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  1. Clone 'cima827e14' > 
  2. Transcript 'KH2012:KH.L116.69.v2...'

Transcript Model

Transcript Id

KH2012:KH.L116.69.v2.A.SL2-1

Possible name(s)

CKAP5; CLASP1; CLASP2

Gene model

KH2012:KH.L116.69

Location

KhL116 [302,857 / 335,104]

Sequences

Amino acid sequence

Length: 1,998

>KH.L116.69.v2.A.SL2-1
CLYIIMADDDEWKKLPTEQKVQHKSWKARAEGYKECAKKFGPLDEKSPEFSKYLGLVKKF
VTDSNELVRIQGLEATLIFVENAAVAGKTCSEVVSGVIAKCFNSKPRLRELGIKVCLMYV
EIDRNEVVLEEVLKGFENKQPKVVHACLDLIIAALSEFGSKVIAVKPLLKQGIKLLDHRD
KNVREATKSLFMVIYRWIGPAIRTPLQAINSVVLKELEEGWEKVAAEGPPRQTRFMRSQQ
DLREKMEAKAEEQAGGGGDAGGSEDAEVETVDPYDLMEPVEILSKLPPKFYEEIESKKWQ
ERKAMLEACENLVQNPKLVPGDYADLVLSKDTNIMLVTISIKCIGALANGLRKKFQSYAH
VCIEGMLERFKEKKPNVVAALQEAIDAVFATTNLAAILETIIEFLAHKNPAIRAQTGLFL
SRALLKTKSSVLNKATIKTIVAPLLKNIEHSAPDVRDGAFLSFGAILKVAGESKLLPFLA
DLDKLKMEKVVGNFDLIILTMYFPLFYSECAGKLDGGKPSTSAGASKPAAPVKKEPEAPT
RPKSAAPKSAAAKPVSWSAASVEPAVEQELGDAAVDDLIASVITDEERAQILNNNWKERL
AGLQSMFSVMEKNKIKGLDRSSLPCQAIVKLLSMKPGLKDNNFNCLNEKFNILVHLAQNG
KFSRTSAGVCLTATIDKVGDVKCGVGAKATLTAVSEAVGFGWTLEEVLAHAMSQKNPKIQ
SESISWVAKSIIEFGITGLNIKMLIEKSKVAFTATNPAVRAAALSLVGSLAMFIGGKLHM
LFENEKPALLQQIDAEIEKVKGQSPPAPTRGVKKKSGSADVGEQSDEDVEEAGITMDDLV
TRVDISGKITDALISQMADKNWKERKEALESVIEILNEAKFVTSDIGDLATGLKARLTDS
NKILLTTTLNILTQLATALGPHSAKHLQILSANIINTLADSKPQVRQAALKCMNTWLENT
KLSMWLEGDMISSALSVAKHTFLRIELLTWLAEKLLSVAKLPSSAKEGLEMCVPVIYSCC
EDRSGEVRAKAQGFLPAIMRHISYDKMIKGTGKLTATSKPTIITLLEKAREQIPAPTKVS
KPAPSVSPPSASEVKMEVKSEEPATKPPAAKEKKGLVKKSKPAPVSKKAQPEEDTTPLFI
SLPNGKEQRMKDEIKLKTIKWNFTAPREELIVQLQTQLSTCVSPALITEMFHLDFQHHLK
AIVMLNQALDKNFENTMQCLDLLLRWLTLRFYDKNTTVHIKTLEYIKSLFDKLIEGNYRM
PEYEVSAFLPHLIIKIGESKDNIRKAVHGIIKQLSLIYPASKLFTHIMDGTKSKNSRQRS
ECLDEIALFIETHGVNVCQPSLPKALKEVATNIGDRDKSVRSSALNAIVAAYNVCGDVVF
KHVGRLNEKDMSMLEERVKRSGKYGETPAAPPPEAPARKTTKEGRSASTNNERQQQQQQQ
AAPPSHTIQESMHDLHSSGNTMQTDPMKIPSVARLLSQIKPVDFNVVLEPLPEFVNLKSR
IPGLSNIAGSSQASSTVDAVISQVASPNIDTAINAMHELYQLLKHKDKFPLLAGKIDQVL
MSATTQLRMMIDRYLPIITSNEQLVGEEHSNLTEQSFLSLCKSHISLITEIFEQDTLASQ
ASTYILFDLFRFILQLLLSDQLPNLTSADRLLQVLNILVLRMIDHSDPTSIICAVVHVLT
DSMETATPKYIELVVKCLWKLGRLISKFLHPEKQKEAFQHKPLKVAAVVAELDKYWSTYP
KDHPIYEKNENKTSIRSVKTLLVILCRELGVKIMDELYMIPNPESSEVVQIIRKASGAGN
MKIPNRPNSSSSSEQKENIREQGLSPDAQLSIIFKKVSDRKQTKQGLQELYDFKVTNPHY
DLESRINSLDIDIFQQYIRRNLKRIESEKQTKSGAFTESQKSNYQPPTVQESWDRLNYLR
ERCGLKPRCTSEKQNGEKTTTDVNHPEPSGESSTVKADEAAVRSSGFQSQPKERSISSSA
NISDLKRRLAQIKQSSSR

Nucleotide sequence

Length: 6,315

>KH2012:KH.L116.69.v2.A.SL2-1
TTTCATAGTTAGTTGATGTTTGTATATAATCATGGCTGATGATGATGAATGGAAGAAGTT
ACCAACAGAACAAAAAGTTCAACACAAGTCGTGGAAAGCACGTGCTGAAGGATACAAAGA
ATGTGCCAAGAAGTTCGGACCATTGGATGAAAAGAGTCCGGAGTTTAGTAAATATCTTGG
TTTGGTGAAGAAGTTTGTCACAGATTCCAATGAACTTGTTCGGATTCAGGGATTAGAAGC
AACCTTGATTTTTGTCGAAAATGCAGCAGTTGCTGGAAAAACATGTAGTGAAGTTGTATC
TGGGGTCATTGCAAAGTGTTTTAACTCCAAACCTCGACTTCGGGAACTTGGAATTAAAGT
TTGTCTCATGTACGTTGAGATTGATCGTAATGAGGTGGTTTTGGAAGAAGTTTTGAAAGG
CTTTGAAAATAAACAACCAAAAGTTGTTCATGCCTGCCTTGACCTTATTATTGCTGCATT
AAGTGAATTTGGGTCAAAAGTGATCGCAGTCAAACCACTTTTAAAACAAGGAATTAAACT
TTTGGACCATCGTGATAAGAATGTGAGAGAAGCAACAAAATCTCTGTTTATGGTTATTTA
TCGGTGGATAGGTCCTGCCATTAGAACACCTCTTCAAGCCATCAATTCTGTTGTGTTGAA
AGAATTAGAGGAAGGATGGGAAAAAGTTGCAGCAGAAGGTCCTCCTCGTCAAACAAGATT
CATGAGATCACAGCAAGATCTGAGAGAGAAGATGGAAGCAAAAGCTGAAGAGCAAGCTGG
TGGAGGTGGTGATGCAGGAGGATCAGAGGATGCGGAAGTGGAGACGGTGGATCCGTACGA
TCTTATGGAGCCGGTGGAAATTTTATCAAAACTTCCTCCAAAGTTCTATGAAGAAATTGA
ATCAAAGAAATGGCAGGAACGTAAAGCGATGCTTGAAGCTTGTGAGAACCTCGTGCAAAA
CCCTAAGCTTGTTCCTGGTGATTATGCAGATTTGGTGTTATCAAAAGACACAAACATAAT
GCTTGTAACCATCTCAATCAAATGCATTGGAGCTTTAGCCAATGGATTGCGCAAGAAATT
CCAATCTTATGCTCACGTATGCATAGAAGGAATGCTTGAAAGGTTCAAGGAGAAGAAACC
AAATGTTGTGGCCGCTCTACAAGAAGCTATTGATGCGGTTTTTGCCACGACCAACCTGGC
AGCCATCTTGGAAACTATAATTGAGTTTCTGGCTCACAAGAACCCTGCAATACGAGCTCA
AACCGGTTTATTCCTGTCTAGGGCGCTTCTTAAAACCAAATCATCTGTGCTGAACAAAGC
TACTATTAAAACAATTGTGGCTCCTCTGTTAAAGAACATCGAACACAGCGCTCCTGATGT
TAGAGACGGTGCATTTCTATCTTTTGGTGCGATCCTTAAGGTGGCAGGAGAAAGCAAACT
TCTTCCATTTCTTGCCGACCTTGATAAATTGAAGATGGAAAAGGTAGTTGGAAATTTTGA
TTTAATAATTTTAACAATGTATTTTCCCCTTTTTTATTCTGAATGTGCTGGTAAATTAGA
TGGTGGAAAACCATCCACCAGTGCTGGCGCATCCAAACCAGCAGCACCTGTCAAAAAAGA
ACCAGAAGCACCTACTAGACCAAAATCTGCTGCACCAAAATCCGCAGCAGCAAAGCCAGT
AAGTTGGTCGGCAGCGAGCGTGGAGCCGGCAGTGGAGCAGGAGCTTGGTGATGCAGCTGT
GGATGATCTTATCGCTTCCGTGATCACAGATGAGGAGAGAGCTCAGATATTGAATAATAA
TTGGAAGGAGAGACTCGCTGGGCTGCAATCCATGTTCTCGGTAATGGAGAAAAATAAAAT
CAAAGGATTAGATCGTAGCTCGCTTCCATGCCAAGCCATTGTAAAGTTGCTCAGCATGAA
ACCAGGTCTTAAAGATAATAACTTTAACTGTTTGAATGAAAAATTTAACATTCTTGTACA
TCTGGCTCAAAATGGAAAGTTTAGCAGAACATCCGCTGGTGTATGCTTGACTGCCACCAT
TGATAAGGTTGGAGATGTAAAGTGTGGGGTTGGTGCAAAAGCTACTTTAACTGCTGTGAG
TGAAGCTGTGGGATTTGGTTGGACTTTAGAAGAGGTTTTAGCGCACGCTATGTCACAGAA
AAACCCGAAAATTCAAAGTGAATCAATATCATGGGTTGCCAAGTCTATTATTGAGTTTGG
AATAACTGGTTTAAACATAAAGATGTTGATAGAAAAATCAAAAGTAGCGTTCACTGCAAC
AAACCCTGCCGTGAGAGCTGCTGCTCTGTCACTAGTTGGCAGTCTTGCAATGTTCATCGG
GGGGAAATTACATATGTTGTTTGAGAATGAGAAACCAGCGCTCTTGCAACAAATTGATGC
TGAAATTGAAAAAGTCAAAGGTCAGAGCCCTCCAGCGCCCACTCGTGGTGTAAAGAAGAA
GTCAGGATCGGCGGATGTTGGAGAGCAATCTGATGAAGATGTTGAAGAGGCGGGAATAAC
TATGGATGATCTTGTCACTCGGGTGGATATTAGTGGCAAAATTACAGATGCGCTCATTTC
ACAAATGGCTGATAAAAATTGGAAAGAACGAAAAGAAGCGCTTGAGTCTGTCATAGAAAT
CTTAAACGAAGCGAAATTTGTGACATCAGATATCGGGGACCTTGCTACTGGGTTGAAAGC
AAGACTTACAGATTCCAACAAAATTTTGTTGACTACTACGCTGAATATACTGACCCAACT
TGCAACAGCATTGGGACCACACTCTGCTAAACATCTGCAAATACTCAGTGCAAACATAAT
CAATACACTAGCTGATAGCAAGCCCCAAGTTAGACAAGCAGCGTTGAAATGCATGAACAC
GTGGCTTGAGAACACCAAGTTATCGATGTGGTTGGAAGGTGACATGATAAGTTCAGCTTT
ATCTGTTGCTAAACATACCTTCCTAAGAATTGAGTTGTTGACCTGGCTTGCTGAAAAGTT
GCTCTCCGTTGCTAAACTGCCCTCTAGTGCCAAGGAAGGGTTGGAGATGTGCGTCCCCGT
CATCTACTCGTGTTGTGAGGATCGGAGTGGGGAGGTGAGAGCCAAGGCTCAAGGATTCCT
CCCTGCTATCATGAGACATATATCATATGATAAAATGATCAAAGGAACCGGAAAACTAAC
GGCGACATCGAAACCAACAATAATAACGTTGCTTGAGAAAGCACGAGAACAAATTCCGGC
TCCAACCAAAGTTTCAAAACCTGCTCCCTCTGTATCGCCACCTAGTGCATCAGAGGTGAA
AATGGAGGTAAAGTCTGAAGAACCCGCGACAAAACCTCCTGCAGCAAAGGAAAAGAAGGG
ATTGGTGAAAAAATCCAAACCTGCCCCTGTGTCAAAGAAAGCGCAACCGGAAGAAGACAC
GACTCCTTTATTCATCTCGCTTCCTAACGGGAAGGAGCAACGAATGAAAGATGAAATTAA
ATTAAAGACCATTAAATGGAACTTTACCGCTCCACGTGAAGAACTTATCGTTCAGCTACA
AACACAACTATCTACTTGTGTCAGCCCTGCCCTTATTACTGAGATGTTTCATCTGGACTT
CCAACATCATTTAAAAGCCATTGTGATGCTGAACCAGGCATTGGACAAGAACTTTGAAAA
CACCATGCAATGTCTTGACCTCCTACTACGTTGGCTCACGCTCAGATTTTATGACAAAAA
CACAACAGTTCACATCAAAACATTGGAATATATCAAGTCGTTGTTTGATAAACTGATTGA
GGGAAATTATCGAATGCCAGAGTATGAGGTGTCGGCATTTTTACCACATCTTATTATAAA
GATTGGTGAGAGTAAAGACAACATACGCAAAGCAGTGCACGGCATCATCAAACAGTTGTC
ACTTATCTACCCTGCAAGTAAACTCTTCACGCATATCATGGATGGAACTAAATCGAAGAA
TTCACGACAACGTTCAGAATGTTTGGATGAGATAGCTTTGTTCATTGAAACTCATGGAGT
GAATGTTTGTCAACCATCACTTCCCAAAGCATTGAAAGAAGTTGCTACTAATATTGGTGA
CCGGGACAAGTCAGTTCGGTCATCTGCATTAAATGCGATTGTCGCCGCATACAATGTTTG
TGGGGATGTTGTATTTAAACATGTGGGCAGGTTAAACGAGAAAGACATGAGTATGTTGGA
AGAAAGGGTGAAAAGATCTGGAAAATATGGGGAAACCCCCGCTGCTCCACCACCGGAGGC
CCCCGCTAGGAAAACAACAAAAGAAGGAAGGTCTGCGTCAACAAACAACGAACGACAACA
ACAACAACAACAACAAGCAGCACCACCCTCCCATACGATTCAAGAGTCGATGCACGATCT
TCACTCCTCCGGAAACACGATGCAGACGGATCCCATGAAGATACCGTCAGTTGCCCGTCT
CCTCTCACAGATCAAACCAGTTGATTTCAATGTTGTGTTGGAACCTTTGCCGGAGTTTGT
GAATTTAAAAAGCAGAATTCCTGGCCTCAGCAATATTGCGGGTTCTTCGCAAGCCAGCTC
GACAGTGGACGCGGTTATTTCTCAAGTAGCAAGCCCTAATATTGACACTGCTATTAATGC
AATGCACGAGTTATACCAGTTGCTCAAACACAAGGATAAGTTCCCGTTATTGGCGGGAAA
AATTGACCAAGTTCTCATGTCTGCCACCACACAACTTCGTATGATGATTGACAGATACCT
CCCAATTATAACTTCTAATGAACAATTAGTTGGTGAAGAACATTCAAACTTAACTGAACA
AAGTTTTTTATCTCTTTGTAAAAGTCACATCTCTCTAATTACTGAGATATTCGAGCAGGA
CACGCTTGCCTCGCAAGCATCCACGTACATCCTCTTCGATCTCTTCCGTTTCATCCTTCA
GCTCCTCCTCAGTGATCAGCTCCCAAACTTAACATCCGCGGATCGTCTCCTACAAGTCCT
CAACATCCTCGTGTTACGGATGATCGACCACAGCGATCCAACCTCCATAATATGTGCTGT
GGTGCATGTGCTTACTGACAGTATGGAGACAGCGACCCCGAAATATATTGAACTTGTGGT
GAAGTGCTTATGGAAACTTGGAAGGCTTATTTCAAAGTTTTTACATCCAGAGAAACAGAA
AGAAGCTTTTCAACATAAACCTTTGAAGGTGGCAGCAGTGGTTGCAGAGTTGGACAAATA
TTGGTCAACTTATCCCAAGGATCATCCTATTTATGAAAAAAATGAAAATAAAACTTCGAT
TCGGTCGGTTAAGACATTGCTGGTGATTCTGTGTAGAGAGCTGGGTGTGAAGATAATGGA
TGAACTTTACATGATCCCTAATCCCGAATCCTCTGAGGTTGTTCAAATCATCCGAAAAGC
ATCCGGAGCAGGAAACATGAAGATCCCCAACCGACCAAATTCCTCTTCATCTTCGGAGCA
GAAGGAGAACATCCGGGAGCAGGGACTTTCCCCTGATGCGCAACTCTCGATTATCTTTAA
AAAAGTCAGCGATCGAAAACAAACCAAACAGGGTTTGCAGGAATTGTACGATTTCAAAGT
CACCAACCCACATTATGATCTCGAATCACGAATAAATTCGCTCGACATTGATATTTTCCA
ACAATATATTCGACGAAACCTCAAACGAATAGAAAGTGAAAAACAAACCAAAAGTGGAGC
TTTCACAGAATCCCAGAAAAGTAATTACCAGCCACCTACTGTGCAGGAATCATGGGACAG
ATTAAATTATCTTCGTGAACGCTGTGGTTTAAAACCACGCTGCACATCCGAGAAGCAAAA
TGGTGAAAAAACCACCACAGATGTCAACCATCCCGAACCATCTGGTGAATCATCCACGGT
CAAGGCCGATGAAGCGGCTGTTCGATCCAGCGGCTTTCAATCGCAACCGAAAGAACGCAG
CATTAGTTCTTCAGCAAATATATCCGATTTAAAACGACGACTTGCACAGATCAAACAAAG
TTCAAGTCGATAAATTGAATGCATGGTGGATTAACAGTGTTGCTTTATAGTTTTCTCTCA
AACTACACAACACTGCACATAATATTATCGGTCAGCACTGCCAGCTACCAACCTTAAGTC
TCATCTTTTTGTATAAAATCTACATATTATTGACTTTATTAACAATTATAGCTGGAACAG
TGTTTTGGAATAATTTCCGATTAAAACTTCTATGTAGTTCATTCCACGCAGCTATCCCTT
TCGTTGTAGCATTTTCAAACCGTTGTACGCAGTCTCAGTATTTATTTTTTCTGAAAAATA
AATATTCGCATTCGA

InterProScan

SMART
TOG (IPR034085) - T[6-230] 3.1E-54 - T[275-501] 3.8E-65 - T[569-806] 4.0E-55 - T[838-1075] 1.9E-58 - T[1169-1409] 7.1E-59
Gene3D
ARM-like (IPR011989) - T[7-255] 4.5E-65 - T[272-495] 1.2E-75 - T[571-819] 1.7E-53 - T[833-1074] 3.9E-79 - T[1138-1403] 1.7E-84
SUPERFAMILY
ARM-type_fold (IPR016024) - T[19-200] 2.67E-34 - T[280-477] 2.67E-34 - T[634-651] 1.33E-47 - T[710-776] 1.33E-47 - T[844-1057] 1.33E-47 - T[1168-1399] 1.33E-47 - T[1526-1548] 1.33E-47
Pfam
CLASP_N_dom (IPR024395) - T[855-1032] 2.0E-11 - T[1198-1380] 1.7E-7

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
CKAP5_HUMAN 43.075 % 1491 0