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TRANSCRIPT CARD

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  1. Transcript 'KH2012:KH.C3.551.v2....' > 
  2. Transcript 'Harore.CG.MTP2014.S2...' > 
  3. Transcript 'Boleac.CG.SB_v3.S27....' > 
  4. Transcript 'Haaura.CG.MTP2014.S1...' > 
  5. Transcript 'Harore.CG.MTP2014.S6...'

Transcript Model

Transcript Id

Harore.CG.MTP2014.S66.g10879.01.t

Possible name(s)

OPLAH

Gene model

Harore.CG.MTP2014.S66.g10879

Location

S66 [152,498 / 164,711]

Sequences

Amino acid sequence

Length: 1,305

>Harore.CG.MTP2014.S66.g10879.01.p
MSEVSHKFQFSIDRGGTFTDVYARCTNGKTRVLKLLSVDPTNYKDAPREAIRRILQEETG
IAMPPDKPLDTSAIDFIRMGTTVATNALLERKGERMALAITNGLKDLLYIGNQSRPKIFD
LKIEIPDVLYEEVIEVDERVVLKQDKSELDTLGPVVTGSTGEQLHVWKSIDEAKLRVDLQ
TVVDKGIKSLAVVLMHSYTYSDHEKRVGDLAKELGFTQISVSSAVMPMVKIVPRGFTACV
DAYLTPCIKRYIDGFQSGFDENLNNVKVLFMQSDGGLTPVESFNGSKAILSGPAGGVVGY
AMTAFSKKTGQPIIGFDMGGTSTDVSRYAGNYEHIFETTTAGVTIQAPQLDINTVAAGGG
SKLFFRSGLFVVGPESAGAHPGPTCYRKDGPLTVTDANLCLGRLLPSYFPKIFGKDENQP
LDDTSSKREFTKLTKQVNSFLSGQNKNHKKLSVEEVAMGFIDVANESMCRPIRALTQAKG
HDTSHHALACFGGAGGQHACAIARALGMSKVFIHKYSGILSAYGIALADVVHEAQEPAAC
EYNQETIPKLDLRLENLIVKCKEELRHQGFSDDLISVEPFLNLRYDRTNCALMCSGSESP
VGPKTSRYGDFLDAFTKRYHTEFGFTIPGRNIIVDDIRIRATGNYKIAKSQIKEPSGKPP
RVDIETKCYFSGGYEETCVYLLEELSSDHTIPGPAIIIDKNSTILVEMNCTANITDQGDV
CITIGKGDVKLIGTELDSIQLSIFSHRFMSIAEQMGRILQRTSISTNIKERLDFSCALFD
PDGGLVSNAPHIPVHLGAMQEAVQYQMRALKGNIFEGDHILSNHPCAGGSHLPDLTVITP
VFHAKQKNPIFFVANRGHHADIGGTTPGSIPPHSTSIHEEGAVFMSFKLVKEGVFQEEEL
IDALMAPGKFPGCSGARNLHDNLADLRAQVAANQRGIALVNELVESYGLNVVQAYMKHIQ
TNAEVAVREMLKDIASQNKSKYDPKQGITSLEAIDYLDDGSPIQLKISISNKEGTALFDF
AGTSPMLHGNLNAPPAIAYSAVIYCLRCMIGYDVPLNQGCLVPVKFHIPKWSLLNPTEDA
AVIGGNTLTSQRIVDVVFKAFEACAASQGCMNNITFGDSEVGYYETIAGGAGAGPSWHGR
SGVHSHMTNTRITDPEILERRYPTILQCFQLNHGTGGLGAFRGGSGVVREILFRRDLVLS
ILCERRVFSPYGMQGGDPGKRGKNLLIRHDGPIISLGGKNSIDVHAGDVFQIDTPGGGGY
GSVSEDDTRSSPASIRRRQTRSTRSSTSFTLRGSLVDYQQQQEAN

Nucleotide sequence

Length: 3,918

>Harore.CG.MTP2014.S66.g10879.01.t
ATGTCAGAAGTCAGTCACAAATTCCAGTTTTCCATCGACAGAGGAGGCACCTTCACTGAC
GTTTATGCCAGATGTACAAATGGAAAAACTAGAGTCCTGAAGCTTCTATCTGTAGATCCA
ACCAACTACAAAGATGCTCCAAGAGAAGCAATTAGAAGAATTTTACAGGAAGAAACAGGG
ATCGCGATGCCTCCAGACAAACCACTTGACACATCTGCAATCGATTTCATCCGAATGGGA
ACGACCGTGGCTACTAATGCATTGCTAGAGAGGAAAGGTGAAAGAATGGCACTTGCTATT
ACAAACGGATTGAAAGATTTGCTTTATATTGGAAACCAATCTAGACCAAAGATTTTTGAC
TTGAAAATTGAAATACCCGATGTTCTGTACGAGGAAGTTATTGAAGTGGATGAGAGAGTT
GTACTGAAGCAGGACAAATCTGAATTGGACACTCTAGGTCCTGTGGTTACCGGTAGCACA
GGCGAACAGCTTCATGTGTGGAAGTCAATAGATGAAGCTAAATTGAGAGTTGATTTGCAA
ACAGTCGTCGATAAGGGAATTAAAAGTCTTGCAGTTGTTCTGATGCATTCCTACACATAT
TCTGATCATGAGAAACGTGTCGGAGATCTCGCAAAGGAACTCGGCTTCACTCAGATCTCG
GTTTCATCAGCTGTTATGCCAATGGTTAAAATAGTTCCTAGAGGATTTACTGCTTGTGTG
GATGCATATCTAACCCCATGTATAAAACGGTACATCGATGGATTTCAATCTGGCTTTGAT
GAAAATCTGAATAATGTGAAGGTACTCTTCATGCAGTCTGACGGAGGCCTTACACCAGTT
GAAAGTTTCAACGGCAGCAAAGCAATTTTATCAGGTCCTGCTGGTGGAGTGGTTGGATAT
GCAATGACTGCCTTTTCCAAGAAGACCGGCCAGCCAATAATTGGATTTGATATGGGAGGA
ACTTCAACTGACGTCAGCAGATATGCCGGCAATTACGAACATATATTTGAAACAACCACT
GCAGGAGTAACTATTCAGGCTCCCCAATTGGATATCAATACCGTTGCAGCTGGAGGAGGG
TCAAAATTGTTTTTCCGATCTGGCTTGTTTGTAGTCGGACCTGAATCCGCTGGGGCTCAT
CCTGGTCCTACCTGTTATAGGAAAGACGGACCTCTGACTGTGACAGATGCAAATTTATGC
CTTGGAAGACTGCTACCAAGTTATTTTCCCAAAATATTTGGTAAAGATGAAAATCAACCA
CTGGATGACACATCTTCAAAGCGTGAGTTCACTAAACTCACTAAACAGGTTAATTCATTC
CTCTCTGGTCAAAACAAGAATCATAAAAAGCTGTCTGTTGAGGAGGTGGCAATGGGCTTT
ATTGATGTGGCTAACGAATCTATGTGCAGACCAATAAGAGCTTTAACACAGGCCAAAGGT
CATGACACATCTCATCATGCACTTGCTTGTTTTGGTGGTGCAGGAGGTCAACATGCATGT
GCCATAGCGAGAGCATTGGGAATGTCAAAAGTATTTATTCACAAGTATTCTGGAATATTA
TCAGCTTATGGAATTGCTCTCGCTGATGTAGTTCATGAAGCACAGGAACCTGCAGCTTGT
GAATATAATCAAGAAACCATTCCCAAATTGGATCTGCGATTGGAGAATTTGATAGTAAAA
TGCAAGGAAGAACTGCGCCATCAGGGATTTAGTGATGACTTAATCTCTGTTGAGCCATTC
CTTAATCTGCGATATGATAGAACCAATTGTGCTCTCATGTGTTCTGGATCAGAAAGCCCT
GTTGGGCCAAAAACATCAAGATATGGAGACTTTCTTGATGCATTTACCAAAAGGTACCAC
ACAGAATTTGGTTTCACTATTCCTGGGAGAAATATCATCGTGGATGATATTCGTATTCGA
GCTACTGGGAACTATAAAATCGCGAAATCCCAGATCAAGGAACCGAGTGGCAAGCCTCCT
AGAGTTGACATAGAAACAAAATGCTACTTTTCTGGAGGTTATGAAGAAACTTGTGTTTAC
TTGCTGGAAGAACTATCTTCTGATCATACCATACCTGGTCCTGCTATCATCATTGATAAG
AACAGCACCATACTAGTCGAAATGAACTGTACTGCAAACATTACTGATCAAGGTGATGTG
TGCATTACAATTGGAAAAGGAGATGTAAAACTCATTGGAACAGAATTAGACTCCATACAA
CTGTCAATATTTTCTCACAGGTTTATGAGCATCGCCGAACAAATGGGAAGAATATTGCAA
CGTACATCCATATCCACCAACATCAAAGAAAGACTTGATTTTTCTTGTGCTCTCTTTGAT
CCTGATGGGGGCTTAGTATCAAATGCTCCTCATATTCCAGTTCACTTGGGAGCTATGCAA
GAAGCTGTGCAATATCAGATGAGAGCACTCAAAGGCAATATTTTCGAAGGCGATCATATA
CTCTCCAACCATCCATGTGCCGGAGGTAGCCATTTGCCAGATCTGACCGTTATAACGCCG
GTATTTCATGCCAAGCAAAAAAATCCTATATTTTTCGTTGCGAATCGAGGGCATCATGCT
GATATCGGTGGCACTACTCCGGGATCGATACCTCCTCATTCTACTTCGATTCACGAAGAG
GGAGCGGTGTTCATGTCTTTCAAATTAGTGAAAGAAGGCGTCTTCCAAGAAGAAGAATTG
ATAGATGCCTTGATGGCCCCAGGCAAGTTTCCAGGCTGCAGTGGAGCTCGCAATCTCCAT
GATAATCTGGCCGATCTTCGTGCACAAGTTGCTGCTAATCAAAGAGGAATCGCACTGGTG
AACGAACTAGTTGAATCCTATGGACTTAACGTTGTGCAAGCTTATATGAAGCATATACAG
ACAAATGCCGAAGTAGCTGTTCGAGAAATGCTCAAAGACATTGCATCGCAAAACAAATCC
AAATATGACCCCAAGCAAGGAATAACGTCGTTGGAAGCTATCGATTATTTAGACGATGGT
TCACCTATTCAGCTAAAGATTTCTATTTCTAACAAAGAGGGTACTGCGCTTTTTGATTTT
GCCGGTACTAGTCCTATGTTACATGGTAACTTAAACGCACCCCCAGCTATTGCGTACTCC
GCTGTGATTTATTGCCTCCGATGCATGATCGGCTATGACGTTCCGCTGAATCAGGGATGT
CTGGTACCGGTAAAATTTCACATACCGAAGTGGAGCTTGCTGAATCCTACTGAAGATGCT
GCCGTGATTGGCGGGAACACTCTGACGTCACAACGGATTGTCGACGTTGTCTTTAAAGCT
TTCGAAGCGTGCGCCGCCTCGCAGGGATGTATGAACAACATTACGTTTGGAGACAGCGAA
GTTGGATATTACGAGACTATAGCCGGCGGAGCAGGAGCAGGCCCATCTTGGCACGGACGC
AGTGGCGTGCACAGCCACATGACCAATACAAGGATTACAGATCCGGAAATACTTGAGCGG
AGATACCCAACAATTTTGCAATGCTTTCAACTTAATCACGGCACCGGAGGGCTCGGTGCG
TTTCGAGGAGGATCAGGGGTTGTTCGAGAAATTCTATTTCGGCGGGATCTCGTTCTTTCA
ATACTCTGTGAGAGACGAGTATTTTCTCCATATGGCATGCAAGGTGGTGATCCTGGAAAA
AGGGGAAAGAATTTGTTGATTCGCCATGATGGCCCCATCATAAGTTTGGGAGGAAAAAAT
AGCATCGACGTACACGCTGGAGACGTATTTCAAATTGATACACCGGGTGGTGGTGGATAT
GGTTCTGTCTCTGAAGATGACACTCGCAGTTCTCCTGCATCGATACGTCGCCGACAAACG
CGTAGTACACGAAGCAGTACATCGTTTACTCTGAGGGGCAGTTTGGTCGACTACCAACAA
CAGCAGGAAGCTAACTGA

InterProScan

Pfam
Hydant_A_N (IPR008040) - T[10-214] 1.7E-57
Pfam
Hydantoinase_A (IPR002821) - T[234-533] 5.4E-107
Pfam
Hydantoinase_B (IPR003692) - T[737-1262] 7.5E-214

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
OPLA_HUMAN 62.653 % 1634 0