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TRANSCRIPT CARD

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  1. Transcript 'Phfumi.CG.MTP2014.S5...' > 
  2. Clone 'citb060n13' > 
  3. Transcript 'Cisavi.CG.ENS81.R15....' > 
  4. Transcript 'Phfumi.CG.MTP2014.S6...' > 
  5. Transcript 'Mooccu.CG.ELv1_2.S68...'

Transcript Model

Transcript Id

Mooccu.CG.ELv1_2.S689530.g43430.01.t

Possible name(s)

ATP2A1; ATP2A2; ATP2A3

Gene model

Mooccu.CG.ELv1_2.S689530.g43430

Location

S689530 [1,905 / 28,866]

Sequences

Amino acid sequence

Length: 1,000

>Mooccu.CG.ELv1_2.S689530.g43430.01.p
MDDAYAHNTEEVLKYFNVSEKLGLSNDQVKKNKEKFGLNELPAEEGKGLLQLVIEQFEDL
LVRILLLAAIISFVLALFEEGDDTVTAFVEPFVILLILIANACVGIWQERNAESAIEALK
EYEPETGKVLRQDKHSVQKILAKNIVPGDIVEVAVGDKVPADIRLIAIKSTTLRVDQAIL
TGESVSVIKHTDPIPDPRAVNQDKKNMLFSGTNIAAGKAVGVVTGTGSNTEIGKIRDEMA
DTESEKTPLQQKIDEFGEQLSKIITLICIAVWAINIGHFNDPIHGGSWIKGAIYYFKIAV
ALAVAAIPEGLPAVITTCLALGTRRMARKNCIVRNLPSVETLGCTSVICSDKTGTLTTNQ
MSACRLLTVEKTAHNNLMFHEFDITGSTYEPYGDVLKDGKKVHGGDYDGVKEISMICALC
NESSLDYNEAKGVYEKVGEATETALTVLCEKLNVFETNLEGITKAHRANICNMEIKNRMK
KEVTLEFSRCRKSMSVYCTPVDGTADSAKMYVKGAPEGILDRSTHVRIGSETVRLTQTMK
EDILTKVREYGTGRDTLRCLALGTVDSPPDPNTMDLADSNKFIQYESHITFIGIVGMLDP
PRQEVYDAIQECRKAGIRVIVITGDNKATAEAICRRIGIFEEDEDTTGLAYTGREFDELS
SDEQYEASLRARLFARVEPTHKSKIVEYLQANGDITAMTGDGVNDAPALKKAEIGIAMGS
GTAVAKTASEMVLADDNFTSIVAAVEEGRAIYNNMKQFIRYLISSNIGEVVCIFLAAALG
VPEALIPVQLLWVNLVTDGLPATALSFNPPDLDIMTKKPRSTKDTLISGWLLFRYCVIGV
YVGFATVAAASWWFMYASNGPAVSWWQLTHFMTCTADNANFAGVDCKIFEDPHPMTMALS
VLVTIELCNALNSVSENQSLLKMPPWRNVWLIGAIALSMALHFMILYVDPLPIIFQICPL
NLNEWGMVMKISLPVILIDEVLKYFAREYVEDVSEKKQK*

Nucleotide sequence

Length: 4,496

>Mooccu.CG.ELv1_2.S689530.g43430.01.t
TTTTAGACAATTCCATACttctatcaaaatatcttaattAAATAAGAAATATAAATTAAT
ATAAATATATCAATCATAAAGTCGTCATCATGGACGATGCTTATGCACATAATACTGAAG
AAGTATTAAAATATTTTAATGTATCCGAAAAGCTCGGACTATCAAATGATCAAGTAAAGA
AGAATAAAGAAAAATTTGGTTTAAATGAATTGCCAGCTGAAGAAGGAAAAGGCCTTTTAC
AACTGGTCATAGAACAATTTGAAGATTTGTTAGTCAGAATTTTATTACTTGCTGCTATTA
TATCATTTGTACTAGCGTTGTTCGAGGAAGGAGATGACACGGTCACAGCATTCGTCGAAC
CCTTTGTTATTCTTCTCATTTTAATTGCAAATGCTTGTGTCGGAATATGGCAGGAGAGAA
ATGCGGAGAGTGCAATTGAAGCATTAAAAGAATATGAACCAGAGACGGGAAAAGTTCTTC
GTCAAGATAAACATTCAGTGCAGAAGATTCTGGCTAAAAACATCGTTCCTGGCGATATTG
TGGAAGTCGCAGTTGGAGACAAAGTGCCAGCAGACATTCGATTAATCGCAATCAAATCAA
CAACTCTACGAGTCGATCAAGCCATCCTCACTGGCGAAAGCGTGAGTGTGATCAAACACA
CAGACCCCATACCCGATCCTCGTGCAGTCAACCAAGACAAAAAGAACATGTTATTCTCCG
GAACGAACATTGCAGCAGGGAAAGCGGTTGGCGTGGTAACTGGTACCGGTAGCAACACGG
AGATTGGAAAGATTCGTGATGAAATGGCAGATACTGAATCGGAGAAAACTCCTCTACAAC
AGAAAATTGATGAATTTGGTGAACAACTATCAAAGATCATCACATTGATATGCATTGCCG
TATGGGCGATTAATATTGGACATTTCAATGACCCGATTCACGGTGGCTCATGGATCAAGG
GAGCTATATACTACTTCAAGATTGCAGTCGCATTAGCTGTGGCAGCCATCCCCGAAGGTC
TCCCTGCCGTTATTACAACGTGCCTTGCACTCGGTACGCGTCGTATGGCTCGCAAGAACT
GCATCGTTCGTAACTTACCATCTGTCGAAACGCTTGGATGCACATCAGTGATTTGCTCAG
ATAAAACTGGAACTCTTACCACCAATCAAATGTCTGCATGCAGGTTATTGACGGTTGAGA
AAACGGCACACAACAATTTGATGTTTCATGAGTTTGACATCACCGGTTCCACATATGAAC
CATACGGAGACGTACTAAAGGACGGAAAGAAAGTTCATGGTGGTGATTATGATGGTGTTA
AAGAAATCTCGATGATTTGTGCGTTGTGTAACGAATCCTCACTGGATTACAACGAGGCAA
AAGGAGTTTACGAGAAAGTTGGTGAAGCGACGGAAACTGCGTTGACGGTACTTTGTGAGA
AGTTGAACGTGTTCGAGACAAACTTGGAAGGAATCACCAAAGCTCATCGCGCCAACATCT
GTAACATGGAAATCAAAAACCGCATGAAGAAGGAGGTCACGCTTGAATTCTCACGTTGTC
GTAAATCGATGAGTGTGTACTGCACTCCGGTGGATGGTACCGCTGACAGCGCAAAGATGT
ACGTTAAAGGAGCACCTGAAGGTATCTTGGATCGTTCCACTCACGTGCGTATCGGTTCGG
AGACCGTTCGTCTGACGCAAACAATGAAGGAAGATATCCTTACTAAAGTACGAGAGTATG
GTACCGGACGTGACACTCTTCGTTGTCTGGCACTTGGCACAGTTGATTCACCACCCGACC
CAAATACCATGGACCTCGCTGACTCAAATAAATTCATCCAATACGAGAGCCACATTACAT
TCATCGGTATCGTTGGAATGTTGGATCCACCTCGACAGGAAGTGTACGACGCGATACAGG
AATGTCGTAAAGCCGGTATTCGTGTTATCGTCATCACCGGTGACAACAAAGCAACTGCCG
AAGCCATCTGTCGACGTATCGGAATATTCGAGGAGGATGAAGATACCACCGGTCTCGCTT
ATACTGGACGTGAATTTGATGAACTTTCATCTGATGAGCAGTACGAAGCTTCTTTGAGAG
CACGATTATTCGCTCGCGTTGAACCAACACATAAGAGCAAGATTGTTGAATATTTACAAG
CCAACGGAGACATCACTGCTATGACTGGTGACGGTGTTAATGACGCTCCTGCGTTGAAGA
AGGCCGAGATTGGTATCGCTATGGGCAGCGGAACCGCTGTAGCGAAGACGGCCTCGGAGA
TGGTGTTGGCAGATGACAACTTCACATCAATTGTAGCCGCAGTAGAGGAAGGCCGAGCAA
TTTATAACAATATGAAACAGTTTATACGATACCTCATCTCTTCAAATATTGGCGAAGTTG
TATGTATTTTCTTGGCTGCTGCACTCGGAGTGCCTGAAGCATTGATCCCTGTCCAATTGT
TGTGGGTCAACCTGGTCACGGACGGTCTGCCTGCCACCGCACTCAGTTTCAATCCTCCCG
ACCTTGACATCATGACAAAGAAACCTCGTTCAACCAAAGACACTCTCATTAGTGGATGGT
TGTTGTTCAGATACTGTGTTATTGGAGTATACGTTGGATTTGCGACTGTCGCTGCGGCAT
CCTGGTGGTTCATGTACGCTTCAAACGGACCCGCTGTTTCTTGGTGGCAACTGACACACT
TTATGACATGCACAGCAGACAACGCCAACTTCGCCGGAGTCGATTGTAAAATATTCGAAG
ATCCTCATCCAATGACAATGGCATTGTCTGTACTTGTTACAATTGAACTGTGTAACGCAC
TCAACAGCGTATCTGAGAATCAGTCATTATTGAAGATGCCTCCATGGCGCAACGTGTGGT
TGATCGGAGCAATTGCACTTTCAATGGCACTTCATTTCATGATCCTCTACGTCGATCCAC
TGCCTATCATCTTCCAAATCTGTCCACTGAACTTGAATGAATGGGGGATGGTGATGAAGA
TATCTCTCCCCGTCATCTTGATTGATGAAGTGCTCAAGTACTTTGCTCGTGAATACGTGG
AAGATGTTTCggagaagaaacagaaataAACGGTCGAAGAAGCAAACTACAAGTTTTTTT
TTAAGTTTTAAATTTTATGTCATTTACGATTTGAAATTTTTGTGTGTGTTGTGAGTTTAG
ATACGAAAGGAATATGTATTGTATATACCATTTCTTACTCTCTGTTTGTTCGGCTTTGTA
TGAAACATTTAAACACTATAGGTAAATTACGTATGTCTACAACTGTGGTTAGAGCTCATA
ATATTTGTTGTGAATACATTTTTATTGAAAATTTTTATTTCTATCTTAGTTCCATTACAG
CAAAAGAAATGCTTTACAAAATATTGGCTGGTGAATTTTGCTGTTTACCAACTAACATGG
TCTCCTCATTTGCAGTACAACCACCCAATCATTGCATGACTACAAAATTAATTTAACCGT
TTGAATGCTGCACCAACCATTGCTGATTGGTTGTATAATTATAATTATGTTGTTGCGTGT
CACAAGACAGCTGCCTACCTGTTGCTAATGCACAGTAATTTATTAAACTGTTAATTCAAT
ATGATTTCAATGATGGTTGCAACGCATTAACTTAATATGTTTGTATTTATTAAAAACGAT
TCTATGTACCAACTTCTATTGCTTGTAGGTGGATAATGCAGGAGAAACAGATAAAATAAA
ATTTATGTGGAGCTAGATCTCTGATTATTGCTTCCATTAAGCATTTCTGATGGAATGGCC
AATCTTAGCAGTGACATAAAACTTTATTTTAGCATCTTTTATGTCAGCGGACCATTTTAC
AGAAATAACAAAAAGTTACATATTATCAATGTTCGATTTGCAAACAGTCCGTTTTTAAGT
ATTATACTTTCAAAGATTCTGGTATAGCAATAAATATAATGATTAGAATAAGCAATTTTC
CTATTTCAACAATTAGTTTTTTTGTGCATCGTAGTTTGCCCCTCCGACCTTTTTCACATC
AGCCAACAATTCGTCATAATGGATGTGCTCTCTAGCGTCACCTTCAAAATGAAATTCTTT
CGCAAATTCTGTTAATCCGCCAGCTTTTAGGACTGCTTTATCAGTTGACATAATTCCACG
CTTCAGTGCAGATACGTTTTCACCAATGTAAGTGATGAATGCGAACTTGGAACGAATGCT
CAACTCATCACCAGTTTGAAAACGAACATACACATAAAATCGTTCACCAGGAATTAAAAC
GTCGTATAATTGCTCGAATTCTGTTCCAGTTTGATCCTTTACAATGTTCTTTCCATCGTA
TTTGAAGGTTACCCATGTCACATCATTTTTATCGCTCCGAACCTCGTCACATGCGGCCAC
GATTTTATCCTTGCACACCTTAGCCATTATCCCGATTATTCAATACTAAACAGTTTGGTG
AAACCTGATGAAGTAAAAGCGGTGTTATGAACTAATCCAAACACTCTTCTATAAAG

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
AT2A1_HUMAN 73.826 % 1496 0
AT2A2_HUMAN 74.374 % 1497 0
AT2A3_HUMAN 69.386 % 1411 0