG TSILKIESAS3960
3961 LDDKAVYTCT IANEAGCEST SCTIDVVDDH LGLQQTGLHV MCERDQNDVE LDILVQSPNH4020
4021 LGVTFNFPPV NRTLARQPPY FLLPLSDKVV IDEKCTLKCV VMGIPLVIVK WIVDGVVVTE4080
4081 DDNHEIHFED GIALLRMKNI KKDKSVVQCE AINCKGKVTT SCVLTKCGVE ESEAGDLQKP4140
4141 SFVLSLKDTC TTTDHATLKC IVVGTPLPDV SCSFNGVTDN SKIRSEDGIV LIQVNDVTEE4200
4201 GIVVECTISN ETGSSTSNCV VKIIKQEEKN YQRPIIVFNQ AGSVNNEREL SVKVGVIASP4260
4261 EPTLFWKHNG KSIEEGGDYY LIFEDGIGIL KVFNIQDGSH EFTCIAKNEY GQTTVEIPVE4320
4321 IGLKTENKLT LVKTLNDIAV VDDIVQLKIV AEGDLPIEFK WFEDGQILED DSSHKITVDK4380
4381 CISTLQLKLE ETGTRIITCE VSNSSSKVNA SCNVERVHNT VSDFVMTNDN STRFLAVGRK4440
4441 CTRERNNTIL KAVVVARENI GDICEIDGEK IPDAYIEGNS LSIKVDTLSK KLSNVSFKVS4500
4501 ASEGKVFETR KIEIAQEDTD EENFEINYSL RIDEQSGNTT YTFENSELYQ GNQSRELDNT4560
4561 ERNFTVNKEK DESKKPSEVQ PAEIVEQKDV PVQETSAPTV EKLAPVESKE TPEVQAAEIV4620
4621 EQKDVPVPET RAPTVEPTVE KHTPVDSKET SEVEPAEIVE QKDVPVPETS APTVEPTVEK4680
4681 HTPVESKEKS EVQPAEIVEQ KDVTCEEEIK ELLTEVEVEL FFSQAEVFSG LELDLLMECS4740
4741 EYVTTSIQKG STAAPAQEPT VEKLAPVESK ETSEVEPAEI VEQKDVPVPE TSAPSVEPTV4800
4801 EKLAPVESKE TSEVQQAEIV EQKDVPVPET SAPSVEPTVE KLAPAESKET SEVQPAEIVE4860
4861 QKDVTCEEEI KELLTEVEVE LFFSQAEVFS GLELDLLMEC SEYVTTSIQK GSTAAPAQEP4920
4921 TVEKLAPVES KETSEVQQAE IIEQKDVPVP ETSAPTVEPT VEKLKPVESK ETSEVQQVEI4980
4981 IEQKDVPVPE TSAPTVEPTV EKLAPVESKE TSEVQQAEII EQKDVPVPET SAPTVEPTVE5040
5041 KLKPVESKET SEVQQVEIIE QKDVPVPETS APTVEPTVEK LAPVESKETS EVQQAEIIEQ5100
5101 KDVPVPETSA PTVEPTVEKL KPVESKETSE VQQVEIIEQK DVPVPETSAP TVEPTVEKHA5160
5161 PVESKETSEV QPAEIVEQKV VPVPETSAPT VEPTVEKLAP VESKETPEVQ PAEILEQKDV5220
5221 TCEEEIKELL TEVEVELFFS KAEVFSGLEL DLLMECSEYV TTSIQKGSTA APAQEPTVEK5280
5281 LAPVESKETS EVEPAEIVEQ KDVPVPETSA PTVEPTVEKL KSVESKETSE VQQAEIIEQK5340
5341 DVPVPETSAP TVEPTVEKLA PVDSKETSEV EPAEIVEQKD VTCEEEIKEL LTEVEVELLF5400
5401 SQAEVFSGST AAPAQEPTVE KLAPVESKET SEVEPAEIVE QKDVPVPETS APTVEPTVEK5460
5461 LKSVESKETS EVQQAEIIEQ KDVPVPETSA PTVEPTVEKH APVESKETSE VQPAEIVEQK5520
5521 VVPVPETSAP TVEPTVEKLA PVESKETSEV EPAEIVEQKD VPVPETSAPT VEPTVEKLAP5580
5581 VESKETSEVE PAEIVEQKDV PVPETSAPTV EPTIEKLAPV ESKETSEVEP AEIVEQKDVS5640
5641 VPETSAPTVE PTIEKLAPVE SKETSEVEPA EIVEQKDVSV PETSAPTVEP TVEKLAPVES5700
5701 KETSEVEPAE IVEQKDVPVP ETSAPTVEPT VEKLAPVESK ETSEVQPAEI VEHKDVQVPE5760
5761 TSSPTVEPTV EKLAPVESKE TSEVEPAEIV EQKDVPVPET SAPTVEPTVE KLAPVESKET5820
5821 SEVEPAEIVE QKDVPVPETS APTVEPTVEK LAPVESKETS EVQPAEIVEQ KDVSVPETSA5880
5881 PTVEPTVEKL APVESKETSE VQPAEIVEQK DVPVPETSAP TVEPTVEKLA PVESKETSEV5940
5941 QPAEIVEHKD VQVPETSSPT VEPTVEKLAP VESKETSEVE PAEIVEQKDV PVPETSAPTV6000
6001 EPTVEKLAPV ESKETSEVQP AEIVEHKDVQ VPETSAPTVE PTIEKLAPVE SKETSEVEPA6060
6061 EIVEQKDVSV PETSAPTVEP TIEKLAPVES KETSEVQPAE IVEHKDVQVP ETSSPTVEPT6120
6121 VEKLAPVESK ETSEVQPAEI VEQKDVTCEE EIKELLTEVE VELFFSQAEV FSGLELDLLM6180
6181 ECSEYVTTSI QKGSTAAPAH EPTVEKLAPV ESKETSEVEP AEIVEQKDVP VPETSAPTVE6240
6241 PTVEKLAPVE SKETSEVEPA EIVEQKDLPV PETSAPTVEP TVEKLAPVES KKTSEVEPAE6300
6301 IVEQKDVPVP ETSAPTVEPT VEKLAPVESK ETSEVEPAEI VEQKDVPVPE TSAPTVEPTV6360
6361 EKLAPVESKE TSEVEPAEIV EQKDVPVPET SAPTVEPTIE KLAPVESKET SEVEPAEIVE6420
6421 QKDVSVPETS APTVEPTIEK LAPVESKETS EVEPAEIVEQ KDVSVPETSA PTVEPTVEKL6480
6481 APVESKETSE VEPAEIVEQK DVPVPETSAP TVEPTVEKLA PVESKETSEV QPAEIVEHKD6540
6541 VQVPETSSPT VEPTVEKLAP VESKETSEVE PAEIVEQKDV PVPETSAPTV EPTVEKLAPV6600
6601 ESKETSEVEP AEIVEQKDVP VPETSAPTVE PTVEKLAPVE SKETSEVQPA EIVEHKDVQV6660
6661 PETTATTFEP TKEKLAPVDS KETSEVQTAE IVEQKDVPVP ETSATTVEPT KEKLAPGESK6720
6721 ETSEVQQAAI VEQKDVAVPE TSATTVEPTK EKLAPVESKE TSEIQTAEIV EQKDVPVPET6780
6781 STSYVEPTKE KLAPGESKET SEVQQAAIVE QKDVPVPETS ATTVEPTKEK LAPVESKETS6840
6841 EIQQAAVVEQ KDVPVPETSA TTVEPTKEKL APVESKETSE VQQAAIVEQK DVPVPEANAP6900
6901 TFEPTVEKLA PVESKETSEV QQAAIVEQKD VPVPEANAPT VEPTVEKLAP VESKETSVES6960
6961 KETQADAKLK KEKDDKHKQE ADAKLQKEND DKLKQEADAK LKKENDDKLK QEADAKLKKE7020
7021 NDDKLKQEAD AKLKKENDDK LKQEAAAKLK KENDDKLKQE ADAKLKKEND DKLKQEADAK7080
7081 LQKENDDKLK QEADAKLQKE NDDKLKQEAD AKLQKENDDK LKQEADAKLQ KENDDKLKQE7140
7141 ADAKLQKEND DKLKQEADAK LKKENDDKLK QEADAKLKKE KHDKLKQEAD AKLQKENDDK7200
7201 LKQEADAKLQ KENDDKLKQE ADAKLQKEKD DKLKQEADAK LKKEKDDKLK QDADAKLQKE7260
7261 KDDKLKQEAD AKLKKEKDDK LKHEADAKLQ KEKDDKLKQE ADAKLKKEKD DRLKKDADAK7320
7321 LQKEKDDKLK QEADAKLKKE KDDKLKHEAD AKLQKEKDDK LKQEADAKLK KEKDDKLKQE7380
7381 ADAKLQKEKD DKLKQEADAK LKKEKDDKLK QEADAKLQKE KDDKLKQEAD AKLKKEKDDK7440
7441 LKQEADAKLQ KEKDDKLKQE ADAKLKKEKD DKLKQEADAK LKKEKDDKLK QDADAKLQKE7500
7501 KDDKLKQEAD AKLKKEKDDK LKHEADAKLK KEKDDKLKQE ADAKLKKEKD DKLKQDADAK7560
7561 LKKEKDDKLK HEADAKLQKE KDDNFKQEAN AKLQKEKDDK LKQEKDDNFK QEANAKLQKE7620
7621 KDDKLKQEKD DKLKQEADAK LKKEKDDKLK QEADAKLKKE KDDKLKQEAD AKLKKDKDDK7680
7681 LKQEADAKLK KEKDDKLKQE ADAKLKKDKD DKLKQEADAK LKKDKDDKLK QEADAKLKKE7740
7741 KDDKLKQEKN DKLKQEADAK LKKEKDDKLK QEADAKLKKE KDDKLKQETD AKLKKDKDDK7800
7801 LKQEADAKLK KDKDDKLKQE ADAKLKKDKD DKLKQEADGK LKKEKDNKLK QEADGKLKKE7860
7861 KDNKLKQEAD AKLKKEKDDK LKQEADAKLK KEKDDKLKQE ADAKLKKDKD DKLKQEADAK7920
7921 LKKEKDDKLK QEADAKLKKD KDDKLKQEAN AKLQKEKDDK LKQEADAKLQ KEKDDKLKQE7980
7981 ADAKLKKEKD DKLKQEADAK LQKEKDDKLK QEADAKLKKE KDDKLKQEAD AKLQKEKDDN8040
8041 FKQEANAKLQ KEKDDKLKQE KDDKLKQEAD AKLKKEKDDK LKQEADAKLK KDKDDKLKQE8100
8101 ADAKLKKEKD DKLKQEADAK LKKEKDDKLK QEADAKLKKD KDDKLKQEAD AKLKKDKDDK8160
8161 LKQEADAKLK KEKDDKLKQE TDAKLKKDKD DKLKQEADAK LKKEKDDKLK QEADAKLKKE8220
8221 KDDKLKQEAD AKLKKEKDDK LKQEADAKLK KDKDDKLKQE ADAKLKKDKD DKLKQEADGK8280
8281 LKKEKDNKLK QEADGKLKKE KDNKLKQEAD AKLKKEKDDK LKQEADAKLK KDKDDKLKQE8340
8341 ADAKLKKEKD DKLKQEADAK LKKEKDDKLK QEADAKLKKD KDDKLKQEAD AKLKKDKDDK8400
8401 LKQEADAKLK KEKDDKLKQE ADAKLKKDKD DKLKQEADAK LKKDKDDKLK QEADAKLKKE8460
8461 KGDKLKLEDQ TNQSRIFEET SIEVTSLLKC KQQAIIVSKS FALCERVVLN AEEPFTLEVF8520
8521 CNAVFVKQRT DKIGIGIIFE RSGASKKDES RPDRLDDNCV LTDVTDGLSI LSPPPKAKKH8580
8581 LKKKKKHHKK EKIAVKETEQ DEKTVSHLKP EISGMERKRS NSGSSDIFVD VDIEAGEESI8640
8641 HTDALVDLNF YDYDQMELSI FEDYDSDDDS ASIDCDVSLS NVAADDGIDV FPSDGDTQEV8700
8701 EQKVTLPKKH QSDEDVISKE EENLETSVSY GSIEETVSFT IGTGQSIIEH PKSHAVGQMN8760
8761 SEVIIKCKTS QPISDAKWFC NGMVLLPDEQ VNMTVTGCEA VLRLVKFLPQ NKGNYHVLID8820
8821 GSIGSQPAIL SGPVPPVILN KLTKPITHQA GKSFTYKFNF MGAPAPRLRV LSNGEPVSFD8880
8881 VKYEIYDNIA SLYIPKMSKR DGGEYTVVLE NKYGKDESDL HITMVDTPLK PRKAQLVALT8940
8941 DTSATFKWLP PHTGESDILH YIVMRRSTES RRWRNIGHVQ EKTFTAIELV PNEFYAFRIV9000
9001 AVNGFGEGAP SEIIEVNTLD YDQEESFDFA GEEELKLDDV QVNNEVVTEI TIEESEVTIE9060
9061 EHRKLKKKSK KSKKTTDEPE LDSEIALEVS SDITSSLEIT TESTIPDTAP ESQETLNVEI9120
9121 AVTETTVQKI TNPSDESAKK DVNEDTAVSS IVKKDDKDVN KKSLPESGLT TKKEIQGKPE9180
9181 KKIMKKKTEK ADSSISETSE TLTKDLTQTK QSEPEPAKRT TETSVQDEVK RKTETTSKSK9240
9241 QTTEEHPQPG GKSDSSISST SDASEVKQVQ QSESEAQKVT EKPETAKLES KSKMTEDTTK9300
9301 ESDNKETVDE KPKKKVLKKK TEKSDSTISE TSETSAVESA GPSESETQNV AAVDKEKKQK9360
9361 ETDEKQKLEA EIAGKKSTEQ KSKLEAEAKL KRAAEEDAAK KQKEKTEAAS KKAAAEKLEL9420
9421 EKQAQINKAA EADAVKKQNE LDEQNKLEAT KKLAAEKLKL EEQSAAKSKQ AAEEQAKLDA9480
9481 QTKAKAAEKQ TGLEKDEKSN KDSGSNETVE EKPKKKVLKK KTEKSDSSIS QKSDTSKTVA9540
9541 ESAGSSESET QKVADATSKQ KETDKKQKLE AEITAKKSAD EKSKLETESK LIKAAEDAAK9600
9601 KQKEKEDKLK LEADVASKKA AAEKLELEKQ AQIKKAAEAD AVKKQKELAE KQKLESEAAT9660
9661 KKAAAEKLKL EEQAQINKAA EADAVKKQKE LDEKNKLEAN KKSAAEKLKL EEESAAKSKQ9720
9721 TVEEQAKLDA QTKEKTAEKQ TGLEKDDKST KDSESKETVD EKPKKKVLKK KTEKSDSSIS9780
9781 QKSVTSKTVV ESGGPSESET QKVADAARKQ KETDEKQKLE AEITAKKSAD EKSKLEAESK9840
9841 LKKAAEVEAA KKQKEKDEQL KLDTEAASKK AAAEKLELEK QAQIKKAAEA DAVKKEKELA9900
9901 EKQKLESEAA TKKAAAEKLK LEEQKKKDAE TASIEKQKEQ EKLAQEQSKL EVDAKKSAEK9960
9961 QKLESETKSK KTEEAPKESV DEKPKKKVLK KKTEKSDSSI SQKSDTAKTV AESAGQSDSE10020
10021 TQKVSEADKA HKQKESDEKQ KLESEIAAKK SAEQKSKLET EAKTKKVIED ESAKKQKEQE10080
10081 DKKKGDDSAK KQKDQKEKQK LESEATSKKP TSEKQKDEKT PQEKAKSENE TVMTTEPQQL10140
10141 EVKSEPKKSD KTETVEKEVA SSTEKSDDSK TKEPKEKKKI IKKKKDTTKP QEASKELSSD10200
10201 ESRIDLESDI SLSLDTVTES DDLSTASTIK LQKESDESGI DSRMGQTSEA EDSPFISQPV10260
10261 SATVTEMAGE AKFTVKFSRK PIYVKWMRDD REIRVAYGKA SVETTDDSSV LVIKNIDGKD10320
10321 VGNIYAVFDS EYRSAMARLD LRVPCKITLE SSSNAPEIVA GKNLDLSFKI SGYPLPTNIE10380
10381 LLHNNENLRT RSDVTDFDDS ISIRMKRLKL EDSGEIKIIG KNDSSEDQLR IPINVIEVTS10440
10441 KPTSLQVTST ERETVTLTWS LPTELNGSNV NEYLVERKTV DGGRWRHACT VTDSRAVVDG10500
10501 LFSGTEYVFR VVAVNGAGQS APSDTIEATT QAEEEIDETV PTSPVEKVKE PGKFRRNWKV10560
10561 TVNHRSLNLI NVACCVIA |
The following runs contain data for this protein:
| BAIT | COMMENTS | PUBLICATION | |
| View Run | hcp1 IP from december2004 | Cheeseman, I.M., et al. (2005) |
NOT SHOWING SINGLE HITS. [ Show Single Hits ]
New Feature: Upload Your Own Microscopy Data
| Protein predicted to be: | GLOBULAR (No transmembrane regions or signal peptide) |
| Confidence of classification: | 0.99 |
Source: Reynolds et al. (2008)