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  1. Clone 'citb2a12' > 
  2. Transcript 'KH2012:KH.C12.696.v1...' > 
  3. Transcript 'Phmamm.CG.MTP2014.S9...'

Transcript Model

Transcript Id

Phmamm.CG.MTP2014.S901.g12674.01.t

Possible name(s)

MYL1; MYL4; MYL6B

Gene model

Phmamm.CG.MTP2014.S901.g12674

Location

S901 [3,512 / 20,744]

Sequences

Amino acid sequence

Length: 1,095

>Phmamm.CG.MTP2014.S901.g12674.01.p
MVDLNEQQLEDIKEAFEVFSQTPDMEIGYDQVGSMFRSLNLNPTEEDVLKALGNPSKEDM
GAKKLKYDEFLPVYSQLLKDYVEGTFDDMLEGLRVFDKEGNGTVMGAEIRHVLRTLGDKM
DASEISGVMDGQEDMNGSIAIEVLELNKKIAAMMEPSNYISNMQLPERVNATRHQPLGPD
CIISSKEIIDQTILTTVQYYWYISHEKGCVECVVKKSLTGEVTTQDPKCVVTRKNRRFEA
YCCTLCRLNFVTVVQALLHLKAAHRPNNKIVIQDKDVFHNIEKAMEVPPVPLPWHIAKKV
IEPGKLEDINNGEQPPTFVIPPGAIPIDQSTLTEAVPTMQQQQVVAPVNDTGQESNPMLG
IILALVKEFKKHITALTFNDLQHEVNITFVDESKVVAKAPDLFVEAKDENTEDGDDDDAP
LLFFVTEIEESKKDHETEYVTLKANNPMLARSLLKDALQRGLAVSSDMSSDRKEVSVKSE
PSVGSDVDSAEQNSPLPSSIADSKTKSSTNRRGKSVRFTLGSPDSSDDEDPRTPTMPATV
KESDEKQEVKTREGTFDGLRNVVDDLITTASKGRLIPLPPTSPLTTSAPHPPFISPTSLP
LVGSSPALSNMVSFDGSSMLPRSSGTLTRNQSWTPSAAGTSFSVASIRRPYTARGFTYAE
KIELMKQQNDYDAEFLDKHIRKTAASTKTTTSGQNNYSPLEVAKRKVAEGLGKQRRGRKP
GQGRRKQSQRESTSSDSDPPVTEHSSTGESARLQESTRHRRHRNHSTDSDDSPPTLVRNA
ANTMTGFHLLQNQLMGANFPTTDYYGSGEWATAAMETLKNLQSTMESRVHDQESVNRNMS
HDEKLTNHVRSLQRDKTSGDENKPAKGESLSDGDDYSSHQHLKVKLPSSRKRCKSNELKT
ILDEGDVETKRVKQNNNAEETNDFDSSEKVTSAMKYLNRGNLSGKHGISPLLSEKEQSKV
KSLVDGKEQKPLPFELVRQKKLMGQKCSSDPALSSRISEEPKRKDNLSDVSDEKFARCGD
HLVFTEDVGYNDLADDDRTVVMKLQSHTSSSSATVTDNIDVSLILILHKLYSMPGRCCTE
SAGQQAFTSIWQGTG

Nucleotide sequence

Length: 3,288

>Phmamm.CG.MTP2014.S901.g12674.01.t
ATGGTCGACTTGAACGAACAACAACTCGAAGACATCAAAGAAGCTTTCGAAGTCTTCAGT
CAAACCCCTGACATGGAAATAGGTTACGACCAAGTTGGAAGTATGTTCAGATCCCTCAAC
CTTAACCCAACTGAGGAAGATGTCTTGAAAGCTTTAGGAAACCCATCAAAAGAAGATATG
GGAGCAAAGAAGCTAAAGTACGATGAGTTTCTCCCAGTCTACTCGCAATTGTTGAAAGAC
TACGTTGAAGGAACCTTCGATGATATGCTTGAAGGTTTAAGAGTTTTCGACAAAGAAGGC
AATGGGACTGTTATGGGAGCTGAAATCAGACACGTGCTCAGGACACTTGGTGATAAAATG
GATGCCTCTGAGATCAGTGGTGTTATGGACGGACAAGAGGATATGAATGGGAGTATTGCC
ATCGAAGTGTTGGAACTAAACAAGAAAATAGCGGCTATGATGGAACCAAGCAACTACATA
AGCAACATGCAACTACCCGAGCGAGTTAATGCGACAAGACACCAGCCCTTGGGACCTGAC
TGCATTATATCATCAAAAGAAATCATAGATCAGACTATTTTGACCACTGTACAGTACTAT
TGGTACATTTCACATGAGAAAGGTTGTGTTGAATGTGTTGTGAAGAAATCTCTCACTGGC
GAAGTAACTACACAAGACCCGAAGTGTGTTGTCACCCGAAAAAATCGTCGATTTGAGGCT
TATTGTTGCACCCTTTGCCGACTAAATTTTGTCACAGTTGTGCAGGCCTTACTTCATCTC
AAAGCAGCCCACAGACCTAACAACAAGATTGTCATACAAGATAAAGACGTATTCCATAAC
ATCGAGAAAGCCATGGAAGTACCACCTGTCCCGTTGCCATGGCACATCGCAAAAAAAGTT
ATAGAACCTGGAAAACTGGAAGACATAAATAATGGAGAGCAACCCCCGACGTTTGTAATC
CCACCCGGAGCGATCCCAATCGACCAATCAACTCTCACAGAAGCTGTTCCCACAATGCAA
CAGCAACAAGTGGTTGCACCAGTGAATGACACTGGTCAAGAATCCAACCCAATGCTCGGA
ATTATTCTCGCTTTGGTGAAAGAATTCAAGAAACACATCACAGCGTTGACCTTCAACGAC
CTTCAACACGAGGTCAACATCACTTTTGTGGATGAAAGCAAAGTAGTTGCGAAGGCTCCC
GATTTATTTGTGGAAGCTAAGGATGAAAACACAGAAGATGGAGATGACGATGATGCCCCT
CTGTTATTTTTTGTCACCGAAATTGAAGAATCAAAGAAAGACCATGAAACGGAATACGTA
ACGTTAAAAGCAAACAATCCCATGTTGGCGAGGAGTTTGCTGAAAGATGCTCTCCAGAGG
GGACTGGCTGTTTCCTCTGATATGTCTTCAGATCGTAAAGAAGTGTCAGTGAAGTCTGAA
CCTTCAGTTGGAAGTGATGTGGATAGCGCTGAACAAAACAGTCCATTGCCGTCATCAATC
GCAGATTCGAAAACTAAATCTTCGACAAATCGTCGAGGCAAATCTGTTCGTTTCACGCTC
GGCTCCCCTGACTCGAGTGACGACGAGGATCCGCGAACCCCGACAATGCCAGCAACTGTG
AAAGAGTCTGATGAGAAACAAGAAGTAAAGACAAGGGAAGGAACTTTTGATGGATTGCGT
AACGTTGTTGATGACCTCATCACCACAGCTTCGAAAGGAAGGTTAATCCCCCTTCCCCCC
ACTTCACCCCTAACGACCTCAGCCCCGCATCCGCCCTTTATTTCACCCACCTCCCTTCCC
CTTGTGGGTTCGTCACCTGCTCTCTCGAACATGGTTTCGTTCGACGGATCTTCGATGCTG
CCACGAAGTTCCGGGACTTTGACCAGAAATCAGTCATGGACTCCGTCTGCAGCAGGAACC
TCATTTTCAGTCGCTTCCATTCGTCGACCTTACACTGCTAGAGGATTCACATATGCAGAG
AAGATAGAATTGATGAAACAACAAAATGATTACGACGCGGAATTTCTCGACAAACACATT
CGAAAAACAGCTGCTTCGACCAAAACCACAACGAGCGGACAAAACAATTATTCTCCACTT
GAAGTCGCCAAACGGAAAGTTGCTGAAGGTTTGGGAAAACAACGACGCGGCCGGAAACCA
GGTCAAGGTCGTAGGAAGCAGTCACAACGGGAAAGCACGAGTTCGGACAGCGACCCTCCT
GTTACGGAGCACTCATCCACTGGAGAAAGTGCGAGATTACAAGAGTCAACGAGGCATAGA
CGGCATAGAAATCATAGTACAGATTCGGACGATTCACCTCCAACTTTGGTGAGAAACGCA
GCAAATACGATGACTGGTTTCCACCTTTTGCAAAACCAACTTATGGGAGCAAATTTTCCG
ACGACTGATTATTACGGTTCCGGTGAGTGGGCCACTGCTGCCATGGAAACGCTCAAGAAC
CTCCAATCCACCATGGAATCACGTGTACATGATCAGGAATCGGTGAACCGTAACATGTCA
CATGATGAAAAATTGACCAATCACGTTCGATCCCTGCAGCGAGACAAAACTTCAGGCGAC
GAAAATAAACCCGCCAAGGGTGAATCTTTAAGCGACGGTGATGATTATTCGTCTCACCAA
CATCTTAAAGTGAAACTTCCCTCGTCTCGAAAACGCTGCAAATCCAATGAGTTGAAGACA
ATATTGGATGAGGGCGATGTGGAAACCAAGCGAGTCAAGCAGAACAACAACGCAGAAGAA
ACAAACGATTTCGATTCGTCGGAAAAAGTTACCTCAGCCATGAAATATTTAAATCGAGGA
AATTTGTCCGGAAAACACGGGATTTCACCACTTTTAAGTGAAAAGGAACAAAGCAAAGTA
AAATCTTTAGTTGATGGGAAAGAACAAAAACCGCTCCCCTTTGAATTGGTTAGACAGAAA
AAATTAATGGGACAAAAATGTTCGTCGGACCCTGCCCTCAGTTCGAGAATTTCAGAAGAA
CCAAAACGCAAAGATAACCTGTCTGATGTATCTGATGAAAAGTTTGCAAGGTGCGGCGAC
CATCTCGTGTTTACTGAAGATGTCGGTTATAATGACCTTGCTGATGACGACCGAACTGTG
GTGATGAAACTACAAAGCCACACAAGCTCGTCATCAGCCACTGTCACAGATAACATTGAT
GTAAGTTTGATCTTGATTTTGCACAAGCTTTATAGCATGCCAGGAAGGTGTTGTACTGAA
TCAGCCGGTCAACAAGCATTCACCTCCATATGGCAAGGCACAGGCTAG

InterProScan

SUPERFAMILY
EF-hand-dom_pair (IPR011992) - T[4-139] 5.55E-23
ProSiteProfiles
EF_hand_dom (IPR002048) - T[7-42] 7.567 - T[84-119] 9.325
ProSitePatterns
Znf_C2H2_type (IPR013087) - T[242-264] .

Best Blast Hits in UniProt
Protein Name Identity Bit Score e-value
MYL6_HUMAN 50.694 % 149 8.65E-42
MYL6B_HUMAN 47.917 % 151 1.69E-41
MYL1_HUMAN 48.951 % 150 1.56E-41