TCONS_00058285 (transcript) - C. hemisphaerica

Overview
NameTCONS_00058285
Unique NameTCONS_00058285
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2067

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00058285 ID=TCONS_00058285|Name=TCONS_00058285|organism=Clytia hemisphaerica|type=transcript|length=2067bp
aaaaatactcttgataataaaatttctcgaaaattaCATACAAAACTCAC
AGAAGAAATAAATATACATCATGGTTGATACAATTGACCTCTTTCGAAAA
CTTGGATCTGGTGCAAGATTCGATTTGAAAAGATTCAGAGATGATGCGGA
CCAGTTTCAGatggttCACAAAAAGACTACAGACAGTATTTCCAAGAACG
ATACAATAGACTTTGATGCGTTGGATTTCTTTGGGAACTCTACCGCGCCT
CTATCATCAAAAGAAAATGTGAACTGTTCAAAAGGGAAAACAAGGAAACG
GCAAAGACGTAAATCTAAAACTGAAGAAGATGAAGTTTGTGTTGACAAAA
ATAAGGATGTTTCTGAAGATGAAAGCTcgactaaaaagaaaaaaaagaaa
aagaaaagctcAATACTAGATGAATCAAATGATCAGACTAACGATGATAT
CAcaataatgaaaaagaaaaagaagaagaagaaggcaTTGGGAACAAGTG
ACAATGATGATGGAGAACAAcaggaaaaaacaaaaagtgaaaaacaaacT
CGAGAAAAACTTATCGAACAACAGAAAGAAAAAATTAATATATTACGGAA
ACAACACCGTATCACAGTTCATGGTGCCGACATCCCTGATCCAATAGAAT
CTTTCTCCGACCTCAAAAGATTCAAAGTCTCGCAAACGTTACTGAAAAAT
TTACAAGGAAATTCATATGAAGAACCCACACCTATACAAATGCAAGCAAT
ACCCATACTAATACAGCAACGTGAATTATTAGCGTGTGCACCAACGGGGA
GTGGCAAAACACTTTCCTTTATTCTTCCTCTACTGCATCATTTAAAGgaA
CCAAAAAAGTGTGGATTACGCGCCGTGGTTGTTTCTCCGACACGCGAATT
GGCACAACAGATACATCGTGAATTTGTTCGTATGAACGAAGGATTGGGGT
TGAAGATACACGTCTTAACGAAAGCCAAAGCATCTACTATAGCCAATAGC
AAAACAAATCATTTTGATATTTTAGTAGCCACACCAAATCGTCTAGTACA
CCTTTTACAACAGGACCCACCGGCCCTACAATTAAGCAGTGTTGAGTGGC
TTGTGTTAGATGAAGGTGATAAATTATTTGAAGAAGGTGATGCTGGATTC
AGAGATCAGgtAGCGGCGATTTTCCAAGCTTGTGATAACCCACAGATCCG
TCACACCTTGTTCAGTGCAACACTTGCCAATAACGTCGAAGAATGGTCCA
AACTGCACCTGGATAATGTCATACGTATCAACATCGGTGCAAGGAATGCT
GCAACAGATACTGTCGAACAAGAACTGGTCTTTGTTGGACAAGAATCAGG
AAAACTATTGGCCATGCGTCAAATTATCTTGCGTGGTTTCCAGCCACCCG
TTTTAGTGTTTGTTCAGAGTAAAGATAGAGCTAAAGAACTGTTTAACGAG
TTGATCTATGACGGGTTGAACGTGGATGTTATACATGCGGACCGGACACA
ATTACAGAGGGAGAATGTTGTGAAAAGCTTCAGGGCTGGAAAGATCTGGA
TATTGATTGCCACTGAACTAATGGGGCGTGGAATCGATTTCAAAGGCGTT
AACATGGTTGTCAATTACGATTTCCCGCCCACTGCTGTCAGCTATATTCA
CCGTATAGGTCGAACTGGGCGTGCTGGGCGAAAAGGAAGAGCCGTCACTT
TTTTCACTGAAGATGACAAAATCAACCTCCGAAGCATTGCAAATGTGATG
AGATCATCAGGCTGTGAAATCCCCGAATGGATGCTCCAAATCAAAAACCC
TAACAAgagaacaaaaaagaaattatcgAAGAACCCCATAGAACGTGACC
AAATCAAAACATCTTCAAAATATGATATCCAAAAATCTAAACAACGGAAG
CAAATGATCGAacattcaaaaacaaagaagaaagataaCGAAGAACCATC
AACTAAAGACACTGATGGAAAATGAAAGTGGTTTTCTTaaagtcaatttt
attttttgtaatcattttattttaggccaatatcaaaattcaataaGAAA
GCAAACAACTAAGAATT
Run BLAST on NCBI

transcript from alignment at scaffold_309:400550..414453-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00058285 ID=TCONS_00058285|Name=TCONS_00058285|organism=Clytia hemisphaerica|type=transcript|length=13904bp|location=Sequence derived from alignment at scaffold_309:400550..414453- (Clytia hemisphaerica)
AAAAATACTCTTGATAATAAAATTTCTCGAAAATTACATACAAAACTCAC
AGAAGAAATAAATATACATCATGGTTGATACAATTGACCTCTTTCGAAAA
CTTGGATCTGGTGCAAGATTCGATTTGAAAAGATTCAGAGATGATGCGGA
CCAGTTTCAGGTTAGAATTAAATTAGGGCTTTTTTAGGTAAAACAGGGGA
TCAAAATCAAGAGTTTTTCCCCGTTGGGAGTTTTCTTATACGCCTTCTTA
CTTAGTCTACTTATGATTTTTTGAGATTTCGACATGGAAAAAAAATCAAT
TTTTTTAAATAACTTTCAAACTAATTTTTCAAATTTAATGCTTGATTGCT
CAAAATTCAGGTTAGAGCATATCCTATATACAATAAAAAAGGATGAACAA
AGATTTTAAATCTTGAAGCTCGCAATATCTGGACAAATACATTTTTTGGT
GCACCCGGTTTATTTCTCCAAACCCCCTTTCCCCTTTCCGTACAAGGTCC
CAGTTTTTTTTTCGTCAAAAAAAAATCAAGAATTTTTGCCCTAGAATTTA
TCATCCATGAAATTATCTTTGAAATTTACAGAAATTTACATAGGTATTAA
TTTAAAACAATTAATGTTAGTCCCTTAAAATTCTATCTTTAATTAATAAT
AATAAGATGAGTGTAATTTTTCTTTTTCTTTTTAGATGGTTCACAAAAAG
ACTACAGACAGTATTTCCAAGAACGATACAATAGACTTTGATGCGTTGGA
TTTCTTTGGGAACTCTACCGCGCCTCTATCATCAAAAGAAAATGTGAACT
GTTCAAAAGGGAAAACAAGGAAACGGCAAAGACGTAAATCTAAAACTGAA
GAAGATGAAGTTTGTGTTGACAAAAATAAGGATGTTTCTGAAGATGAAAG
CTCGACTAAAAAGAAAAAAAAGAAAAAGAAAAGCTCAATACTAGGTATAA
AAGATTCTCCACAATCTATGACTATGGGAGGATTTGCACAGTCCATTCTC
GCCTAATAAGGGAAGAAATTTTCGCGGAATTTAATTTCGCAGTTCACAGC
TTAAAATTCAAAAGTTTGGCAGAATTTAATTTTGCGGTTAAGAGAAATTT
TTGTTCATAATAAGCCCTATTTTGCCCTAAAAAGACCAATTTTAGAGGTC
GGATTTTGTCAAAAATCCGGGAAATTAAATTCTGCGAAAATTTGCCCCGT
GAAAATTTCTTCTCTTATTAGGCGAGAATGGATTTGCCACTAATGAAACA
ACTTCTATTTTAAAGTCAAAGATTTCTCGATATCTCGATTCCACCAGTTT
ATTTCGAAAAGTATAGTGATCTATAACCAAGGAAAACCATAGCCTTTGAA
AGTCCAAAATCTGGAAAGTGAAATTTTGTGAAAAAAAAGGTTTGGAAAAT
GACTATTGATGTCAGTTTATGAGGAGAGAAAACCTTTAATAACCCCCTTG
GTAATCTTTGATAACCCGCTTGGAAAATCTGAAAAAATGAACAAAAAACC
CTTGGGAAATCAAGGCTCAGACCCTTGAAAAGTTCGTCAATACCCGGGGT
ATCCCTGCATTGTTTAAGAATGGAATATCCCATCACATTATTCGTCTATC
AGGATCACGCCCTTAAAATTACTGTTTCGCAGTACTTAAGAACAAAACCT
TTCATTTCGGATCTTTTTTCTCCAACAATCAGATGAATCAAATGATCAGA
CTAACGATGATATCACAATAATGAAAAAGAAAAAGAAGAAGAAGAAGGCA
TTGGGAACAAGTGACAATGATGATGGAGAACAACAGGAAAAAACAAAAAG
TGAAAAACAAACTCGAGAAAAACTTATCGAACAACAGAAAGAAAAAGTAT
TCAATCCCCGGAAATTCTCTCCTTTTCTCAAAATTCAACCAACTTTAAAG
AGTATAAGATTTGTTTTCTCCATCCGCTCTTATCCGCCCTCCACTTATCC
GCCCTTATGATTATTCGTCACTACAGTTACACATTTCTCGCGATAAATAA
ACATCATTGCAGGCCTCGTTTTTGAATGGGATTATTTCTTCAAGTATGTA
TTCACAAAAAAAAACATTTTAAATTTTGATGCAAAAAGTAAATCTGAAGT
ATCTTGGCAATACTATTTTAAAAACGAAGCTCGTAGATATTTTTTATGTA
TTTCGAGGAGAGCGTATGTATGGGTCCCAGCGTGAGCCGTTTAAAGTGGG
ATTTGTGCAGCTGCACTATGACTTTTGTACCTTCTAAACACCGTTAAACG
CCATTTAATTGAATAAAGCTGGTTTTTGCCTTCTCAAACACACATCTATT
TGTATTCGTTCCTTTCAGATTAATATATTACGGAAACAACACCGTATCAC
AGTTCATGGTGCCGACATCCCTGATCCAATAGAATCTTTCTCCGACCTCA
AAAGGTAAGAATACACGGGCTGCAAAATTAAAGACTGAAGTCAAATCACG
CTTTTACTCGAAATTTTTATGCGTTTGTTACATGGCCTTCATTGGTTGGT
TAGAATTTATCGACACTAATAAAGTTATTAAATTTAAGTTGTAAAGCAAG
TCTAATGGTAATGAAATCACGTGAACTTTTTCAAGTAATCACATGTTTTG
ACTGCACTGCTATAATTTTGCAATCCGTTTATTATAGAGAAGGCTTTGTT
TTTCAAAATATTTTTCCGTTTTTGGTTTATTCCCAGGCAGAATTTCGTGG
GTACTTTTGATGTTTCAATCAATGATTTGAATTTTTTTATTTTTCACTCA
CTTCAGATTCAAAGTCTCGCAAACGTTACTGAAAAATTTACAAGGAAATT
CATATGAAGAACCCACACCTATACAAATGCAAGCAATACCCATACTAATA
CAGGTACTATAACAATAAATCTCATGTTTTATGTTTTGAAATTTTTCTTA
TTTTTTAAGAGATTCGAAGTTATACGTCACGAGTAACACTTGCTTCGTAA
TGTCTTGGCAACTTGAACTAGAATAAAATACTTTTTCTACTCTTTCGAAT
GAAGGCGGGAGCGTCCGTGATGATATTTTATTCAAAAGACTGCCATTCTA
ATGATTAACAACGTAACCTCTAGCACGTGCACTGACCTTTATAAACCCTG
GACCAAGCTTTATCCGCCATGTTTGATCGGAGTTTTTTTGAAACGGTACC
CGCAAAGAAGCCATTGTAGTGCTAAAGTTTTGCCTAACGGCAAACGGGGC
TACATCACTTGTGTGCAAGTGAAATTAATCTAGCGCTCTCGATGCGGGTA
CCACTTTCAAAAAAAACTCCGATCAAAATATTTTGCTTGGCTGGGATTGA
GAAACCAGGGTCTATATAAAGTTCAGGGTCTAAAACGAAAAAGCTTTCTT
TGACCATTGGTAATTATATCTCTGTCATTGTTTTCAATTTTCTNAGTTCA
AAGTCTAAAACGAAAAACCTTTCTCTGACCATTATTATCTCTGTCATTGT
TTTCAATTTTCCAGCAACGTGAATTATTAGCGTGTGCACCAACGGGGAGT
GGCAAAACACTTTCCTTTATTCTTCCTCTACTGCATCATTTAAAGGTAGG
TTTTAATGATTTTTATACACGTTTTTTTATAAGAACATCCAAAATTTTTA
AAGCCTTCGGATAACCTTTTGAGTTTTAAAATGTTTTTAGCATGTTCTTA
TTTTTATCAGTTTGTGAGTATTTTTATTCATTTTCGTAAGAAATTAGATG
TTTGGAGTCCACGAAGCTTTTTAAAAATGTGCTTAACTTGTTCTTAACAT
TTTGGAGCCTTATCTTCTTTTATAGTTTGTTCTTATAAAAAAAACGTGTT
GTGTCGTATATACTGTGCTAAATGATTGTCAAGGAAGAATAACAGGAAAA
GAACCAATGAATTCTCATAATGTGTCTCTCTAATTCGATCCTCATGGGAT
TAAAAATTTTCTTCGGATTAGAGAAAGATTCGAATTGCAGAGAGTAATTT
AAACCATTTTCCAGCTGAGAGGACTAATATTTTTGTTCGAATTACAGAAA
GATTCGAATAATAGAGGTTCGAATTAGAGTGAGTTGATTGTATATCACTT
TTGTGCGCTCCTAGTTCATTATACAATCGAACCTCTATAACTCGAATGTC
TCCTAACTCGAACAAGTTTTGTGGTCCCTTCACTTAACAATGCCTTATAA
ACTATACTCTATAACTCGAAACAATTTTCTTAACTCGAATTTGTGTTCCC
TGTGTTTGTTCGAGTTATGGAGACTCCGCTGTATTTGCTTTAATCAATGG
GCCATTCCATTTTATATCTATACAGGGGTGGACGAACATTTCCAGTGGGT
AATCGGAGAAGAATCTCCAGGGATCTAAAAGAGTGTTTTTCATTTTTCCA
AGGGGTAATAAAAATGTTTTAAAATTTTCAGGGGGTTAAAGACTGATTGT
AAAATTTTCCAGGGGGTATCTACACATTTTCAAAAACAGTTTTTTTTTTA
CTTGAAAAGGTTCGTCCACCCCCTTGTATGAAAACTTAATGGAATGACCC
AATGAATTTGTGAAGTTTCTTTCATTTTTAGGAACCAAAAAAGTGTGGAT
TACGCGCCGTGGTTGTTTCTCCGACACGCGAATTGGCACAACAGGTATTG
TTCATTCGTGTGTGCGTTGGGTAGTCAATAAACAGATAGATGTAAAGTCC
GTTCGAGTTTTGGTTCTAGAAGCTTTGTTTTTAGTACATGAAGTTGACAC
TCTCTAATCCGACATTCTACAATTTGATCGATAGGCTCCATTATTCGATA
ACTGTATTGAAAGTCACCGTCAACAAGAAACTCATAAAACGACGCTCTAT
TCGATACGCTTTATTCGATGAAAATCGTAGAGCGTATTTCGAAGCCCTCT
AACTTCAGATATATGATTAGTTTCCCCTGAGCAGCCTTGAGTGGTCTTAC
ATCGAAAGTCACATCCCCTAAAAGGTAGCTCATTAGTGTCGAAAACNTGG
TCTTACATCAAAAGTCACATCCCCTAAAAGGTAGTTCATTAGTGTCGAAA
ATCCTGTTTTTGTTTAGCTGCTGCTGATTTTTTTTAGATACATCGTGAAT
TTGTTCGTATGAACGAAGGATTGGGGTTGAAGATACACGTCTTAACGAAA
GCCAAAGCATCTACTATAGCCAATAGCAAAACAAATCATTTTGGTGAGGA
ATAGAAATCATTCTCAATACTTTGGTTTATTTTTTTCGGATTTTAAAACT
GTCTCTTGCTCCATTGCGAATGAAGTTGCGCTTAGGTTATTAATCACACC
TCTTTTACTTCTTTAGATATTTTAGTAGCCACACCAAATCGTCTAGTACA
CCTTTTACAACAGGACCCACCGGCCCTACAATTAAGCAGGTATGTACTTT
TACATAAGTTCTGGGGAACTGTCCTTGACGTTTGGCTGACAACAGAGTTA
TGTTATGCCGTGATAAGAAGAAGTCTAGCTTAACTTCTGCACCATATAGA
GCCGACACAGGAATAGTACAGTTTAGCACCGAACCACTCACTACACAGAA
TGCTTTTTAAGAATCGGCTCAAATTTGCTAAATCTTGAAATTTTTCAAGA
TTTATTAAATCTCTGTCATAAGCAAAATTAGAAGATAAACTTTTAAGAAG
AAATTCAAAAACTACACCCAAATTTCCTCCGTTATTCGTTATACAATTCG
CACTATTAGCTGGAAAGTCGTCTAAAAACTCCGTAATCCGGAGTCCACTG
TTTACGTTTATGTTTCTTTAAAGTTGATGTAAAGTAGTACTTTTGATTGA
CTATCACCAGAACCTGGATAGAAAACGATATAAAAGAGGAGATAGGCTTT
CATTCATGATACTCGTGACGTAATGTTTCATACGGTTGTTTGCCGCCAGT
TTTATTGTTTGAATTCAAAATTGGTGGCTATCTCCCGGTCTTTTGTAGAT
GCTTCCGTATTAAACATTACGGCGTGAATAACACGAATAACCGATTGACT
TGAAAATTTGTAATTGATAAATATTTTTCATTTCTTCATACAGTGTTGAG
TGGCTTGTGTTAGATGAAGGTGATAAATTATTTGAAGAAGGTGATGCTGG
ATTCAGAGATCAGGTTTGATGTTGGCGCAATTTCGTCATGTTTTTTCGCC
TGATTCTTTGAAACTTTTTCTTCTATTGTACTCTTTGCTTCCCCTTTCTT
TACTACCAATTACTAACAACAACTATAGCTTCGGAAACAAAGCTCATGTT
GCTATCTGCATATTGTAACCCAACTTTCAACAACTATAAACCTAAGCAGT
CGCTGTATTTTTTGTTTTATCAATTTGTCACTTCTCGATTTTCAAGTAAA
CTGTCACTCATTGCAAATTGTGACCCTACATTATATTGGGGGTTTAAAGA
CAATTTTATTTTATTAGGTAGCGGCGATTTTCCAAGCTTGTGATAACCCA
CAGATCCGTCACACCTTGTTCAGTGCAACACTTGCCAATAACGTCGAAGA
ATGGTCCAAACTGCACCTGGATAATGTCATACGTATCAACATCGGTGCAA
GGTGAGAGCTATATTAAGAAGACACAATTTTTGGGGCAAGCTGGAGTTTT
TGGAAGCTCATATTTGATTTGGTTGGTCGTTAGCCAGTAATAAAACATTT
TTTTAACTTTTTCTAAAGAAGGCATCATTCTTATTACTTTAAATGACCAA
TTATTATTGTATCTTATAAAAACTCCAGAACATCCCAGCACATCCCAATT
TTTGAGTAAAACTTTTAAATTGATCAAATTTATTTTGATAAAAAGCGGAA
AAGCGTTTCACAACGTTGCGGAATTTGACGACGCTGCGGAATTTGACAAC
ATTAAAATAGCGGAATTTCACAGCGCTGTGGTTCTATGAATTATCCAAAC
TAAAGAAAAAACTCAAAAATTAGTACCACTTTTATGTAAAAATTTTGCCA
ATTTTATGCCGGCTACAGGCCGACAGATAACGCCAAAATGTCCGGCGTAA
AAAAGGACCGATGAGGTATTCTTTTTTGGATAATTTTCTTTCTGTTTTGA
TCATGTTCAGTGTGCATTTTATTTTTAATTGTGAAGTAAATTTCTCTAAT
CGAATATTTTTGTCCAGGAATGCTGCAACAGATACTGTCGAACAAGAACT
GGTCTTTGTTGGACAAGAATCAGGAAAACTATTGGCCATGCGTCAAATTA
TCTTGCGTGGTTTCCAGCCACCCGTTTTAGTGTTTGTTCAGAGTAAAGAT
AGAGCTAAAGAACTGTTTAACGAGTTGATCTATGACGGGTTGAACGTGGA
TGTTATACATGCGGACCGGACACAATTACAGGTACAGCTCTTTCGTCTCA
GACAGATTTCCGTCTCAGTGAAAAATAAAGATGCTTCTCAAAATTCTGTA
TAATTCACCAAAATTTGTGAAAGCCATTTTCCGTCTCAGTCAAAAAAACA
ACCATGTTTTGACCACTACCAGTGTTAAAAGTTCTTCCGTCTCAGTAAAG
TATAAAAAAATGCTTTTACCGCCTCAAAATTCTGCATCATTTACCAAAAT
TTCAAGAATAAGTGTTAATTTGCTGTGTAAAATCCATTTTCCGTCTTAGA
CGAAAAATCTTGCTTTAACCACTGAATAATTGTTTTTTGGCAAAAAATAA
TCTGAAAATTTCCATGTGATGTATAATAATCTCTCTACCCTACTCGCAAT
ATTGACGTTTTGCAGAAAGTCTATCAATTTTTTGGATGAATTGACACCAA
ATTCTTGGCTTCATTTCCACAATTATTACAGATCTAAAGCTGTGTTTCTA
TGATTTATTTAGCCAAGAAAATATCAAATTTTTCTTTTCACACCTTCAAT
TCTAGAAATTATTAACTCTGAATAATGCTTGTTTTATCATTTTATACAGA
GGGAGAATGTTGTGAAAAGCTTCAGGGCTGGAAAGGTAAAAATTTCTCCC
TGTGATGGTCGTATTATGATAGCTACCATGTTGATTAGGCTTACTGTCAT
TGATGCACGGTTCTTATAGAGTAAAAGTGAGAAAACTGCATTGCTTCTAT
CTATGCAAGAATTTTATAATCTTTTGAAGTTTGAAGTCTTAAGGCTGCTT
AAGGTCGTAATCGTTTCTTACTTCAAAAAGGATTAAAGCCGAAAATATGA
TCGCCAGCCTGTATCTTTTCCTTACTTTTAATAGATCTGGATATTGATTG
CCACTGAACTAATGGGGCGTGGAATCGATTTCAAAGGCGTTAACATGGTT
GTCAATTACGATTTCCCGCCCACTGCTGTCAGCTATATTCACCGTATAGG
TAATTGGGCTATTCCAGAAAAAAATTGTACCCCTTATGTTGAGAACTTTT
TTTAAAAGGTGACCCCCTGGATTTTTTCTTATTTTTCAGGACCCCCTTGG
ATTTTTTCTCCCATTTTTTTGACAACCCAGGATTTTCAACCCGATTTTAC
TGACCACCCTGGATTTTTTTCATTTGAAAAAACAAGCCCACCGTGGATTT
TTTCTTTTCCAGGCCACCCTATATTTGCTATTTTTCCAGACCATCCTGGA
CGTCACACCTCCTCAATATAGGGGTACATACTATTTCTGGAATAGCCCAT
TTGAATTCCCACTGTCTTTTCGTTTTGTTAAGTAGTAAAATAAGGGATTC
TTCGGATTTTTAAAAAGCGCTATTGCAAGTACCTTAAGAGAAGGAATTTT
GGGAAGAAGAAAATCTAGTCTATTTGGCTGATTTTGGGCTGATTTGACCA
AAATCCGCCAAATTGAATTCCTACCAGGCAAATTGTTGTATTCATTTTCC
GAACATGTGCTTTTTCAGGCCTTAAAACAGGTTGGTTTTTCTGCCAAAAA
TATCTTTCAACCGCCAAATTTAATTTCCGCTAAGCTAACTCCCAACTCAA
AGCAAATACTATCTCTCTGAATGTAATTTCTTCTTTGAGCTCTTTTTGAG
AACTAGCGTTTAAAGGCTCGTGTGGCTGAATTGGGAAGTTTTCTTTTTAA
TATGATTTCTAGGTCGAACTGGGNCTTCCCTCTCCCCCTACCATCAATCA
ATGATGAATTTCTTGCGTTATGCATTTTCGCTAAACGCTATGTTTTCTGA
CTGATTTTTTTTCATTTTTCTCCTTGTATTGCTATCTAACTTTCATCATC
AGGTAGGTCCATTCAGCATCTAGCTTGTTGAGTAAAACTTTTAAACTGAT
CAAATTTATTTTGATAAAAAGCGGAAAAGCGTTTCACAACCTTGCAGAAT
TTGACGACGCTGCGGAATTTGACAACATTAGAATAGCGGAATTTCACAGC
GCTGTGGTTCTATGAATTATCCGAACTTCAATCAACTTGAATCGAGTAAA
AAAAAACTCAAAAGTTAGTGCTACTTTTATGTAAAAATTTTGGCCATTTT
ATGCCGGCCACAGGTCGACAGATAACGCCAAAATGTCCGGCGTAAAAAAG
GACCGATAAGACATTCTTTTTCGGATAATTTTATTTCTGTTTTGATCATG
TTCAGTCTAGATTTTATTTTTATTTGTGAAGTAAATTTCTCTAATCGAAT
ATTTTTCTACAGGAATGCTGCAACAGATACTGTCGAACAAGAACTGGTCT
TTGTTGGACAAGAATCAGGAAAACTATTGGCCATGCGTCAAATCATCTTG
CGTGGTTTTCAGCCACCCGTATTAGTGTTTGTTCAGAGTAAAGACAGAGC
TAAAGAGCTGTTTAATGAGTTAATCTATGACGGACTGAACGTGGATGTTA
TACATGCGGACCGGACGCAGTTACAGGTACGTTAATCACCATTCAGAATA
TAATTAGCTCTTTCGTCTCAGTGAAATATGTTAAGAGGCTCTTTAGTCTA
AAAATTCTGCATATAATTCACTACAAAATTTCAAGAATAATTGCTGATTT
GCTGTATAAAATCCAGATTATTTTAACCTTGTCTTAACCACTATAATATC
GTTTTTAGGTCAAAAAGTTCATAAATTTCCTCTGTGATACAATACTCTCT
ATCCTAGTTGTGTACCCGTTTTTTTATAAGAATGGTGTAAATTCCATGAT
GGTGATATTCTTACCATTATTCTTAATTTTTTTGGCCATTTTCATCATGG
ACATGTTATAAAGTGTATTCTTGTAAAAAAAATCTTATTAGCACAGATTA
GACTAAATTATTTGCTTTTTAGGTCCGCATTATTATTATCTCGATTACTG
AATATCTAAAGTTGTAGCCGCGTTTAACTGATTTATTTATTTATTGTGTG
CACTGGCTTTTGATTTTAAAAATTCTTCAAGTAGGATGTTCATTAGCCCA
ATTAACTTAGTCCGTATTCACATAGCGTTCTCGGTGTTTTAAGGATATTT
TTATACTTTCAGATTAAGCTTGCCTTGGAATACTATGGCCTAGGTAGATA
TTCAGTCACAATAAAACACCAGGTTAAACCAAGTGACTGAATCAATTTAG
CTTAGATTTGTAGGCTAGATTTTCACAACAAATAAGAATCAAAAATCAAA
AATACCGATTTTTTCCTCATCGCGCTTTCAATTCTTAGAAATTCACTAAT
TCTGAAAAATACGCATTTTATTCATCATTTTACAGAGGGAGAATGTTGTG
AAAAGTTTCAGAGCTGGAAAGGTAAATTTTTTTCTTTCTGTGATGTTCGG
TGTTGTGTTTACTAAACTGTAGCCAAGTGGGAATCCAAGTGATAAACTTT
GTTCACGGTCTAGCTTTTTGTAGATTTTTGTTGCTGTTTTACCGCTTGGG
GCAGGTAACTCGCCAGTAGGGAGATTTCCCCCTGCAATGAAGGTCGGGGC
TGAGACCATGTTCACACGTTGTAAACCGTTCCGTTTTGCTCCGGGACGAT
TTTCGTTACGGATGAGTGTGTTCATATTGGTTTCGGAACGTTTCGGAGCA
AGAAAACGGAGCAGTTCTATTCCGATGAAATTAGCGGAGTGAAACCGTTT
CGACATGTCTTGCTTTGTAACGTCTTCTTTTTTGACGTTTCGAATTTTGA
CGTTCACACTTGTTTTGGAATCGTTTCGTTTCGTTTCGAAACGGAGCCGT
AACGTCTGAACATGGTCTGATTTGTCGGATTTTGACGTATTTCGGCAGTC
CTTTCGCGCCTATTGATCATTTTTTTATATTTGAAATTTAAAAATTTAAA
AATTCAAATCTATTTCTTTGAATAGATTTGGATCTTGATTGCCACTGAAC
TGATGGGGCGTGGAATCGATTTCAAAGGCGTTAACATGGTTGTCAATTAC
GATTTCCCACCCACTGCTGTCAGTTATATTCACCGGATAGGTAATTTTAT
ATTCCCACTGTCTTTTTGTTTTGTTATATAGTAAAATAAGAGATTTTTCG
GATTTAAAAAAAGAAAAAACAGGTTTTTCTCTTATTTAATAGCGCCTTTT
GGCAAAAAATATCTTTCAACCGCCAAATTTAATTCCGGCAAGTTAACTCA
AAGCAAATACCCCCTCTCTAAAATGTAATTTCATCTTTGAGCTCTTTTCG
AGAACTAGCATTTAAAGGCTCGTGTGGCTGAATTGGGAAGTTTTCTTTTT
AATATGATTTCTAGGTCGAACTGGGCGTGCTGGGCGAAAAGGAAGAGCCG
TCACTTTTTTCACTGAAGATGACAAAATCAACCTCCGAAGGTACCTCATT
TTTAGTATGATTAACCTTTTTTTTACTATGGATTTTTCGAATTACCTTTG
CTAAAGAAGAGGCGTTTTTGCAATAAGTATCTCAAAAATCAAAAGGCGTA
TTCTTCTGGGGCTCAAATCATGTTGAATAGTTCACTGAATCTTGATAGGA
CGTAACCGCTGCATTTTCGCCTTGGAATATTATAGCTACTTTTTGAGTTA
CGTTTTGTAGTTTCATAACAATTTTACATACCCTCCCCCTGGATATTTCT
TTAGTGAGTTTATGTATTTGCACTTTTGAAGACGGTAAATTGACTGAAGC
CCGCAGCTCTGACCCGCAAAATGGAGGACAATAAAAGTGCTGCAGCTCTG
ACCTGCAAAATCGAGGACTGTAAGAGAACTGATTCAACGTCGTCCCCAAT
CAGTCAGGATGCAGTCAAATTAGAACATTACCGTCTCCATCGCTGAAAAC
ACACAAACATAAACTCTGTTATATTATTTCTAAAGACGCCCACAAGTAGC
CTCAATCCTTTACAAACTGGCTTTTCCTTGTTATCTTTTCCAGCATTGCA
AATGTGATGAGATCATCAGGCTGTGAAATCCCCGAATGGATGCTCCAAAT
CAAAAACCCTAACAAGTATTTCCTCTCGCATTTCTTTATTGTATCAGTAC
TTCTTAGCAATGAAGTATAAACTCGAAGGGGTAGAATCCAATCTCCTTGG
TAGGGTTTGAAGTCACTTAAATCTTGCCAAAGTTGCGCGATCTTGAGCGT
TCCGTGTGGTTTTGATACAATAATTCGGGATTGAAAGTAAAATTTTCTGC
TAGTTTTCAAAAAATATACCACTCGAAAACAAAGAAATCGCCAAATCCAA
TCGATAATAAAAAATACGGCGTATATTTTAAGGCTTAACTTTTTCTTGCC
TGAGAAAGGTTAAAGATTCGATTCTAACCCTTCGGACTTATACTTCATTG
CTCCCTAGTAACCTCGACATTGTTTACCTCCAAACTCTTTATCCTGTTTC
TTTTTTTATATTGTGGTTTAAAACCCTTGCTATCAGTACCACCAGCACCG
GTTTAGTTTCACTTATCAATAACACGTGGGTTGCAAAATTATATCGGTGC
AGTCAAAACATGTGATTTCTCGAAAAAGTTCACGTGATTTCATTCCCACG
TTGCTTGCTTTACAACTTACAGTTAATTACTTTGTTAGTAAAAATTCTAA
CCAATAAATGTCACGTAACAAGCACTTAAAAATTTCGAGTAAAAGCGTGA
TTTGTCTTCAAACTTTTAATTTTGCAACCTGTGTATTTGCAGTTGTATAT
GATTTTTATCGTGAAAACTAGACTGGGCTGAAAATGTTCATACATGAGTA
TATTTCATAGAGGTCAGAATTCTCATGTCAGGGATCCACAATGTTATATT
ATATATCCTCCAACATCCATTTTTTTTCTAGAAAAACCCATTGTGGAAAC
TTGTGAAAAGCCTCTTATTTTTTTAATAGAATCTTTCTATCCAAGCTCGC
TGAGTGCTCAATCATATCATCTTAAAACTCTCTTATAGGAGAACAAAAAA
GAAATTATCGAAGAACCCCATAGAACGTGACCAAATCAAAACATCTTCAA
AATATGATATCCAAAAATCTAAACAACGGAAGTGAGTAAATGTTTTTAAA
TTATGGATCTCCCAACGATCTCTCTAAAATAAAGTCTGGAATGGACGTCC
GCGACAACTTTCGTAGCTCCGGTAACCATTTTGAGATACAGTCTAATCCA
TTCTAATAATAAGATTTTTCTATTATTCTGAGATACTGGGTCAGCTTCAC
TTTTAATAGAAATTGCTTCGGAAATCTTTATTCCAATGTGTATTTTAAAG
TTCAATGTCCCTTTATGATGGACTCTGTTAAAATGTACAGTGTGAAATTT
TAGCTCCTTATTCATAATCTGAATTCAAAATTGACGACAAATGTTTGATA
AAAATATTTTTATTTCGTGCATAACTTTACTCTCGAAACTTGTTGCACTT
TTATAAGTTATCACTTCATAGAATGGCTAAAATTAAGAGTGCTATAAGAA
TGTTTATACCATCTTGATTTTAAGTCAAAACAATGACTTCTTTTGAGATC
TTGATTTAATTGGCAATGCAAATTTATTTTCTCCAGGCAAATGATCGAAC
ATTCAAAAACAAAGAAGAAAGATAACGAAGAACCATCAACTAAAGACACT
GATGGAAAATGAAAGTGGTTTTCTTAAAGTCAATTTTATTTTTTGTAATC
ATTTTATTTTAGGCCAATATCAAAATTCAATAAGAAAGCAAACAACTAAG
AATT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_036717XLOC_036717Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00058285-exon-scaffold_309-1575043694:414294..414453TCONS_00058285-exon-scaffold_309-1575043694:414294..414453Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:413510..413768TCONS_00058285-exon-scaffold_309-1575043694:413510..413768Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:412608..412771TCONS_00058285-exon-scaffold_309-1575043694:412608..412771Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:412050..412135TCONS_00058285-exon-scaffold_309-1575043694:412050..412135Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:411601..411697TCONS_00058285-exon-scaffold_309-1575043694:411601..411697Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:410909..410989TCONS_00058285-exon-scaffold_309-1575043694:410909..410989Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:409860..409922TCONS_00058285-exon-scaffold_309-1575043694:409860..409922Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:409311..409416TCONS_00058285-exon-scaffold_309-1575043694:409311..409416Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:409115..409187TCONS_00058285-exon-scaffold_309-1575043694:409115..409187Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:408391..408460TCONS_00058285-exon-scaffold_309-1575043694:408391..408460Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:407953..408086TCONS_00058285-exon-scaffold_309-1575043694:407953..408086Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:407173..407386TCONS_00058285-exon-scaffold_309-1575043694:407173..407386Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:406569..406604TCONS_00058285-exon-scaffold_309-1575043694:406569..406604Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:406205..406319TCONS_00058285-exon-scaffold_309-1575043694:406205..406319Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:402864..402939TCONS_00058285-exon-scaffold_309-1575043694:402864..402939Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:402239..402310TCONS_00058285-exon-scaffold_309-1575043694:402239..402310Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:401223..401315TCONS_00058285-exon-scaffold_309-1575043694:401223..401315Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1575043694:400550..400717TCONS_00058285-exon-scaffold_309-1575043694:400550..400717Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:414294..414453TCONS_00058285-exon-scaffold_309-1510915933:414294..414453Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:413510..413768TCONS_00058285-exon-scaffold_309-1510915933:413510..413768Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:412608..412771TCONS_00058285-exon-scaffold_309-1510915933:412608..412771Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:412050..412135TCONS_00058285-exon-scaffold_309-1510915933:412050..412135Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:411601..411697TCONS_00058285-exon-scaffold_309-1510915933:411601..411697Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:410909..410989TCONS_00058285-exon-scaffold_309-1510915933:410909..410989Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:409860..409922TCONS_00058285-exon-scaffold_309-1510915933:409860..409922Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:409311..409416TCONS_00058285-exon-scaffold_309-1510915933:409311..409416Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:409115..409187TCONS_00058285-exon-scaffold_309-1510915933:409115..409187Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:408391..408460TCONS_00058285-exon-scaffold_309-1510915933:408391..408460Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:407953..408086TCONS_00058285-exon-scaffold_309-1510915933:407953..408086Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:407173..407386TCONS_00058285-exon-scaffold_309-1510915933:407173..407386Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:406569..406604TCONS_00058285-exon-scaffold_309-1510915933:406569..406604Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:406205..406319TCONS_00058285-exon-scaffold_309-1510915933:406205..406319Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:402864..402939TCONS_00058285-exon-scaffold_309-1510915933:402864..402939Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:402239..402310TCONS_00058285-exon-scaffold_309-1510915933:402239..402310Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:401223..401315TCONS_00058285-exon-scaffold_309-1510915933:401223..401315Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1510915933:400550..400717TCONS_00058285-exon-scaffold_309-1510915933:400550..400717Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:414294..414453TCONS_00058285-exon-scaffold_309-1491911889:414294..414453Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:413510..413768TCONS_00058285-exon-scaffold_309-1491911889:413510..413768Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:412608..412771TCONS_00058285-exon-scaffold_309-1491911889:412608..412771Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:412050..412135TCONS_00058285-exon-scaffold_309-1491911889:412050..412135Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:411601..411697TCONS_00058285-exon-scaffold_309-1491911889:411601..411697Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:410909..410989TCONS_00058285-exon-scaffold_309-1491911889:410909..410989Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:409860..409922TCONS_00058285-exon-scaffold_309-1491911889:409860..409922Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:409311..409416TCONS_00058285-exon-scaffold_309-1491911889:409311..409416Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:409115..409187TCONS_00058285-exon-scaffold_309-1491911889:409115..409187Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:408391..408460TCONS_00058285-exon-scaffold_309-1491911889:408391..408460Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:407953..408086TCONS_00058285-exon-scaffold_309-1491911889:407953..408086Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:407173..407386TCONS_00058285-exon-scaffold_309-1491911889:407173..407386Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:406569..406604TCONS_00058285-exon-scaffold_309-1491911889:406569..406604Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:406205..406319TCONS_00058285-exon-scaffold_309-1491911889:406205..406319Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:402864..402939TCONS_00058285-exon-scaffold_309-1491911889:402864..402939Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:402239..402310TCONS_00058285-exon-scaffold_309-1491911889:402239..402310Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:401223..401315TCONS_00058285-exon-scaffold_309-1491911889:401223..401315Clytia hemisphaericaexon
TCONS_00058285-exon-scaffold_309-1491911889:400550..400717TCONS_00058285-exon-scaffold_309-1491911889:400550..400717Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_309supercontigscaffold_309:400550..414453 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

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
41.0774	36.1503	9.77922	8.64091	9.75613	7.09359	15.9809	17.5115	7.62654	10.3193	7.88242	5.61591	7.21101	7.10964	5.01046	8.8554	7.27752	7.50555	0.901651	2.48681	6.33859	6.40464	26.0192	19.8916	16.7182	17.2241	5.5484	4.57815	15.5637	21.9337
Blast
[Close]
BLAST of TCONS_00058285 vs. Swiss-Prot (Human)
Match: DDX52 (Probable ATP-dependent RNA helicase DDX52 OS=Homo sapiens GN=DDX52 PE=1 SV=3)

HSP 1 Score: 531.946 bits (1369), Expect = 0.000e+0
Identity = 272/476 (57.14%), Postives = 367/476 (77.10%), Query Frame = 2 
Query:  515 EQQEKTKSEKQTREKLIEQQKEKINILRKQHRITVHGADIPDPIESFSDL-KRFKVSQTLLKNLQGNSYEEPTPIQMQAIPILIQQRELLACAPTGSGKTLSFIXXXXXXXXXXXXCGLRAVVVSPTRELAQQIHREFVRMNEGLGLKIHVLTKAK--ASTIANSKTNHFDILVATPNRLVHLLQQDPPALQLSSVEWLVLDEGDKLFEEGDAGFRDQVAAIFQACDNPQIRHTLFSATLANNVEEWSKLHLDNVIRINIGARNAATDTVEQELVFVGQESGKLLAMRQIILRGFQPPVLVFVQSKDRAKELFNELIYDGLNVDVIHADRTQLQRENVVKSFRAGKIWILIATELMGRGIDFKGVNMVVNYDFPPTAVSYIHXXXXXXXXXXXXXAVTFFTEDDKINLRSIANVMRSSGCEIPEWMLQIKNPNKRTKKKLSKNPIERDQIKTSSKYDIQKSKQRKQMIEHSKTKKK 1933
            E ++  +  K T  KL   +KEKIN LR +H+I V G D+PDPI +F  L + +K++  LL+N+    ++ PTPIQMQAIP+++  RELLA APTGSGKTL+F +P+L  LK+P   G RA+++SPTRELA QIHRE ++++EG G +IH++ KA   A       +  FDILV TPNRL++LL+QDPP + L+SVEWLV+DE DKLFE+G  GFRDQ+A+IF AC + ++R  +FSAT A +VE+W KL+LDNVI ++IGARN+A +TVEQEL+FVG E+GKLLAMR+++ +GF PPVLVFVQS +RAKELF+ELIY+G+NVDVIHA+RTQ QR+N V SFRAGKIW+LI T L+ RGIDFKGVN+V+NYDFP ++V YIHRIGRTGRAG KG+A+TFFTEDDK  LRS+ANV++ +GC +PE++   +    + KKK+ K P+ER+ I T+ K  ++K+K +++ +    +KKK
Sbjct:  117 EDKKVQRESKLTSGKLENLRKEKINFLRNKHKIHVQGTDLPDPIATFQQLDQEYKINSRLLQNILDAGFQMPTPIQMQAIPVMLHGRELLASAPTGSGKTLAFSIPILMQLKQPANKGFRALIISPTRELASQIHRELIKISEGTGFRIHMIHKAAVAAKKFGPKSSKKFDILVTTPNRLIYLLKQDPPGIDLASVEWLVVDESDKLFEDGKTGFRDQLASIFLACTSHKVRRAMFSATFAYDVEQWCKLNLDNVISVSIGARNSAVETVEQELLFVGSETGKLLAMRELVKKGFNPPVLVFVQSIERAKELFHELIYEGINVDVIHAERTQQQRDNTVHSFRAGKIWVLICTALLARGIDFKGVNLVINYDFPTSSVEYIHRIGRTGRAGNKGKAITFFTEDDKPLLRSVANVIQQAGCPVPEYIKGFQKLLSKQKKKMIKKPLERESISTTPKCFLEKAKDKQKKVTGQNSKKK 592
The following BLAST results are available for this feature:
BLAST of TCONS_00058285 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
DDX520.000e+057.14Probable ATP-dependent RNA helicase DDX52 OS=Homo ... [more]
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