TCONS_00020205 (transcript) - C. hemisphaerica

Overview
NameTCONS_00020205
Unique NameTCONS_00020205
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2964

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00020205 ID=TCONS_00020205|Name=TCONS_00020205|organism=Clytia hemisphaerica|type=transcript|length=2964bp
AATTAGGGCTGGGGACGACAAATTTTTCACGCTTGAAAACATTGAGTTGT
TCTCAATCTTCTCTCTTGGAGATGACGATGCCAGTGGAGAAACAATCAGA
CCTGGACAAAATCATTGCACTGCTAGATCAGAGCCGACACGTCAATTGCT
TACGACTGACCATCAACCAGAAGACATTAGTAGacggtggagttggtggt
tttcaCTTGCCAGGTGAACAAGCTTTCTCTGGCAATGTCAACAAAGAACT
TGCGGATGAGCAGACTCACAAACagAACACGTCATCACAAGTTGTACCAA
CCGCCAACGCACACCCTCTTCCATCACGCCCCTTATTCAAATCAAGGTCA
TACGAACACGAAGAATTTGGGAGCTCACCTGAAGACGACTTTCTTCTCCC
AACACGCTCCAAATCGTTCCGCCACATCCGCAACCCTTCACCACCACCTG
GACATCATATTCAAGATAACACGATGATCAATCATCGAATATCGACGCAA
TCAGACACGACGCACACGCCTGAAGGTGGAATCTTTATCCCTGAACCTGA
AAACGACAACGTCCATGACGGCTTCATCCCGATCGATCCTCCCGAATACC
CGACCGATGACGACCCACGAATTCATAGTTTCGATAGCGGTCAATTTGGA
TCATCTTCACCCGTATCCAACGGCGCTTTCTCAACTGGAAGtgagATATA
CAGACGACCACGTCCAAGTGATTACGTCATCAGAAAACGGCCCTCAAGCG
ATGTCTTTCCCGATAAATCCGATTATACGGAAGATGATGAGCCGTACATG
TTCAGGAACAGTCGTCCCTACTCTGATTGGACTTTGAACCTTCGAGATAC
TGATTACCACTTCTTCCCCTGGCAACTTGAGAATTTTACTGGGAACGGCT
CCATGTCGCCCAGTATTTCGAGTAGTGTCATCAGCCAAGGGTCTTCAGga
cttgttCCAGATTACGACGACAATGACTTAACCAAAGGTTTCAGCAATCT
TTCTGTCAAGGACCTCAAAGATGTTCACTTTGCAAataaaaaatggacca
aaattcgACAGATTGGATCTGGCGCATTCGGAACGGTGTACTTGTGTCGT
GACTTAACAACCGGTAAAGAGTTAGCCATGAAATGCGTGGAGACTGGGTC
CGTCAATCCAGCCGCCATGCAAGAAGTTGAGATCCTTCACCGAGAAATCA
ATCTTTATAAAACGTTGAAACACCAAAGGATTGTTTGTTACTATGGCAGC
ATACAAGACACTAAAAGTTTGTCAATCTTCATGGAATACATGGAAGGAGG
TTCACTACACGAGCGAATTTCTCGTTCTGGAGCTATGAGCGAAGATGATG
TGCGAAAATATTCTCGTCAAATGTTGGAAGGACTTGATTATCTCCACAAT
AACCATATCATACATCGCGACGTTAAAGGTGCCAACATCTTATTGGATAA
GAACGATAACTGTAAACTTGCAGACTTTGGTTCATCGAGGCAAATTAAGA
CAATCCGATCAAAAACGGGGTGCAAATCGGTTCACGGGACGCCCTATTGG
ATGAGTCCAGAAGTGATCAATGGGCAAGGTTATCGATGCAAAGCAGATAT
TTGGTCATTGGGATGTACAGTGGTGGAGATGTTGACCACCAAACCACCCT
GGTTCCACCTGGAACCTGTTGCCGCCTTGTTCAAGATCGCCACACAACCC
ACCAAACCACAACTGCAAGGGTCCTCCCTCATGTGCATCAAGTTCGTCGA
GCTCTGTCTTGAAAAGGACAGCAACGTTCGCCCATCTGCTCTTGAGCTAT
TACGTCATCAGTTCTTAGTAGACCGATAGCCTTGGTATGAAGCGTGTAGC
CTGACTTGAATGTGCGAGTTGTGGATTGGATATAGTGTCCTCAAAACAAG
GAGGAGAGAAGAGGATGTCACGTGACTCTCTCGTAATTCCAAAAAGATTC
TTTCAAGGAGATACGGAAATGAATATCGTGAAAGTTAAACCTTTTCAAAT
TAAAATCGAATGGAAATTCTCATTGAGTCTCCGAGTGTTATCAAACACCA
AGAGATATGGTTTTTCACCGAGAACGCGATCCTCCAGGGATTTTGGCTTC
CAATCTCTCCTGTTGCCAATGGTCAAATTAAACATTGAGAAAACACGAAT
AAAGTCGATCGATTCAGAGAAAAGCTCCTTTTGAGGGGCAGTTTTAGATT
CACCATTGGATGACGCTCGATAGTTCTAAAAAGCGACAGACCTATGCAAA
AATTGCGTTCGGACTTTTTGACGAAGCATTGTGAACGTATTTAAGGAAAC
AGTTTTTCAAAACGAAAATTCCATCCGTTACCCGAACGAACGAACTTAAA
GAGTATAATAAACGAAAAATACATTAAATGATTTGGACTGAATGAAAAGA
TTTGATAAACAGACAGAAGAAGAAGGAACTTTAAGACTTGAGTTTTTATA
TTCCCGATGAGATAATTATTAGACGATTTTTATGTGCATCGATAAACTAC
CGTTTGCACCGATCTGAACTTTTGGTggcagaaaaattatttcatataGT
ATAtgacttgttttgattttatctgcatataaacaaatatattgTTAGAA
AGCTTTTCTCGATAGATTAAAAAGTTATGGTCAAAAAGTGTCTTTACCAC
AACCCTACATATAGATTTGAGTACTATTTTTGCCAGAACTTTTTGGATAC
TTAGGTTTCACTCACAGGGAACGCTATCATACAGATGCAGGTCCGCAAAT
TCTTATCTGGTGCTTTCGGTAGTCCGCATTTTATGTCAACATTTTTATGT
AAATAGCCAATCCCATgtgatatattttttcaattttcctttagtttttt
aaagatttgttgtttttttgtctgttttcttTACCGTCAATATGACATGA
TTAGTAAGAAATTTGATGACTAGATAAATATATGCTCAGAATGAGCGCTA
ATTCGAATTAAATT
Run BLAST on NCBI

transcript from alignment at sc0000350:29785..44317-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00020205 ID=TCONS_00020205|Name=TCONS_00020205|organism=Clytia hemisphaerica|type=transcript|length=14533bp|location=Sequence derived from alignment at sc0000350:29785..44317- (Clytia hemisphaerica)
AATTAGGGCTGGGGACGACAAATTTTTCACGCTTGAAAACATTGAGTTGT
TCTCAATCTTCTCTCTTGGAGGTACACTGACTCTTCCACTATTTGCACAT
TTACAAGTCTGTGCAAGAACCCTCTGTAACTTACCATATTACTTCGAATA
AACACCACCTACCTTTTAAGCACCCCTCGAATAAATGCCCTCCCTAATAA
CCGAGAAAATTAGCAAACGCCTTGGGCGTTTACTCGATGCGATTCAAATA
AAGTTTTCTTCTGTATTAGTTTGAAGGGTATTTTAGCAGGGCAATATTTT
TGACACTTCCCAAGTTTTCGTGATTTACAGTGACCTTTCTACGACTCCTG
TAAATCTTTTCGCTCTCGACCATTAACCCGACATTGAGGATGAATAATAT
CATACCAGTATAATCGATTTGGGTCTTGAAAAGAAAAACTGATTTTTAAA
TGAGTAGCTGAAATTGAATTGCTTCTTGATAAAATTGTATTCGAACTTTC
TTGAAATATAGTAACTGATGAGTCAAGAACTGAAATACTCTATCTCTTTC
AGATGACGATGCCAGTGGAGAAACAATCAGACCTGGACAAAATCATTGCA
CTGCTAGATCAGAGCCGACACGTCAATTGCTTACGACTGACCATCAACCA
GAAGACATTAGTAGACGGTGGAGTTGGTGGTTTTCACTTGCCAGGTGAAC
AAGCTTTCTCTGGCAATGTCAACAAAGAACTTGCGGATGAGCAGACTCAC
AAACAGGTATTGTTTTGTTTTTCAGGTATTATTGGGCTTTCCAGGAAAAT
AAAAGCATGAATGTGTTGTGTTGGGGATATCGGGCATTCTAAAGGCCAAT
GACGAACGTTAATTGATATCCACGGATCATGTAATTTGACAAGCATAAAA
TTACGAAATTTTGATAACTACTTTCAACGAAAAATCAATCTGGTAACGGT
TTTTTTCCTGGAAAGACACTTGAAAATTTGACCCTTATTGCCCTCGACTC
ATTTTTGTTGGAAGACACTATGCTTCCTACTAAGAAACACAAAGAAACAC
ATTCCAAAAACTTGCTTTTTGGTATTTTGACACAATTTGCTTCGAATAAA
TGCATCATAAGCAATTTTTCATTTCCTACTTTCCTAAATCGGTGTAAGAG
AGACTGCATAAAAGATACATTTAAAATAATGACTCCTTTGACGTCACAGC
TATTGACTGACGGTAAGCCGTTAATAAAAAGTGGAATCATTTCTTTCGCC
TCAGTTCTCAGAATTCACTTTCTTTCGTTAAGGCAAAGAAAAAGGCATTC
CTTTCCTTCTCAACTTTCTCAACATTTCTTTCGATGCGTGGGCTCATTAG
TTTTGCTTATCTTTTCATCGCTTTTCGAACAAAAAACATTCTGAAATGCG
GCTCATTTAAGAGCTCACTAAGCTCTCAATTACTTTAATGAATAAAGATA
ATTGCATGATGCGTGGGCGAGGGCGTTACATGGAGAAATTTCGTGCAGAT
CATTCAATTAAAATGCATCTAGCACTGATACCCAAATTACGTCAGAAATT
TAGAAAATGACCCGTGTTACAAAGTCAGATTTTCCTTAGAAAATATTTCC
CAACTAGACATAAAAACGTCAGTATTTTCTGTAAAATCATAGTGTCCTTC
AGGGTCTCTTCCCTCTCATACCTAGAATCAAAATTTTCCATCCCCCCTCA
TTTTTCCCCACCCTGCCTCCAAAAATTTCTCTGTCCTCCCCCCTCAATCA
TAAAAAGCTGTGATTTGATGAATTTAACGCTATTTGTTTTCCCTAAGGTA
GTTCTAATTCAAGAATAAATGGAAAGGATGGGGTTTTAAACCGTAATATT
GCTGGTTGAAATAAATGAAAGAAAAACTAATCATATGCTATACACCCAAT
TAAGTGATAGTAAAACCAGATGTTTTTCAATTTTGAATTGATTTTGGTGA
GTTCCCCCCATGCCTAGAATGAAAATTTTCCATCCCCCCCCCTGGCTTCA
AAAAAAATTCTTTCCCCCCTATACGTCCTTTTGACCTCAAAACCCATTCC
CCCCTGAATTCAGGGGGGGGAGGACACAATGAAAATGACAAGTATTTTCA
TCACTCTGTTCGGCATTCTATTTTACAGAACACGTCATCACAAGTTGTAC
CAACCGCCAACGCACACCCTCTTCCATCACGCCCCTTATTCAAGTAAGTT
CCTTTCGACCCTTTGATAAAAATTCCAAAATCTACATTTTCTGATTCTAA
CTACGTTGTAATTATCATGTTATATATGCGAGATATTTGATTTTGGACCG
ACCAGCACCTAAGCGACTCAATGCTGAAAAAATATTCTAGTCAAATTTCA
AGCGGGACTAAATGGATATTTCCACCACAAATAATCGGGCTTTGGATTTC
AGAAACTTCTCGAGAGGTTTGTGGCGTTTCATTTTTTTTGGTCTTGATTC
TCAGAAACTGTTTATTTTCCAAACGTATCAGATTTTTAGCCTCAGATTCC
TTCAAGTGTTATGATGTGTCTTTGACGTCCTTTGTTTATTTACCAAAATA
GAAAAGAGATTTACGGAGTAACAATTTGGCTACGACCTCTCCTTACAGTA
AAAACACAACCGCCCTCTCTCTTTGACTTTGCTCTCGTGCCAATGCTTTA
TTATAACACCTCGTTTTCGACAGTTGCTAATTTTTTTGAAATTCTTCTTC
GAAACTGTTCTTACCCCTCTTTGTTGGGGGAATTCTTATAGCGGCTAATT
TCCAACTTTTGAACTGAAGCTGACGAATAACCATAAATACGAAAGTGTCG
ATAAAATATATATTCAATAAGGACATATTTAGTTTTCACTTTGTGTTGTG
GTACTGTCATTTCTCTTTTGGATACACTTCCAGGTTCACTGTAATTGATT
TTGAAAATTCCAAAATTTTCCCTTTCCTCAGCCATGTTTGCTTGATAAGA
GTAATAATATTCAAATGCCTATGCACACCTCGGATTCAAAGCCGACGACC
GGGCGCTCTGGATACAATTCAGTGGAGACTCGCCGTGGTGTGTGTGCACG
AGAAAGACCTTTTTGAAATATTTGAGCGGTTAGCTCAACTTTCTATTCTA
AAGCCTTACATAAGCCCTCACAGTCACACGACGTCATTATATTTCAAAAG
CTCTTTCATTTCTCTCTCCCTTTTTTTTTGATAAAAAGTTTGTTATTGAT
GATGATTCAGAGTCGATCAGATATCATAAACTGTGTCGTATTATCTTTCC
AACTAACCCCCTTCTCTCGCTTTACCTATTCACAGATCTTTTGAATGTCA
TGTAGTGAAAAGACTCGCGGAAGTTTATCAGTTTGTTATCCTCCGTGTTT
GTAATTCGATGACATTAAAGTGACTTTTGATCAAATGTCTACTTTATTTG
TTTTGATTTTGAAGTATAACGTTCGTTCTTGAAAGTCTACTTTTACATGC
ACGAACTTGAAAAGAGGGAGAGCGTAGGCTTTTCTTGAGATTACAGTAGA
TGTATGTGATATTTTGCAAATGGATTTTATTTGACCAAGTTGTTGAAAAT
AATTGACAAGGACGATATTTAGAACTTTATGTCTTGGGAATTTGAAATCA
TGCGTGAACTAAATCACCATTACTTACCGTGAGTGTTTGAAATATTTTGA
CTTTTTCAACAACTTTCTCTTTTTTACAAGTTAGTTTTTTATTATCAGCG
CCAATTCATTCATTTATTCTCTAGGTACATACAGCCAACAGTCAGTGGAA
TAGACCTTTTCATAAATTACGTCACGAACAACGCTTACCTCGTTTTCAAA
ATATTGCCATGGTTATTGATTCCCAGAGGAGATCATAAGAAGTTTACTCT
ATTTAAACAAGAGCAACACTTGAAGACTCGAGGGATTTAATCACCTTGGT
AATATCTTCAAAACGAGGCAGTCGTTGAACTGAAAATGATTTTTGAAAAG
ACTTATTGTAGTGGCATTTTCGACTGACCCTTAATGAGGTCCAAACTAAC
AACGATTTTTGGCAAGTAAACTTGTCAAATCTCAGATTTTGATCACAATA
AAGTTTTTTAAGGAGCTAGAATATGAAACTGCTTTGTCAATGGTTGGTGA
ATATTAAACTTGGTTTGAATCCGTGGTTGTGTATCAATTAGAGCTTTTTG
TTGATTTCTCTGTCTGTCTGCCGAATGTAGTTTGATTTGGTTTCTTTTTT
TGTGGCTATCATCCAGAACTTCGTTCGTTTTTTCACTATGTGCCTTTAAA
ATTGTTTTAATAAAGTAACTTTGTATTGCTGGAATAATCCTATTATTACC
TATAAATTAAAAAAAAAATCAAGGGAAAAAGGGAATTTAAAGGGAAATCA
AGGATTGATTTTGCCACAAATAATGCAACATTTCAATGTTTGACAAATTT
ACATCTATTTTCATGGCTTAAATATTCAAGTTATTCTGCTCTATGTGAAA
AACATGCTTACAAAAAACTTGAGATGGACTGCCACTGACTTCCTTTCGAC
AGTAATTTTCTGTACATCCCGTTTCTCTAATTATTATTTTTATAAAGAAA
CTTTCTATAGTAATTACTATATATCTCAGCATTCGATGAGATACGTTGTG
TGGAGATATGTTTTCTTCTCAATCACTCTCGTGTTTTGATAATATATAAA
CGATCGAGAATATTTTAAGTTTTTCCTTCATACCTTTACTTTACAATTGT
GGATGGAGTGAGGTTTTATGATTAAGTTCAGGTTAGATTACAAAGGTATC
TGATGAATGATGCATTCTTGTAACAGATTTTTTATGATATGTAATGCGTG
GCAGTTTCTCTAATTCTTGGTTAATGATAGTACTTTCGTATGTTGATAAA
ATCAAGGTTTTGATTTTATAGTCTGTTCACGGCCAAAAACGTGATAATTT
TTTAATATACTCAGAAAGAGTTTAAAGCATCATAATACTGTAATAGTTTA
TCAGATGGTTTAATCATACGAGAGTAGAAAAAATACAATGAAAAGTCATT
TATCTTTTCTTGTTTAGCGATATTTGTTACTTTTGAATTCCTTGTCCATC
GTAGTAAAAACTATGATGAGTAAATGACTTATTTTTACACTGAAGAATAT
TTTGGTGTCACTTTTCTGTCATTTCAATGTTTCCAAAATATGGAAAGTGA
CATAATGATCGGAAATTCAAAATAATTCTCTTTCTATCTATGAACAGCTT
TCCTCAGCGTTTTTTGTTGGCATATAATTTTTTGATTGGTATAATTTTGT
TCAGTCCAACTAATTAATTTTGACGAGTTTGGAAGATGTAGGAAGCTTAT
TAAGTTCTGTCTTCATTTGGCAAACAATGTTGTATTATTTTTAACTTAAA
GCCTTTTTTGTGTCCTCGTATTCTTGTCGGTGATTGGAAGCGTTATAAAC
CATGAAGTTGATGATAAAATGATAAAAACTTTTCTGTACTGTTTGTTCTT
CTCAGTTTTCGGTTCAAACTCTTGATAGCTCAAATACTCACATAGTTTTA
GATTCAACCATTTATATTGAAGGGAGACTAGTTGAGATTAGTTATGTCGT
GTTGTTGATAAGTCGTCGAGTCATGTCGAGTTGATGAGCCTCTTGAAAGT
TGAGCAAAACGAGAAAATCTTTTGAAGAAAATAAGAATATTGAGTTTCGA
GTCGCGGAAGGTTTTATTTATCGTTTCTCAATGTTCTGACCCTCCTCTAC
CTTTAGATCAAGGTCATACGAACACGAAGAATTTGGGAGCTCACCTGAAG
ACGACTTTCTTCTCCCAACACGCTCCAAATCGTTCCGCCACATCCGCAAC
CCTTCACCACCACCTGGACATCATATTCAAGATAACACGATGATCAATCA
TCGAATATCGGTATGTAACTTCTCCCACCATCATGGTCAGCCCCTCTTAC
AGACCCTTAAAGTCAAAACTCTTCACAAATCGCATTTATAGACTCAAGGA
TTAGGAATTTTTGGTTGACTTGTAGGAATACGTCTCTTGTGAAACGATCT
CTTAAGAAAAATCGAACGTTCTGCCCTTTCATTTGGGTGATAATGATTCA
ATCTACTAAAGCAAAGCAAAATCTCTCCCCCTCTATTGTGGTTGAATAAT
AACAAACAGTTTCTTTGTTTTTGTTGACAGACGCAATCAGACACGACGCA
CACGCCTGAAGGTGGAATCTTTATCCCTGAACCTGAAGTAAGTGATCTTA
ATGCAATTTCTATATCTTGAAAATTTATTTCCAAGAGTCTATCCGACAAT
TTGTATTGTCTTGTATTCAGCATTTCGGAAAAGTTTTTACTACAACTACG
TTTTCATTAATATCCAGCTCGATCTATTTTTTGACCTCAACAAATTACTT
CAAAATAGCTAGAAATATTAAGTCATGTATCTCGAGCTTTTCAAAGTCAT
TGGCCCGCTGTTTTATATCCATACTACTATCTCTTCACCCGACAGAACGA
CAACGTCCATGACGGCTTCATCCCGATCGATCCTCCCGAATACCCGACCG
ATGACGACCCACGAATTCATAGTTTCGATAGCGGTCAATTTGGATCATCT
TCACCCGTATCCAACGGCGCTTTCTCAACTGGAAGGTAAGAGAGAAGGAT
TGGTTGCTAGGGTAACAAATGAAAGTGTTTAATATATTGTCAGCTATGTC
TTACTATAAAATGCTTGTTGTGGACACCTAGACTTGTCATGAAACATCTT
TTATAAGCATAGCAGGCCTTACCAATGATACATTGAAATCCTGACCTTTG
GTTGTAATTTGTAAATTATATTTTTCTTTGTGAAACTCGAATTCTATAAA
TCCATATTTTCTTTTTCAGTGAGATATACAGACGACCACGTCCAAGTGAT
TACGTCATCAGAAAACGGCCCTCAAGCGATGTCTTTCCCGATAAATCCGA
TTATACGGAAGATGGTATGTTTCTTATTTTACTAAAATTCTAGGTTACAC
ACATCCCTATAATATGCTTTTATATAGGGAATGCGTATCGTGTATAAAAT
TCCCGTCCCAGAATTACCTCTGTCTTTATGATTTTGAGTTTTAGAAACTT
GATTAACTTGATTGGTAAGTTTTATAGTTTATAGTAATTATAAAATTTGA
ATTAAAAATTTGAATGGCTAGAGTTAATACAATCGCTGGATTTCTGAAAA
TCTTTAAGGAAATTGAAACAGGTTACCCCAAATTTGAGGTAATTCTGGGA
CGGCAATTTAGACACGATTAGCATTACTATATTAAAACATGCGTGCAGCC
TACTAAAACTCGTGTTTTACACTTTATGGTAATTGGACATTATGGTTCTC
CCAGGCCAGACTATAAAAACCTTATATTTACTCCCAAAGAGGTTTAGGCT
CCACTGGTCTCGCTATCGTTCTATTTTTAACTCTCATAAAAAACAACTTG
TTGGTTCTATCCATTCATATCCATCGATTCGCCATTCATGAAACATTCTC
CTTCCTTTGCATTTTCAGATGAGCCGTACATGTTCAGGAACAGTCGTCCC
TACTCTGATTGGACTTTGAACCTTCGAGATACTGATTACCACTTCTTCCC
CTGGCAACTTGAGAATTTTACTGGGAACGGCTCCATGTCGCCCAGTATTT
CGAGTAGTGTCATCAGCCAAGGGTCTTCAGGTACGCGTGGCTAATCGATT
TCTTTACCTTGCATGTTTCAGAACATTCTCTAACTCCTATTTGAACGACA
TGCTGGAAGTTCGAAAATTTGATTATTTTTTATATTAGACATTGTTATTT
TTTCCTTGCTAAATTTTACCATGCATAGTAAATTTTCCCTGAGAGCTTTT
TAAGTTATCATATGCGACTCCAATGATCGTCATCCAATTGACTTCCACAT
CTCTGACACAGGACTTGTTCCAGATTACGACGACAATGACTTAACCAAAG
GTTTCAGCAATCTTTCTGTCAAGGACCTCAAAGATGTTCACTTTGCAAAT
AAAAAATGGACCAAAATTCGACAGATTGGATCTGGCGCATTCGGAACGGT
ATAGTTTGTCCCTTCTTCGAATTTGCAAATTAATTTTTAAATTTCTTAAA
TGTTATTGCTTTAACCTACTTCACTTCCAGCTGTTTATAATGTTTACCAT
CAAAAACTATCGCCAATTGCCCGCTTTTAAATCTTATCACTTATCTAAAA
AAATATGATTATGTGATATAATAAAAAATCATCAAATTGCCGAATACCTA
TCACAGAAAACCGAGCCGGCTGGCAGTGGCAAATTTTTAAACATGTAAAC
CATAGACATTTGTTTTGCACCCATTTTAGCTTCTGTAATTCCAATATCAT
TCATTCATACAGGTGTACTTGTGTCGTGACTTAACAACCGGTAAAGAGTT
AGCCATGAAATGCGTGGAGACTGGGTCCGTCAATCCAGCCGCCATGCAAG
AAGTTGAGATCCTTCACCGAGAAATCAATCTTTATAAAACGTTGAAACAC
CAAAGGATTGTTTGTTACTATGGCAGCATACAAGACACTAAAAGTTTGTC
AATCTTCATGGAATACATGGAAGGAGTAAGTTGTCTTCTTTGATGCATCT
TTGTAAATATGATGGTCAACGTCTTTTTGGACCTACCTGGAGGTTCTATA
AATTAACCTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTTCGTT
CGTTCGTTCGTTCGTTCGTTCGATTTTTTTGCTCAAAGTGGTGTATTAAC
AATGCCCGAAACTAACCGAGTCCGATTTTTTAGAAAAAAATTTTTCCGGC
GGAAAATGCCGGAAATATGCCGGAAATCGCCGTTTTTCTGGATTTTCATT
GGTCGGACTTTTTCCTTATTTTAGGTTGTTTTTTGGACCTACCCCGGTGG
GGTGGAGCATTGAGTTTCAAGCCCGAAGGGCTAGAGGTCAATCTCTAACC
TTTCTCAGGCAAGAAAAATTGAAGCCTTAAAATATGCGCCGTATTTTTGA
TGACGGCTTGAATCTAGCAATTCCTTTGTCTTCGAGTGATATATTTTTCG
AAATTAAGCGGTAAATTTTAGTTTCAATCTGTCATTTGTGTAAAAACCAG
GCGGGTCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAACCTGGCGGGT
CGCTCAAGGCCGCGCAACTTTGGTAGGATTTGTTGGCTTCAAATCCTACC
AAAGAGATTGACCTCTAGCCTTCGGCTTGAAACTCAATGGGGTGGAGGTC
CTATAAATTAACCCGTGTTCGTTAGTTAGTTCGTTCGTTCGTTCGTTAGT
TACCAACTTTTCTCGAGATTGGCTCATTAAATTTTTCTGATTTTTTGCAC
AAAGGTGCATTACTATAAACCCTCGAATGTGACGGAGCCCGATTTTCGAA
AAAAAATTTTTTCCGGCCGGTAGNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNATTAGTTTTTTGCGATTTTTTGC
ACATAGATGCACATTAGTACTGCCGAAAAGGTGTCGGAAACCGTTTGCCG
AAAAAAAATTTTTTGCGCTCTGTAGAACCGGAAATGTGCCGGAAATCGTC
GTTTTTTTCACATTTCCGTCACATTTTTTCAACTTATTTAATTGTTCCTT
TACAGAAAAATGTTCTTTATGATGATGCCCAAAACTTAGCATNTTTTCCG
ACCGAAAATGCCGGAAATATGCCGGAGAAACCGGTTTTTTGACATTTTCT
CGATTTTTCATCCTTAGTTTTTTCTGATTTTTTGCAGAAAGATGCGTATT
CGCAATGCTCAAAACATGACCGAGTTCGATTTTTTTATAACAATTTTTTT
CCGGCCGAAAATGCCGGAAATATGCCGGAAATCGCCGTTTTTGCAGACTT
TTTCCTAACATTTCATTTCTTCCTAAAAACATCATTGATAGCAATTCCCA
CCATCAAGCATGATTCGATTGTCAATATAACTGATTTCTGCAACCGGAAC
TTTCTATATCTTTTTTCCCTTCTCCCCTTCCCTCTCCCCATCAACAATCA
ATGATGAAATTTAACGCGTTATGCCCTTTCGCTAAACATTATATTTTCTA
ACGGATTGTTTCCGTTTTTCTCCTTATTGCTATCTAACTTTCATCATTAG
GTAGATCCACCCAGCATCTAGCTTGTTTTGGTTGTACTAGAATGTACTTT
TATTGAGCCAATCTTATATTTTTATTCAAATTTTCCAAAAAAAACTTGTG
CTATCGATGAATACAAAAGCTGATTAGGAGAGTTCATCTAACAATTCCAA
ACCATCTAAAGAACGACAAAAACTTAAAAAAGAACGACAAATTTTGCATG
CATTCTAGTGCAATATTTGATGTTCGACCAAAATTTGTCTGGTATCCTTT
ATAATCAACCTTTGTTACGTATGATTCCTACTAGCGACACAACATCACAT
CTTAACCTTTGTCATTTCTCTTCTTTTAGGGTTCACTACACGAGCGAATT
TCTCGTTCTGGAGCTATGAGCGAAGATGATGTGCGAAAATATTCTCGTCA
AATGTTGGAAGGACTTGATTATCTCCACAATAACCATATCATACATCGCG
ACGTTAAAGGTATTTTAATCTCCGTAACCTTATTATACGATACCTGTAGA
ACTAATTTTGTCAGTCACTCTAAGTTTTGCATGCCTAAGTACATCGAAGC
CATTGTCTAGCCTTTCGGTCGAATCTGTTAGCAAGTTTGAGAAACAACTC
CACCACTAGTTGCATTCGGAATTCTTTCACTTATTTTCACCTTCATCATA
GGTGCCAACATCTTATTGGATAAGAACGATAACTGTAAACTTGCAGACTT
TGGTTCATCGAGGCAAATTAAGGTACGTTTATCTCAATTTACACTTGTCA
ACTTTCAATTTTAATTATCCTTTTAGCGGCGACATGCTCCAAGACGGCCT
TTAGAGTTGCCTTATTAATACTCAGTCGGAATATTCATTTATTTAAGGGC
TCTGACCATNCTGTTACGTATGCTTCCTACTAGCGACACAACATCACATC
TTAACCTTTGTCATTTCTCTTCTTTTAGGGTTCACTACACGAGCGAATTT
CTCGTTCTGGAGCTATGAGCGAAGATGATGTGCGAAAATATTCTCGTCAA
ATGTTGGAAGGACTTGATTATCTCCACAATAACCATATCATACATCGCGA
CGTTAAAGGTATTTTAATCTCCGTAACCTTATTATACGATACCTGTAGAA
CTAATTTTGTCAGTCACTCTAAGTTTTGCATGCCTAAGTACATCGAAGCC
ATTGTCTAGCCTTTCGGTCGAATCTGTTAGCAAGTTTGAGAAACAACTCC
ACCACTAGTTGCATTCGGAATTCTTTCACTTATTTTCACCTTCATCATAG
GTGCCAACATCTTATTGGATAAGAACGATAACTGTAAACTTGCAGACTTT
GGTTCATCGAGGCAAATTAAGGTACGTTTATCTCAATTTACACTTGTCAA
CTTTCAATTTTAATTATCCTTTTAGCGGCGACATGCTCCAAGACGGCCTT
TAGAGTTGCCTTATTAATACTCAGTCGGAATATTCATTTATTTAAGGGCT
CTGACCATAGTGAATTTTGATATTTGTCATGTACAAAATATAAATTTCTG
CCTGATTTAGCTGGCAAAACTTTGACATGTTATACATTTTCTGTTAGGCC
AACTATCTTTGAGTCTGAAAATTTAAGAATCGCAAAGAAAAAATTTGATG
AAGAAGAAAATGAAGACTTTTGCGACGAAGAGTATTTCAACTTTGAAGAC
CTTATTTTGATCGAAGAAGAAATATTTTGAAAAAACTTTTGTGGTAGATG
GTGTATCTTTTACCGAACTAGAAATCTATTTTCGGAAAATTTTTCTAAAA
GCTTAATCTTGAAAAAAGTGCTTTTTGACCAATTTTTCATCCCAAATGTT
CATAGAAAAACAGCTATTACTCTTGATGCATCAACTTAGAAAATTGTTCC
GAAAAATTTAAAACAGCTCAATTATTTGCGGACAGTTTGAAAAAATATAA
ATGTTTGAAATAATTTTGTAAAGACAATTCTTTGTTAAAAGTGTAAAGGA
ACCTCAGACATAACTGTTATGCTCAAATACCAAAATCAATTTTTTGACTA
TGGTCAGAGTCCTTAAACTTCCATTTTCCATTCTTATAGACAATCCGATC
AAAAACGGGGTGCAAATCGGTTCACGGGACGCCCTATTGGATGAGTCCAG
AAGTGATCAATGGGCAAGGTTATCGATGCAAAGCAGATATTTGGTATGTG
TTCACCGTTTAAAGTTCTCAGTTTTCGTAATTGTTTTTGGCAGATCGGAT
CTATCGGTTGATGGGTATATTAGAACCCAATAGAAACAATTCGGACTAGT
TTGATTAATTTTAGAACCCATTTAAAGTCTTTAGACCTGAGTAACATGTT
TTATGACGAAAGAGTATTAAAAATACACAGAGAAACACCCACGCTCTATT
CAATTAATTAATTGCTTCAAAATGCGTTGACTCTCACTTGAGATATTGGT
ACAAGTTGCAGAAGATATAATTTTGATTGTGCTTACTTCAGGTCATTGGG
ATGTACAGTGGTGGAGATGTTGACCACCAAACCACCCTGGTTCCACCTGG
AACCTGTTGCCGCCTTGTTCAAGATCGCCACACAACCCACCAAACCACAA
CTGCAAGGGTCCTCCCTCATGTGCATCAAGTTCGTCGAGCTCTGTCTTGA
AAAGTAAGTAACCTTCTTATACACAGAGGAATGCTAAGACTTTTACCCAA
TGAGTTATTAAAAAATGCTATAAAAGTCATTATCTACAAAACAGTATAAA
GGTGTTATAAGGAACACGAATCTTTAGTGGATGCCAGCTGCCTATAAAGT
CCTTTAAATTGATCAAGGTTACCTTTTGGCTCATATCCTCTGTGTTTTGA
TTGTTGTTCTTCTTCGCCTTTGATTGATAAAACAGTCAATTGAAACCTAA
TGGTTTTCAAACACAAATTTTGATTGAAGTGGATTAGAATTAATTACCAA
TCAGTTAGATCTTCTTAATTGTTTCGCTTCGTTTTCTGATTAATTCATTT
AATTATCGCCATCCACTTTCTTTTCATTGTTCAGGGACAGCAACGTTCGC
CCATCTGCTCTTGAGCTATTACGTCATCAGTTCTTAGTAGACCGATAGCC
TTGGTATGAAGCGTGTAGCCTGACTTGAATGTGCGAGTTGTGGATTGGAT
ATAGTGTCCTCAAAACAAGGAGGAGAGAAGAGGATGTCACGTGACTCTCT
CGTAATTCCAAAAAGATTCTTTCAAGGAGATACGGAAATGAATATCGTGA
AAGTTAAACCTTTTCAAATTAAAATCGAATGGAAATTCTCATTGAGTCTC
CGAGTGTTATCAAACACCAAGAGATATGGTTTTTCACCGAGAACGCGATC
CTCCAGGGATTTTGGCTTCCAATCTCTCCTGTTGCCAATGGTCAAATTAA
ACATTGAGAAAACACGAATAAAGTCGATCGATTCAGAGAAAAGCTCCTTT
TGAGGGGCAGTTTTAGATTCACCATTGGATGACGCTCGATAGTTCTAAAA
AGCGACAGACCTATGCAAAAATTGCGTTCGGACTTTTTGACGAAGCATTG
TGAACGTATTTAAGGAAACAGTTTTTCAAAACGAAAATTCCATCCGTTAC
CCGAACGAACGAACTTAAAGAGTATAATAAACGAAAAATACATTAAATGA
TTTGGACTGAATGAAAAGATTTGATAAACAGACAGAAGAAGAAGGAACTT
TAAGACTTGAGTTTTTATATTCCCGATGAGATAATTATTAGACGATTTTT
ATGTGCATCGATAAACTACCGTTTGCACCGATCTGAACTTTTGGTGGCAG
AAAAATTATTTCATATAGTATATGACTTGTTTTGATTTTATCTGCATATA
AACAAATATATTGTTAGAAAGCTTTTCTCGATAGATTAAAAAGTTATGGT
CAAAAAGTGTCTTTACCACAACCCTACATATAGATTTGAGTACTATTTTT
GCCAGAACTTTTTGGATACTTAGGTTTCACTCACAGGGAACGCTATCATA
CAGATGCAGGTCCGCAAATTCTTATCTGGTGCTTTCGGTAGTCCGCATTT
TATGTCAACATTTTTATGTAAATAGCCAATCCCATGTGATATATTTTTTC
AATTTTCCTTTAGTTTTTTAAAGATTTGTTGTTTTTTTGTCTGTTTTCTT
TACCGTCAATATGACATGATTAGTAAGAAATTTGATGACTAGATAAATAT
ATGCTCAGAATGAGCGCTAATTCGAATTAAATT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_011345XLOC_011345Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00020205-exon-sc0000350-1575043694:44247..44317TCONS_00020205-exon-sc0000350-1575043694:44247..44317Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:43562..43765TCONS_00020205-exon-sc0000350-1575043694:43562..43765Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:42125..42189TCONS_00020205-exon-sc0000350-1575043694:42125..42189Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:38458..38611TCONS_00020205-exon-sc0000350-1575043694:38458..38611Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:38131..38187TCONS_00020205-exon-sc0000350-1575043694:38131..38187Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:37733..37872TCONS_00020205-exon-sc0000350-1575043694:37733..37872Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:37404..37498TCONS_00020205-exon-sc0000350-1575043694:37404..37498Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:36688..36849TCONS_00020205-exon-sc0000350-1575043694:36688..36849Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:36320..36456TCONS_00020205-exon-sc0000350-1575043694:36320..36456Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:35793..36005TCONS_00020205-exon-sc0000350-1575043694:35793..36005Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:33509..33638TCONS_00020205-exon-sc0000350-1575043694:33509..33638Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:33246..33316TCONS_00020205-exon-sc0000350-1575043694:33246..33316Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:31825..31928TCONS_00020205-exon-sc0000350-1575043694:31825..31928Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:31365..31526TCONS_00020205-exon-sc0000350-1575043694:31365..31526Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1575043694:29785..30983TCONS_00020205-exon-sc0000350-1575043694:29785..30983Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:44247..44317TCONS_00020205-exon-sc0000350-1510915933:44247..44317Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:43562..43765TCONS_00020205-exon-sc0000350-1510915933:43562..43765Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:42125..42189TCONS_00020205-exon-sc0000350-1510915933:42125..42189Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:38458..38611TCONS_00020205-exon-sc0000350-1510915933:38458..38611Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:38131..38187TCONS_00020205-exon-sc0000350-1510915933:38131..38187Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:37733..37872TCONS_00020205-exon-sc0000350-1510915933:37733..37872Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:37404..37498TCONS_00020205-exon-sc0000350-1510915933:37404..37498Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:36688..36849TCONS_00020205-exon-sc0000350-1510915933:36688..36849Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:36320..36456TCONS_00020205-exon-sc0000350-1510915933:36320..36456Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:35793..36005TCONS_00020205-exon-sc0000350-1510915933:35793..36005Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:33509..33638TCONS_00020205-exon-sc0000350-1510915933:33509..33638Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:33246..33316TCONS_00020205-exon-sc0000350-1510915933:33246..33316Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:31825..31928TCONS_00020205-exon-sc0000350-1510915933:31825..31928Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:31365..31526TCONS_00020205-exon-sc0000350-1510915933:31365..31526Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1510915933:29785..30983TCONS_00020205-exon-sc0000350-1510915933:29785..30983Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:44247..44317TCONS_00020205-exon-sc0000350-1491911889:44247..44317Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:43562..43765TCONS_00020205-exon-sc0000350-1491911889:43562..43765Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:42125..42189TCONS_00020205-exon-sc0000350-1491911889:42125..42189Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:38458..38611TCONS_00020205-exon-sc0000350-1491911889:38458..38611Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:38131..38187TCONS_00020205-exon-sc0000350-1491911889:38131..38187Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:37733..37872TCONS_00020205-exon-sc0000350-1491911889:37733..37872Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:37404..37498TCONS_00020205-exon-sc0000350-1491911889:37404..37498Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:36688..36849TCONS_00020205-exon-sc0000350-1491911889:36688..36849Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:36320..36456TCONS_00020205-exon-sc0000350-1491911889:36320..36456Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:35793..36005TCONS_00020205-exon-sc0000350-1491911889:35793..36005Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:33509..33638TCONS_00020205-exon-sc0000350-1491911889:33509..33638Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:33246..33316TCONS_00020205-exon-sc0000350-1491911889:33246..33316Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:31825..31928TCONS_00020205-exon-sc0000350-1491911889:31825..31928Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:31365..31526TCONS_00020205-exon-sc0000350-1491911889:31365..31526Clytia hemisphaericaexon
TCONS_00020205-exon-sc0000350-1491911889:29785..30983TCONS_00020205-exon-sc0000350-1491911889:29785..30983Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000350supercontigsc0000350:29785..44317 -
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
1.11887	0.987274	0.861812	0.901443	0.00291027	9.14166e-05	1.03277	0.136449	2.34158	2.76926	1.28755	2.1361	6.37294	3.39083	1.60019	4.16818	3.74102	2.76413	7.54127	5.49729	6.08796e-06	0.0013435	5.59252	6.47527	0.388971	1.98395	4.33357	1.93694	1.62536	1.21271
Blast
[Close]
BLAST of TCONS_00020205 vs. Swiss-Prot (Human)
Match: M3K3 (Mitogen-activated protein kinase kinase kinase 3 OS=Homo sapiens GN=MAP3K3 PE=1 SV=2)

HSP 1 Score: 288.115 bits (736), Expect = 1.884e-84
Identity = 146/266 (54.89%), Postives = 185/266 (69.55%), Query Frame = 3 
Query: 1044 WTKIRQIGSGAFGTVYLCRDLTTGKELAMKCVETGSVNPAAMQEVEILHREINLYKTLKHQRIVCYYGSIQD--TKSLSIFMEYMEGGSLHERISRSGAMSEDDVRKYSRQMLEGLDYLHNNHIIHRDVKGANILLDKNDNCKLADFGSSRQIKTI-RSKTGCKSVHGTPYWMSPEVINGQGYRCKADIWSLGCTVVEMLTTKPPWFHLEPVAALFKIATQPTKPQL------QGSSLMCIKFVELCLEKDSNVRPSALELLRHQF 1814
            W + + +G GAFG VYLC D+ TG+ELA K V+    +P   +EV  L  EI L K L+H+RIV YYG ++D   K+L+IFMEYM GGS+ +++   GA++E   RKY+RQ+LEG+ YLH+N I+HRD+KGANIL D   N KL DFG+S++++TI  S TG +SV GTPYWMSPEVI+G+GY  KAD+WSLGCTVVEMLT KPPW   E +AA+FKIATQPT PQL       G   +   FVE      +  RPSA ELL H F
Sbjct:  362 WRRGKLLGQGAFGRVYLCYDVDTGRELASKQVQFDPDSPETSKEVSALECEIQLLKNLQHERIVQYYGCLRDRAEKTLTIFMEYMPGGSVKDQLKAYGALTESVTRKYTRQILEGMSYLHSNMIVHRDIKGANILRDSAGNVKLGDFGASKRLQTICMSGTGMRSVTGTPYWMSPEVISGEGYGRKADVWSLGCTVVEMLTEKPPWAEYEAMAAIFKIATQPTNPQLPSHISEHGRDFLRRIFVE------ARQRPSAEELLTHHF 621
The following BLAST results are available for this feature:
BLAST of TCONS_00020205 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
M3K31.884e-8454.89Mitogen-activated protein kinase kinase kinase 3 O... [more]
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