TCONS_00047910 (transcript) - C. hemisphaerica

Overview
NameTCONS_00047910
Unique NameTCONS_00047910
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2231

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00047910 ID=TCONS_00047910|Name=TCONS_00047910|organism=Clytia hemisphaerica|type=transcript|length=2231bp
atctaaGATAAAAGTATAATAAAGATCAAAGCATATAACTATTGATCAAT
GGATGAACAAAGCTGTCCAAGATGCAAGTCAACCAGCTATCGGAACAATA
AACTGAAATTACTGGTCAATGTTTGTGGTCATAAACTatgttCAACGTGT
GTTGATGTGTTGTTTACACGTCCATCAGCTGCTTGTCCACAGTGTAATAC
TGCATTGAGAAGGAGCGATTTTCGAGTGCAACAATTTGAAGATGCATTAG
TTGAGAAAGAAGTCGATATCAGaagaaaaattgtcaaaatATTCAATAAA
AGAGAAGAGGATTTTAAAACTTTGCTTGATTACAACAACTATTTGGAGGA
TATTGAAGTGATAATTTTCAATTTAGCAAACAAGCAGAATGTGGATGAAA
CGAAGAAAAAAGTTGATGCTTACAAAAAGGATAATGAGAAGCTTATCCGC
AGGAATAACACAAAAATTAGTCAAGAGGAAGCGCTGATGAAAGCGTCAAT
CGAAGCAGACCTACAGAGCGCTGAAACTAAACGTAAAATGCTGGTGGAAG
AAGTCGAAAATGCCGCGTTGCAAAAGAAGAAGGAGAAAGAAAACCTCATC
AATGATTTGATCTATGCAAATGCACCAGCGGAAGAGGTCATTGCAAGGCA
TAAACTCATCAAAGAACAACATCAACAGCAAAAAatggaagaagaagaac
aaaagaaatctttcttcttttcagagAAAAACAAGAATTCACACTTTGTC
AATCAGCCAATTGTGGAAGCTCCTTTGTTTATATATCAAGAATCAACGAG
AGAATGGTTCGGTCCCAGCCCTCCCGAAGAAGACGCTCTCCAATCAAAAG
GGTACCTGCAACATATTCGGAGTGCATCGTCCTCCGAAAGAGCTGGTGGT
TACACGGAATCTATTGCTTGTCAACGTGCTATTCAAGAAGCATTCGACTG
TCTTTTCATCTAATAGCAAAGCAACTTTCTGTTCCTTATTGGCCTATCCC
TAATTCTAAACAATTgagaaaatataaacaaatctTTGGTTAGAATGTTT
CGTGCATCGTTCAAACGTTGTTAATTACGTTTGCATGGCTCGTTAAACGT
TCATTTGCATGCTTCATTTATCAATATGTTGGTTAATGTGTTCGTTCAAG
GTTTATTAAACGTTCCTAATACTAAACCTTGTACTAATTTATTAGTTCTC
TCATGCGAGTGATTTTCTTCTAACCAGTTGAAACAAGATGTTTGAAATTC
TGTTGGGTTTTCATCAAACAGCAAACCAACATTTTCCAATGCGGTTATCT
TAACACTTCAAACAGCCGCATCGAACATAAAACAACGGCGAGGTCAACTG
AGATGTCTCATCTGCACTACTGATTCGCTTCTCCAGCTCCCTTTGCTTGT
TCTGCAAACTATTTTGTAGTCCACCAGTATCGGAAGACTATCCAATAGCT
CAATATGGATCAAGTACTACCAGGATATGCTGAAgAATGCAGATTAATGT
CCAACACATCACTGGCACCTTCAACTCCATTCGTTTGTTATTCACTTGAT
GAAATTTCACCGACTTACGATTTTAACACTCCCGACaccaatgcaatgtc
ttccaatACTGTAGGCCAATCAAATCACGTGATTTTTCCTGGTGAACAAG
ACAATATGTCCATTTATTTCAACAGAAGGAAAGGAGTGGGGAGTATTGAT
GATGGAGAGAGGCGAAAACTTCGAAGGGAGCGAAACAAGGTGGCTGCATC
CAAATGCCGAAACAAAAGACGCGAGCATGTTCGACTTTTACTAGAGCAAT
CTGACGAATTGGAGCTGAAGAATAAACGAGTTGAGCTTGAAATTGTTCAT
TTACAAGCACAAATCAAAGAACTTGAAACACTTTTAGATACCCATCGTTG
TTTTTCTGGTGTTAACAATGGTAATATTGTTATGAAAAATGGATTGTTCG
GTCAACCTCATTTGTAACATAACAAGCTTCTTGTTTGTGACTTGTTATTC
GACTAAAAATGAAATGTTATTTTGACAATaaacttttgtaaatatttgaC
TGAAACTATTTTTGTGGTCCTATAagcttttgtatatttttttagctgaa
tattttttgagcCATTATTATGTATTTTTGAATTGACTTTTGTATGTTTT
TAATGACAATGACACAAAAACATGTGTAAAACTATTTTGTACAAGAGGTA
CTTCCTGTGAAAGCTTCGTTTTGAATTAATT
Run BLAST on NCBI

transcript from alignment at scaffold_139:161616..178210-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00047910 ID=TCONS_00047910|Name=TCONS_00047910|organism=Clytia hemisphaerica|type=transcript|length=16595bp|location=Sequence derived from alignment at scaffold_139:161616..178210- (Clytia hemisphaerica)
ATCTAAGATAAAAGTATAATAAAGATCAAAGCATATAACTATTGATCAAT
GGATGAACAAAGCTGTCCAAGATGCAAGTCAACCAGCTATCGGAACAATA
AACTGAAATTACTGGTCAATGTTTGTGGTCATAAACTGTAAGTTTTTAAA
GTATTTTGTTATAGGCTTAAATCAAGGTGGAAATTATTTTTACATTTTCT
GCAATGAAGAAAATCCATCATATTTATCAGAAAAATCCAGATACACAAGA
TTGTGGGTTCAAATTAAAAGCCAATATTTTCCAGAAGGCAAGAGTAAGAG
AATCAATCCAGGATCTGTCAATTATTTTAATGGTAGCTTTCTGGAAGCTA
TTTATTGTGTGCTAGCAATCCTTACCAATTCAAGTTTAAGTTAGAAATAT
CCAAGCATACATCTTATAAAAGTTTCAATAAATTTGTATTTTTGTAGATG
TTCAACGTGTGTTGATGTGTTGTTTACACGTCCATCAGCTGCTTGTCCAC
AGTGTAATACTGCATTGAGAAGGAGCGATTTTCGAGTGCAACAATTTGAA
GATGCATTAGTTGAGAAAGAAGTCGATATCAGAAGAAAAATTGTCAAAAT
GTAAGATTATTTTTACAATAGCTACTACATACCCCCTACCCCCTGAGCAG
TTTGCGTGAATGCTTGAAAATTAGAAAAAGATAGCATGAATGTGTGAGTT
TGGAAAAAAAATTGCATGATTACGTGAATTTAAGGTCTGTAACCTCTGTA
CTTTTACATGGTGTACGTTAATACTAGATGAATTTTCTATGAATCCCTAA
GAGTGGATTTTCACCTTTATTTTTGCTGTATATTTTAGATTCAATAAAAG
AGAAGAGGATTTTAAAACTTTGCTTGATTACAACAACTATTTGGAGGATA
TTGAAGTGATAAGTGAGTATCCAAACCATCAAAATGGTCTCATCAATATT
CTAATTTAATAATGACGAGGGCTACATACATAATCCAGTTTAGAGTGGCT
GAATTTTCATTTTCCATTTTATTCTTACTATTCTTTCTGCTATTTCTTAC
ACAAAAATCAAACCTTTTCTTATAGAAAATAAAAAAAGTCCACCTCGACT
ACAACAAGTGTCTATCATCATCTTTGATTGTCTTTCAGTTTTCAATTTAG
CAAACAAGCAGAATGTGGATGAAACGAAGAAAAAAGTTGATGCTTACAAA
AAGGATAATGAGAAGCTTATCCGCAGGAATAACACAAAAATTGTATGTTA
TAAATTTTAATCAATTCTATTCCCATCAATTCCGCAGAATCCTTTTGAGC
CATCCCCTTAAAAAGCAAATGAAAAACTAATGGGTATCCAAATGTATTAT
TTCCAGAAGAGGGCTTTTGTAAAAAATATTTAGCTCCTAAGTGTTAAAAT
AGTTTCTGGAAATATTAAAACGCCAGGCTTGAACTCTTTAAGTTAATGGT
ATGTACAAAATTCTGGTCCTGGGGTCTGAAATTTTTGTTCTTTGCAACAG
GTAAAATCAGACCTCTGTTGGAAACAATTCATGCCAATTGTGGTGACTTT
CCAGTATGGTTTGTGTATTCTTATCCTTTTAATTCTTTCAGAGTCAAGAG
GAAGCGCTGATGAAAGCGTCAATCGAAGCAGACCTACAGAGCGCTGAAAC
TAAACGTAAAATGCTGGTGGAAGAAGTCGAAAATGCCGCGTTGCAAAAGA
AGAAGGAGAAAGAAAACCTCATCAATGATTTGGTTTGTCAATTCATAGCC
CTTCTTCGTGATTCTCTAAGCTAGACTTTCAGTGTTTTAAAGCAGTCAGA
TTTTCAACGCTTCATTTCTTAAAATTCTCCCTTTAGCTAAATATTATGGC
CTCGTTTTCAAAAAGAACAAGAACTCTAACCGACGTTTACTCACTTTGAT
GTGTTTTCCCAAAACTTTTTTAGTACAGACGTTTGCAAGAATTAACGATA
GCTCAAAAAAGAACTTGCTCAAGTGGGATTATATTATTGGTTTTCTACTT
CATTAATGTGCCGATTGCTGGTTCACCGACATGTTTTTATTCTTATTCTC
TCTTAACATTCTTCGACTTTTGTTTAGATCTATGCAAATGCACCAGCGGA
AGAGGTCATTGCAAGGCATAAACTCATCAAAGAACAACATCAACAGCAAA
AAATGGAAGAAGAAGAACAAAAGAAATCTTTCTTCTTTTCAGAGAAAAAC
AAGGTAAAATATTTGTCAAGATGTACGGTTGATGGAAGGGGGACCTTAAA
GTTATAAAGAAAATGATATCTCTAATAAAATTTAATAATAAAATTTAAAA
TTTTTCTTACGTTAAAGAATGTTCTGTCGACTTCTGACGACAGACGAGGA
TTAGACAATGTATTATTATAAAATTTCAATATTAATTTCCACAGGTCTAT
ACCTGTTGAATATAATTATATAAATATTTGTTTAAGATGGTATTGCTGAC
CCTTATTTTGTTCTTTCTTTAGAATTCACACTTTGTCAATCAGCCAATTG
TGGAAGCTCCTTTGTTTATATATCAAGAATCAACGAGAGAATGGTTCGGT
CCCAGCCCTCCCGAAGAAGACGCTCTCCAATCAAAAGGGTAGGCATAGAT
TTAAATAAATAGATTCAAAACATATGTGTCTGATTCCTTTCATGTCCTTT
AAAACGAGTTGTTACTAATAGTTTTTCGGGAAATTTTAGAGAGAAAGTCG
CCATTCAACTACTTTGACTCGAATCCCTTTCCTTCTTTTTTTCATTGTTA
TTTTTGCATTTAAGGTACCTGCAACATATTCGGAGTGCATCGTCCTCCGA
AAGAGCTGGTGGTTACACGGAATCTATTGCTTGTCAACGTGCTATTCAAG
AAGCATTCGACTGTCTTTTCATCTAATAGCAAAGCAACTTTCTGTTCCTT
ATTGGCCTGTTAGGAAACTAAAATGAACTTTCAGTTGTCTCAATGTTTGT
AAATATGTAAATAGAAGACGTTTTTTGCTAAAAATTTTTACAAACCGCTT
GTTTTGTTTATCTTTTGTTTCCGTTCGAATTATTTTTCTTTTTTTTGTTT
GTAAACAAGTTTCAGGGGTTTCCTTTTTGTTTATGACTCACTTAAGCATT
TTTCTTAATCAACTATGTTTCGAATGTGTTCTATATACAGTCAGAAATGT
TCTAAACTATCCTATTAATCCGAAAACTTGATTTTGATTGTCAAAGAAAT
CATATTTTCTTTATGTTTATCCTATCCCAATGCAGAGTTTAAATATCAGT
TAATTATTCGGTGCTACACTTTATACCTATATTTTCCAACTGTTATTTTC
TTTCAGATCCCTAATTCTAAACAATTGAGAAAATATAAACAAATCTTTGG
TTAGAATGTTTCGTGCATCGTTCAAACGTTGTTAATTACGTTTGCATGGC
TCGTTAAACGTTCATTTGCATGCTTCATTTATCAATATGTTGGTTAATGT
GTTCGTTCAAGGTTTATTAAACGTTCCTAATACTAAACCTTGTACTAATT
TATTAGTTCTCTCATGCGAGTGATTTTCTTCTAACCAGTTGAAACAAGAT
GTTTGAAATTCTGTTGGGTTTTCATCAAACAGCAAACCAACATTTTCCAA
TGCGGTTATCTTAACACTTCAAACAGCCGCATCGAACATAAAACAACGGC
GAGGTCAACTGAGATGTCTCATCTGCACTACTGATTCGCTTCTCCAGCTC
CCTTTGCTTGTTCTGCAAACTATTTTGTAGTCCACCAGTATCGGAAGACT
ATCCAATAGCTCAATATGGATCAAGTACTACCAGGATATGCTGAAGTAAG
TAGTATTGTGCTTATAATCTTATTATAACACGTATTTTAGAGGTTGGTTA
GGGAAATAGAGCTCTATATCTAGGCATTGCTTTTTTCTCATCTTCCCTCA
ATACATAACATAGTAAATTATAATGCTCCACACTTCATAATTCTTGAAAA
CAAAAATTCTCTATTGTTGAATGGAACAATCAACTAACGAAACGTGCGCG
CGTTTCCATAATTCGTTTTGACTTACTACTTATGTTTCTGCAAGCTCGGC
ATTTTTTTCTTAGCGATACAGACACTGATAAACTGTCAGTATGGTTATTA
TGTATTTTATTAATTTGACGCTCTCTAATCCAATTTTCAAGTGGAATTAT
TGTGTTTCCATCGACTTTCAATATCATCGAGTATCAAATAGTAGAGCGTC
GAATTATAGTGCGTTAATTGTATAAACATTTTCTTTTTAGGAATGCAGAT
TAATGTCCAACACATCACTGGCACCTTCAACTCCATTCGTTTGTTATTCA
CTTGATGAAATTTCACCGACTTACGATTTTAACACTCCCGACACCAATGC
AATGTCTTCCAATACTGTAGGCCAATCAAATCACGTGATTTTTCCTGGTG
AACAAGACAATATGTCCATTTATTTCAACAGAAGGAAAGGAGTGGTAAGG
ATAAAGCGATTGTAAAAGGTTAAGAGTCTGCTACAGATATAAGACAACTT
TCTTATGACTTCGGCTTTTTATAAAAGATTTCAGTATGTGTATGATATGG
GAAAATAAGTTTTTTTTAATGACAATCGCGATGATGTATTGTATATTGAG
AGGAGCATACAGAAACATCACCGATTTTTGTCGTTTTTTTATCAAGCTCT
TCTTTGTATGATTGTAATTTGCATTGACCTCCATCATAGGGGAGTATTGA
TGATGGAGAGAGGCGAAAACTTCGAAGGGAGCGAAACAAGGTGGCTGCAT
CCAAATGCCGAAACAAAAGACGCGAGCATGTTCGACTTTTACTAGAGGTG
ATATTTCATTCTTTTTCAACTTTCTTCGCATGTCGATTTTGTAATATTTG
TGTCTTTCACGGAATTTCAGTAATATGTTATTTGTGCTAGCCTGGATATC
CATGCTGTAAATTATTTTCTCATTTCGCTATTCCTGCAATACATGAATTG
ATAAATTACGCATGCACTGCCTTCTGATATTGGAATGCAAATAACTAGGA
AGACCAGGCAATAAACCAGAAGCATCAAAAGTTAAAAAAAAAGTTTACAG
CCTAAATATCCAGGCTTTTTGTACGTATGTTTTATTGTTTATCTTTCCTT
TCTTTTTTCCACGGTATGTTCTTGTTGCTTGTGTGTAATTGTTGCATTGT
TTGTTGTTTGTGCTAGTAATGCTTTCCTGGTCTTGTACTTATTTTGACTA
TTATGTTGTACAGTAGTTTTGTAGTCGTTCTGTTGTATTTTCTCCCGCCA
TTGAATGAAATGAATGAGTCCTTTTATGTAAAAGAATAAAAGGCTTTTTT
AACCAATTTTCCTACCCCATCTACTTTTACTTCACCCCCTGGAATTTCAA
AAACAATTTCCCCACCATTTTTCAATTTTCTTGAAAGAAAATCCTACCTT
TTTTAAAGTAGGGTGGGGGGGGCACTACGAGCAACTTATGCTATCTCGGC
GTTTTGGACTAATTCAAGTCTGGAAATCATCTTTTGTAAGTAATGAACTT
CTGTATGACAAGTTAACTTTCTTCGTTCGTTCATTTGTTTCCTTTCTCCC
TTTCTCTTGTGGTGTCCCTTATATTCTTTATGTTCAAATGATTCGTTTAA
TATTCGCAAAGGTAAAGTTTTGATGTGAGTTCGGTCTCTGGAACAGTTTG
TAATTTGTCTATTTTATCGTCGTTGTTGTTTATGATGTTGTTTGTGTTAA
CCTTTACTAATTCCAACTTTAACGGAAATTCTAATTTCAGAATCCAGGAT
TTTATCTTATCTTTATTATTGTAAAGGGAATTTAGAGTTGTTTGAAAGAT
CAGTTGGCGAAGGTTAAATAAAAAGGTTCCACTAAATATTTGTTCAGAAA
AATTCGTTGAGTAGAACCGTTTTTCAATTCTGATTCACACTCCTTTAAAA
ACAAACTATTTCAGGAATGCACCAAGCATGATGTCAACAATTATCTGTTT
TAATGTACCGGGTGCGCCACAAAGAAGTTTCTCTCTTTAAAGGGAATTTT
CTCGAAGTCTGAAAATTTGAAGATAACCAATCTTTTTTCATTAGAAAGAA
GAAAAATAAACTTAAATTCTGATGGGTCATTTATAGAATTTGGTTCATTA
GATCAAAAGTTATGCTCAATTGAATAAAAAAGTTACTTTCAGAAAGTGCT
CGAAAACGTTAAAAATCGACCTATTAAATTTTTAGTTTAGATTTGGCAAT
CGCAATAGCCTTTACATGATTAAGAGCATTTTTGAGTAACTTACACATGA
ATTTTGAAATTGAAGGTTCGAAAGGGTTTTAAATCTTCATCAAAATCAAT
TTAATTTATTTTTAACGAAATTTTCCTCAGATTTTTGGTTCTAGACTGGA
TAAAGTCTATGTAAGGCCGGATCTACCTCGAAACCCATATTTGATGTATT
TTTATGAATTTCATCAGATTTTTTGGCCTTTTTCGACGAATTTTCTTCTT
TTTATTGAAATTCAACCTTCCTTTATATAACAAAAGGTCATTTAGAGAGC
TAATTATCATTTTTAGTGACTGAAAGGAAAATACTGATGTATAATGTAAT
TGTGCTTCTGTTTATTTTGATAAGTCGATTTTTAACGTTTTTGAGCACTT
TCCGAAAGTAACTTTTTTATTCAATTGAGCATAACTTTTGATCTAATGAA
TCGAATTTAATAAATGACCCATCAATATTTAAGTTTATCTTTCTTCTTTC
CAATAAAATAGGAATGGTTCTTTTAATGTTTTTAGATTTTGAGAAAATCA
GTTTCAAAGAGAGAAACTTTTTTGTGGCGCACCCGGTATATATTATTGTT
ATGTGTTTTTTACAAGTACAGCATTTTATTCGAAATCACATTTTCATTTA
GATCGATTAATGTAATTTCTATAAGATTCATTGTTATTTATATTTATTTA
TCAATATCATCCCATCAAAATCAATTCACTTTCATTAAAATCGTTACATT
TACATCAAAATCATGTCATTTCCATCAAAATCGTCACATTTTTATAATCT
CGAATCATTTTCATTTTCATCTGAATCATCAACTTGAAATTAATAAAACA
TAGCATATTTCAACGTAACAGTTAAATCATAACCAATTAATTTCCATCAA
AACCATGTCACCTTTATCTCAAATCATTGTCGTTTTCTATCAAAACCATG
CCATTTTCGTCAAAACCATGCCATTTTCATCAAAACCATTTCATTTTCGT
CAAAGCCATGTCATTTCCATCAATACTATGTAACTTTCATCAACATCGGG
CTATGTTCATCAAAACCATTTCATTTTCATCGAAATCAAGTCACTGCCAT
CAAAACCATGTCACTTTTATTCAAATCATTGTCGTTTTCTATCAAAACCA
TGTCATTTTCGTCAAAACCATTTCATTATAAGCAAAACCATGCAATCTTC
ACCAAAATCATGTCATTTCATTCAAAATCATGTCATTCCATCAAAACCAT
GTCATTTCCATCAAAACTATGTCATTTTCATCAGAACCATGTCATTTTCA
TCAAAACCATGCCATTTCCATCAAAACCATGTCATTTTCATCAAAACCAT
GCCATTTCCATCATAACCATGTCATTTTCATCATAATCATGTCATTTCCA
TCAATATCCTGTCATTTCCATCAAAACCATGTCATTTCCATAAAATCATG
TCATTTCTATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTCCAT
CAAAATCAAGTCATTTCCATCGCANTCATTTCTATCAAAACCATGTCATT
TCCATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTCCATCAGAA
CCATGTCATTTTCATCATAGCCATGTCATTTCCATTATAGCCATGTCATT
TCCATCAAAACCACGACATTATCATCAAAACCATTTCCTTTTCATCAATA
TTATGCCATTTCCATCTAAATCATGTCATTTCCATCATAACCATGTCATT
TTCATCATAATCATGTCATTTCCATCAAAATCCATTTCATTTCCATCATA
ACCATGTCATTTTCATCATAATCATGTCATTTCCATCAAAATCCTGTCAT
TTCCATCAAAATCCTGTCATTTCCATCAAAACCATGTCATTTCCATAAAA
TCATGTCATTTCTATCAAAACCATGTCATTTCCATCAAAACCATGTCATT
TCCATCGAAATCAAGTCATTTCCATCGCAAAATCATTTCATTTCCATCAG
AACCATGTCATTTGCATCAAGACCATGTCATTTCCATCAAAACCATGTCA
TTTCCATCAGAACCAAGTCATTTTCATCATAGCCATGTCATTTCCATTAT
AGCCATGTCATTTCCATCAAAACTACGACATTATCATCAAAACCATTTCC
TTTTCATTAATATTATGCCATTTCCATCTAAACCATGTCATTTCCATCAA
AACCATGTCTTTTCATCAATATTATGCCATTTCCATCTAAACCATGTCAT
TTCCATCATAACCATGTCATTTCCATCTAAATCATGACATTTCCATCATA
ACCATGTCATTTTCATCAAAACCATGTCATGTCCATAAAACCATGTCATT
TCCATCAAAATCATGTAATTTTCGTCAACATCGTGTCATTTTTATCAACA
TCATGTCTTTTTCATTAAAACCATACCATTTTCATCAAAACCATGCAATG
TTCACCAAAATCATGTCCTTTTAATCAGAATATTGTCAATCCATGAAAAA
CATGTTATTCCATCAAAACCACGACATTAGCCCTTTCCGTGCCGATGTCG
TATATATCCGACATGCAAATTTTCACCTTACTTGCCAATGTCGGATATAT
CCGACATCAAATTTTTTTACCTAATTGCCGAGGCCTTTAAAAAAGAGGGA
GCTCTATTGCCGAGAAATCAGCTTTTAGGAAAATGGTTTTCTTATTTTGC
CAATGTCTTATATACCTTATGGGAAGAAATTTTCGCGAGAAGAAATTTTG
TTTTTTATTCAAAATTACCTAAATGTAAACAAACTGTTAACCCTTCCATG
GACGAAAATTTCATAAATCACCAAAAAAAGAAATTCCGACCGACCGACGC
ACCTCCAATATCTAGGGTCGAGTGACAGAAAACCAACAATTTTTTAAGCC
CAGGCTATCATCAAACCATTTTCTTTTCATCAATACCATGTCATTTCCAT
CTAAATCATGTCATTTCCATCATAACCATGTCATTTTCATCAAAACCATG
TCATATCCATAAAAACACTGTCATTTCCATCAAAATCATGTCATTTTTGT
CAAAAGCATGTAATTTTTATCAAAATCATGTAATTTTCGTCAACATCGTG
TCATTTTTATCAACATCACGTCTTTTTCATTAAAGCCATACCATTTTCAT
CAAAACCATGCAATTTTCACCAAAATCATGTCCTTTTAATCAGAATATTG
TCAATCCATGAAAAACACGTTATTCCATCAAAACCACGACATTAGGCTGG
ACTTGAAAAATTATTGGTTTGCCGTCACCCGACGAACCCTACCTCGAAAT
CTGCCGACCCAAAAGAATTTATTGCCATTTTACAGAAGATTTTTTTCCTT
CAAAAACTTCAAACAATAAAAAATCAAAACTCGTATCTTGTTTGTCTCAA
GCATAAGAATCGTAAATTCCCTGTTAGCACTTCTGTTTTTTATTCAAAAT
TACCTAAATGTAAACAAACTGTTAGCCCTTCCATGGACGAAAATTTCATA
AATCACCAAAAAAAGGAAATTCCGACCGACCCACCTCCAAAATCTAGGGT
CGGGTGACGGCAAACCAACAATTTTTTAAGCCCAGGCTATCATCAAACCA
TTTTCTTTTCATCAATACCATGTCATTTCTATCAAACCATGTCATTGCCG
TCAACATCATGTCATTTCATCAAAACTATTGTCATTTTTTATCAAAACCA
TGTAATTTTCGTCAAAACCATGCCAGTTTCGGAAAAATCATGCAATTTTC
ATCAACATCATGTCACTTCCATCAAAACAATGTCATTTTCACCAAAACCA
TGTCATTTCTATCAAAACCATATGATTTCTATCAAGTCAATATCATTTGC
ATAAAATCCATATCATTTCTATCAAAACCATGCCATTTTCATCAAAACCA
TTTCATTTTCGTCAAAACCATGTCAGCTTCACAAAAACCATTTAATTTTC
ACCAAAATCATTTCCTTACCATCAAAATCATGTCATTGCGCAGAATCGAT
GTTTCGTGTTTTTTATCTCAAAAATGAAGTCGTTGCATTGTTTTTCGCGC
GCATTCTATTTTCTGCCAATCAAATTGCGTCACGCATTTTTTGCAATCAA
AACATTTATTTTATTTGTGAGTTTGATTTTGAAAAGAAAACATGAATTCT
TAAAAAATTAAACCTGAAATATTTTGGTTTTAAAAAATCTTTGAGAAACA
GTTATTAAAATTATTAAATCAATTTTATCGAGATATGGTTGTAAGAGGTA
TGCATGTACTCTTAGGTGCCAAATAAACGGCCCCCCGCTTGTTAATTTTT
CGATTTTTTTCCAACCCCCCCGGACCTTATTAGGACCCCCTCGTTTATTA
ATTTTTGAAAAAATTCCCAGCTACAAAAAGGAAAATTCCTTGTTTTACTC
TAAAAAGCCTAAATTTAGTCTATTCTGACCCTTTTTAGGGGTTTTAAAGG
TCCATTATCCACCCCCCACCCCGGTAATTAGGTCCCCCCCGTTTATTTAA
TTTGAAAATTTTTTCCAACCCCCCCNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNTATATGTATAGAAATGGAATGCTTTGTTTGC
TTTAGTTTTCACTACAGACTTTCCTCCCTTCAAAATTCAGCTTTTGAAAG
GAGCTTTTATTCATCCAAACTTTGTTTTCTTTATTAATGGTGATTCATTT
TTAAACATAAAAAACTCCACAGGATAACCAGTAAGTATTATTTACTTTGG
AGGTAAAAAATGCTAAAGAAAATGAGTAGACATTGAAACTTGATGTTAAA
ATTGACGTTACAGTATTTGAATATGCTTCAAGATATAATATAACTTCAAG
GCAAAAAAATCCTATGAAATTGTTTTCATATATTATTTTGTAACATTTTT
TATCCTCTTACACTTCAGATGGATAGGAAAATTGTCCAGACCTACTTGAA
TTTCAGTTATCATTTTTGTCATTAACGTCAGAATGTATCAGCCTTTATTT
TTCTTCGTCAGAGGGGTAGTGCCTGTCTTTAGGACAAGATGGTCTAAAGA
ATTTGTCTTAATCAAAACATATATTTATACACCGCTGGAAAGAAAAAGGG
CTAAACTTTTTTACTAGATAGTTGGGAAATTGAAAGCTTTTCAATTTATA
TATTCCCTGTTCTCTCAAAGTTTGTTGATTTTTTAAAAACATTAAAAAAA
GGTAACCTTTTACAAACTTACACAACTAAGCAAGTTTGGTATATCTGGAA
AAAGGAAAGACTCAGTGATTCAAAAATATCAAATTTATCTTTTTAAAGTC
ATAAACAGTAAGCAGTCAAAATTTACGTCAAAACCCACGGATTTATTGCA
TGTCAAAAATTGTAACGTCAATTCTGTGTGACAAAACCATGTCAATTTCA
TCAACAAAATGTAATTTCCATCAACATCATGCCATTTTCATTAAAACCAT
GACATTTTCATCAAAACCATGTTATTTTCATCAAAAGCATCTCATTTTCA
TCAAAATCATGTTATTTCTATCAAAATCATGTCATTTCTATCAAACCATG
TCATTTCTATCAAGACCATGCCATTTTCGTCAAAATCATGTCATTTTCAT
CAAAATCATGTCGTTTCCATCAAAACCATGTCATTTCCATTAATACTATA
TGTAACTTTCATCAACATCAGGTCATTTTCTTCAACATCAGGTAATTTTT
ATGAAAACCATGTCATTTAATTCAAAGCCATGTCATTTTCATCAACATCA
TGTCATTTCCATCAAAACCATGTCATTTCTATCAAAATCATGTCATTTCT
ATCAAAACCATGCCATTTTCGTCAAAATCATGTCATTTCCATCATAACCA
TGTCATTTCTATCATAATCATGTCGTTTTCATCAAAACCATGTCATTTCT
ATCAAAATCATGTCATTTTCGTCAACATTGTGTCATTTTTATCAACATCA
TGTCTTTTTCATTAAAACCATACCATTTTCATCAAAACCATGTCATTTCC
ATCAAAAGCATCTTATTTCCATAGAAATCAACTCATTTCCATCAAAATCA
TATAATTTTTACCAAAACTATGTTATTTTCATCAAAGCCATCTCATTTTC
ATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTTCATCAAAACCA
TTTCCTTTTAATCAACATCATGCCATTTCCATCATAACCATGTCATTTCC
ATCATAACCATGTCATTTCCATCAAAAGCATCTTATTTCCATCAAAATCA
ACTCATTTCCATCAAAATCATATAATTTTTACCAAAACTATGTTATTTTC
ATCAAAGCCATCTCATTTTCATCAAAACCATGTCATTTCCATCAAAACCA
TGTCATTTCCATCAAAATCATATAATTTTTACCAAAACTATGTTATTTTC
ATCAAAGCCATCTCATTTTCATCAAAACCATGTCATTTCCATCAAAACCA
TGTCATTTTCATCAAAACCATGTCATTTTCATCAAAACCATACCATTTCC
ATCAAAACCATGTCATTTCCATCAAAACCATGTCATTTCCATCAAAATCA
TGTCATTTTCATCAAAACCATGTCATTTTCATCAAAACCATGTCATTTTC
ATCAAAACAATTTCATTATCAACAAAACCATGTCATTTCCATCAAAATCA
TGTCATTTTCATCAAAACCATGTCATTTTCATCAAAACCATGTCATTTTC
ATCAAAACAATTTCATTATCAACAAAACCATGTCATTTGCATCAAAACCA
TTTCATTGTCAGCAAAGCCATGTCATTTTCATTCAAACCATGCCACTTTC
ATCTAAATTATGTTATTTTCATTTAAACCATGTAATTTTCATCAAAACTG
TATCATTTCTATCAAAACCATGCCATTTTCACCAAAATCATGTCATTACC
ATCAGAATCATGTCATTTCTATGAAAACCATATCATTTTCATCATCAAAA
CCATATTCATTATCATCAAAACCATGCCATTTTCATCAAAACCATGTTAT
TTCCATCAAAGGCATCTCATTTCCATCAAAATCAACTCATTTCCATCAAA
ATCATATAATTTTTACCAAAACCATGTTATTTTCATCAAAGCCATCTCAT
TTTCATCAAAACAATCTCATTTCCATCAAAACCATGTCACTTCTATCAAA
ACTATATTATTTTCATTTCTATCAAAACCATGTCATTTTCATTAAAACCA
TTTCATTATCAGCAAAACCATGTCATTTTCATTCAAACCATGTCATTTTC
ATCTATAACATATAATTTTCATCAAAACTATATCATTTCTATCAAAACCA
TGCCTTTTTCATCTAAATTATGCAATTTTCAACTAAACCATGTCATTTTC
ATCACAACCATGCAATTTTCATCTAAACCATCTCATTTCCATCAAAACCA
TCTCATTTCCATCAGAACCATCTCATTCCCATCAAAAGCATGTCAATTCC
ATCAAAACCATCTCATTTTCATCAAAACCATGTCATTTTCACCAAAACCA
TGCCATTTTCATCAAAATCATGCCATTTCCATCAGAATCATGTCATTTCT
ATGAAAACCATGTCATTTTTATCAAAACCATTTCATTATCAGCAAAACCA
TGTCATTTTCAATCAAAACCATTTCATTTTCATCTAAACCATCTCATTTC
TATCAAAACCATGTCATTCGCATCAAAACCATGTCATTTTCATCAAAACC
ATGCCATTTTCACCAAAACCATGCCATTTTCATCAAAATTATATCATTGT
CATCAAAATCATATCATTTTCATCAAAACCATATCATTTTCATCATCAAA
ACCATATTCATTATCAGCAAAACCATGTCATTTTCATTCAAACCATGCCA
TTTTCATCTATAACATATAATTTTCATCAAAACTATATCATTTCTATCAA
AACCATGCCTTTTTCATCTAAATTATGCAATTTTCAACTAAACCATGTCA
TTCTCATCACAACCATGCAATTTTCATCTAAACCATCTCATTTCCATCAA
AACCATCTCATTTCCATCAAAACCATCTCATTCCCATCAAAAGCATGTCA
ATTTCATCAAAACCATCTCATTTTCATTAAATCCATGTCATTTTAATCAA
TACCGTGCATTTTTCATCAAAATCATGTCATTTCTATGAAAACCATGTCA
TTTTTATCAAAACCATTTCATTATCAGCAAAACCATGTCATTTTCAATCA
AAACCATTTCATTTTCATCTAAACCATCTCATTTCTATCAAAACCATGTC
ATTCGCATCAAAACCATGTCATTTTCATCAAAACCATGCCATTTTCACCA
AAACCATGCCATTTTCATCAAAATTATATCATTGTCATCAAAATCATATC
ATTTTCATCAAAACCATATCATTTTCATCATCAAAACCATATTCATTATC
AGCAAAACCATGTCATTTTCATTCAAACCATGCCATTTTCATCTATAACA
TATAATTTTCATCAAAACTATATCATTTCTATCAAAACCATGCCTTTTTC
ATCTAAATTATGCAATTTTCAACTAAACCATGTCATTCTCATCACAACCA
TGCAATTTTCATCTAAACCATCTCATTTCCATCAAAACCATCTCATTTCC
ATCAAAACCATCTCATTCCCATCAAAAGCATGTCAATTTCATCAAAACCA
TCTCATTTTCATTAAATCCATGTCATTTTAATCAATACCGTGCATTTTTC
ATCAAAATCATGTCATTTCTATGAAAACCATGTCATTTTTATCAAAACCA
TTTCATTATCAGCAAAACCATGTCATTTTCAATCAAAACCATTTCATTTT
CATCTAAACCATCTCATTTCTATCAAAACCATGTCATTCGCATCAAAACC
ATGTCATTTTCATCAAAACCATGCCATTTTCACCAAAACCATGCCATTTT
CATCAAAATTATATCATTGTCATCAAAATCATATCATTTTCATCAAAATC
ATATCATTTTCATCAAAATCATATCATTTTCATCAAAATCATGTCATTTT
CATCAAAATCATTTTACGTAAGAAATCTGTAAATTATTTTCAAATATAAT
CCAAGTTTTCAGTTCTTTAGGTTTGAATGCCTCATTTGATGAAAATGGTA
AATATATATTTTATTCTTCTCCAAATCTCAAATTATTCTTAGAGCTATTC
CATGCCGATCTATTGTGTTCAAAGGCTTTTAAAATATATTCTATTTCACC
ACAATATTGCAAATCTTAACACACACAAATACGTACGAAGAATATAGCGC
CTGCTTTTACACATTCTTTACTGGGGCATATGAGCATACACACATGTTTA
GTTGGTATATTGTCAATATGAGATGAAACATGAGTGATTATGACTCTGAA
AGAAAAACGAAGTGCATAATTTTAGACACGTAGTGGGCGAAAGTAAGTCG
GGCTGGGACGTACTTCAGGTTGTCTTTTACTTCTGTCATCTCTATTTGTT
ATTATTTCAGCAATCTGACGAATTGGAGCTGAAGAATAAACGAGTTGAGC
TTGAAATTGTTCATTTACAAGCACAAATCAAAGAACTTGAAACACTTTTA
GATACCCATCGTTGTTTTTCTGGTGTTAACAATGGTAATATTGTTATGAA
AAATGGATTGTTCGGTCAACCTCATTTGTAACATAACAAGCTTCTTGTTT
GTGACTTGTTATTCGACTAAAAATGAAATGTTATTTTGACAATAAACTTT
TGTAAATATTTGACTGAAACTATTTTTGTGGTCCTATAAGCTTTTGTATA
TTTTTTTAGCTGAATATTTTTTGAGCCATTATTATGTATTTTTGAATTGA
CTTTTGTATGTTTTTAATGACAATGACACAAAAACATGTGTAAAACTATT
TTGTACAAGAGGTACTTCCTGTGAAAGCTTCGTTTTGAATTAATT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_030485XLOC_030485Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00047910-exon-scaffold_139-1575043694:178074..178210TCONS_00047910-exon-scaffold_139-1575043694:178074..178210Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:177611..177763TCONS_00047910-exon-scaffold_139-1575043694:177611..177763Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:177299..177372TCONS_00047910-exon-scaffold_139-1575043694:177299..177372Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:176969..177072TCONS_00047910-exon-scaffold_139-1575043694:176969..177072Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:176479..176619TCONS_00047910-exon-scaffold_139-1575043694:176479..176619Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:176008..176133TCONS_00047910-exon-scaffold_139-1575043694:176008..176133Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:175623..175738TCONS_00047910-exon-scaffold_139-1575043694:175623..175738Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:175303..175446TCONS_00047910-exon-scaffold_139-1575043694:175303..175446Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:174416..174904TCONS_00047910-exon-scaffold_139-1575043694:174416..174904Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:173767..173970TCONS_00047910-exon-scaffold_139-1575043694:173767..173970Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:173414..173521TCONS_00047910-exon-scaffold_139-1575043694:173414..173521Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1575043694:161616..162050TCONS_00047910-exon-scaffold_139-1575043694:161616..162050Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:178074..178210TCONS_00047910-exon-scaffold_139-1510915933:178074..178210Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:177611..177763TCONS_00047910-exon-scaffold_139-1510915933:177611..177763Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:177299..177372TCONS_00047910-exon-scaffold_139-1510915933:177299..177372Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:176969..177072TCONS_00047910-exon-scaffold_139-1510915933:176969..177072Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:176479..176619TCONS_00047910-exon-scaffold_139-1510915933:176479..176619Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:176008..176133TCONS_00047910-exon-scaffold_139-1510915933:176008..176133Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:175623..175738TCONS_00047910-exon-scaffold_139-1510915933:175623..175738Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:175303..175446TCONS_00047910-exon-scaffold_139-1510915933:175303..175446Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:174416..174904TCONS_00047910-exon-scaffold_139-1510915933:174416..174904Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:173767..173970TCONS_00047910-exon-scaffold_139-1510915933:173767..173970Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:173414..173521TCONS_00047910-exon-scaffold_139-1510915933:173414..173521Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1510915933:161616..162050TCONS_00047910-exon-scaffold_139-1510915933:161616..162050Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:178074..178210TCONS_00047910-exon-scaffold_139-1491911889:178074..178210Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:177611..177763TCONS_00047910-exon-scaffold_139-1491911889:177611..177763Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:177299..177372TCONS_00047910-exon-scaffold_139-1491911889:177299..177372Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:176969..177072TCONS_00047910-exon-scaffold_139-1491911889:176969..177072Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:176479..176619TCONS_00047910-exon-scaffold_139-1491911889:176479..176619Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:176008..176133TCONS_00047910-exon-scaffold_139-1491911889:176008..176133Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:175623..175738TCONS_00047910-exon-scaffold_139-1491911889:175623..175738Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:175303..175446TCONS_00047910-exon-scaffold_139-1491911889:175303..175446Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:174416..174904TCONS_00047910-exon-scaffold_139-1491911889:174416..174904Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:173767..173970TCONS_00047910-exon-scaffold_139-1491911889:173767..173970Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:173414..173521TCONS_00047910-exon-scaffold_139-1491911889:173414..173521Clytia hemisphaericaexon
TCONS_00047910-exon-scaffold_139-1491911889:161616..162050TCONS_00047910-exon-scaffold_139-1491911889:161616..162050Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_139supercontigscaffold_139:161616..178210 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values : 
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
1.06104	0.761928	1.50504	1.73733	0.693387	0.410943	0.661047	1.28407	2.80054	0.605952	1.54649	2.93199	0.712102	2.39711	1.72651	1.72585	1.40738	0.810886	1.4164	0.737941	2.46828	2.15257	0.974907	1.03245	0.414031	0.862197	1.86376	0.229763	0.584535	0.290721
Blast
[Close]
BLAST of TCONS_00047910 vs. Swiss-Prot (Human)
Match: MAT1 (CDK-activating kinase assembly factor MAT1 OS=Homo sapiens GN=MNAT1 PE=1 SV=1)

HSP 1 Score: 255.758 bits (652), Expect = 7.196e-78
Identity = 134/305 (43.93%), Postives = 204/305 (66.89%), Query Frame = 1 
Query:   49 MDEQSCPRCKSTSYRNNKLKLLVNVCGHKLCSTCVDVLFTRPSAACPQCNTALRRSDFRVQQFEDALVEKEVDIRRKIVKIFNKREEDFKTLLDYNNYLEDIEVIIFNLANKQNVDETKKKVDAYKKDNEKLIRRNNTKISQEEALMKASIEADLQSAETKRKMLVEEVENAALQKKKEKENLINDLIYANAPAEEVIARHKLIXXXXXXXXXXXXXXXXXXXXXXXXXXXXXVNQPI--VEAPLFIYQESTREWFGPSPPEEDALQSKGYLQHIRSASSSERAGGYTESIACQRAIQEAFDCLF 957
            MD+Q CPRCK+T YRN  LKL+VNVCGH LC +CVD+LF R +  CP+C T LR+S+FRVQ FED  V+KEV+IR+K++KI+NKREEDF +L +YN++LE++E I+FNL N  ++D TKKK++ Y+K+N+ +I++N  K+++E+  ++ ++E + Q  E +R  + +E +   + K+K K+  +++L  ++ P   ++A+HK    Q + Q  + +  K   F +      H    PI  +E  L+ YQ    E +GP  PE + L   GYL H+R+AS  + AGGYT S+AC RA+Q+AF  LF
Sbjct:    1 MDDQGCPRCKTTKYRNPSLKLMVNVCGHTLCESCVDLLFVRGAGNCPECGTPLRKSNFRVQLFEDPTVDKEVEIRKKVLKIYNKREEDFPSLREYNDFLEEVEEIVFNLTNNVDLDNTKKKMEIYQKENKDVIQKNKLKLTREQEELEEALEVERQENEQRRLFIQKEEQLQQILKRKNKQAFLDELESSDLPVALLLAQHKDRSTQLEMQLEKPKPVKPVTFSTGIKMGQHISLAPIHKLEEALYEYQPLQIETYGPHVPELEMLGRLGYLNHVRAASPQDLAGGYTSSLACHRALQDAFSGLF 305
The following BLAST results are available for this feature:
BLAST of TCONS_00047910 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 1
Match NameE-valueIdentityDescription
MAT17.196e-7843.93CDK-activating kinase assembly factor MAT1 OS=Homo... [more]
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