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TRANSCRIPT CARD

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  1. Transcript 'Haaura.CG.MTP2014.S1...' > 
  2. Transcript 'Phmamm.CG.MTP2014.S3...' > 
  3. Transcript 'Phmamm.CG.MTP2014.S3...' > 
  4. Transcript 'KH2012:KH.C9.661.v1....'

Transcript Model

Transcript Id

KH2012:KH.C9.661.v1.B.SL1-1

Possible name(s)

AKNA; AKNAD1

Gene model

KH2012:KH.C9.661

Location

KhC9 [6,482,485 / 6,497,266]

Sequences

Amino acid sequence

Length: 1,534

>KH.C9.661.v1.B.SL1-1
RRMSGDFQRPGKISHRKSSRITFAGRGSGDGHLNIDDAGILQPDDNSKSFDDSVPLEDPS
LNLTDDDTFANILEVNTASENEDNILSPTSHKVCGTSDSEPILDISEKSGRVHSEDLRIQ
LDELGAEYSEDFSKTTDSNALPTKTKSHASGSPHLDETESLTEFEEIERLIQANTAQDSD
DDFSDIPEDLEKKILSGPISRSSNNSRRNSGLPTKSSSSEPLPPLSARSNKSSSSRESNR
SRESNRSLGSSSHHGRNDEEDKTNIRTLHHDTGYASDVDKTTTNLEPSMEVVDQNPHNDT
QSSSESSQSESEHEIPTNDPNLHSTMVSTQDELNERVNTQHNTSNTEDLTITQEEEGVVM
EDTADTGGGHDHIMDRYIVPTHRSAVGDTNEPNSLVATFGTTEDFEVLLQQQLDEMNDDD
IGTATRGQTYTGRDTESPTQLNQTTDIQWRHPGNNRQPTSKNLNSSNESVRKSSYTRPSP
RNKPTTNKPVVKSRLKLSPEVKANSPNRDSFQPRESTPASGRNTSRSARSPAANRARRAN
DKTHGRESRLICQSSDDASIRSDVSRSELRSKLKQEAQSRKRDEEFVKQLQENYGELLMK
YAEAENTIDHLRLGAKINIFASVPRPNPEDPTLPFVESTSHPTDRRPRLATVTDGGLNQP
PQSPVMFPSDEGPSKLHASSAGSDKDSWVESSLQLPAAAAAEFLRVALQLQAKDLQDKID
SFKTLMKETELSPHEKAHAMENIEDSLHALERDYLNAVDEHAAEQRKLAMATGGSVEQGQ
PFDPGREMESDIFRLGQMIDGLKHEMSNEPVQQQQQPPYNHPSSPELDVDEKFDQLMKKY
NRAPTINESSPTTIPSSHDEEEEDGGRTSRSENIPNKYFQPASSQLNDSTFTGEPPSQPQ
TPSPRKERSSVHDDTSRSPSPSRRQSRLPRPVSRGRRSSSADRKQTDKGTDSGFVGSESS
RQSTTTAPLTPVKTKLVTRPQSVIEVKKVPDSKPPVASERRGRCLSGDTTSTMQTNERHR
PKPARRLSSAYHDKVGMYKPPQSYTIDDSMDDISTTSTVREMLKPRHPSRSISSSPSHSP
HQAKIKPPLTPYPRGSRSGASVKSKDSSKSRRSMASSTKDSTLDAIRGEISKLREEMKST
NQGKENVHPVLTSTPRVPLVAERSHSPIITSDNEALRAIHDDIKVGPKMSVFYCPLLEES
DGFSDSGISDGEFTSSPRCSTCMSSPRNRDSRLIKKRIPAYDERSVAPHMGSVNSRSRSR
VQRIHRRALKDEVHRQSHRKGTGDTSSVKSAEMSSSRRSRSEKKTPRSRRSHSLDRDDLS
DASTNREESPTSGRRRRRSRSQSRNPFQGGYWTYVAPSAPVIETQQVPIARVYARTQSPV
RAVYSPVYPAVQPPVIAQPQVVYMEQPTAPTRVYVSSPAPTQARIYTTPSKPNASIYISP
RHANSSRNVRKANVYIVDSEDEPLRRSHLSSLRRSSSMSKLHREVPLVALPDSSLNDSIE
KAERASERLRSRSRTMYRTVRDDLYHTQLLADTM

Nucleotide sequence

Length: 5,610

>KH2012:KH.C9.661.v1.B.SL1-1
GTTATAAGTTACCACCCAATACAGGCACATTATGGAAAGTGTTTTTTAATGACTTTGGAT
TAAAAAATGTATCTTAAGTCTACACACTGACGAAGAATGAGTGGAGACTTTCAAAGACCA
GGAAAGATTAGTCATCGCAAATCCAGCCGCATAACCTTTGCTGGTAGAGGGAGTGGTGAC
GGCCATCTTAACATTGATGATGCGGGGATATTACAACCGGATGATAATAGTAAGAGTTTC
GATGATTCTGTGCCTTTAGAAGACCCAAGTCTGAACCTGACGGATGATGATACGTTTGCG
AATATTCTTGAAGTAAATACAGCTTCTGAAAATGAAGACAACATTCTGTCACCAACAAGT
CATAAAGTATGTGGAACATCAGATTCTGAACCCATTCTTGACATCAGTGAAAAATCGGGC
CGTGTACATAGTGAAGACCTTCGTATACAGCTGGATGAGTTAGGTGCTGAATATTCAGAA
GATTTTTCCAAAACAACCGACTCAAATGCTTTGCCAACGAAAACCAAGTCACATGCTTCA
GGAAGTCCCCACCTCGACGAAACTGAATCCCTGACTGAGTTCGAGGAGATCGAGAGATTG
ATTCAAGCGAACACGGCACAAGACAGCGATGACGATTTCTCCGACATCCCGGAAGATTTA
GAGAAGAAGATTTTGTCGGGTCCTATAAGCAGGAGCAGCAACAATAGTCGGCGCAACAGT
GGCTTGCCGACAAAATCATCTTCATCGGAACCCCTTCCCCCTCTCTCTGCTCGATCAAAT
AAATCTTCATCATCACGTGAATCAAATCGCTCACGTGAATCAAATCGCTCACTTGGAAGT
TCTTCACATCACGGGAGAAATGATGAGGAGGACAAAACCAACATCCGAACTTTACATCAC
GATACCGGATACGCAAGTGATGTTGATAAAACAACAACAAACCTCGAACCATCGATGGAA
GTCGTTGATCAGAATCCACACAATGACACACAATCATCGAGCGAGAGTTCCCAAAGTGAA
TCCGAACACGAGATACCAACCAACGACCCCAACCTCCATTCAACCATGGTGTCAACACAA
GATGAACTAAACGAAAGAGTCAACACCCAACATAATACTTCAAATACTGAAGATCTCACT
ATTACACAAGAAGAAGAAGGTGTAGTGATGGAGGATACAGCAGATACAGGGGGCGGCCAT
GATCATATTATGGATAGATACATCGTGCCTACACACAGGAGTGCTGTAGGCGACACTAAT
GAACCAAACAGCTTGGTTGCTACATTTGGAACAACTGAAGACTTTGAAGTTTTGTTGCAA
CAACAACTGGATGAGATGAATGATGATGATATTGGAACAGCTACAAGAGGCCAAACATAC
ACAGGTAGAGACACAGAATCACCAACGCAGTTGAACCAAACTACAGATATACAATGGAGA
CACCCAGGCAACAACAGACAACCAACAAGCAAAAACTTAAACAGTTCAAACGAAAGTGTG
CGCAAGTCAAGTTACACGAGACCCAGCCCGAGGAACAAACCAACCACCAACAAACCAGTC
GTGAAATCCCGATTAAAATTATCTCCAGAAGTAAAAGCCAATTCACCAAACAGGGATAGT
TTCCAACCACGAGAATCTACCCCAGCATCGGGACGAAACACTTCACGATCCGCGCGATCC
CCGGCAGCCAACCGCGCAAGGAGGGCAAATGATAAAACTCACGGAAGAGAATCCCGGTTG
ATTTGCCAGAGCAGCGACGATGCGAGCATCCGATCCGATGTCTCCAGGAGCGAGTTACGT
TCCAAACTTAAACAGGAAGCTCAATCAAGGAAGAGAGATGAAGAGTTCGTGAAACAACTC
CAGGAAAATTATGGAGAACTTCTTATGAAATACGCTGAGGCTGAAAACACTATCGACCAT
TTAAGACTTGGAGCCAAGATCAACATATTCGCATCCGTTCCTCGCCCGAATCCCGAAGAC
CCAACCCTTCCGTTTGTAGAATCGACGTCGCACCCGACCGATCGTCGTCCACGACTCGCA
ACTGTAACCGATGGAGGGCTTAACCAGCCACCCCAGTCCCCAGTAATGTTCCCATCTGAT
GAAGGACCATCCAAGCTACACGCCTCATCTGCTGGATCTGATAAAGACAGTTGGGTGGAA
AGTAGTTTACAACTTCCAGCTGCTGCAGCTGCCGAGTTTCTTAGAGTAGCTTTGCAACTA
CAAGCCAAAGATTTGCAGGACAAAATCGATTCCTTTAAAACTTTGATGAAAGAAACAGAG
CTAAGCCCACATGAAAAAGCTCACGCCATGGAAAACATTGAAGATTCACTTCATGCCCTG
GAGCGAGATTACCTCAACGCTGTCGATGAACACGCAGCGGAACAACGTAAGTTAGCGATG
GCCACCGGGGGCAGTGTGGAGCAAGGTCAACCTTTTGACCCCGGCAGGGAAATGGAATCT
GATATTTTCCGACTTGGTCAAATGATTGATGGATTGAAACACGAGATGTCCAACGAACCC
GTACAACAACAACAACAACCCCCGTACAACCATCCAAGTTCACCTGAGTTAGATGTGGAT
GAAAAGTTTGACCAACTCATGAAAAAATACAACCGTGCACCCACCATAAATGAATCTTCC
CCCACCACGATCCCATCCTCCCATGATGAAGAAGAGGAGGATGGGGGAAGAACATCGAGG
AGCGAAAACATCCCGAACAAATACTTTCAACCAGCGTCGTCCCAACTTAACGATTCAACC
TTTACAGGGGAACCCCCCAGCCAACCCCAAACCCCCTCCCCAAGGAAAGAAAGGAGCAGC
GTCCATGATGACACTTCACGTTCTCCATCTCCTTCCAGAAGACAAAGTCGTCTTCCTCGT
CCAGTTTCAAGAGGTAGGAGATCTTCCAGTGCTGACCGGAAACAAACAGATAAAGGCACA
GATAGCGGCTTCGTTGGTTCGGAAAGTAGTCGGCAATCGACAACGACAGCGCCACTAACG
CCCGTCAAGACAAAGTTAGTCACTCGCCCGCAGTCAGTTATAGAAGTGAAGAAAGTTCCG
GATTCGAAACCCCCCGTTGCATCGGAGAGACGAGGAAGGTGTTTGTCAGGTGATACAACG
TCTACAATGCAAACTAATGAACGACATCGTCCGAAACCTGCCCGTCGGTTATCCTCCGCG
TACCATGATAAAGTTGGAATGTATAAACCACCACAATCTTATACGATTGACGATTCAATG
GACGACATCAGCACGACGTCAACCGTTCGTGAAATGTTGAAACCTCGTCACCCATCTCGT
TCTATCTCATCTTCACCCTCACATAGCCCTCACCAAGCTAAGATAAAACCCCCCCTTACC
CCTTACCCACGTGGGTCCAGAAGTGGGGCAAGCGTCAAATCTAAAGATAGTTCAAAGAGT
AGAAGGTCGATGGCCAGCAGTACTAAGGACAGCACGCTTGACGCAATTCGTGGAGAAATT
TCGAAATTACGCGAGGAAATGAAATCGACCAATCAGGGCAAAGAGAATGTTCACCCCGTG
TTGACCTCTACCCCTCGAGTCCCTCTAGTGGCCGAAAGAAGTCACTCCCCGATCATAACT
TCGGATAACGAAGCTCTTCGTGCCATACATGATGATATTAAGGTGGGCCCAAAAATGTCT
GTGTTTTACTGCCCCCTCCTGGAGGAGTCCGATGGCTTCAGTGATTCTGGCATTTCTGAC
GGTGAATTTACATCTTCTCCACGATGTAGCACTTGTATGTCATCTCCAAGAAACAGGGAC
TCGCGTTTAATAAAGAAGAGAATACCAGCATATGATGAACGTAGTGTAGCACCACATATG
GGTTCTGTAAACAGCAGATCGAGGTCAAGAGTGCAAAGAATCCATAGAAGGGCTCTGAAA
GATGAAGTTCACCGACAAAGTCACCGCAAGGGAACAGGTGACACTTCGAGCGTCAAGTCC
GCTGAAATGTCCTCCTCACGAAGATCCAGGAGTGAAAAAAAGACGCCGAGATCCCGAAGA
TCACATTCGCTTGATCGTGATGACCTGAGTGATGCAAGCACCAACCGGGAGGAAAGTCCA
ACATCCGGAAGGAGGAGAAGAAGATCACGATCTCAATCCCGTAATCCGTTTCAAGGAGGT
TATTGGACTTATGTGGCACCATCAGCGCCCGTCATCGAAACACAACAAGTCCCAATAGCT
CGAGTATACGCTCGTACACAGTCCCCAGTCAGAGCAGTTTATTCACCAGTCTACCCTGCA
GTGCAGCCACCAGTTATAGCTCAGCCACAAGTAGTTTACATGGAGCAACCCACCGCCCCT
ACGCGGGTGTATGTGTCGTCACCAGCGCCCACACAAGCACGAATCTACACAACACCCAGT
AAACCTAACGCCTCCATCTACATATCACCACGCCATGCCAACTCTAGCAGGAATGTAAGG
AAAGCAAATGTTTATATTGTTGATTCAGAAGATGAACCATTGAGGAGGAGTCATTTGTCA
TCTTTACGCCGATCTTCGTCAATGAGTAAACTTCATCGTGAAGTTCCTCTCGTTGCTCTT
CCCGATTCCTCCCTAAACGACTCGATTGAGAAAGCTGAACGAGCATCTGAGAGACTTCGC
TCTCGCTCACGAACAATGTATCGAACCGTTCGTGATGATTTGTACCACACACAACTATTA
GCTGACACCATGTAGACACACATTGCTTGCTATGTAAAACACTCGTTTGCCAACCCTACC
TTCTATTTCAAGCTTTACTTTCCAAAGTATTTTCAAAGAACAGTTTGTTAAAACCATAGA
AGTTCATTCGTACCACAGTTTCCACTGGAGTTCTGTAGACTTTGTCATCCATTATCAAGA
GAAATCAAACTGTTGAGGTTCCATCTTAAATTGACACAATCTTTATTGGTTGACATAATT
TTCGCCATTTATTTAAAGAAACATCACTTTTTACCCACCACCCTCACACACATTCCCGTA
CAACAACAACTTTCCCAACTTTGTATTATGTCAAAAGGTTAATGTTTCACTCAGGTTGAA
ATATTTTTAAGAGTTCGTATTTAATTTTTACTCTTTGACAATTGTGAGAATTTTTTTTAC
ATTTTACCCGAGATAGTTGAAACATATTTTTATACCCGTAGCAGTACATCCTCCCCCTTG
TTGCCTTACACCACATTCCACACGTTAAAGTGTCTTCAATTTTTATCGTTTATTCAATAG
AAGCTTTTATATTTTATATAGCACTAAATTAGGTGAGACGTGTATGATATTAATTACGTT
ATCCGAGCACAACGTGTATGCTCCTATTCAAATACTGAAACATCTGTTGCTGTTTTTATT
TTAACAATAGTCCTACTGTGCCTTCCAATTGTGGCTTTTAAGGTCACTGTTCGTAAACTA
ACATCACCTGTTATGCAAAAACCTGTATTTTTCAAAACTTATGTTTAAACCTGTTTTTCC
TATTACACCACACTTAGATTTCAAAAATGCCAAAAATCTTCGAATCAAATTGTGTTTCAG
TTCCTGACAGTTAGGACATATTACATCAAAGACAACCATCTATATGCTTTATTTGAAACA
GAATAAAAAGAACTTTACAACATAAGCATA

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
AKNA_HUMAN 31.402 % 117 3.06E-26