- Transcript 'KH2012:KH.C3.153.v1....' >
- Transcript 'Cisavi.CG.ENS81.R9.3...' >
- Transcript 'KH2012:KH.C3.153.v1....' >
- Transcript 'Moocul.CG.ELv1_2.S12...'
Transcript Model
Transcript Id
Moocul.CG.ELv1_2.S122329.g14326.01.t
Possible name(s)
AKNA
Gene model
Location
S122329 [6,910 / 35,321]
Amino acid sequence
Length: 1,052
>Moocul.CG.ELv1_2.S122329.g14326.01.p
MNRSNNDEGSFNKYIQPMSARSDVPEDEHRADTEDEDEHGEVATFGTTQDVESFLEHHLK
EMEQPNAYSGSESDQSERIKPAVGSRKHQEVPQLSLHHLPTKPLNITITPSKNRTRRMPP
RRPLGKTRSPAANRARRANANNRPSARIYTGSSDESSWRSDASKGELKKRLKEEAKTRKK
ETKVAQQLQESYDSLLMRYAEAENTIDQLRLGAKINLFADIPDLADPLEGEGGSNKQQNH
QNNSGRGTPGNTGPVHSSHHTGGSSSDDMDSVAQSLKLPSAASTEFLQVALQLQCKDVKD
QIAALQELLENGNLSPAQKQQAIRNIEAKIHDLENEYKVTKRTTDDENNKLMEHGEPVYE
FDPDQSIGNEICRLGTALDEIKADLSPQPVASASNQQLYKQLHQGDLPLSSSDSDSNLVE
GKFDDIVKRYDRSFDNDSTTAPSIIDEDEFDHSVHSVISRNSSRGRANTIPDKFFDPSSM
VSNPQSDSTMVNNKSRRTSPGSRLPRPAHASKSPENRLPQRSRFSSMQSDKDSQAGNASV
ASRRDRASDSGFIGSESSRQSGGKPPSHALTDVSNIPRSMIPVAKQRSPQIKQPLVKPDT
TPSPARKPHQQHPPLTKKHQYNNYMHAPDGNDTSFDEASKSTTVVMGGADTPPAITRPKH
KRVKSTSSKRSAASSRKSEPSRDSEFDLLKEEIANLRNEINDVKQQEVPQQRTQPPPPPA
DDGLLNTIMHDIKSLKDGLHHQKQPDDYLTSTPKHNDSETNQTRGRRSRGRRLGSRSRES
HRSISPQDRHSSRHRSPSTERRKSSRSRRSDRSGSPHRHRSHSRHRSKSPGPGYWTYVPP
TAPYFSAPPPPHVIEPPVIRVTPQRTSTRKHEYYASPQRTAVPFVVQQDILPSPGRIYVP
VQSAASPRMYQPAQVIKPVYMSTPLVQTNLLVEEEPPLTKSMLYHSPRRRSSSLSRLRKS
RNDRDFRMSTQLNDSLERAERASDDLRSHSWTLYKSMRNALNKSECFYAYVFFISSIVIF
IVFAQYFIVDQQQLTVSSHLHIVMYFHLLILK
Nucleotide sequence
Length: 3,378
>Moocul.CG.ELv1_2.S122329.g14326.01.t
CAAACAAAACTAATTAATTATTATAGAACAAAACAGTACGAGTTAAATTATAAGAACATT
TTTACGAAATGATATCAGCACTAGTTGTCAGAAGAGGGCCCAACAATAAATACAATCTAT
ATTTTTCAGAGTCTTGTTGACGATACACGAGCATCACCGTTACAAAGACGACGAAGTTCA
TCCCAACTCATTACTGCCTCTGGTGACGGTCCTTCATGGATGAATCGTTCCAATAACGAC
GAGGGTTCCTTCAACAAGTACATACAACCGATGTCCGCTCGATCCGATGTGCCTGAAGAT
GAGCATAGAGCAGACACAGAGGATGAAGATGAACACGGTGAAGTTGCAACCTTTGGAACG
ACGCAGGATGTTGAATCATTTCTGGAACATCATCTGAAAGAAATGGAACAACCAAATGCT
TATTCAGGTAGTGAATCTGATCAAAGTGAACGTATCAAGCCAGCAGTGGGCAGTAGAAAG
CACCAAGAAGTACCACAGCTTTCCCTTCATCATTTACCAACCAAACCACTCAACATCACG
ATCACACCGAGTAAAAATCGAACAAGAAGAATGCCACCTCGAAGACCTCTTGGCAAAACT
CGTTCACCTGCGGCCAATAGAGCGCGACGTGCAAATGCCAATAACCGACCATCAGCACGC
ATCTACACGGGAAGCAGCGACGAGTCGAGTTGGCGTAGCGACGCATCGAAAGGAGAATTG
AAGAAACGATTAAAAGAAGAAGCAAAAACACGAAAGAAAGAAACAAAAGTTGCGCAACAA
TTACAGGAGAGCTACGACAGTTTGTTGATGCGATACGCTGAAGCTGAGAACACAATCGAT
CAACTGCGACTCGGTGCAAAGATCAACCTGTTTGCTGATATTCCGGATCTTGCTGATCCA
CTAGAGGGAGAAGGTGGAAGCAACAAACAACAAAATCATCAAAACAACAGTGGAAGAGGC
ACACCGGGCAACACGGGTCCTGTCCACAGCAGCCATCATACTGGCGGAAGTTCATCAGAT
GACATGGACAGTGTGGCACAAAGTTTGAAGTTACCATCTGCCGCAAGTACTGAGTTTCTA
CAAGTTGCGTTACAACTGCAGTGCAAAGATGTGAAGGACCAAATCGCAGCTTTGCAAGAA
TTGCTTGAAAATGGCAACTTATCACCGGCGCAGAAACAACAAGCGATTCGTAACATCGAA
GCGAAGATACACGACCTTGAGAATGAGTACAAGGTCACAAAACGAACCACTGATGATGAG
AACAATAAACTAATGGAGCACGGCGAGCCGGTGTATGAATTTGACCCGGATCAAAGCATT
GGAAATGAAATATGCAGGCTTGGTACAGCATTGGATGAAATTAAAGCGGACCTTTCCCCA
CAGCCTGTCGCCAGCGCAAGCAACCAACAGTTATACAAACAACTGCACCAGGGTGACCTT
CCATTGAGTTCATCCGATTCCGATTCAAATCTTGTTGAAGGAAAATTTGATGACATTGTA
AAAAGGTATGATCGATCGTTCGACAACGATTCAACAACTGCACCCAGTATCATTGACGAG
GATGAATTTGACCACAGTGTGCATAGCGTGATTAGCCGGAATAGCAGTCGTGGACGTGCA
AACACAATCCCTGATAAATTTTTTGATCCTTCAAGCATGGTGTCTAACCCTCAATCAGAC
AGCACCATGGTGAATAATAAGTCACGAAGAACAAGTCCCGGATCTCGTCTTCCACGGCCA
GCCCATGCTTCGAAATCACCAGAGAACCGTCTGCCACAGCGATCGCGATTCAGTAGCATG
CAATCTGACAAAGATTCACAAGCTGGCAATGCAAGTGTTGCTAGCCGTCGCGACAGAGCA
AGTGATAGCGGATTTATTGGTTCGGAAAGCAGTCGACAGTCTGGCGGCAAACCACCTTCC
CACGCGCTCACGGACGTTTCGAACATTCCACGAAGTATGATACCTGTTGCTAAGCAACGA
TCACCGCAGATCAAACAACCGCTTGTTAAACCGGACACGACACCGTCCCCTGCCAGAAAA
CCTCATCAACAGCATCCTCCACTGACGAAGAAACATCAGTACAATAACTACATGCATGCT
CCGGATGGAAATGATACGTCATTTGACGAAGCGAGCAAGTCGACAACGGTTGTTATGGGA
GGGGCTGACACACCTCCTGCCATTACACGACCGAAACACAAACGGGTGAAAAGTACAAGC
AGTAAACGATCAGCTGCGAGCAGTAGAAAGTCGGAGCCTTCCCGTGACAGTGAATTTGAT
TTATTGAAGGAGGAGATTGCAAATCTCCGTAACGAAATCAACGATGTAAAACAACAGGAG
GTTCCGCAACAACGCACACAACCTCCCCCTCCTCCCGCTGATGATGGATTGTTGAACACC
ATCATGCATGATATAAAGAGTTTGAAAGATGGATTGCACCATCAGAAACAACCGGATGAT
TATTTGACCTCAACACCAAAACACAACGACAGTGAAACCAATCAAACGAGAGGAAGGAGG
TCACGAGGTCGAAGGTTAGGATCAAGATCTCGGGAAAGTCATCGAAGCATATCACCACAA
GATAGACATTCATCTCGTCATCGTTCGCCGTCAACGGAGCGTAGAAAAAGCAGTCGAAGT
CGTCGTAGTGATAGATCCGGTTCACCGCACAGACACAGATCCCATTCACGCCATCGGAGC
AAATCACCGGGACCCGGTTATTGGACGTATGTTCCACCGACAGCTCCGTACTTTAGTGCT
CCCCCGCCACCACACGTCATCGAACCTCCTGTGATACGAGTCACACCTCAGCGCACATCA
ACACGGAAACATGAGTACTATGCATCCCCACAACGAACAGCAGTACCTTTCGTTGTACAG
CAGGATATACTACCATCACCAGGTCGTATATACGTTCCTGTACAAAGTGCCGCATCACCT
CGGATGTACCAACCCGCACAAGTCATCAAACCCGTCTACATGTCAACTCCACTCGTCCAA
ACGAACCTGTTGGTTGAAGAAGAACCTCCACTTACTAAAAGTATGCTGTATCATTCACCA
CGGAGGCGTAGTTCATCGTTGTCTCGGTTACGGAAAAGTCGCAACGATCGTGATTTCCGC
ATGAGTACACAATTGAATGATTCACTTGAACGAGCAGAGCGTGCATCAGACGATTTAAGA
TCACATTCATGGACACTTTACAAATCGATGAGAAACGCTTTGAATAAATCAGAATGTTTT
TATGCATATGTCTTCTTCATAAGTAGCATTGTGATATTTATTGTGTTTGCACAATACTTC
ATTGTTGATCAACAACAACTCACTGTTTCATCTCATTTACACATTGTGATGTATTTTCAT
TTACTGATACTCAAATAA
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| AKNA_HUMAN | 29.502 % | 95.1 | 1.36E-19 |