HMCN2 (Monodelphis domestica)
Description [+]
- Synonyms: HMCN2
- Species: Metazoa;Bilateria;Deuterostoma;Chordata;Vertebrata;Mammalia;Metatheria; Monodelphis domestica
- Short gene description: Hemicentin-2. Fragment [Source:UniProtKB/TrEMBL;Acc:Q8NDA2]
- Family: Null
- Process:
- Pathways:
- Criteria: homology search
- Curator comment: Null
- WIKI: HMCN2-M_domestica
Structure & Sequence [+]
Pfam domains:
(Pfam is a large collection of protein families.)
| Source | Domain Name | Start | End |
|---|---|---|---|
| PFAM A | V-set | 476 | 571 |
| PFAM A | I-set | 483 | 570 |
| PFAM A | I-set | 574 | 660 |
| PFAM A | ig | 588 | 645 |
| PFAM A | I-set | 664 | 748 |
| PFAM A | ig | 678 | 733 |
| PFAM A | I-set | 752 | 843 |
| PFAM A | I-set | 849 | 936 |
| PFAM A | ig | 863 | 921 |
| PFAM A | I-set | 940 | 1027 |
| PFAM A | I-set | 1041 | 1125 |
| PFAM A | ig | 1052 | 1110 |
| PFAM A | I-set | 1129 | 1213 |
| PFAM A | ig | 1143 | 1198 |
| PFAM A | I-set | 1219 | 1307 |
| PFAM A | ig | 1233 | 1292 |
| PFAM A | I-set | 1311 | 1400 |
| PFAM A | ig | 1327 | 1385 |
| PFAM A | I-set | 1404 | 1494 |
| PFAM A | ig | 1420 | 1479 |
| PFAM A | I-set | 1498 | 1587 |
| PFAM A | ig | 1514 | 1572 |
| PFAM A | I-set | 1685 | 1774 |
| PFAM A | ig | 1701 | 1759 |
| PFAM A | I-set | 1778 | 1865 |
| PFAM A | ig | 1793 | 1850 |
| PFAM A | I-set | 1869 | 1956 |
| PFAM A | V-set | 1873 | 1961 |
| PFAM A | ig | 1883 | 1941 |
| PFAM A | I-set | 1960 | 2050 |
| PFAM A | I-set | 2054 | 2141 |
| PFAM A | ig | 2068 | 2126 |
| PFAM A | I-set | 2145 | 2235 |
| PFAM A | I-set | 2239 | 2329 |
| PFAM A | ig | 2256 | 2314 |
| PFAM A | I-set | 2333 | 2423 |
| PFAM A | ig | 2350 | 2408 |
| PFAM A | I-set | 2427 | 2516 |
| PFAM A | ig | 2443 | 2501 |
| PFAM A | I-set | 2520 | 2613 |
| PFAM A | ig | 2539 | 2598 |
| PFAM A | I-set | 2617 | 2711 |
| PFAM A | ig | 2638 | 2696 |
| PFAM A | I-set | 2738 | 2822 |
| PFAM A | ig | 2749 | 2807 |
| PFAM A | I-set | 2826 | 2917 |
| PFAM A | ig | 2844 | 2902 |
| PFAM A | I-set | 2921 | 3009 |
| PFAM A | ig | 2936 | 2994 |
| PFAM A | I-set | 3013 | 3104 |
| PFAM A | ig | 3031 | 3089 |
| PFAM A | I-set | 3108 | 3200 |
| PFAM A | ig | 3123 | 3185 |
| PFAM A | I-set | 3204 | 3296 |
| PFAM A | ig | 3220 | 3281 |
| PFAM A | I-set | 3300 | 3390 |
| PFAM A | ig | 3317 | 3375 |
| PFAM A | I-set | 3393 | 3481 |
| PFAM A | ig | 3410 | 3466 |
| PFAM A | I-set | 3485 | 3572 |
| PFAM A | ig | 3501 | 3557 |
| PFAM A | I-set | 3576 | 3665 |
| PFAM A | ig | 3592 | 3650 |
| PFAM A | V-set | 3668 | 3756 |
| PFAM A | I-set | 3669 | 3755 |
| PFAM A | ig | 3683 | 3740 |
| PFAM A | I-set | 3759 | 3848 |
| PFAM A | I-set | 3852 | 3939 |
| PFAM A | ig | 3866 | 3924 |
| PFAM A | I-set | 3943 | 4028 |
| PFAM A | ig | 3957 | 4013 |
| PFAM A | I-set | 4103 | 4190 |
| PFAM A | ig | 4117 | 4175 |
| PFAM A | I-set | 4194 | 4279 |
| PFAM A | ig | 4208 | 4264 |
| PFAM A | I-set | 4283 | 4370 |
| PFAM A | ig | 4298 | 4355 |
| PFAM A | I-set | 4374 | 4460 |
| PFAM A | ig | 4388 | 4445 |
| PFAM A | G2F | 4747 | 4934 |
| PFAM A | EGF | 4990 | 5025 |
| PFAM A | EGF_CA | 5027 | 5070 |
| PFAM A | EGF_CA | 5133 | 5174 |
| PFAM A | EGF_CA | 5176 | 5215 |
| PFAM A | EGF_CA | 5283 | 5321 |
| PFAM A | EGF | 5287 | 5321 |
| PFAM A | EGF_CA | 5323 | 5371 |
Protein sequence [+]
HMCN2 | Monodelphis domestica | 13616 | length:5485
GDATLAFVFDVTGSMWDDLRQVVEGASRILERSLSGRSKAIANYALVPFHDPDIGPVTLT
SDPAVFQRELRELYVQGGGDCPEMSIGAIKAAVEISNPSSFIYVFSDARAKDYHRKPELL
RLLQLKQSQVVFVLTGDCGDRTHPGYLAYEEIAATSSGQVFHLDKQQVNEVLKWVEEAIQ
VSKVHLLSTDHEKEGEHTWKIPFDPSLKEVTISLSGPGPEIEVRDPLGMILQKDEGLNML
LNIPDSAKVVAFKPEHPGLWSIKVYSSGRHSVRITGISNINFRAGFTTQPSLDLNHTIEW
PLQGVPISLVINSTGLLAPGRLDSVELSHSSGQPLLTLPAGSLSNTSSHQLWVGPPFRVP
KERFYLKVKGEDHEGNPLHRVSNVAYNGVAPGSPLVTMPNKIHGYLWQPLLISCSVHSSL
PFRLQLRRNGVKLGEERHFQESGNSTWEIPRASKSEEGVYECTAMSRAGTGKAKTQLVVT
DPPPQLASPQNVTVSPGETALLSCQVLDKAPYNLTWVRDWRVLPASPGRVVQLANLSLEI
SGIIPSDGGKYQCLASNANGITRASVWLLIREPPQISINTSSRHFSQGVELRISCTASGY
PPPHISWRHNDQTIGMDGRFLVDDQGTLIIQSVTPEDAGNYSCQATNEVGTDEQTVTLFY
TEPPSVSALRPVVLAPIGEEAVLECKASGVPPPRVIWYRGGLEMILAPEVAHTGTLRIQE
VQERDAGNYICKAVNELGAASADIRLEVGYAPRLVESSRNMVVEMGRNAILACRAEGRPS
PRITWARVDGKPVPAHPVEGNRARQLEAGVLFLENVTPEDQALYICEAHNTFGKAQAEVQ
LTVIGHEPPQIASSASMVRVLEGQPASLPCVVLAGKPFPQRHWLKEGQAPLPSSRYSIRT
DGSFHIDRALQEDAGRYSCVVTNTVGSQRQDIELAVQVLPSILPTASHYVTNEGVPISLP
CVSRGIPTPTITWRKETNALSPRSSHHQVLKEGSLYLPQPSAQDSGTYVCTATNALGISS
QEIQLSVNTKPRIIMNESLDSDRPVTITALAGKELTLHCEAEGSPSPLITWTKDSQLLSP
ITDRHSLLPSGSLKLAETSVEDNGLYTCIASNPAGTASRSYVLGVQVPPQIQQGPQLLKV
LAGESLDLTCVATGDPKPQLRWSKDGITLPQKGWVGPDGSVHLESVQVSDSGHYHCVASS
EAGEDARELELEVLEPPRWEAEDAEALLERVAGENASLPCPVTGTPTPRVIWRKDPAPEL
LSSQPGLSVLNDSSLFIASVSSQDSGDYECRATNEVGSVSRKVKLVVYVPPHFRGEEQRV
NVSTLASRPLTLNCDVSGFPTPAITWYKDGRPVSEDNRHYFPDGAPSLHFPQVQKSDSDL
YTCQAVNPAGMAQKDFNLLVLIPPSVRGAGTAQEVSRLAGLEVELECRTSGVPLPQVEWT
KDGQPVAPGDPHIQLVEDGQVLKIPSSHLGDAGHYQCVAFSPAGQQAKDFQLSIQTPPTI
WGSNETGEVAVMEDHVVRLQCDARGVPTPAITWLKDGDPLHASPRVAYAKGGRHLQLGRA
RGSDSGLYTCQASNAAGIAEKAVRLDVYVPPTIEGADGGPLVVKAVAGRPLALGCSASGH
PPPTLTWHQDENPLTENNGTWLQEGGRVLRLERVTEAASGHYSCLANSPAGETVLHYMVE
VQVPPQLLVGEGSGQVTTVKGHSLELPCQATGSPTPIIQWLRNGRPAEEFAGVEVSTDGA
MLRIDHVQPDHNGLFACQATNEAGTAGAEVEVLVHEQPSVTVLEGENITAPFLQPVTIQC
VAAGMPVPNLSWWKNGVSLVTTGGSLQVGFRVPEIEKVDLRDEGNYTCVATNLAGEAKRD
VVLKVLVPPNIEPGLVNKAVLENTSASLECLASGVPTPRISWYRGRQPISSKPGLMVSSD
GRVLRIKRAQLSDAGSYRCVASNVAGSSELKFGLRINVPPRITLAPSLPGPVLLNEPVRL
VCNATGAPTPMLMWLKDGNPVSATGTSGLQIFPGGHVLTLAGSRATDAGTYTCVAVNAVG
EDRRDVTLQVHLPPSILGEEQNVSVVVNQSVTLECQSQAVPPPVLSWRKDGHALSPRPGV
HLSADGVLLQVERAEVQDVGRYTCEALNKAGRSEKHYNLNVWVPPEFSFWEPRTLAVTEG
HPVSLSCECWGIPFPKITWKKDGMLVPTDGGSTEPISAVGRLLYLGKAQPSQEGNYTCEC
SNIAGNSSQEQHLEVYVAPKVPGSSDFHKEVSVIHSGEVTLECEATGKPPPVVTWEKDGQ
LVTRDQGLLLQHRGRALQVEQARAAHAGRYTCIAENEAGRAEQRFDLSVLVPPELTGDTD
PLTNVTTVLQSTLTLLCEVSGNPSPLIRWFRGEEPISPGEDVYFLAGGRILKLTRVQEEE
GGLYMCLASNIVGEVRKNFSVEVLVPPRIENEDTEEVVKVPEGQSAYLTCNVTGNSYPTV
TWFKDGRTLSGGDLYSISPDGSLLEILQANFSSSGHYSCIASNSVSEKTKHYKLSVLVGP
TILGATEDNPDEEVTVTINNPISLICEALAFPSPTVTWMKDGAPFQASGNTQLLPAGTHG
LQILNAQEQDAGRYTCVVTNEVGEAVKNYHVEVLIPPSISKDDPLDEFSVKEVKAKVNST
LSLECESWAMPPPTITWYKDGQLVSPDNRLHLLADGRLLQINPTKAWDSGRYLCVATNVA
GEDDKDFNVLVQVPPIFQKIGDPNEAFEVHHQEEELRGGVLEYREIVENNPAYLYCDTNA
VPPPQLTWYKDDQPLSDIEGISVLQGGRVLQIPMVRSEDAGRYTCKASNEVGEDWLHYEL
LVLTPPVIQGDPEELVEEVTVNANSTVNLQCQALGTPTPVISWLRNGLPFIPSSKHQALE
DGQVLQVSVADAADSASYMCVAENSAGSSEKLFTLKVQAPPRITGLNPERITAIVNSSVS
LPCDVHSHPSPEVTWYKDGWALPFSEDIFLLPGTHTLQLPRPKPSDTGTYTCEALNVAGR
DQKLVLLSVFAPPTIKQTPGGQRDTTVVRVGDTAVLHCESDTLPEPVITWYKNGQQIALD
QQVQTLLDGQKLEIVNVQVADKGLYSCKVSNIVGEAIRTFVLIVQVPPIFENPEKETLSQ
VAGNPLVLVCDVAGVPAPTVTWLKDRMPVALSAESSVERGVVSRGGRLQLSRLQPSQEGT
YTCVAENPEAEARKDFVVMVLVAPRILSSGVPQEHNILEEQEVRLECEAEGQPQPDISWL
KDGRPLGVHTAPHLRRFYTDGSSLVLKGLKSSDSGAYTCLAQNSVGEDTKLHTVSVLVPP
TIERGANGSENLISVQGELVTMACPARGSPPIQINWLKDGLPMPLSQRTHLHSSGRTLRI
SQVQVADAGTFTCVASSPAGVAERTFSLQIHVPPVLEPSETKDAMAVVRGSDVTLPCEAR
GSPLPAVSWLKDGASLMLQRLGLGSGSSLQLEAVQADDVGTYSCVAINEAGEATRHFQLA
VMEPPHIEDSGQAEEMLLLPGAPLELICNALGSPMPNITWQKDGQVLARLGSITKDGRVL
RVEGVQVDDAGLYTCLAENPAGEDGKNFLVRVQAPPNIVGSRETRTVIGLADGQLVLECP
VEADPPPKIEWHREGVLLQADAHTLFLENGRFLQLQALDTSDSGDYNCVASNAAGSTSLP
FSVEIHMAPTIQPGPSVVNVSVNETALLPCKTRGLPVSLVSWRKDGIPLVPGSPRYKLDY
GSLRIQPVYPQDSGYYLCQASNSAGSDRQGRELRVFEPPTIAPGPSNLTLTVHTQATLPC
EARGSPKPHVVWKKNGQTLSLDRHQEAYRLLPSSSLVLTDPDLQDTAQFECLVSNDAGET
RRLFWVTVYVPPTIADDRTDFTVTKMAPVVLTCHTTGVPTPVVSWSKGGAQLGKRGSGYR
VSPTGALEIEQALPIHTGRYTCTARNAAGVAHKHVILMVQASPVINPLPSVVHVMALDDV
VLPCEASGIPRPTITWQKEGLSIPTGGTFILSSGQLRISRASAEDAGNYLCIAKNPSGTA
LGKTRLVVQGIGVVSLNQVSTKKPVFPPNLGEAGVKGQRLSQPPFNSLIRELVPREIPTC
AHPLLAGVGSETTESGGSVPIPPVIKGGHSDLSAAEGSQALLPCIAQGIPEPHITWKKDG
FVVPSMEGKYTIQPSGELLVKNSERRDAGTYTCIAENAAGHTSRRVHLSILSLPTFTTLP
GDLSLNHGDRLWLRCTARGSPTPHISWMVNNRLVKEGVLEQDGGSTLQRAAVTREDSGTY
TCWAENIVGKVQAVSFVHVKEAPALQGEASSHLVELLGDSARLDCAARGDPAPVIRWIKD
GLPVLSSHHKHQLQNGSLAIHRTVMEDAGSYHCLAENEVGVVEKVVTLILRSAPIFVVEP
QDVVVRAGGTVVLLCQAAGEPVPTVEWTHDGHPIRVNQRLRTLPNGSLQFKGVEMDDMGE
YECVAHNLLGTATAHAFVAVKGTSHSEISWGQDLNFHSRILINVLPRQQVQYFSFARALP
FVCTLFQDPFPFWGVVYSCPLTGGTGCGMAKCLLSTLLKGHPARPQLLSSCFLLMKIIAG
SFPLTSFFSWPSPSLVEDVIKGLLRMGIHFINTFDLTLWGGGWFNVLCFVLFLCIRGNWL
LISPEIPWKGRIVSASCPLACHMPSLDSWPTCLRKYSPPVLPDSLAGGLTNQPDPSNRHV
LELLLELVTGMESRESFAMGTLDFLAYRNTSLVDKTMAFYSVPPKHYRFHRTSFCDNTLC
PIFPFFIGDPRGSRGRMVGEINGQEFGVAYLNTSVLQEDDNGATTIQSSINNIPPEVGPL
MRILVVAIAPIYWVLAGQSGEVLNGYSLTKGNFRQESQVEFATGELLHLTQVARGLDRDG
LLLLDVVVNGFIPEALALAQLQVQDFQERYVQIGPGQLYVGSTQTFLKDGAPTHFRCNHT
IQYDSVLGPQPQLVQHLRATEVSSAFDPGEEALRFQLTTALQAGEKNEADCPEGFVLDSL
QAFCTDKDECSSSKSPCSHTCHNSLGRFSCSCPSGYALAWDNRNCKDVDECAWDTSVCHD
GQRCVNLLGSYQCLPHCRTGFQATADGTGCEGDGLLMGNWDKMIAIPLFKEGNRILEMKN
RLMKGGKECQWVEGMEERVRDLISDTHPFLPPDVNECLEHLDECRYNQICENILGGHRCT
CPPGYRSQGHGHPCLDINECLQLPKVCAYQCHNLQGSYRCLCPPGQALLQDGKACGRLEK
IESNVTTISYQGSFPSWLRPRAGAHGGSYHAWISFRPIGSPLSSAGRTWCPPGFTRRNGA
CTDLDECQVRTLCQHACRNTEGSYQCLCPAGYRLLSSGKNCQDINECVEEGIKCGPSQMC
FNTRGSYQCVDTPCPATYRRGSSPGMCFRRCALDCSSGGPFTLQYKLLTLPFGIRADHDV
VRLTAFSDGGVLPNRTVLTVLEPDPNSPFALREPQSGQGAIYTRRPLTDAGVYRLKVQAV
TYGEHRILRYQNVFVILISVSPYPY
SDPAVFQRELRELYVQGGGDCPEMSIGAIKAAVEISNPSSFIYVFSDARAKDYHRKPELL
RLLQLKQSQVVFVLTGDCGDRTHPGYLAYEEIAATSSGQVFHLDKQQVNEVLKWVEEAIQ
VSKVHLLSTDHEKEGEHTWKIPFDPSLKEVTISLSGPGPEIEVRDPLGMILQKDEGLNML
LNIPDSAKVVAFKPEHPGLWSIKVYSSGRHSVRITGISNINFRAGFTTQPSLDLNHTIEW
PLQGVPISLVINSTGLLAPGRLDSVELSHSSGQPLLTLPAGSLSNTSSHQLWVGPPFRVP
KERFYLKVKGEDHEGNPLHRVSNVAYNGVAPGSPLVTMPNKIHGYLWQPLLISCSVHSSL
PFRLQLRRNGVKLGEERHFQESGNSTWEIPRASKSEEGVYECTAMSRAGTGKAKTQLVVT
DPPPQLASPQNVTVSPGETALLSCQVLDKAPYNLTWVRDWRVLPASPGRVVQLANLSLEI
SGIIPSDGGKYQCLASNANGITRASVWLLIREPPQISINTSSRHFSQGVELRISCTASGY
PPPHISWRHNDQTIGMDGRFLVDDQGTLIIQSVTPEDAGNYSCQATNEVGTDEQTVTLFY
TEPPSVSALRPVVLAPIGEEAVLECKASGVPPPRVIWYRGGLEMILAPEVAHTGTLRIQE
VQERDAGNYICKAVNELGAASADIRLEVGYAPRLVESSRNMVVEMGRNAILACRAEGRPS
PRITWARVDGKPVPAHPVEGNRARQLEAGVLFLENVTPEDQALYICEAHNTFGKAQAEVQ
LTVIGHEPPQIASSASMVRVLEGQPASLPCVVLAGKPFPQRHWLKEGQAPLPSSRYSIRT
DGSFHIDRALQEDAGRYSCVVTNTVGSQRQDIELAVQVLPSILPTASHYVTNEGVPISLP
CVSRGIPTPTITWRKETNALSPRSSHHQVLKEGSLYLPQPSAQDSGTYVCTATNALGISS
QEIQLSVNTKPRIIMNESLDSDRPVTITALAGKELTLHCEAEGSPSPLITWTKDSQLLSP
ITDRHSLLPSGSLKLAETSVEDNGLYTCIASNPAGTASRSYVLGVQVPPQIQQGPQLLKV
LAGESLDLTCVATGDPKPQLRWSKDGITLPQKGWVGPDGSVHLESVQVSDSGHYHCVASS
EAGEDARELELEVLEPPRWEAEDAEALLERVAGENASLPCPVTGTPTPRVIWRKDPAPEL
LSSQPGLSVLNDSSLFIASVSSQDSGDYECRATNEVGSVSRKVKLVVYVPPHFRGEEQRV
NVSTLASRPLTLNCDVSGFPTPAITWYKDGRPVSEDNRHYFPDGAPSLHFPQVQKSDSDL
YTCQAVNPAGMAQKDFNLLVLIPPSVRGAGTAQEVSRLAGLEVELECRTSGVPLPQVEWT
KDGQPVAPGDPHIQLVEDGQVLKIPSSHLGDAGHYQCVAFSPAGQQAKDFQLSIQTPPTI
WGSNETGEVAVMEDHVVRLQCDARGVPTPAITWLKDGDPLHASPRVAYAKGGRHLQLGRA
RGSDSGLYTCQASNAAGIAEKAVRLDVYVPPTIEGADGGPLVVKAVAGRPLALGCSASGH
PPPTLTWHQDENPLTENNGTWLQEGGRVLRLERVTEAASGHYSCLANSPAGETVLHYMVE
VQVPPQLLVGEGSGQVTTVKGHSLELPCQATGSPTPIIQWLRNGRPAEEFAGVEVSTDGA
MLRIDHVQPDHNGLFACQATNEAGTAGAEVEVLVHEQPSVTVLEGENITAPFLQPVTIQC
VAAGMPVPNLSWWKNGVSLVTTGGSLQVGFRVPEIEKVDLRDEGNYTCVATNLAGEAKRD
VVLKVLVPPNIEPGLVNKAVLENTSASLECLASGVPTPRISWYRGRQPISSKPGLMVSSD
GRVLRIKRAQLSDAGSYRCVASNVAGSSELKFGLRINVPPRITLAPSLPGPVLLNEPVRL
VCNATGAPTPMLMWLKDGNPVSATGTSGLQIFPGGHVLTLAGSRATDAGTYTCVAVNAVG
EDRRDVTLQVHLPPSILGEEQNVSVVVNQSVTLECQSQAVPPPVLSWRKDGHALSPRPGV
HLSADGVLLQVERAEVQDVGRYTCEALNKAGRSEKHYNLNVWVPPEFSFWEPRTLAVTEG
HPVSLSCECWGIPFPKITWKKDGMLVPTDGGSTEPISAVGRLLYLGKAQPSQEGNYTCEC
SNIAGNSSQEQHLEVYVAPKVPGSSDFHKEVSVIHSGEVTLECEATGKPPPVVTWEKDGQ
LVTRDQGLLLQHRGRALQVEQARAAHAGRYTCIAENEAGRAEQRFDLSVLVPPELTGDTD
PLTNVTTVLQSTLTLLCEVSGNPSPLIRWFRGEEPISPGEDVYFLAGGRILKLTRVQEEE
GGLYMCLASNIVGEVRKNFSVEVLVPPRIENEDTEEVVKVPEGQSAYLTCNVTGNSYPTV
TWFKDGRTLSGGDLYSISPDGSLLEILQANFSSSGHYSCIASNSVSEKTKHYKLSVLVGP
TILGATEDNPDEEVTVTINNPISLICEALAFPSPTVTWMKDGAPFQASGNTQLLPAGTHG
LQILNAQEQDAGRYTCVVTNEVGEAVKNYHVEVLIPPSISKDDPLDEFSVKEVKAKVNST
LSLECESWAMPPPTITWYKDGQLVSPDNRLHLLADGRLLQINPTKAWDSGRYLCVATNVA
GEDDKDFNVLVQVPPIFQKIGDPNEAFEVHHQEEELRGGVLEYREIVENNPAYLYCDTNA
VPPPQLTWYKDDQPLSDIEGISVLQGGRVLQIPMVRSEDAGRYTCKASNEVGEDWLHYEL
LVLTPPVIQGDPEELVEEVTVNANSTVNLQCQALGTPTPVISWLRNGLPFIPSSKHQALE
DGQVLQVSVADAADSASYMCVAENSAGSSEKLFTLKVQAPPRITGLNPERITAIVNSSVS
LPCDVHSHPSPEVTWYKDGWALPFSEDIFLLPGTHTLQLPRPKPSDTGTYTCEALNVAGR
DQKLVLLSVFAPPTIKQTPGGQRDTTVVRVGDTAVLHCESDTLPEPVITWYKNGQQIALD
QQVQTLLDGQKLEIVNVQVADKGLYSCKVSNIVGEAIRTFVLIVQVPPIFENPEKETLSQ
VAGNPLVLVCDVAGVPAPTVTWLKDRMPVALSAESSVERGVVSRGGRLQLSRLQPSQEGT
YTCVAENPEAEARKDFVVMVLVAPRILSSGVPQEHNILEEQEVRLECEAEGQPQPDISWL
KDGRPLGVHTAPHLRRFYTDGSSLVLKGLKSSDSGAYTCLAQNSVGEDTKLHTVSVLVPP
TIERGANGSENLISVQGELVTMACPARGSPPIQINWLKDGLPMPLSQRTHLHSSGRTLRI
SQVQVADAGTFTCVASSPAGVAERTFSLQIHVPPVLEPSETKDAMAVVRGSDVTLPCEAR
GSPLPAVSWLKDGASLMLQRLGLGSGSSLQLEAVQADDVGTYSCVAINEAGEATRHFQLA
VMEPPHIEDSGQAEEMLLLPGAPLELICNALGSPMPNITWQKDGQVLARLGSITKDGRVL
RVEGVQVDDAGLYTCLAENPAGEDGKNFLVRVQAPPNIVGSRETRTVIGLADGQLVLECP
VEADPPPKIEWHREGVLLQADAHTLFLENGRFLQLQALDTSDSGDYNCVASNAAGSTSLP
FSVEIHMAPTIQPGPSVVNVSVNETALLPCKTRGLPVSLVSWRKDGIPLVPGSPRYKLDY
GSLRIQPVYPQDSGYYLCQASNSAGSDRQGRELRVFEPPTIAPGPSNLTLTVHTQATLPC
EARGSPKPHVVWKKNGQTLSLDRHQEAYRLLPSSSLVLTDPDLQDTAQFECLVSNDAGET
RRLFWVTVYVPPTIADDRTDFTVTKMAPVVLTCHTTGVPTPVVSWSKGGAQLGKRGSGYR
VSPTGALEIEQALPIHTGRYTCTARNAAGVAHKHVILMVQASPVINPLPSVVHVMALDDV
VLPCEASGIPRPTITWQKEGLSIPTGGTFILSSGQLRISRASAEDAGNYLCIAKNPSGTA
LGKTRLVVQGIGVVSLNQVSTKKPVFPPNLGEAGVKGQRLSQPPFNSLIRELVPREIPTC
AHPLLAGVGSETTESGGSVPIPPVIKGGHSDLSAAEGSQALLPCIAQGIPEPHITWKKDG
FVVPSMEGKYTIQPSGELLVKNSERRDAGTYTCIAENAAGHTSRRVHLSILSLPTFTTLP
GDLSLNHGDRLWLRCTARGSPTPHISWMVNNRLVKEGVLEQDGGSTLQRAAVTREDSGTY
TCWAENIVGKVQAVSFVHVKEAPALQGEASSHLVELLGDSARLDCAARGDPAPVIRWIKD
GLPVLSSHHKHQLQNGSLAIHRTVMEDAGSYHCLAENEVGVVEKVVTLILRSAPIFVVEP
QDVVVRAGGTVVLLCQAAGEPVPTVEWTHDGHPIRVNQRLRTLPNGSLQFKGVEMDDMGE
YECVAHNLLGTATAHAFVAVKGTSHSEISWGQDLNFHSRILINVLPRQQVQYFSFARALP
FVCTLFQDPFPFWGVVYSCPLTGGTGCGMAKCLLSTLLKGHPARPQLLSSCFLLMKIIAG
SFPLTSFFSWPSPSLVEDVIKGLLRMGIHFINTFDLTLWGGGWFNVLCFVLFLCIRGNWL
LISPEIPWKGRIVSASCPLACHMPSLDSWPTCLRKYSPPVLPDSLAGGLTNQPDPSNRHV
LELLLELVTGMESRESFAMGTLDFLAYRNTSLVDKTMAFYSVPPKHYRFHRTSFCDNTLC
PIFPFFIGDPRGSRGRMVGEINGQEFGVAYLNTSVLQEDDNGATTIQSSINNIPPEVGPL
MRILVVAIAPIYWVLAGQSGEVLNGYSLTKGNFRQESQVEFATGELLHLTQVARGLDRDG
LLLLDVVVNGFIPEALALAQLQVQDFQERYVQIGPGQLYVGSTQTFLKDGAPTHFRCNHT
IQYDSVLGPQPQLVQHLRATEVSSAFDPGEEALRFQLTTALQAGEKNEADCPEGFVLDSL
QAFCTDKDECSSSKSPCSHTCHNSLGRFSCSCPSGYALAWDNRNCKDVDECAWDTSVCHD
GQRCVNLLGSYQCLPHCRTGFQATADGTGCEGDGLLMGNWDKMIAIPLFKEGNRILEMKN
RLMKGGKECQWVEGMEERVRDLISDTHPFLPPDVNECLEHLDECRYNQICENILGGHRCT
CPPGYRSQGHGHPCLDINECLQLPKVCAYQCHNLQGSYRCLCPPGQALLQDGKACGRLEK
IESNVTTISYQGSFPSWLRPRAGAHGGSYHAWISFRPIGSPLSSAGRTWCPPGFTRRNGA
CTDLDECQVRTLCQHACRNTEGSYQCLCPAGYRLLSSGKNCQDINECVEEGIKCGPSQMC
FNTRGSYQCVDTPCPATYRRGSSPGMCFRRCALDCSSGGPFTLQYKLLTLPFGIRADHDV
VRLTAFSDGGVLPNRTVLTVLEPDPNSPFALREPQSGQGAIYTRRPLTDAGVYRLKVQAV
TYGEHRILRYQNVFVILISVSPYPY
Structure links:
- Smartdomain prediction information: SM00327
- Smartdomain prediction information: SM00409
- Smartdomain prediction information: SM00408
- Smartdomain prediction information: SM00406
- Smartdomain prediction information: SM00407
- Smartdomain prediction information: SM00682
- Smartdomain prediction information: SM00179
- Smartdomain prediction information: SM00181
- Prosite motif and domain information: PS00010
- Prosite motif and domain information: PS00639
- Prosite motif and domain information: PS01186
- Prosite motif and domain information: PS01187
Evolution [+]
Explore tree at phylomeDB: Click here.
DeathBase uses Jalview, an external application that requires Java. Please, check that you have the latest version of Java
installed and that Java is enabled in your browser. When correctly installed your browser should display the following examples properly. You can download the latest version of Java at Java Download Site.
Gene Ontology [+]
| GO id | Name | Ontology type | Evidence |
|---|---|---|---|
| GO:0006508 | proteolysis | biological_proccess | IEA |
| GO:0008218 | bioluminescence | biological_proccess | IEA |
| GO:0018298 | protein-chromophore linkage | biological_proccess | IEA |
| GO:0006468 | protein amino acid phosphorylation | biological_proccess | IEA |
| GO:0007155 | cell adhesion | biological_proccess | IEA |
| GO:0004197 | cysteine-type endopeptidase activity | mollecular_function | IEA |
| GO:0005509 | calcium ion binding | mollecular_function | IEA |
| GO:0005021 | vascular endothelial growth factor receptor activity | mollecular_function | IEA |
| GO:0005524 | ATP binding | mollecular_function | IEA |
| GO:0016020 | membrane | cell_component | IEA |
| GO:0030054 | cell junction | cell_component | IEA |
| GO:0005576 | extracellular region | cell_component | IEA |
| GO:0005938 | cell cortex | cell_component | IEA |
| GO:0005604 | basement membrane | cell_component | IEA |
Check GO Evidence Codes here
Information from other databases [+]
- Ensembl genome browser [?] : ENSMODG00000011793
- Expression info from Arrayexpress [?] : ENSMODG00000011793
- Protein expression from Protein Atlas: [?] ENSMODG00000011793
Click on [?] for more information.
