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  1. Transcript 'Mooccu.CG.ELv1_2.S65...' > 
  2. Transcript 'Cisavi.CG.ENS81.R347...' > 
  3. Transcript 'Phmamm.CG.MTP2014.S5...'

Transcript Model

Transcript Id

Phmamm.CG.MTP2014.S515.g09642.01.t

Possible name(s)

Phmamm.CG.MTP2014.S515.g09642

Gene model

Phmamm.CG.MTP2014.S515.g09642

Location

S515 [105,314 / 111,191]

Sequences

Amino acid sequence

Length: 1,515

>Phmamm.CG.MTP2014.S515.g09642.01.p
MRNQLTKKFNIIEYPFKDETKPNKESEIGFQEKMKEYQNMVTTNFTKIMQGVFEDCYTLM
GEPPCSFAVLGIGSLAKNEVTPFSDFESILVLQNNVEIDDAVMNYFRNYAMLGQLVVIGL
GETILPAMSIKSLNDFESEGGKWFIDVVTRRGLSFDGLLPHACKNPLGRLPTENKPWHTE
LIQTVDNMLRFVDENLELKEGYHLADIISHSVFVAGGEKEDRQEEKIGTRLRKVCNEKGE
EDEEKISESANMISHLGKIYHQKFCLNSDVKTARFDALRSAALYQAALVRFKANSDAFHA
TKQELISLYGDVFRFIHKSDNPNVLEFITKRIRNKLTIMRNQLTKKFNRIEYPFKDETKP
NKQSEIEFQEKMREYQNMVTTNFTKIMQGVFEDCYTVMGEPPCSFAVLGLGSLAKDEVTP
FSDFESILVLQNNVKVDDNAMNYFRNYAMLGQLVVIGLGETILPAMSIKSLNDFQKDGGD
WFVDVVTRRGLSFPGLLSTACKNPLGRLPTKHKRWHTESIQTMDDKLSFVDVEIELKEGY
HLADIYSRSVFVAGGDKEGQPTGEEVAETFHYKIKEKILQKLGHELNKLKLFVLTKNDIA
TFSFQKLKLGQPVYESIYLYRGVTILLPQLAMLLGDIGNSSYGIIQGLLDKELIHPDFAV
DLKIAVAIANYALAKTCFDKGAQRDKPPDGKTNSDHKGSDVLEIVSISGLQHLICVGTQF
QESLVTCFDSNYGIIPLKRNIDNILPGSVLFRFEQYQRAIDWFKLQLECVSNDDNNDFSK
QLYHIHLMLGRCYYSKNQHQAALKHLEKSEYYCKTENILERGRLLLFNALNQQKLGHMDT
TFELMNMAKDCLCRVQKSDSDEYIIESFINTLQDLSKENPDFVPELIEVMVITGDRLLNE
RDTPFLAISHYQKALEQTENHYKDERHILLKLYVKEAIAVCEGKLGHHGSAIDGWLEFIE
KSKSVAKHDALQISIRPKYNPILSVLRHAPDIKEAFLSTQQRPYAIKICCKLVEIVDDWL
TLRLSDSLLRFSATLNDILGDLYSRNKNKKCRNLALQHYRMAKRTFAQLSQSSNYAKDAE
FILRLLKTLPYQQKPHFVVYFDVLNLSIGDSSVLQNVDVLSEILAVVDKVLSPIGFHKNY
RVLTDFLLKLIRHTAHRGVSEKMLRILKKWVTLICSQGVSESTKTVQDFVEIYSNMKTNK
EKFSNFLILLVTAVIETFPTLIFDEKTTSELQKLLHDDSVEKTEKERFFLNVAVFNRDEK
MIDLTDAVAMLKPLPINTKTTLWMRMSAAECLRNNQKFSEAILAYNLILVKLTNTLHMSN
NEKQLLLVQVLLAIAWISFEQNQTDLAVTSYKHAFRHIEKGIVVSQTASWLFEIAEKLEK
RNAHDFLLRYRNLLLNSNAYTILKPTSLEELRLVIQFTNTPHNGINQIHRLPEILYKLAL
WTSHILSCEYQIEEVVTVVDLLLERIFSLSTQLPRAVNLQPLVYALHEIGKNKLFCSAKL
LQEQRLMVGKKISFF

Nucleotide sequence

Length: 4,548

>Phmamm.CG.MTP2014.S515.g09642.01.t
ATGAGAAATCAACTCACAAAAAAGTTCAACATAATTGAATACCCATTTAAAGATGAAACT
AAACCTAACAAGGAAAGTGAAATTGGATTCCAAGAAAAGATGAAAGAATACCAAAATATG
GTGACAACCAATTTCACGAAAATAATGCAGGGTGTTTTTGAAGACTGTTACACTTTAATG
GGCGAACCCCCATGTTCGTTTGCAGTGCTAGGAATAGGATCCCTGGCTAAAAACGAAGTA
ACTCCATTCTCAGATTTTGAAAGCATTCTGGTGTTGCAAAACAATGTTGAGATTGACGAT
GCTGTGATGAATTACTTTCGAAACTACGCAATGTTGGGTCAACTCGTGGTTATCGGACTG
GGAGAAACGATTCTACCAGCAATGAGTATAAAGTCTCTGAATGATTTTGAGTCAGAAGGT
GGTAAATGGTTTATTGATGTTGTAACGAGACGCGGACTTTCTTTTGACGGTCTTCTACCT
CATGCTTGTAAAAATCCATTGGGAAGATTGCCGACCGAAAACAAACCTTGGCACACAGAA
TTAATACAAACTGTGGATAACATGTTGAGGTTTGTTGATGAGAATTTAGAGCTCAAGGAA
GGTTATCATCTGGCAGATATCATTTCACATTCAGTATTTGTTGCTGGTGGCGAAAAAGAA
GATCGCCAAGAAGAGAAGATTGGTACGCGACTTAGAAAAGTCTGCAATGAGAAGGGAGAA
GAAGATGAAGAAAAGATTTCAGAATCAGCAAACATGATTTCGCATTTGGGAAAGATTTAT
CATCAAAAATTTTGCCTAAATTCTGACGTTAAAACTGCAAGATTTGATGCGTTGCGAAGT
GCTGCTTTATATCAAGCTGCATTAGTGAGGTTCAAAGCAAATTCCGATGCTTTTCATGCA
ACTAAGCAAGAGCTGATTTCTTTGTATGGTGATGTTTTTCGATTTATTCATAAAAGTGAC
AATCCAAACGTTTTGGAATTTATAACAAAGAGAATCAGAAACAAATTAACAATAATGAGA
AATCAACTCACAAAAAAGTTCAACAGAATTGAATACCCATTCAAAGATGAAACCAAACCT
AACAAACAAAGTGAAATTGAATTTCAAGAAAAGATGAGAGAATACCAAAATATGGTGACA
ACCAATTTCACGAAAATAATGCAGGGTGTTTTTGAAGACTGTTACACTGTAATGGGCGAA
CCCCCATGTTCTTTTGCAGTGCTAGGATTGGGATCCCTGGCAAAAGACGAAGTGACTCCA
TTTTCAGACTTCGAAAGCATTCTGGTGTTGCAAAACAACGTAAAGGTTGACGATAACGCG
ATGAACTACTTTCGAAACTACGCAATGTTGGGTCAACTCGTGGTCATCGGACTGGGAGAA
ACGATTCTACCAGCAATGAGTATAAAATCTCTCAATGATTTTCAGAAAGATGGTGGTGAC
TGGTTTGTTGATGTTGTAACGAGACGAGGACTTTCTTTCCCTGGTCTTCTATCAACTGCT
TGTAAAAATCCATTGGGAAGATTGCCGACCAAACACAAGCGTTGGCACACAGAATCGATA
CAAACTATGGATGATAAGTTGAGCTTTGTTGATGTGGAAATAGAGCTGAAGGAAGGTTAT
CACCTAGCAGATATTTATTCACGATCAGTATTTGTTGCTGGTGGCGACAAAGAAGGTCAA
CCAACTGGTGAAGAGGTGGCTGAAACTTTTCACTATAAAATTAAAGAGAAAATTTTACAA
AAGTTAGGACATGAGTTAAATAAACTTAAACTATTTGTTCTCACAAAAAACGACATTGCA
ACATTCAGTTTTCAAAAGCTCAAACTTGGTCAGCCTGTTTATGAAAGCATATATCTTTAC
AGAGGCGTTACCATATTGCTACCACAATTAGCAATGTTACTGGGCGATATAGGAAATTCA
TCGTACGGCATTATTCAAGGTTTACTTGACAAGGAATTAATACATCCTGACTTTGCTGTT
GACCTTAAAATAGCGGTTGCTATTGCCAACTATGCTCTTGCAAAAACCTGCTTTGATAAA
GGTGCACAACGGGATAAACCTCCTGATGGAAAAACAAATTCAGATCATAAAGGATCAGAC
GTTTTGGAAATTGTTTCAATTTCCGGTTTACAACATTTGATCTGCGTAGGAACTCAGTTT
CAAGAATCGTTAGTTACATGCTTTGACAGCAACTATGGAATTATACCATTAAAAAGAAAC
ATCGACAATATTTTGCCTGGAAGTGTATTGTTTCGTTTTGAGCAATACCAGCGTGCAATT
GATTGGTTTAAACTGCAGTTGGAGTGCGTTTCCAATGACGACAATAACGACTTTTCAAAA
CAACTATACCATATTCACCTTATGTTGGGCAGATGTTACTACAGTAAGAATCAGCACCAA
GCTGCTTTAAAGCATCTCGAAAAATCCGAATATTATTGCAAAACTGAAAATATTTTGGAA
CGTGGGCGTTTGTTACTTTTCAATGCACTTAACCAACAAAAACTTGGACACATGGATACA
ACCTTCGAATTAATGAATATGGCTAAAGATTGTTTATGTCGTGTTCAAAAGTCAGATTCA
GACGAATACATTATTGAGTCATTTATCAACACTCTACAAGATTTGTCTAAGGAGAATCCT
GATTTTGTTCCAGAACTAATTGAAGTCATGGTGATTACAGGTGACCGCTTGTTGAATGAA
AGAGACACACCATTTTTAGCAATCTCTCACTACCAGAAGGCATTAGAACAGACTGAAAAT
CACTACAAGGACGAAAGACACATATTACTTAAACTGTATGTAAAGGAAGCGATAGCAGTT
TGCGAAGGAAAGCTGGGACATCATGGTTCCGCGATTGATGGCTGGTTGGAATTTATCGAA
AAAAGCAAAAGCGTGGCAAAGCATGATGCTTTGCAAATCTCAATTAGGCCAAAATACAAC
CCAATATTATCTGTGTTACGACATGCGCCAGACATAAAAGAGGCTTTTCTTAGTACTCAA
CAACGTCCCTATGCAATTAAAATTTGTTGCAAGCTTGTTGAAATCGTCGATGATTGGTTA
ACACTTCGACTTTCTGACAGTCTCCTCCGTTTTAGTGCAACGTTGAACGACATTCTTGGT
GATCTTTATAGCAGAAACAAAAATAAAAAGTGTCGTAATCTTGCTTTGCAACACTATAGG
ATGGCAAAGCGGACATTTGCTCAATTGAGTCAAAGTTCGAACTATGCAAAAGACGCGGAG
TTTATACTACGTCTGCTCAAAACATTACCTTATCAACAGAAACCACATTTTGTAGTTTAT
TTTGATGTTTTAAACCTCTCAATAGGCGACAGCAGTGTTTTGCAGAATGTTGATGTGTTG
TCAGAGATTCTTGCAGTCGTTGACAAAGTTTTATCTCCGATTGGGTTTCACAAAAATTAC
AGAGTATTGACTGATTTCCTTTTAAAACTTATTCGGCACACAGCTCACAGAGGCGTGAGT
GAAAAGATGTTGAGAATTCTAAAGAAATGGGTTACTCTTATTTGTTCACAGGGGGTTTCT
GAGTCCACAAAAACAGTACAGGATTTTGTGGAAATATATTCAAACATGAAAACTAATAAA
GAAAAATTTTCCAATTTTCTTATTTTGTTAGTTACAGCAGTGATAGAAACATTTCCCACT
TTAATCTTCGATGAAAAAACAACATCCGAGTTGCAAAAACTTTTACATGATGACAGTGTG
GAGAAAACAGAAAAAGAACGCTTTTTTCTCAATGTTGCTGTGTTTAATCGGGATGAGAAA
ATGATAGACTTAACAGATGCTGTGGCTATGCTGAAACCACTACCTATCAATACCAAGACT
ACATTATGGATGAGAATGTCAGCAGCAGAATGTTTAAGAAACAATCAAAAATTTTCCGAG
GCAATACTGGCGTACAACTTAATCCTGGTGAAACTAACAAACACACTTCATATGTCAAAC
AACGAAAAGCAATTATTACTTGTCCAAGTATTACTCGCGATTGCATGGATTTCGTTTGAA
CAAAACCAAACAGATCTAGCTGTTACATCGTACAAGCATGCTTTTAGGCATATTGAAAAG
GGAATTGTAGTAAGTCAAACTGCAAGCTGGTTGTTTGAAATAGCCGAGAAACTTGAAAAA
CGCAATGCACATGACTTTCTGCTAAGATACAGAAACTTGCTATTGAACAGCAACGCATAC
ACGATTTTAAAACCAACCAGTCTTGAGGAACTGCGCTTGGTTATTCAATTTACAAACACG
CCACATAACGGAATAAATCAAATTCACAGGTTGCCGGAAATCCTGTACAAACTCGCCTTG
TGGACAAGCCATATACTTTCTTGCGAATATCAAATTGAGGAGGTGGTGACAGTCGTTGAC
TTGCTGCTTGAAAGAATTTTTTCTCTTTCCACACAACTTCCAAGAGCAGTCAACCTTCAA
CCGTTGGTTTATGCATTACATGAAATTGGTAAAAACAAGCTATTTTGTTCTGCAAAACTA
CTTCAGGAGCAAAGACTTATGGTGGGTAAAAAAATATCATTTTTCTGA

InterProScan

Pfam
GlnD_Uridyltrans_N (IPR005105) - T[33-111] 8.2E-6 - T[370-449] 4.4E-6
Gene3D
TPR-like_helical_dom_sf (IPR011990) - T[744-820] 3.2E-6
SUPERFAMILY
TPR-like_helical_dom_sf (IPR011990) - T[747-809] 3.61E-6
SUPERFAMILY
ARM-type_fold (IPR016024) - T[840-1241] 8.34E-5

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value