Input sequence

Protein name Transmembrane protein KIAA1109 homolog
Organism Danio rerio Length 4923
Disorder content 38.3% ProS content 14.6%
IDEAL NA UniProt A0A0R4IES7

Prediction

Order Disorder ProS RPS-BLAST:Pfam RPS-BLAST:SCOP SEG:LCR TMHMM:TMhelix 0 4923 1-9 10-115 116-119 120-152 153-182 183-299 300-306 307-309 310-682 683-699 700-758 759-775 776-854 855-859 860-1032 1033-1043 1044-1098 1099-1103 1104-1137 1138-1434 1435-1478 1479-1491 1492-1499 1500-1503 1504-1508 1509-1514 1515-1519 1520-1557 1558-1627 1628-1653 1654-1688 1689-1692 1693-1733 1734-1757 1758-1811 1812-1832 1833-1861 1862-1943 1944-1964 1965-1968 1969-2127 2128-2377 2378-2442 2443-2461 2462-2552 2553-2657 2658-2676 2677-2679 2680-2728 2729-2809 2810-2817 2818-2886 2887-2928 2929-3017 3018-3028 3029-3083 3084-3101 3102-3198 3199-3204 3205-3208 3209-3254 3255-3275 3276-3382 3383-3391 3392-3433 3434-3474 3475-3523 3524-3537 3538-3542 3543-3720 3721-3726 3727-3801 3802-3826 3827-3889 3890-3928 3929-3961 3962-4006 4007-4164 4165-4207 4208-4311 4312-4510 4511-4531 4532-4634 4635-4638 4639-4643 4644-4645 4646-4692 4693-4717 4718-4792 4793-4830 4831-4910 4911-4923 10-115 120-152 183-299 310-682 700-758 776-854 860-1032 1044-1098 1104-1137 1435-1478 1492-1499 1504-1508 1515-1519 1558-1627 1654-1688 1693-1733 1758-1811 1833-1861 1944-1964 1969-2127 2378-2442 2462-2552 2658-2676 2729-2809 2818-2886 2929-3017 3029-3083 3102-3198 3209-3254 3276-3382 3392-3433 3475-3523 3538-3542 3721-3726 3802-3826 3890-3928 3962-4006 4165-4207 4312-4510 4532-4634 4646-4692 4718-4792 4831-4910 1-9 153-182 307-309 683-699 759-775 1033-1043 1138-1434 1479-1491 1500-1503 1509-1514 1520-1557 1628-1653 1734-1757 1812-1832 1862-1943 2128-2377 2443-2461 2553-2657 2680-2728 2887-2928 3018-3028 3084-3101 3199-3204 3255-3275 3434-3474 3524-3537 3543-3720 3727-3801 3827-3889 3929-3961 4007-4164 4208-4311 4511-4531 4639-4643 4693-4717 4793-4830 4911-4923 1-9 166-169 174-182 683-689 770-775 1138-1188 1204-1221 1227-1231 1240-1247 1265-1289 1322-1328 1348-1359 1394-1405 1418-1434 1479-1491 1500-1503 1509-1514 1531-1539 1549-1557 1649-1653 1734-1741 1747-1753 1828-1832 1862-1866 1893-1901 2128-2163 2202-2208 2220-2265 2289-2294 2300-2317 2336-2351 2372-2377 2455-2461 2560-2567 2632-2638 2680-2685 2690-2709 3255-3267 3434-3445 3458-3474 3524-3537 3543-3555 3604-3609 3631-3660 3667-3685 3727-3750 3763-3767 3827-3833 3886-3889 3944-3947 3961-3961 4007-4011 4074-4096 4126-4154 4208-4213 4241-4253 4260-4264 4272-4282 4511-4515 4296-4904 3326-3409 664-680 684-712 754-773 1036-1046 1106-1122 1134-1143 1210-1226 1256-1271 1368-1385 1545-1557 1887-1898 1931-1949 2113-2130 2359-2372 2567-2581 3654-3679 3754-3763 3852-3864 3870-3893 3972-3980 4044-4059 4105-4114 4691-4714 4819-4827 23-45 66-88 PF10479(2-590) 6e-173 53.34% 1u34A(31-109) 0.0005 22.62%

Sequence

MDKGNNSLPTYDEIDEYLSRRNSTFVWLLVATIMSCGWIIYLTYYNSRNIGLVLTLIINR
LYKNGYIHIGSFSFSVLSGKVMFRDVYFINKDMSIRIQDGLLIFRWWKMYNPKQKQHDPK
AETRLYVTVNGFEFHVYNRTDLYTRLQEIFGLEPTLIQSNRDEEKGREQRDKSLESVHIK
AETQDPSSSWRSLIPVIKVNISTGRVAFGNHHLPQTLCMNFDDAFLTYATKPPSSHLDQF
MHIVKGSLENVRVMLVPSPRYLGLQNDEPPRLMGEGFVVMQSNDVDIYYYQDEPGLVPEE
LENGDTEACSEDAKLQDLPPCWGLDIVCGKGTDFNYGPWADRQRDSLWKFFLPADYQPMK
VSEVPTPGKPRQILAFELRMNIIADATIDLLFTKNRETNAVHVNVGAGSYLEVNIPMTVG
ENGYSPTVKGQLLHVDTTSSMQYRTLLEAEMLAFHVIASYPRVWNMPQSWQCEIEVYKAT
YHFIYAQKNFFTDLIQDWASDSEPDIYSFVPYSWKFKILFHQFEMIWAANQHNWIDCSTK
QQENVYLAACGETLNIDFTLPFHEFVPVTCNTRFCLRAEDTDMRLCLPDCHPSRYPLLTL
AKDYQHSKSPPDNNMPAEGQGAPPKNSKPRWRNMTHAEAGWVDCWSVPNFMLIIDYTWHP
IYPQKSEQQLKQSLSEIEESMLSALRPPELAPPVPPPPRVSSDPSLLPPDRLHVEMELSP
GSHITLYGPLLRALVSIKENYFGEDDMYTDFEESLSSPVLSTCSSSSCWTGVGLEDKSSK
EAPHPLTLRPWDITVFINLHKVHGRLPTHCSSDGPEGPTGFMERLCFEMKKGYKETMLQL
VLSPVHVFVSDNYQRPPIDAVLRDGHLSLSGLQMRAHAMFSAEGLPAGSDTLEYAWLIDV
QAGALTGRVSVPQCASLLEWGESFVFHVMSREFQLEQPKPSVTCQHGVDRRICDAKHAGL
PGHCRTSEDLKYTMTRLTVDGAHIFVVEHGCAANIKTGALRVATCNLHTAAVGEGISAVL
QDVVIAQFIEQQEVARLGLPPPLLRRSHWLEAGSVTFNLITADVALAADHSAKYEVQRQF
LELHDMKTKRLWFLWPEEKYKRSRNRCGCLGGCRFFGGTIGGLDFFRLEEITPSSSSAFS
GISAECDMSYGQSLLHPGEWIVTKETPKIPDVIYAAKGIAVRRDTCSPAPVVDLERRVQQ
HLSLHVPQRSHSSASSSEENSSSSAALPLLAGERESPSPSTELMNVTTDCPIPEGPPLRS
PLRSPLKRQSSVQSARLGSTKSLSAAVFVEKALPPAGVQFSSEVSRSDENVLDSPRQRRS
YGSFPFTPSADSSTFHQYRSVDSSMSVADSEAYFSATEEFEPISSDEGPGTYPGRKRRRR
QQGQPHTEHSRTSIYHSVEGPLSINEIRPPLLPSHTSQASFVSALGLEEEGSIETEKADP
GILTTQPHLMACYQNYLAHYHVSNWAVKQPTNKRTSKSSLHRPLDLDTPTSEESSTCFDQ
LSIPTFKMVKAGLSASSLLDRGVQLMGDINSTPYTPLDKRAMDNTDEDTVTEDWTVDQPL
AQTRTTAIVEVKGAVNVVLTPLVVEALDRYIESMVHFASFRHPASILDDLHGKVLNEVYQ
ISKSTVSESSAAKQEHKISKTEGTTPGSLSTPHGQTDLSIKPDNVKIKGLQANVTVPKVN
LCVLQASVEESSPSNKSITHVSLVALCFDRIATQLRMNRGIVEDTEKPSVMMEKFSSASK
MAPQSSGSLRSNAGIEKGKEIAARLNIHRIHSQLRGLDSSDIGACAITAIPFEKSKVLFS
LEEIDDFVLVDETEPSISTEHMPEHNPDHSRLGTSPEKWGWIMFECGIENLTVKGGRQSG
AVLYSAFGVMGGADSGVRDGVSKSNDSSGSQTGSGYSTDVSDDNLPNDAQSPASEPNNNS
DSDEQDEGVESDDLKKDLPLLPPPPDSSSMKLTIKEIWFSFAAPTNIRSHAPVMSRQLNL
LSTATPAVGAWLVPIDQLKSSLEKLDMEATLRVCAVMGCIMTEALEKKSIHIPFRSKYNR
VTKRARYLHENPSCLLCNILHRYLQQADYTIIEEATMNDGLPALVTLRKGLVALARQWMK
FIVVTQGFKAVGLPQQLPKPKEQEPVEPEQTPGLDCGGALQSDTSADGAEFEFDAGTVSE
HTMLLEGVCSRPAPTGNSAPVTGVEIMRKLSKSHTHSESALRIKGSHPYQSLSYTSGDTA
ADSPAHVSRTGLQCNHSPRKESLLSYLTGSIHSLHNLLEATPHRANEQTATKSSSLTRTG
NSVGADVLTEHPLLSEPFSVSFYNWMSNAVGNRTGGNVQDSPLNRSQHNSLQTGGVLPTI
PSASDFNTVLSSDQNTLDTHSQHSHSQHSTSQEDLLDQDETNLCPAAVQLADAQVVFKPL
LSHIGIQPQDAPPLSYKMYFGEHLSFSGTLECLRADIVDSDTSKERKNKRAHRQGMVNLP
PLDFKPALMIETFSLNAVVLEKCMSTPPSASALSFHELSRRPQASVHCHFTVACQAIRQH
VDMALVRLIHQFSTMIDDIKATQTDIKLNRYTAGSSSPTPTKGRPYREFRSSDFSRSSRG
SLNGAARLGTQKGKRGMVGPGLDTLTRSREPRGRGTLGRSERRTSKVSRKGSRDVADHMT
IQMDDSDSITVSEQSEPSAECWQNMYKLLNFYSLISDPTGILEKNQDNALSEGGRSPADP
PCRVVFESEEETPPSRLGRRRSLVSAEPQHVTLIVFGVGMVNRTHLEADIGGLTMEAELK
KIHGSFTLKEKMKDILHQKMTETCASAHIGCVNIVLLEGISPDIQLEDFPTSPTSTAKQE
FLTVVKCNIAKSQALYSAQRGLKTNNAAIFKVGAIFINIPQHPATLHSMMVRSSHQLSKQ
ISDLIRQPSNTPPPNREDTPTPQPSEVSINQTPVEANEFPQLPEGLEKKPIVLKFSAMLD
GITIGAALLPSLKAEYKMGRMKSHGMTGAQTRFTFELPNHKLCFQSKVSPVDVSAMPPTA
SLTLPPVTMSGQYIIQEHEGHSDTAWAPEYSSYLQGNYLRCVAEIGSFEHNLTTDLLNHL
VFLQKVFMKEVNEVIQKVSGGEQPIPLWNEHDVSTDGDKPKILLYSINLTFKGIQMTATT
PSMRAVRFETGWIELELSNRVQCKTTPTGSNYLKLFGKCQVDLNLALGQIVKHQVYEEAG
SDFHQVAYFRTRIGLRNALQEEISGSSDKEAVLITLSRPIIFAQPVAFDRAVLFWLNYKA
AYDNWKEQRLALNSDIHMATKEVVDKLPAIQQTSVQAFSTLFLQLTVNDLGICLPITSAT
QANYSIDFDTGSALVLTIESTLITACSSESLVSKGHFKNFCIRFAEGFETTWDDWKPEIR
GDLVMNACVVPDGTYEVCSRTTGQASAESSSAGTWTLNVLWKMCGIDVHMDPNIGKRLNA
LGNTLTSLTGEEDNDDITDLNSVNMADLSDEDESDGMSPPVHMESVDLRRQAVMSNQIID
ARGRKFSKRLVDIRELNEQAKVIDDLKKLGASEGTINQEIQRYQQLESVAVNDIRRDVRK
KLRRSSMRAASLKDKWGLGYKPSYSNSRSKSISAAGRPPMKRSDRPREDLPDIKVEAASP
APRVTFNIDMFPEETEMELLSVTIDDAAHYPSCSVFSAPGTPAVFSPTVPFQPDDSRRDD
LSSTSSEDTDKEDDFDRDRPQSYYRRPGGSQRKSALSALFSERWPATPPQRGGLAPPTER
NIDFELDVRVEIDSGKCVLHPSTQPTEHEDLALRRSCERSSRSLDQDSPPKKRKVQPSFP
SSSHLLSAKRVPTSLQSKSSDIETTVFYIPGVDVKLHYNSKTLKTESPNASRGSSLPRTL
SKESKLYGMRDAPTPAPAPAASGPGKTNTLLSPPPPPLPSAKGKAGVGVKTAKLYAWVAL
QTLPEEMVISPCLLDFLEKALETIPITPVDRNYTTLNVHEEDVGHFDSVEPLEESQVSLV
SSATSPYSSFPVDVVVYVRVQPSQIRFSCLPMSRVECMLKLPSLDLVFSSNRGELEPTSA
TYPSEGQHTPSSTPPSVHNANRVPGGPSTGLGSPLGRSRHHSSQSDLTGPPINSSGLSFT
ACMSDFSLYVFHPYGAGKQKSAVTGLPPGPGPLGSVEDEASSVTGRKDSLSINLEFVKVS
LSRMRRTGCPAFIDTFIASKGGKMDTTLINISAVCDIGSASFKYDMRRLSEILAFPRAWY
RRSIARRLFLGDQTINLPASGPATPDSVESIAQHLSPESSRKAYWRTWDGQTTQHPSSSV
FTDTTPSHSHLKSPATGRTRSVSDSSAPRRDSVTKTSTPSFRNGKAAAQQGSPWETLVVF
AINLKQLNVQMNMSNVMGNNTWTTSGLKSQGRLSVGSNRDREISMSIGLGRSKLDSKGGV
VGGNIDVNTLEMVSHISEHPNQQPSHKIQITMGSTEARLDYMGSSILMGIFSNADLQLQD
EWKVNLCTAEASLSEKSEIFVHGDLQWDIFQVIISRSTTPDLIKIGMKLQEFFTQQFDTS
KRALSTWGPVPYMPPKTPVINTDKASAELYMDAAHHRHWPNVLKMVAGCHISLFQMPLPE
DAVQLGGSMSLHGNHMTLACFHGPNFRSKSWVLFHLEEPNIAFWTEAQKIWEDGCSDDST
YIVQTLDFHLGHNTMVTKPCGALESPMATITKVTRRRHENPPHGVATVKEWFNYVTAMRN
EELNLLRNVDANNSESGAAAKSSSLLSGFRGSSSYNHETETIFALPKMQLQFKSIHVQDP
EEPSLSDANSKPKVECSVVTEFTDHICVTMDAELIMFLHDLVSAYLKEKEKALFAPRMFA
SRPGQKSPTTQQDEPSSDKKEEREKEEGVNYTTVDWREFLCNTWHLEPTLRLISWTGRKI
DPVGVDYILQKLGFHHARTTIPKWLQRGVMDPLDKVLSVLIKKLGTALQDEREKKGQRDK
DEH

Region:1-4923
Length:4923aa
Label:Full sequence
Reset:click