- Transcript 'Cisavi.CG.ENS81.R1.5...'
Transcript Model
Transcript Id
Cisavi.CG.ENS81.R1.5458147-5500229.20129.t
Possible name(s)
HIP1; TLN1; TLN2
Gene model
Location
R1 [5,458,146 / 5,499,718]
Amino acid sequence
Length: 2,550
>Cisavi.CG.ENS81.R1.5458147-5500229.20129.p
MVNLALKILIKQSNMTRTMQFDPACIVYDACRIIREKTPEAQVGLAQDYSLFLADKDPKK
GVWLESRRPLEYYLLRDGDILEYKQKQRPLKVRTLDASIKTVMIDDSNTVDQLMITICTR
LGIVNHEEYSLVRDAIVDEAPAQKKASFDTGTLLRPGTTDRKFETLKKKLHTDDELSWLS
HGQTLREQGVDELETLILRRKYFYSDQNVDSRDPIQLNLLYVQSRDGILKGQYPVSEKDA
TTFAAIQCQIQLGNHDEKKHKPGYIELKDFLPKEYVKSRGIEKKIFAEHKLFENLSEIEA
KVKYTKNCRALKTYGVTFFLVKEKMKGRNKLVPRLMGVTRESVMRVDEKTKDMLKVWPLT
SVKRWAASPKSFTLDFGDYQDGYYSVQTTEGEQIAQLIAGYIDIILKKRQAKDNIGIDDD
EDAAIVEDTVSPHQAQFVAMHGGSAGSFHSGSVAMPGVIGNSSARPDSYSMGAMQPPTQV
TTHSNLSYGGQPLHHHQTRSFLKHIITAAQQAFMGNIEHGFNACRAAHEGFNNKAHLPPL
GSDAASRQWKMNAVAENRHHIQSNLAAIDAATATVITKTSGDPEGRSYTTVGSAITTISS
NLNDMTRSMQLMASLLDDGSDGDGLMRAARDLTAAIQDLLRAAKPNSEEPRQNLLGAAGK
IGASHDILKYIGDGGDDEFQASRDILMNLAKQVASATAALVLQAKTVASQSQDQITQNDV
ITSATKCALSTSQLVACTKVVGPTIYNPSCKEQLIDAAREVSHSVDGCLESTRVATNDPN
LLQALGDAASNVGKALNDLINHIRSGADMTNGKYDDQCEVILNATDKLCNSMGNAAVMAK
QAKLLGQATSDLVNLLKLEADEAQDDDWRKWLLSTVKLVAEATAKMVEAAKGTASNPHDS
QQQQNLKLAAENLRAATNAATQNALRKKMIRRLEEAASHAAVAATQTIAAANAAEPYNTN
KTSQNQLLTHSKSLQSEHIPKLLQSIHGAYDDLKNPTVQQNLITASNEFVPPATKMVGYS
KAVVPTVSEKSTALQLANCTKKLALAVAELKTASVKAGEVCGASGIDAALETVTALDRQL
SVYCNDAKNNQLQPLPGQTMQHCAQELGATSKAVGASMAQLLTRSSSVRNCSPQGNEDYT
GMAARYTANALRTLVGAARGVAANLPDLDSQLHLLETCRDVMDKSVNLMQEAKLAVEDPE
NPENRQRLAQVAKAVSHALNNCINCLPGQRDVDEALKNIAESSKRLLSNQFPVNNANFQT
AQAQLNRTAEELNIAANDLVGASRGTPSELAASSTNYNDRFTELLDAGMNVAGQSRDKDD
QGQVIGNLKSISMASSKLLLAAKALSADPGAPNAKNQLSAAARAVTESINNLITHCTETA
PGQKECDNALRQLKTVKEMLENPNEPVNDFSYFDCLESVMDNSKMLGESMSGITQHARAS
ELESFGEAVTATQKSLIGLTEAAAQAAYLVGIADPNSEAGTQGLVDQTQFARANQAIQMA
CQSLLDPSSNQPQVLSAATIVAKYTSALCNVCRVASNKTTNTVARKHFVHSAKEVAHATA
NLVRTIKALDGNFSEENRANCSQATKPLIDAVENLTTFASNPEFASVPAKISNEAREAQR
PIIESGKQMLESSSELIKTARKLANNPKDPPTWQVMAGHSRVVSDSIKKLIANIRDNAPG
QKECDEAIDRINESIQQFNDASLSAMDQSLPARDDNSLNGFQAMVVDTVNQINKCVDPLA
NAAKEDAAQLGRQVVAQMASYFEPLAHATIGAASNSVNHQRQMDILDYSKTLAESALQLM
FAAKEGGGNPKADNTHEAIDEAAESMKEAIEDLLKSVQEAPEALMSGMVDTICSATAVSS
CFYGSWEDDTFADYQTSIMRHCRAIVVTSSDMSMAMNTRPDELTTLAKKVTGDFKETIKL
SYTFRLKLKINVSNHIKRSIQDLGEACKELQSAGTIPLTKKDLNRMLARTSIEKVSYVMS
SLQEGGRGTQACINAHTKVQGIIGDLDTTLMFVTSGALNPESDNESFAEHRENILATAKA
LVEDTKQLVAGAAGGQEKLAGAAQSASQTISKLADVVKSGASSLGADDPDTQVILINAVR
DVASALADLINSTKDASGKSTSDQSMLHLKASAKAMVTNVTSLLKTVKSVEDEAAKGPRA
IEQTINSIKQELKVNFKHIRILMERRATPEELIQITKPITNATAKAVAAGKFCRQEDMIV
CANMGRKAVFDMIHICRASAASTDDQVQQKETLKFGAGVAEAYVSLLSNVLLTSQQPGNN
DLKKNLNPLSKNVATAVSNLVRSGESMKGTDWVDPNDPNVIAEQELLAAALSIEAAAKKL
AQLRPRKKPKQADESLNFEEQILEAAKSIATATTALVKAASAAQKELVLQGKVGSIAAMR
HDDGQWSQGLISAAQMVARATGNLCEAANQAVQGEASEEKLVTSAKQVASSTAQLLVACK
VKADPNSENMKRLQIAGNAVKHASEDLVKAASESANSDDEVEVVINSRLVGGIAQEMMAQ
EEILRKERELQSARQKLAQIRRMRYKDDSD
Nucleotide sequence
Length: 7,699
>Cisavi.CG.ENS81.R1.5458147-5500229.20129.t
ATCTGTTGGAAAGTTGAAATTTATCAGCGAGAGACCAAGGAGTCCCAAGATGGTGAACCT
AGCGCTCAAGATTTTGATCAAACAGTCAAATATGACTCGAACTATGCAGTTCGACCCGGC
TTGTATCGTGTACGATGCTTGTCGAATTATCCGAGAAAAGACGCCGGAGGCCCAAGTAGG
CTTAGCACAAGACTACAGTCTTTTCCTGGCTGATAAGGACCCAAAAAAGGGAGTGTGGTT
GGAATCAAGACGACCATTAGAATACTACCTTTTAAGAGATGGTGATATATTGGAGTACAA
ACAAAAACAAAGGCCCCTGAAAGTACGAACCCTAGATGCATCTATTAAGACTGTCATGAT
TGATGACAGCAACACTGTAGACCAACTTATGATCACTATTTGCACAAGACTCGGCATTGT
GAACCATGAGGAATATTCTTTAGTTCGTGACGCTATAGTGGATGAAGCACCTGCACAAAA
GAAGGCAAGTTTTGACACTGGAACCTTGTTAAGACCTGGGACTACGGACAGAAAATTTGA
AACTTTGAAAAAGAAATTACATACTGACGATGAGTTAAGCTGGCTAAGTCACGGCCAAAC
CCTTCGCGAACAAGGCGTAGACGAACTAGAGACTCTCATTCTAAGAAGAAAGTATTTCTA
CTCCGACCAAAATGTTGATTCAAGAGATCCAATCCAACTTAATCTACTATATGTACAGTC
CCGTGATGGGATATTAAAGGGACAATACCCAGTAAGCGAAAAAGATGCCACCACCTTTGC
TGCCATTCAGTGTCAGATACAGCTCGGAAATCATGATGAGAAAAAACATAAACCTGGATA
TATAGAACTCAAAGACTTTCTGCCCAAGGAATATGTGAAAAGTCGAGGGATTGAAAAGAA
AATTTTCGCCGAACACAAACTTTTTGAAAATTTAAGCGAAATTGAAGCCAAAGTGAAATA
TACTAAAAACTGCCGCGCACTTAAAACTTACGGGGTCACGTTTTTCTTAGTTAAGGAAAA
AATGAAGGGCCGAAACAAGTTGGTTCCCAGGTTAATGGGAGTGACCAGGGAGTCGGTTAT
GAGGGTGGATGAAAAGACGAAAGACATGCTGAAAGTCTGGCCTCTTACCTCCGTCAAACG
ATGGGCAGCTTCTCCAAAATCTTTTACATTGGATTTTGGTGACTACCAGGATGGATACTA
CAGCGTGCAGACCACTGAGGGCGAACAGATTGCGCAGCTTATTGCTGGCTACATCGACAT
CATATTAAAGAAGCGGCAAGCGAAAGATAATATCGGCATCGATGATGACGAAGATGCTGC
CATTGTCGAGGACACAGTCTCACCTCACCAAGCACAGTTTGTTGCGATGCATGGGGGTTC
GGCTGGATCCTTTCACTCTGGATCAGTCGCGATGCCAGGAGTTATTGGTAACTCATCTGC
ACGCCCCGATAGCTACTCCATGGGGGCCATGCAACCCCCGACCCAAGTCACCACACACAG
CAATCTTTCCTATGGAGGCCAACCCCTGCATCACCACCAAACTAGGTCCTTCTTAAAACA
CATTATCACTGCAGCACAGCAGGCATTCATGGGAAACATCGAACACGGGTTCAACGCATG
CCGAGCTGCACATGAAGGTTTCAACAACAAAGCACACCTCCCACCACTGGGCTCTGACGC
TGCATCAAGGCAATGGAAGATGAATGCTGTTGCTGAGAATAGGCATCACATTCAATCCAA
CCTTGCAGCTATTGATGCTGCAACTGCCACTGTCATCACTAAAACATCAGGTGACCCCGA
GGGCAGGAGCTACACCACGGTGGGCTCAGCCATCACCACAATATCGTCGAACCTCAACGA
CATGACTCGATCGATGCAGTTGATGGCTTCTCTTCTGGATGATGGAAGTGATGGGGATGG
GTTGATGCGGGCTGCGCGAGATCTGACTGCAGCGATCCAGGATCTTCTGAGAGCCGCGAA
ACCCAATAGTGAAGAGCCACGTCAGAACCTCCTTGGGGCAGCTGGGAAGATTGGAGCAAG
TCATGATATACTCAAGTACATTGGGGATGGAGGGGATGATGAATTTCAGGCAAGTCGTGA
TATATTGATGAACCTCGCCAAGCAAGTGGCGAGTGCAACGGCAGCGCTGGTATTACAAGC
GAAAACAGTGGCCAGCCAGAGTCAAGATCAGATCACGCAAAACGATGTGATTACTAGCGC
AACCAAGTGTGCCTTATCAACTTCTCAACTTGTGGCGTGCACTAAGGTGGTGGGTCCAAC
CATCTACAACCCGTCATGCAAGGAGCAGTTAATCGACGCTGCACGGGAGGTGTCACATTC
AGTTGACGGTTGCTTGGAGTCGACAAGGGTGGCAACCAACGATCCGAACTTGCTCCAGGC
ACTCGGGGACGCGGCATCCAATGTGGGGAAGGCGCTCAACGATCTCATCAACCACATTCG
ATCGGGTGCCGACATGACCAACGGAAAATACGACGATCAGTGCGAAGTGATACTGAACGC
GACCGACAAGTTGTGCAACAGCATGGGCAATGCTGCCGTAATGGCCAAGCAAGCAAAACT
TCTGGGACAGGCAACATCCGATCTGGTGAACTTGCTCAAGTTGGAAGCGGACGAGGCACA
AGATGACGATTGGAGGAAATGGCTGCTTTCCACCGTGAAGCTTGTTGCTGAGGCCACTGC
TAAAATGGTGGAAGCTGCTAAGGGCACAGCAAGCAATCCACACGACTCGCAGCAACAACA
GAATCTTAAACTCGCTGCTGAGAACCTACGAGCGGCCACTAATGCTGCCACGCAGAACGC
TCTGCGCAAGAAGATGATCCGACGGCTTGAGGAAGCCGCCAGCCATGCGGCGGTTGCCGC
CACGCAAACCATTGCCGCCGCCAATGCCGCTGAGCCGTACAACACCAATAAAACAAGTCA
AAATCAGCTTTTAACTCACAGCAAATCATTGCAAAGCGAGCACATACCAAAGTTACTGCA
AAGCATCCATGGAGCGTATGACGATCTAAAAAACCCAACTGTGCAGCAGAACCTGATAAC
TGCTTCGAATGAATTTGTCCCTCCGGCCACGAAAATGGTAGGATACTCTAAGGCAGTTGT
ACCAACTGTTAGTGAAAAATCGACTGCTCTGCAACTGGCAAACTGCACAAAGAAGCTTGC
TCTAGCTGTTGCTGAGCTTAAGACTGCTTCTGTAAAGGCGGGAGAGGTGTGTGGTGCCAG
TGGCATCGACGCCGCCTTGGAAACAGTGACTGCACTTGACCGTCAGTTGTCAGTTTACTG
CAACGACGCCAAGAACAACCAGTTACAACCCCTGCCGGGACAAACCATGCAACACTGCGC
TCAGGAGTTGGGAGCAACTTCGAAGGCAGTTGGAGCCTCAATGGCCCAACTACTCACCCG
CAGCAGCTCAGTAAGAAATTGTTCACCTCAGGGCAACGAGGACTACACCGGCATGGCAGC
TCGATACACCGCCAACGCACTCCGCACGTTGGTGGGTGCTGCACGTGGCGTGGCTGCCAA
TCTACCCGACCTCGACTCACAACTCCACCTGCTGGAGACGTGTCGTGACGTGATGGACAA
GTCGGTGAACCTCATGCAGGAAGCCAAGCTCGCCGTCGAGGACCCTGAGAACCCAGAAAA
TAGGCAGCGACTTGCTCAGGTGGCGAAAGCTGTGTCACACGCGCTGAACAACTGCATCAA
CTGCCTTCCGGGGCAAAGAGATGTCGACGAGGCTCTTAAGAACATTGCTGAGAGCAGCAA
ACGTCTGCTCTCCAACCAGTTCCCAGTAAACAATGCGAACTTCCAAACCGCGCAAGCCCA
GCTGAACAGGACGGCTGAAGAGTTGAACATCGCGGCGAACGATTTGGTCGGGGCATCAAG
GGGAACTCCCTCCGAACTGGCAGCCTCCAGCACTAACTACAATGACAGATTCACCGAGTT
GTTGGATGCCGGGATGAACGTGGCGGGGCAATCTAGGGACAAAGATGACCAGGGTCAGGT
GATCGGGAACCTGAAGAGCATCTCCATGGCATCCAGCAAGCTCCTTCTTGCTGCCAAAGC
TCTCTCTGCTGATCCTGGAGCTCCCAATGCCAAGAACCAGCTCTCTGCTGCTGCTCGTGC
GGTGACGGAAAGCATCAACAACCTTATCACCCACTGTACGGAGACCGCCCCTGGGCAGAA
GGAATGCGATAATGCTTTGAGACAGCTTAAGACCGTCAAAGAGATGCTGGAGAATCCTAA
CGAACCGGTCAACGACTTCTCCTACTTCGACTGCCTTGAGAGTGTGATGGACAACTCGAA
GATGCTGGGAGAGTCGATGAGCGGTATCACGCAGCACGCCAGAGCCTCGGAGCTCGAGAG
CTTCGGGGAAGCAGTCACCGCAACACAGAAGTCGCTGATCGGACTGACTGAAGCTGCTGC
TCAGGCTGCATATTTGGTCGGTATAGCTGATCCGAACAGTGAAGCTGGCACGCAGGGCCT
CGTGGACCAGACCCAATTTGCACGAGCGAACCAAGCTATACAGATGGCTTGTCAGAGCTT
GCTGGACCCCTCCAGCAATCAGCCACAGGTTCTGTCAGCTGCTACCATCGTAGCTAAGTA
CACCTCGGCGTTGTGCAACGTATGCAGAGTGGCATCGAACAAAACTACGAACACAGTGGC
ACGCAAACACTTTGTACACTCGGCCAAGGAAGTGGCTCACGCTACTGCTAACTTGGTCCG
AACTATTAAGGCATTGGACGGAAATTTCTCAGAGGAGAACCGAGCAAATTGCTCTCAAGC
CACCAAACCACTGATCGACGCTGTGGAGAATCTCACCACCTTCGCCTCCAACCCCGAGTT
CGCCAGCGTTCCTGCTAAGATCAGTAACGAGGCGCGTGAGGCACAACGGCCGATTATCGA
ATCAGGGAAACAGATGCTGGAAAGCTCGAGCGAGCTCATTAAAACCGCCCGGAAACTCGC
AAACAACCCGAAGGATCCTCCCACCTGGCAAGTGATGGCCGGTCACTCTCGAGTCGTCTC
TGACTCGATTAAGAAACTCATCGCAAATATAAGGGACAACGCACCGGGTCAGAAAGAATG
TGACGAAGCCATCGACCGAATCAATGAATCCATCCAGCAGTTCAACGACGCATCGCTATC
CGCCATGGACCAAAGCCTGCCTGCTCGTGATGATAATTCACTCAATGGATTCCAAGCAAT
GGTTGTGGACACGGTGAACCAGATCAACAAGTGTGTGGATCCACTGGCCAATGCTGCTAA
AGAGGATGCAGCTCAACTTGGTCGACAGGTAGTTGCGCAAATGGCGAGTTACTTTGAGCC
ACTGGCCCACGCCACCATCGGAGCCGCCTCCAACTCAGTGAATCACCAGCGGCAGATGGA
TATACTCGATTACAGCAAGACTTTAGCGGAATCCGCTCTGCAACTCATGTTCGCTGCCAA
GGAAGGGGGAGGCAATCCAAAGGCTGACAACACGCATGAAGCAATCGACGAAGCAGCTGA
ATCGATGAAAGAAGCGATCGAGGATCTCCTTAAATCAGTCCAGGAAGCACCTGAAGCTCT
AATGTCCGGTATGGTGGACACTATCTGCTCTGCCACTGCGGTGAGTTCCTGCTTCTATGG
TAGTTGGGAAGACGACACATTCGCCGACTACCAGACCTCCATAATGCGGCACTGCAGGGC
GATCGTAGTGACGAGCAGCGACATGAGCATGGCGATGAACACGCGACCCGACGAGCTCAC
CACGCTCGCGAAGAAGGTCACCGGGGATTTCAAAGAAACTATAAAATTAAGTTACACTTT
TCGCCTAAAATTAAAAATAAATGTTAGCAACCACATCAAGCGATCGATTCAAGATCTCGG
TGAAGCTTGCAAGGAGCTGCAATCCGCAGGGACTATACCACTAACTAAGAAGGATCTGAA
TCGGATGCTTGCAAGAACATCAATAGAGAAGGTGTCGTACGTGATGTCATCGTTACAAGA
AGGAGGGCGTGGCACACAGGCATGCATCAACGCGCATACCAAGGTACAGGGCATCATCGG
AGACCTGGACACCACCCTCATGTTCGTCACCTCAGGAGCACTCAACCCTGAATCTGACAA
TGAATCCTTCGCAGAGCACAGAGAAAACATACTGGCGACGGCAAAGGCTTTGGTGGAAGA
CACCAAACAACTGGTGGCTGGCGCTGCCGGTGGGCAGGAGAAGCTCGCCGGAGCTGCTCA
ATCTGCGTCACAGACAATCAGCAAGTTGGCTGATGTTGTTAAGAGTGGGGCGTCCAGTTT
GGGGGCTGATGACCCAGATACACAGGTGATACTGATCAACGCGGTGAGAGACGTCGCATC
AGCTCTAGCAGACCTCATCAACTCAACGAAAGATGCATCTGGCAAGTCCACCTCAGATCA
ATCAATGCTGCATCTCAAAGCATCCGCCAAGGCAATGGTAACAAACGTGACTTCACTTTT
GAAAACAGTGAAATCGGTGGAAGATGAAGCAGCTAAAGGACCCAGAGCGATTGAACAAAC
CATCAACTCGATTAAACAAGAGCTCAAGGTAAACTTCAAACATATTCGAATACTTATGGA
GAGAAGAGCAACTCCGGAGGAACTGATCCAAATCACCAAACCAATCACCAATGCCACCGC
GAAGGCTGTGGCTGCCGGCAAGTTTTGCCGCCAGGAGGATATGATTGTGTGCGCTAACAT
GGGGAGAAAAGCTGTGTTCGATATGATCCATATCTGCAGGGCTTCAGCTGCCAGCACAGA
CGACCAGGTACAGCAGAAGGAAACCCTCAAATTCGGCGCTGGAGTTGCTGAAGCCTATGT
CAGCCTTCTAAGCAACGTACTGTTAACGAGCCAACAACCTGGCAACAATGATTTGAAGAA
GAATCTCAATCCTTTATCGAAAAACGTAGCTACAGCAGTGAGCAACCTTGTCAGATCTGG
TGAAAGTATGAAAGGCACAGACTGGGTTGATCCTAACGATCCAAATGTCATCGCTGAGCA
AGAACTGCTGGCTGCTGCGTTATCCATCGAGGCAGCTGCAAAGAAACTTGCTCAACTGAG
GCCACGCAAGAAGCCTAAGCAAGCCGATGAAAGCTTGAACTTCGAAGAACAAATCCTTGA
AGCGGCGAAGTCAATCGCCACGGCAACCACTGCACTCGTCAAGGCTGCGTCTGCTGCTCA
GAAAGAACTTGTGTTGCAGGGGAAAGTTGGTTCTATAGCCGCAATGCGTCACGATGACGG
CCAGTGGTCCCAGGGCCTCATTTCCGCAGCACAGATGGTGGCACGCGCCACTGGCAACCT
GTGTGAAGCCGCAAACCAAGCCGTGCAGGGCGAGGCAAGCGAAGAGAAATTGGTGACATC
GGCAAAACAAGTTGCGTCGTCCACAGCCCAGTTGTTGGTGGCCTGCAAAGTGAAAGCAGA
CCCCAACAGTGAGAATATGAAACGCTTGCAGATCGCTGGAAACGCCGTAAAGCACGCGTC
CGAGGACCTGGTCAAAGCGGCTTCCGAATCGGCCAACTCCGATGACGAGGTCGAAGTTGT
CATAAACTCGCGACTCGTCGGCGGAATTGCGCAAGAGATGATGGCACAAGAGGAAATTTT
ACGGAAAGAACGCGAACTCCAATCCGCGAGGCAAAAACTTGCCCAAATTCGCCGCATGCG
CTACAAGGACGATTCCGAC
| Pfam |
FERM_f0 (IPR032425) - T[4-85] 4.5E-32 |
| SMART |
Band_41_domain (IPR019749) - T[84-319] 2.0E-61 |
| ProSiteProfiles |
FERM_domain (IPR000299) - T[88-409] 55.871 |
| Pfam |
FERM_N (IPR018979) - T[92-191] 1.8E-16 |
| SUPERFAMILY |
FERM_2 (IPR035963) - T[200-314] 1.44E-30 |
| Gene3D |
FERM/acyl-CoA-bd_prot_sf (IPR014352) - T[206-313] 8.7E-44 |
| Pfam |
FERM_central (IPR019748) - T[211-319] 2.3E-26 |
| CDD |
FERM_central (IPR019748) - T[216-311] 3.02335E-27 |
| Gene3D |
PH-like_dom_sf (IPR011993) - T[314-411] 2.6E-36 |
| SUPERFAMILY |
Talin_cent_sf (IPR036476) - T[507-666] 1.06E-46 |
| Pfam |
Talin_cent (IPR015224) - T[509-664] 7.5E-49 |
| SUPERFAMILY |
I/LWEQ_dom_sf (IPR035964) - T[680-800] 6.8E-42 - T[773-904] 1.31E-36 - T[1491-1578] 4.05E-12 - T[2312-2500] 1.57E-47 |
| SUPERFAMILY |
Alpha-catenin/vinculin-like_sf (IPR036723) - T[1091-1230] 3.14E-20 - T[1247-1384] 3.92E-34 - T[1712-1838] 1.73E-6 - T[1868-1987] 5.96E-10 - T[2022-2147] 5.02E-8 |
| CDD |
Talin1/2-RS (IPR037438) - T[1677-1849] 2.70087E-75 |
| Pfam |
Vinculin-bd_dom (IPR015009) - T[1870-1987] 6.1E-15 |
| ProSiteProfiles |
ILWEQ_dom (IPR002558) - T[2310-2548] 53.894 |
| ProDom |
ILWEQ_dom (IPR002558) - T[2348-2546] 3.0E-67 |
| SMART |
ILWEQ_dom (IPR002558) - T[2353-2548] 1.4E-85 |
| Pfam |
ILWEQ_dom (IPR002558) - T[2402-2546] 6.3E-49 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| TLN1_HUMAN | 55.646 % | 2719 | 0 |
| TLN2_HUMAN | 57.848 % | 2791 | 0 |
| HIP1_HUMAN | 30.568 % | 100 | 8.2E-21 |