TCONS_00047141 (transcript) - C. hemisphaerica

Overview
NameTCONS_00047141
Unique NameTCONS_00047141
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3201

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00047141 ID=TCONS_00047141|Name=TCONS_00047141|organism=Clytia hemisphaerica|type=transcript|length=3201bp
ATTACGGGTGAGTAAAACTACGGAAAGTGCCTTTCGGGTAAACaagcaaa
attattttgggcaagaAAAAGCTGCAAGAAAAAAAGGGGCTGTTTCCAGT
TTCTAAAAACAGTCAATAACTTTTCAAGTGATAAATGATTGTAGTTGAAA
AAAGAAATGGCACAAACTGCGACAACCCGAGCAGCCTGGAGTAACAATCA
AGAGGATTATGAGCTTCAAGAAACAATTGGTTATGGTGCCACAGCTGTTG
TCATTGCTGCCACATACCTTCCATCTGGTGAAAAGGTTGCTATTAAAAGA
ATTGACTTGGAAAAGTGTGGGGCTGACATCGATGAAATGAGGAAAGAAAT
CCAAACAATGAGTCGATGCAATCATGAGAACGTAGTGAACTACTACACCT
CTTTCATTGTCAAACAAGAGCTATGGATCGTCATGAAGCTTCTAGATGGA
GGTTCTGTTTTGGATATCATCAAGCACATGATAAGGAGCGGGCAAGTGGA
TCCTCTACAAGGTGTATTGGATGAAGTTGTCATTGCAACCATACTGAGAG
AAGTTTTAAAGGGATTGGAATATTTTCATAAGAATGGCCAAATTCACAGA
GATGTAAAAGCTGGTAACATTCTGCTCGGTGGAGATGGTAGTGTTCAACT
TGCTGattttggtGTCAGTTCAACAGTAGTGGAATACACTGAACGTGGTC
AAAAACTTCGAAATACATTTGTTGGAACTCCTTGTTGGATGGCTCCGGAA
GTTATGGAACAGgCTGGTGGTTACAACAATAAAGTGGACATTTGGAGTTT
TGGAATCACAGCTATTGAACTAGCAACTGGAACAGCTCCTTACGCACAAT
TCCCTGCAATGAAGGTTCTGATGTTGACGTTGGAAGGTGAACCCCCAACA
TTAGAAACATGTGCCAATGGAGAACGAGAAGCGTACAAGAAATATTCCAA
ACAATTCCGCAAAATGATCGCTCTTTGTCTTCAAAAAGAACACATTCAAA
GACCCGATGCTACTGAACTTCTGAAAAATCAATTCTTCAAAAAGGCTAAA
ACCAAGGAATACTTAATTGAATATTTGATAAACAAAGCACCAAAAGTATC
GGAAAGGCGGAATAAGACTCGACGCAAACCACAATCGAACGACGGAACAC
GTGACGAGTCAGGTGATTGGGAGTTTGAAGATACAGAGGACGAAGCAACG
GAACCTTCAACTGAAAGCACTAACGCTACTTCTGCAACCACGCCAGCGAC
AACAACGGTAACACCATCAGAACCAGCGAAAAAGGAAGTTCCAAACACAC
AAACTACCGCACCCGCTGCTACGCCTAACCCATCAACAACCAGTCAGCCT
GCACCGACCAACCCACCTGatgcGACGCCAGTGAACGAAGataaagtttt
tgatttgacgTTGAGGCTAAGGAGTGCTACTAAAGAACTGAACGATATCC
GTTTCGAATTCAACAGGAAAACTGATTCTGTTGAGGGAGTTTCACAAGAA
CTCATGTCCGCTGGATTGATCGATGGACAAGATCTATTGATAGTGGGAGC
TAACATGAATAAGATGATTGCAAGCCCTCCAGAAAACAAACAGCTCACTT
TTGCACTAaAATCTGCGCAAGATGATAGCGCAGAACGAGACGAGAAAACG
TTGATAGGTTACGCAATGTTGACACTGAATAACTGAAACGTCAATCAGTC
ATCACAAGTAGGAAAACCCTTTCAATGAAGCTAAGGCTGCAGGCATTTCA
GACTCGTGTCGTAACCAATGAACTTTTTAGTAGACCCCTTCTCGTGACAC
ATAGAACAATAGCCAGAAAAAAAACGTATCAAGTTTTCTGCATTATTGCC
GCCATGTTAtgtcaagaaaatgttttatttttatattatgattCAATATA
CATATTATTTACTACTATGTTTGacctgaaaatgttttttcacaaaaaca
cAACTAGCGTTGTGGAGTCGACTATCTActagtgaaattttgaaatctga
taCTCTGCTTTCAAGCACAGAAAATGATACTAATAACGATTCAGCATCCC
TTTTGGtcggattttaatttttatttattttgaaaacaatatttgCGTGT
TGGATACTTTCTTACTTAGGTGAACACAATCTGACTCAATTGAAacactt
ctcacagacccagtaggactTTTTCAGTCAGTGGAGATAAGAAGCATATA
TCATAATATTTTACAGTGAGTGTtggtttgtttgattattttcagtgggg
aaaaATTGAAGGAtcattttccaccggggatgattatgttggccaatttt
tccagtgggaatgggtctgtgagaagtctGAAGTCTTTTTTATACATAAA
CGGGGTGTGTCTGCTAAATGAAAGCATTGAAATGGTTACTTATGGCTGTT
AACACAATACATCGTTTAAAATGCAAGTCTTTTTTTACATACACTCAAAC
AGGTTAGGTTCTTTCAGGTTTCCAAACCTTGTTCtgttcaacttttttag
atTAACGTACAAGTATACTGAAACTTTTAGAATGAGTAATCTATTGGGAT
TGGTTTCCTAAAAATCAACCCTGGACATATctagaaaaatatatgaaata
aaaaagatttaggTTGGCTTTAGCACCGAAAATACAACTTTCTAGAATTT
CATACGGACTGATTTTACAAGTCAGCAATCTCACACGATTTTACGAGATA
CAAATTTTTATCTCGCTAAATTTAATTCAATAAAATCCGATTCGAGTATA
CAATTAGATACgatagactttttcataaattaagccacgaacatcacttg
cctcgttttgaaattatgtgccatggtgattaactattcataaaaatcat
ttgatgtctcaagggatatgatcaccatggtaattgtttgaatacaagac
aagtgatgttcgtgacgtaatttatgttTACGTCTATTACGTTCCAGATG
TTTCTGACTACCATCATGTAGAATTTCAAAATgtagaaaaaatctttgaa
aatttaatgaataAATTGCTACAGTATCACTTTTTTGATTAATttgttat
ttaaaattttttgtctttgtaaaaAACTATCTTAATAAAAGAGGAATATC
TGTCTATTTTATATTAATAACCCTTTGCAAATTTGTAGTAGAAACTGTTG
TTGAACATGTCGTACAAAATTtctttagaaaacaaaagaaatcaaaaatc
c
Run BLAST on NCBI

transcript from alignment at scaffold_122:131878..151737-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00047141 ID=TCONS_00047141|Name=TCONS_00047141|organism=Clytia hemisphaerica|type=transcript|length=19860bp|location=Sequence derived from alignment at scaffold_122:131878..151737- (Clytia hemisphaerica)
ATTACGGGTGAGTAAAACTACGGAAAGTGCCTTTCGGGTAAACAAGCAAA
ATTATTTTGGGCAAGAAAAAGCTGCAAGAAAAAAAGGGGCTGTTTCCAGT
TTCTAAAAACAGTCAATAACTTTTCAAGTGATAAATGATTGTAGTTGAAA
AAAGAAATGGCACAAACTGCGACAACCCGAGCAGCCTGGAGTAACAATCA
AGAGGATTATGAGCTTCAAGAAACAATTGGTGAGATATTTCTTCACAAAT
AAAATGTCGATTGGACATACTCGGGGACGACAATCCCGACTCACTGTTCA
GTCCTGTGTTTTTGTCCGGTGTCAAAAAGTATTCTTTTGCTACACCGGAC
GTGGTAATTCAAGTGTTAAATGTCGAGAGCTCTAGCAGTTAGCCACACTA
GCGTCCCGCCAAAATGCGTATCAAAGATTAATGCTGCGAAAGCGCTATAT
CGTTTACTTGACTCTCAAGCAAAAAAATGCACCGCAAAACTTCTAAAGGG
ATTCATGAAAAAATAACCCGGCGCTTTTTAATGAAATTAACATTTTCAAA
AACTTTGAGAAATTGCCTAAAATTTGAGCCATAGATGAAAAGATTTGAGC
CAAGCCAACCTTGAAAACTAATTTGAAGATCAACTTCCCAAGAAAAAGAT
CTACGGGGGAGGCGGAACCCACCTAGATCCGCGCATTGCCGGATAGGCTA
TCTCCCGGAAATTTTGCCGGACCTCAAACAATGACCCATTTACATGTGCG
TAATTGTTTTTACTTTAGCGTATAAACAAGGCCTTAAAAATCGAAGCGCT
GTCTCGGGCATTGAATGACAAATTTTGGTTGGGTGATTTTGGCTGCTGCA
CGTTTTATTTTGTTTCCAACTTTCAAGTTTTAATTAATATTGTCTTGCGA
ACTTGATTCAGGTAACTCTCATCCTTGTTTTTGAAATGTATCCTGTAGTA
GATGACTGATGTTGTTTTTTCTGAAAGCTAGATTTCCTAGTGTGACTAAC
TGTCTAGGCACCGGACATGCGCCGGAAAAAATTAATGTGCACTGGCCGGA
CACATCCAGACGATATCTCAATCGAACGGAATCGACGATCGAACCAGTCG
AACCAAATTGAACGCAATCGACCGATTGAAATTCGATTGTCGAACGCAAT
CGAATCTCAATCGAATATTACCGCAATTTTCAGATTCGATTGATATTCGA
TTGCGTTCGATTGCATTCGATCGTCGATTCATTGACCCCCGGATTGTTCA
TCGCATAATTTCTACGGGAAATCGAAAGTAATTTCATTCGGCTTGTAAAG
TTTGAGAGCTTGGATGTTGGGAAGCTGCAAGAACAAAGCTAGACGATCTC
AATCAAACGGAATCGACGATCGAACCAGTCAAACAACAATTGAACCAATC
GAATATTACCCAGAATTTTGACGTTCGATTGAGATTCCATTGCGTTCGAC
AATCAAATTTCAATCGGTCGATTGCGTTCGATTTGGTTTGACTGGTTCGA
TCGTCGATTTCGTTCGATTGAGATTGTCTAGACACATCGGACTTCAGACT
TCCCCATAAGTCCAGTGGTGTTGGGGTTGTCCAGTGGTAAAAAATATTAT
AGACAAATAACTTCTTTCAGAATCATTCTCGTTTTATACTTTAAAGACAG
AATGATAATTGATTTCCGGGTCAAAATGTTTGACACTTGATCCAATCGTT
TGCTTATCTTTCTTGCGTGGTCGTCATTTGAATTTCAGTGTTCAATGCTT
ATAAAATACGGTTTTTATAAGGGTATCAAACTCCTCACTAAGAGGGAACA
GATCATAGATTCGAATTGAACGTGCTCATCACTTTAATTTTGAATCACAT
TTCATGGGAGTGAAGAGATATCGACGCATTATGTAATGTTAATTGCTATT
AGTAATTACGCGTTCAATTCGAATCTATGATCTGTTCCCTCTTAGTGAGG
AGTTTGATACCCTTATAACAACCGTATTTTATAAGCATTGAACACTGAAC
AAAATCAAGAATTGGAAAATTTTTCACCCAGCGGGATCGAACTCGAAAAC
CCATGCTTATGAGGCAGACGCTCTAGCCGCTTGAGCTAACCACGCTTGGA
GAGAGTGAGGGAAAGTTTGAAGTTATGAGAAAGAAAAAGGAAAGAAAGAA
GCGAGAAGAAAATTAGTTCCTGCTTTGATGATATTATCGAAACAAAAGGA
TCAGTCACGCCGACATTCCTTTCCACACGTCAGCAATCTAGTTTTTATAA
ATATAAAAACTAGATTGTAAGGTTGATTCGTTTTTTTAGACCACTACGTT
ATATATAAATCAAACCAATCAAAAATTCTGTCAATAAATGAGAATTTTAT
GTGAAAAAGAGAGAACCAACAAATGGATAGATATATATATAAAGTTTAAA
AAGCTACAGTATATGGCCCCCAAAACAGAGACGGCCCCCAAAACGTAGGT
CGTCGTTAAAATGAGGATTTTGACCTGTAGATTTATCAGAATTAGATTTA
TTTTGAAAGAATGATGGTCATACTTAAAAATGATAGGCAACAAAGAATGA
CTTCAAGAAGATATATAATAAATATATATTAAATCTCTGTATGATTATTG
GAAAAAATAATAATTTGATAATTTGATTTTGACTAGACCTATGTTTTGGG
GGCCCCAAACCTGCGTTTTGACAACCAGGGGTATACTGTAAAAATTTTAT
CAAACAAATTTATGCCGAAAACCCTCGAAATCACATTTCAAAACTATGGT
CAAAATTTTGTATTCATATCTTAAAGATATCTTGAGTTAATTCTGGCAAT
AATGAAACCCGTAGTTTTGAGCTGTGAGTGATTGTCCGAAATAAATGAGA
GCTGAGTGAATGATGAGACACTTAGTGTTTTAGCACTTATACTAGATTGT
CCGAAATAATATCAAAAGGGAAAGTAGGCTATCCAGAGTTGGTCAGAGTA
AGTAAACAGAGACGACTCAGTATTAAGCCGAAAGTTGAAATGTATTGAAA
CTCAACATGTGAACTATTCAAAGTAGATATAAGTTATAAGTCTAACGCAA
AATGCTAAGGAGGGAATTGGGGAAACATTGAAGATGTATCAAGGCATGAG
TAAGACTGACACACAACTACCCGGTTACAAAGTAACCCAAATCATCCCCA
ACGCCATCCCCAAAGTCCTGTACATAATGAACACCAAAGAAAATAACTAA
AAGAAAAACTAGCTTAGATCATGTCAGGGTCCCACACGGATGTAGTACTG
GATACCTTTGCCATTAGTTTTTGGAAGTCAGCAACAAGTTTGTCAGAAAC
TCGTAAGTAGCGGATGTAGCAGTCACTAGACCATCGACCAAGTATTTTGA
TAAGAGCATCAGAAGAGCCAGCAGACAAAGCAGCAGAAGCACCACCTATT
CTAAAGCTGTGGGTGCTAATGTGGTTGACTCCCGGGAGCGCCTGTGAAAG
TATATTGCTAATATGTCGTTGTGTAAGGAATTGTTCTTGGACAGTTCGAA
AGAGAGGGAATGAGTCATTCCATTGGGTAGGTAACGCAGGTAAGAGAGCA
TATCAGTGACTGGGTCAAGGAGCGCGGGGACTCTACAGATGCGCAAGGTG
TGTCCAACTCTAAAAGGATCTGTTTTGCTACCCTTGATGCGCAGGAACAT
GATACTGACCTATCTGTTGAATGAGATGTCTGATCTTGTTAGATGTAGTG
AGCTGTCATAGTGAGTTGTAGATGGAGAGGTATACTCAGAGACCCGAAGA
AGTCCAAAGAGTGCTGTAAGAACTGCTGCCATGTACATAAATTTGTCTCT
GGGAGGCATTTTTGACTGATGAATGTAATGGCCGATACGAAACATGTGTT
CCAACTGTTATTGGAAGCTTTGGTACCCTGCGACGAGAGTTACCTAGGGC
ACGGCGGATACCACGTAGTGTGTGAAACAGAAGAGGGTAGGAAGACATTG
ATGAACTAAAACCGAGCAACGTATTTTGGTGAAGTATAGTACTCCACAGA
CGTAAAACTTGATTGATCCGTGTGCCAGGCCTCGGTTGGCTTCGGCTGTG
ACAAAGTAACACAATGAAGATTCACGTACTGGAAAAGCAAGGATGCTAAG
AGAACCACAAAAGTTGATGTAGGAGCGAACTCCTGTCATATAAGTGGCTG
ATGTGGATTGGGCAACAGACTGTCTTAAGAAGCTGACCAAAGATCTTTCC
AACACTGCCAGATTGCCGGTGGGATTGGTGATGGAAGCGGATGTGCAGAA
GGGCAAATTGACAAGAAATGATTGACCTGCAACCGAGAAGATCTGTGTAG
ACATTATCAACACCTGGGACATGCTTAAAGGAGATGGAAATATTGTGACA
AGTGCAGAGAAAGAACATTGAACGCATAAGTGCCAAAAAAACCGCATCCT
TAGAGGAACCTGATGCCCATATTGTAACAATAGCCTTGTTGTCCGTGAAG
ACACAGATGGACCTGTGCTGAAGCTGGTTTGACCATGTGCTGATGGCTGT
GAAAACAGAAAACAACTCAAGGAGAGCGATGTTGATACCTACCGTGTCAT
CTAGCCAGGGTTCAGAAATCCATTGATTGTGGAAGAAGGCTCCAAGGCCC
AGCTTAGAAGCATCAGTGAACAAATCGAGAGCAAAAGAAGATGTAGTTGG
CTGCTGGAAAAAAGAACATCCGTTCCAAGACTGTAGAAACACAGACCACA
TGGCAAGATCCTCCCTAACTGAGACCAAGATGTCAATGTGATGATGCAGA
GAGCCAACTTAGTGAGCAAGATCAATAAGACGTCTGAGAAAAATCCTTCC
GGGCTTAATAACACGACAAGCAAAGGAAAGTGAGCCAATCAATGATAACA
GTTCTCGTTTAATACATTTGCGTCGAGTGGACCAAAGAAGAACTAAGCCA
CGCAATTCTGTAAGTTTTGGTAAAGGAAGTCTCAAAGTAGAAGCCTGAAC
ATCAATTTTGATACCAAGAAAAGTGAGGACTTGAGCTGGGCCTTCCAGCT
TGTCCTCCGAAATGGGGACACCAAGCAAGGAGAAAGCTAGGAAAACTTAT
CCCGTTTAAGTAAGCAGTCCTGGAGGGAGTGGCTTGCTAATAAAAAATCA
TCCAGGTAGTGACAGATACTGTGGATAGAAAACTTGTTGACCAGGATCCA
AAGCAAAGCGTCAGCCAAGCAAGTGAAAATAAAAGGTGAAGATCTCATGC
CAAATGGAAGACACATGTCGAAATAATACTTACCCCTCCATTTGAAGCCC
AGTAAGTGCCAGTCATTAGGATGGGCAGGGCAAAGTCTAAAAGCGTGCTT
AAGATCGACCTTAGCGAGAAAGCAATCTTTGCCAAGCAATCTAACCATCT
CCATAGCATCGGCAAAGGAGGTGTAATGGACAGAGCACTCTTCTGCTGGG
ATACCATCATTGACTGAGAAACCGCAAGGGGATAAGAGGTCAAGGACTAT
GCGTTGAGTGCCATCTTTCTTACGGGCTGCGCCAATAGGGGAACACTTGA
GATTGGAAAGGGGAGGGGATGCAAAAGGACCAGCAGTGTGTGAACGTTTT
AGTTCCTTGACAATGGCTGTGGAGATAGCTTCCTCATTGAGTGATGCTGA
AAAGTTGTTTGTTGTAGAGTTAGTTGGAAGAGGGCCAGAAAAACCAACAT
GAAAACCGTTACGAAAACCTGAAACTAAGTATGAGTGGATGTAACTGTCA
TAACCACAAAGTAAAAAATCAAGAGCATTAACAAGAATAGGGGAAAAAAC
ACCAACGTGGGGAGGGAATGCTGCCTCTGAGAGAAGGTCCAGCTCTTGGG
AGGAAGGATTCCCAAGTGACTCAGTTGCCCCCTCTGGCAACGCGGAGGCA
TCGGATGATGGGATGGTCCATGCCACAAGCGAGGCACTTGAGGACGCGGG
TGCAACCTGAGCATGAGAGGCCCTGAGCTGATTGTACCTGAAGCACACTT
CCCCTGATGTTCCTGCGGCTTGGGCTATCTGGGGGCGTGGGAATGAAGAC
TGGCGCTGCCCACCCTGAAGCCCGCCTAGGGCAACTGGAAAGCAGATGGT
CGGACCCCCCACAAAACTAACAATTACCCCTTCCTTGGGAGCCCCTGACG
TGTAGGTTAAAAATTAAGATGTTTGACTGGTCCCAACGTTCCAATGGGTT
GTTTGCAACATGGTGTCTAAATGCCTGATCATATGCATACCATGTGCCAA
AGTTGTGGGTATATGCCAGGTTTGAAATGAATTGCTGGTACCTAATCAGC
TGCTCCGTTAAATGAGGACGGTAAAAAAGAAAAATTTGCATAAACAGAGT
CCAAGCTAGGAGTCACGATTGCATGTCAATCACCTTATATTTGTAGTCCT
TTGGGTATCATTCCAGGCATCATCTTGTGCAAGGCTGAGGCTATCCCCAT
CAACCAGAACCTCCAGCGACTTTTTGTCCTTATCATTTATGTTCTGGGGG
AGAAGGGAGTTGAGATTAATAAACTCACTGCGTTGAATTCGTTGAATAAC
TCTTGCAGGCGCAGGCGCAGGCGGAAGCAATGACGATTGTTGCTGGACGG
CTGGAACGTGTAAAGGAGCTTCGAAAAGGCCATTATGGATATGTGACGTG
TCTTGCTGATGGACCGGCAGCCAAGGGTCTACAAAACTCGCGTTCGATCC
CGACGACGGGCTCGAGGGACGCCACCAATTGAGCGGCATGGCGGAGGCTT
CTTTGTTGTTGTTCAGAAGTTTTCCTCAACTAACTTGTAAGTTGAGCGAT
TAATGGCGCAAGGCTGTTTAGATGGTTTTCCTGTGATTGCTGGCTTCTTG
TCATTATTGGAGGCCTAGTTAGAAGAGGATCCAACATGGTGGCAGGACGA
CGTAGTGTGACTGGTGCTGGGATCGCTGCAGGGGGTTGGTGGATGGCAGC
AAAACGTGGATGTTGCTGTCGGCTGGAGGTGGTGTGTAAAACGAATGGGT
GGTGTTCGCAACGAGGTGAAGCTGGGGTGGTGAAAATTCTTGGGTGGTCT
TACGTGAATCTGTTGCATGATCAAGAGAGGAATTCTGCTGATGTGTCTTC
TGCCGCCGGTCTTGAAGTTTGGGCAGGTAAAATTGGATTTGGGGATTCAA
TGATTGAGCCGCTAGGTCTTGTCATCATTCGATCGTTCAGTAAGAATCCA
TCGTAAGATTGGTAGCCACCTTGGCTAAGGTTGCCGAAAGTGTTCAGGTT
GATGACTGGAGATATTGCAGGATTATGTTGTTGAATTGGATTACCATCTG
GAGCTAGGGTGAGAAGGTTGCTGTTGATGTTTCTGTCTGTTGGGTTGTAG
GAGTTGTGGAGCTGGATGCTGCTGCTGACGTTATTGTGTTTGTATTGTGA
AAATCTGAGGGACCTGTGCTCAAGGAGGGCCAGAGCTTAAATAAGCCTAA
GACCATGTGGGCTGGACTAGGTTCCAGGCTCATCTAGCTTGTGTACCTAG
CTCACTTCTCTCTGACACTATACTTGTGATGTGCATCTAGACTGTAGTAA
GTAGAGTGTAATGTGCATCTAGGCTATAGTAAGTAAGAGTGATGTGCATC
CAGCCTATAGTAAGTCGAGAGTAGTAGAGAGGTAAGTAGAATGTTGTGGC
TTAATTATCTGGGAATTAATCTAAGTTATAAATAACTCCACAAATCCCTA
AAATTTCAAACCTCTGTTTTGGGGGCCATTAAAAAATAAAGTAGAGATGT
TAAAGTTTTTCATGGCGAAAATTTTTGTAAAACGTCTTTTCTTTTAGATT
TGAGAGAAATTTTCAATTTGATCAACGTTTTGGGGGCCACAAACATTAAA
AACTACTACCCAAAAGCCCAACAAAAATATAATGTAATCTGGAGTCTGGA
GTATTTTTGGCAAGTTACTCGCTGACAGAATTGCGTTTAGATAAAACAGC
TTGGTTGGATAATTAAAAATCATGCTAGATCATTTTAACCCTATCTAGCC
CAGGGGGCAAAACATCCTCCCTCATCATTTTTTTCCTGAAGGTTTGAGCT
ATTGTCTTGAAAATTCACAAGTTTTCCTAACTTTTATTTATCTTCATTTT
CCAAAGAAAAATTACCAGTACTATATTTGATAACGTCAGCGCTTTCCAAA
AATGACCAAATTTTTCAAGCAAAAAGGCTAGACAAATTTCATTATCTTTT
TTACTAAGAAAGAAATTCTAGGTTAACATTGGGACAAGGAAAATTTTCAG
AAATAATTTTTTTGCAATAAAGTCATATTTTCATAATGGTGCACTAATTC
GAAAAAAATTAGTTATAACAGTTTTGGGGGGATGTCCCTCCCCAAATTAT
TATACTTAAAAAAAGCCCAGGCTAGACTGGGCTAGATAGGGTTAAGATCA
ATTTCAAGATGACGGGAATTCACATGTTACTCAATGACTGCTGGGCGTGT
AATCTCAAATTTAATGATGATACTAAACATAATTATGCATGACATCACTT
ACGATTATGAGATGAGAATTTTAAGATGGCGGGCATTCACATGTTACTCA
ATGACTGCTGGGCGTGTAATCTCAAATTTAATGATAATACTAAACATAAT
TATGCATGACATCACTATGATTATGAGATAGTAGCAATAAAGGTGGGTTT
GTTTCACCAAAGACAGTGCTCTACGTAAAGGAGCAATACAATAATGATGA
GTCAAAACTTTTTTTAAAATGTAGAACTTAAAGTTTCATGCTTACAATTA
TCAGCTACATATGATACAAGTTTGATCTAATTGAAAAAAACTCAAAATTC
AAACACCGCTAGAATCGACAAGTTGTAAAAATTAATGAGTAATTAGAAAA
AATAAAATTATAATTCCCATGATTATGAGATATACATTTTGCAACCCACA
AATTTTGTAAACAAGGTTTGTATTGATTTAACTTTGTATTGATTTAACTA
TTTTAATGACAAGCCAGGTCATTTATTTGTGGGGTATGCATGTTAGCCTC
CACTAATGCAAGTTACCCAATTTAGAATTATTTTTTTCAAACTGTCGATT
TGATCCCGACTTGAACCACCAAAGTGATTTATTTGTCAGTGATTCTGACC
CCGGCAAGTTGGTGTTATGCTGCGGAGCTGCTGCTAAAATCAGAAATTTG
AAATTATAAAATACAATTATTATATGATATACAGGTGAACAGATCTCATG
GGTTAGGTTAATTATTTATAACCACACAGTTGAGAAAGGTGCATGATCGA
GTGTATATTGTATTGTATTCTTCTTTGATTGACAGGTCTTTTGATTCAAT
TATAAAAAAGGGGCAATGAAAATTATTACTTATATTCAATTAAAGAATTT
TGAATACTAACAATGTTAAAATATTCTTCTCAACTGAAAGTCTATAAGAT
TGGGGTAAATAATTGCAAAGATTTCCTTTTTATAAAATGACCCAGACCAA
ATTCTATTTTCAGCAATTAAGTCTCCTGGTTCCAATAATATTTCTTTTAC
ATTTTTACACTCAACCTGTAAACAGTGATTCTAGGGAAGTTTTAGCTGGA
TTAGTGATTCTAGGGCAGTCTTAGCTGAATTTGTGATTCTTTAGCTGTTT
TAGTTGAATTTGTGATCATAGGGCAGTTTTAGCTGGGTTCTTGATTCTAA
GGTAGTTTTAGCTGGGTTCGTGGTTCTAGGGCAGTTTCAGCTAGGTTCGT
TATTCTAGAGCAGTTTTAATTAAATGTGTGGTTCTAGGGCAGTTTTAGCT
GGGTTCTTGATTCCGGGATAATTTTAGCTGGGTTCATGATTCTAGGGCAG
TTTTAGCTGGATTCGTGACTCTATGGCCATTTTAAGCTTAATCCAAGGTT
TTGAAAAAAATAAACGATTTCTCGTGTATAAGAGGTCAGGGTCAAATTTC
TGATTTGCTGTTTAGTATATGTGTACCATACAGGTGGTGTCAGGGTCAAA
TTTCGGATTTTCTGCTTAGTATTTGTGTACTAAAAAAGCCAAAATCAAAT
CAAATTGTGATTTATTTTAGATTTTTGTCGAAATTAAATCTTTATTAATT
AATTTAATTAAGATTAAATCTGTTTTTAAAAAGGCTGACTCAGATTTAAA
ATACAGGCAACCATTACCAAAGTGTAGTTGAATATCCAATAAATGTTTTT
TTTAATTTTTGCTAGGTTATGGTGCCACAGCTGTTGTCATTGCTGCCACA
TACCTTCCATCTGGTGAAAAGGTTGCTATTAAAAGAATTGACTTGGAAAA
GTGTGGGGCTGACATCGATGAAATGAGGGTAAGTCCTTTTTCACAATTTG
CCGTATATCATTATAAAGATTTACAATATATTAAAAATATGTTGTGCAGT
GGTAAATTATTTGAAATATGTTTTGTTAAAATTATAAATGAATGTTAAAT
AAATGAAATAAGTGAAGCTTGATAAAAATCAGTCAAGATCAAAATATTGT
TAGAAGAAATTTTTTTTAATACTTTTTTATACTTTTTGATCCACACAATT
TTTGACTTTTCATGATTGATTTATCATATTTTTAGAATATACAAATTGTT
TTTCGAAGTATATTTACTTTATTGCTAATCCTGCACCAAAATTCTAGGAT
GAAAAATAGGATCATGTAGTTGAGGCTAGAGAAATGTTTACAATGATATT
TGTTTACCTACGTATATTTTCAGAAAGAAATCCAAACAATGAGTCGATGC
AATCATGAGAACGTAGTGAACTACTACACCTCTTTCATTGTCAAACAAGA
GCTATGGATCGTCATGAAGCTTCTAGATGGAGGTAATTCCCTTTCTTTTC
TCAGTCAAATTTCGACTTGTCAAAAAAACAGTTGTCTGTATACTGCTGTT
CTTGATTGATCTTGAGAACAGGAGAATTCAATTATGATTCTTTTTTCGTT
TTAATAACCTTATTGTTTACAAAGTTTAGAGACGTGTGAATCTTGTTACA
TTTATAAATTAATTCTTATAAATAAACCTACTTATTAAATCTTCAGAGCC
TCTTGGTCGAGAATGTGGAGGGGCAAGTAATTAGTTAACAACCAAGGTTT
GCAATAACAAAGGGAAATTTAATGCTGAATGATGACCAATAAACACTCTT
TCAAATGGCTCCATTTTGAATAAAGTGGAGGAGTTGGCTTTCCGCTTCTT
GTTGTGCATTTTTTAGGGGAGGCCAAGGAAAATAGCCCCCAGCTAAATGT
TAATAACATAGCCTAAACTTTACATATCATTTATCAAAGTATCAAAGAAA
TTTTGCATGCATATTCTCAGTAAATTTATTAGGCGGCTAACACACAATTT
TTTAAAGATGGGTCAAAACCTTCTCCATAGGATGGATTTTTAACATAAAT
TTAAGATTATCTGTAGCCTTTCAACTCAGCCCCCTTGCAAGCTTGCCCTC
AGTAATGACAATGATCCTTTTTGTTTCAGGTTCTGTTTTGGATATCATCA
AGCACATGATAAGGAGCGGGCAAGTGGATCCTCTACAAGGTGTATTGGAT
GAAGTTGTCATTGCAACCATACTGAGAGAAGTTTTAAAGGGATTGGAATA
TTTTCATAAGAATGGCCAAATTCACAGGTAAAGATTGTTATTATCTACAG
GAGTTTATTATTTGCCTGAAAACTTTTTAGAAATTACTTTTATCTGTCGG
CTGTGTTTTGAATTGAATTTACCAGTTGTATATTTGCTATTTTATAGAGA
TGTAAAAGCTGGTAACATTCTGCTCGGTGGAGATGGTAGTGTTCAACTTG
CTGGTACGTTCAATTGTTTGATCATAGAGATAATAATCTTTTCTTTCCTT
GTTGTCCGAGGTGCGAGCGAGAAAGGAAGAGCATATTTTCACGGGTTCAA
TCCCTGGCCGGATCATACATACTAAAGACTTTGTACTCAGTGCTTGGTAC
TTGATGCCTCTCTGCCCGACGCTCAGCAATTAAAAAAAAAGGATCAAGGG
AAACTGGAGCAATCTATAGAGAAAGTTTGGCGCTCTCCCCTACCTCTTAA
CTATCAGAAGAGGAGTCATTGGGTCACCTCTGCCTACGATCGCAGGCTCG
CTTTTTTAATGCAATGCATAAAAGTTTGTAATAGATGAATAGCTGACCAA
AATTTCAATCAACTCTTCTAAGCAGCCAAAGTGACGAACTCATGTTTTAT
CCAAAGTCATTCGATATCGCTTATTTGTATTTTAGATTTTGGTGTCAGTT
CAACAGTAGTGGAATACACTGAACGTGGTCAAAAACTTCGAAATACATTT
GTTGGAACTCCTTGTTGGATGGCTCCGGAAGTTATGGAACAGGTACTATA
TATGTTTATGTGACAAAGTAATGTTAATTAAGATTGGATTTTGAATTAGC
TTTTAAATATATTCCTTTTTTAAGTCTTCTTTTCAATGAATTTTCTTTTT
ACAGGCTGGTGGTTACAACAATAAAGTGGACATTTGGAGTTTTGGAATCA
CAGCTATTGAACTAGCAACTGGAACAGCTCCTTACGCACAATTCCCTGCA
ATGAAGGTAGAACATTAATTTGATGTTGGCCTTTGGTTTTTAAAATATAT
GTGCCTTGGAAATCCCAAAGATCACTGTAGAAATTAGACAACTTTTGAAA
AAAATGAGTTCCTAGGAGACGTTACGAAGTTACTTTATCTGAAAATCAAT
GGATGCTTTAAAAGTTTTAGATTAAATCCTCCTGTTTAATTACACTGAGA
AAGCTGTTTTAAAAATGTAAATTAACTACAATCTGTTACTTAATCTGTTA
TGACCAGGTTCTGATGTTGACGTTGGAAGGTGAACCACCAACATTAGAAA
CATGTGNCAGGTTCTGATGTTGACGTTGGAAGGTGAACCCCCAACATTAG
AAACATGTGCCAATGGAGAACGAGAAGCGTACAAGAAATATTCCAAACAA
TTCCGCAAAATGATCGCTCTTTGTCTTCAAAAAGAACACATTCAAAGGTA
CAATTCGAATTATGTTGGTTAGCTCAACGTTCTCTGACTTACATTAAGGC
CTATTCCCGCGTGGGAAAGTGTATGTCTGGTCTTGTCTCGTCTTAGTTCA
ACGTTCTGTGGTACACAATCTCATTCAGGTCTGTCATGAAAACGGATAAC
TGGAAAGGTTTTTCGTTCCTTAACAAAGGGTCTGTAAATTCACGATAAAT
CTTTCAAAATTTACTTTATTTTAGACCCGATGCTACTGAACTTCTGAAAA
ATCAATTCTTCAAAAAGGCTAAAGTAAGTTTTTGGCTCAATTAGTTGATC
AGTAATGGCAACAACCAACATTGCTGGATATACATGGTGTCCTATATTTC
TTATTATGTCATATTTTTACACGCGAAATAAGGCCGTGTTTAGCATAAGA
GGTCTGGTAAGCGGGTGAGTGATCATTTTTTTTATAATTTTATAATTTTC
GCTCTCAATGCACAACATTTAACGAAAGAATGTTTTGATATTGTTAATGA
CCAATTGATTCTTTTTTTCGAACGTTTTGATGTTGATTTCACCAAAATGA
ATAAAAAAAGCAAGAGAAAAAAAACAGAACATAGAAAAAGTTTGTTCGTA
TTTTTCAAGTTTTCGATAAGCCACTTATCGCACTTTTTCTCGTACAATTT
TGACATGTTTTCAGTCAAAAAGAAAGACACCCAGCTCCTTTCTTTATACA
CAGATATACAGAAACGCCTTAGCTGCTATGGCTCGAAATTCTACTTGCCG
AACCCTGATGATAAGATTTTTAAAAACATGAACTTCTCATAAATAAATAG
TATTTTCTCTTTTTTATTATAGACCAAGGAATACTTAATTGAATATTTGA
TAAACAAAGCACCAAAAGTATCGGAAAGGCGGAATAAGGTAAAAGGGCAA
TAATTCCTCTAATTGTTTTTTTACCTGACCTATATTGCCTACAAATATTA
ACTTCAAACTCCAGATTTAGTTACAGAGTAACGATCATGATGAGCCATTA
TAGTCATTATATTACACGATCATAATGGACCATAAAATATTAGGAGCGGT
CGCTCGCTGAAAACGGCTTCGTGCTGTACAAATGTCTAAGTTGTTCAAAT
ATTAATTCATCATAAAACAGTCTGTCCTGAATCATTTCTGCGGGATTATG
AAATGACGTAACAGTGCTATGAACTATCTTTGGCGAATAATCATTAGCGA
GATTATGTATCGGAGATATTCTACGGCCACGATTGCGGGGCTGCCCGTAC
GGGTCATCACCAAACGCGAGATGTCGTTGTCTACTTTGCTCTGTACGGGG
GAAACACCAAAACACCGTATAAGCAAAGTCGACATGATGCCGTACGTCAA
ATATCGAACTTGCTTTCACCCGCCATTATTTGCCTTACTCGCCATTTCCC
TCGCCATTTTAACCGTAGCCGTAGAGAATTCCAGATACATAATCTCGCTA
TTATTTGAGATTGTACCCTTTTTTAGACTCGACGCAAACCACAATCGAAC
GACGGAACACGTGACGAGTCAGGTGATTGGGAGTTTGAAGATACAGAGGA
CGAAGCAACGGAACCTTCAACTGAAAGCACTAACGCTACTGTAAGTTCAT
GCTCTCTTTGATCGGGGAAAACTTCGTCGGGGAAAAGTGACGAAATTTCG
GCCAAGTGACGAATATTTTTCCCCGACGAAAATTTTCCCCGGCCTTAATG
CGTTTACCTACTACCAGCAAGTGACGAATATTTTTCCCCGACGAAAATTT
TCCCCGACGAAAATTTTCCCCGACGAAGTTTTCCCCGATAAGGTATGCTA
CTTGAACGTTTCATGCGTTGTTTTGTAACTATTTTGGAAAAATATTAAAA
TCAAGAGCAGGAGCAGGACGAGGCAATGCCATTGTTTTTCTAAATTAGTT
CGAACTTTCTGCTAACATTTAACGTAAAGTAAAGAAGCAAAGTTTTCTCC
ATCTTTTTTCAGTTCTCATTTCCTTTAATAAGTACTGAAATAATCATTGT
TCGATTCTTATTGTTATTAAACGGAGATTTGGAACGAAGTTAAGCACTAG
GTTTCATTCTTCTTCAGTCTGCAACCACGCCAGCGACAACAACGGTAACA
CCATCAGAACCAGCGAAAAAGGAAGTTCCAAACACACAAACTACCGCACC
CGCTGCTACGCCTAACCCATCAACAACCAGTCAGCCTGCACCGACCAACC
CACCTGGTAATTGTTTTTCAATTTGTTTAGAATCTGCACTCAGTATTTTT
GCCTTGAAAACTCGTTCGAAGATGACAGTTTTGTCCACTAACTCAAAATT
GTGTGATAAATAAAAAAATAAAAAATAGCCAGAACCATTTTGACGACTCA
TTAGTACGTTTTTCATTTTCAGATGCGACGCCAGTGAACGAAGATAAAGT
TTTTGATTTGACGTTGAGGCTAAGGTATATGAATAATCCAAATGATTATT
GCTCTTGAATATGTTTGAAACAGCAAACAGTAGATAGGGTAGGGAAGAGG
AGAGAGGGAACGTTTTCCTGTCAGGTATTTATACTCTATGATGACTAACA
AACCCCTCCCCTCGGCATCTTCAAATTTCAAGGTTGGGGAATGTCAAGAA
ACGGATAGTCTTCCACATTACGTGGAAACTTGAGTTACTCCTTCATACTT
GGTATCTCTTCTTGCTTTCTATACTTAGGTGTTGGCTAAATCGAAACTTC
AACTTTCTTATTAAAATAAATAGTGTGTAATTCTTTCGAAAATTCTGAAA
TTTTGTACGATATTTTAACTGTGTGGTTTCATTTTTTATCATTTTACCAT
TTCATTTTCACTGNAATTTTGTACGATATTTTAACTGTGTGGTTTCATTT
TTTATCATTTTACCATTTTATTTTCACTGAAGGAGTGCTACTAAAGAACT
GAACGATATCCGTTTCGAATTCAACAGGAAAACTGGTAAGCATCCACGTC
AATTTCCAATATTTAACCTTGAGTTGTTTTATCACTTCTGTTTTTGGAAA
TTGATTGTCTAAGACTTTTTTTGTCTCGTGAAGCTCCATAAACTTAAGAA
TTCCTTCTCGATTTGGAAATTTGGAATTGTAAAAACTTAATTATTTACAT
TTCGCCACGACCTCTTTTGCAGATTCTGTTGAGGGAGTTTCACAAGAACT
CATGTCCGCTGGATTGATCGATGGACAAGATCTATTGATAGGTAGGTATT
TATTTTTTTCGAAAGCACAAAAACAAAAGTCACGGCTACAATCATGGGAA
AATATTGAGAATTTTGGGTATTTTAACGTTTTTCAGAATTTAAACAGTAC
GGGTGAGAATTACGATTATAGTACTTCCACTTTATTTCATTGGATGTTTC
GGTTTTAGAGCATTTCAGTAGCTTTATTCGAAGCTAAATTCCCAGCCTTA
TTTGAACAATTTCGAGCTTTAAGATCTACTATATAGGTGCTAAGCCTTAA
GTCTCATGTTAAAACTCAGGGTTGGAATATTGGTGGTGTTTAAGTTAGTG
TTCTTTTTCAACTGCACGAACGATGGCAAATTGAAAAACTCAATAATCTG
TTATTTTGCCCTCGGGTAATAATAATAGTAATATTTCCTTAAATAGAATA
TCCATGGTTTCAGCCCCCCCCCCCCAGAAATCTGAAGGGAACCTAGGCCA
GGTTAGTAGTGGGGGGGGGCTAATGTTTTGCAATTCTTTGGAGTTATCTA
TTCATTAAGGGTACCTAGCTGTCTTGATGGAGGCTCTGGGGGCTGGTTAT
ATTTTCCAAATCGAATATTTCAAAATATTTCAAATTATTGAATTTTTTAC
TCCAGCACCTAGTTTCCCATCCAATTTTTCTTTCGTTTCCCATCACGCCA
TCTTTTGCTATATTTTTCTAATGTGATTGTTTTACAGCCGCCATCTTTAT
AGCATAACAACAAAGCTTATTAGCAGGCGTTCATGCGTGAGCGCTTCCCA
CGCTATCATAGAGAAGCTAAAACGTCAGGATATAAGAGTAAACAAACATG
GTAGCTAGTTTTTGGCTCTGTTTCACACTCATAACATAACTGATAACAAT
CTTCTGTAGACGTTTTGAAATCTTTACTGGTACAAATATTTATTCCTTGC
TGCATTCCTGTATATTATATAATAACACTATACTCTTTGGTGCCAAATAA
ACGGAGGGGGGGTGTGGACAATTTTTGAGATTTTAATAAACGGGGGGAAC
CTAATTGCCGGGGGGGTTGGAAATTGTACTTCTGAAAACCCAAAAATAAG
GTAAATAAAAGCTAAAATCAGGCTATTTAGAGCAAAATAAGGGGCCTTCT
CTTTAAAGGGACATAACAGTACTTGCGAAATTTGTAAACAAACTGTATGC
AGCGGATACAAAATCAAAACAAATGTCACATGTCAAAATAAAAAATCAAN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNAATTGTTTTACAAGTTTGTTTTGGACATGTGATTTTAA
TTGTTCTCTTTAATGACACGTGGTTCGCGCAATGTTTACATTTTACTACT
TTAATGTCCCTTTAACAGCTGAAAATATTTTTAAAAATTAATAAACGAGG
GGGTCCTAATAAGGTCCGGGAGGGGTGGAAAATTTTCGGGGGGGCCGTTT
ATTTGGCACCTAAGAGTAGTCTTGTTTTTTTTCATCATTAGAAAGATTTA
AAAATCATTAAGATTTTAGGAATGACAAATGAACAAAAAGTGTCAATTCA
AAAAAATTATCGGCTGAATTGGGGTACCTAACTCAAAGCAATTTCTCAAG
GGGACCTAACTCGTTGGGGGCACCATGCTTCAATGGGGGCACCTGAAAAG
TGGGCTGAAACCATGATATCCTTTGGACCAATAAAAGGTCTATTGATTCC
ACTACCGATCTATTTTATTCCCCATTTTGAGAAATGATTGCCCGTGATTA
AAAGTGCAATTGGTCAATATAATAGCAGCTAGCATGTTTTAATGGTATTT
TACTTTTTTATTTGGTTTGTATGGCTCCATGCAATAATTTTATCATACTT
TAAATTTTCTCACTTTTCTATAACTCTTTAGTGGGAGCTAACATGAATAA
GATGATTGCAAGCCCTCCAGAAAACAAACAGCTCACTTTTGCACTAGTAA
GTATAGACAGGGTTGAAAATACCTTGAAAGTGTCTTTTTTCAAGTATTTT
ACTTAACTGTGTTACCAAGCATTAAATTCACTTTAAGATTTCAATGACAT
TCTTTTCTTTTTTCCAGAAATCTGCGCAAGATGATAGCGCAGAACGAGAC
GAGAAAACGTTGATAGGTTACGCAATGTTGACACTGAATAACTGAAACGT
CAATCAGTCATCACAAGTAGGAAAACCCTTTCAATGAAGCTAAGGCTGCA
GGCATTTCAGACTCGTGTCGTAACCAATGAACTTTTTAGTAGACCCCTTC
TCGTGACACATAGAACAATAGCCAGAAAAAAAACGTATCAAGTTTTCTGC
ATTATTGCCGCCATGTTATGTCAAGAAAATGTTTTATTTTTATATTATGA
TTCAATATACATATTATTTACTACTATGTTTGACCTGAAAATGTTTTTTC
ACAAAAACACAACTAGCGTTGTGGAGTCGACTATCTACTAGTGAAATTTT
GAAATCTGATACTCTGCTTTCAAGCACAGAAAATGATACTAATAACGATT
CAGCATCCCTTTTGGTCGGATTTTAATTTTTATTTATTTTGAAAACAATA
TTTGCGTGTTGGATACTTTCTTACTTAGGTGAACACAATCTGACTCAATT
GAAACACTTCTCACAGACCCAGTAGGACTTTTTCAGTCAGTGGAGATAAG
AAGCATATATCATAATATTTTACAGTGAGTGTTGGTTTGTTTGATTATTT
TCAGTGGGGAAAAATTGAAGGATCATTTTCCACCGGGGATGATTATGTTG
GCCAATTTTTCCAGTGGGAATGGGTCTGTGAGAAGTCTGAAGTCTTTTTT
ATACATAAACGGGGTGTGTCTGCTAAATGAAAGCATTGAAATGGTTACTT
ATGGCTGTTAACACAATACATCGTTTAAAATGCAAGTCTTTTTTTACATA
CACTCAAACAGGTTAGGTTCTTTCAGGTTTCCAAACCTTGTTCTGTTCAA
CTTTTTTAGATTAACGTACAAGTATACTGAAACTTTTAGAATGAGTAATC
TATTGGGATTGGTTTCCTAAAAATCAACCCTGGACATATCTAGAAAAATA
TATGAAATAAAAAAGATTTAGGTTGGCTTTAGCACCGAAAATACAACTTT
CTAGAATTTCATACGGACTGATTTTACAAGTCAGCAATCTCACACGATTT
TACGAGATACAAATTTTTATCTCGCTAAATTTAATTCAATAAAATCCGAT
TCGAGTATACAATTAGATACGATAGACTTTTTCATAAATTAAGCCACGAA
CATCACTTGCCTCGTTTTGAAATTATGTGCCATGGTGATTAACTATTCAT
AAAAATCATTTGATGTCTCAAGGGATATGATCACCATGGTAATTGTTTGA
ATACAAGACAAGTGATGTTCGTGACGTAATTTATGTTTACGTCTATTACG
TTCCAGATGTTTCTGACTACCATCATGTAGAATTTCAAAATGTAGAAAAA
ATCTTTGAAAATTTAATGAATAAATTGCTACAGTATCACTTTTTTGATTA
ATTTGTTATTTAAAATTTTTTGTCTTTGTAAAAAACTATCTTAATAAAAG
AGGAATATCTGTCTATTTTATATTAATAACCCTTTGCAAATTTGTAGTAG
AAACTGTTGTTGAACATGTCGTACAAAATTTCTTTAGAAAACAAAAGAAA
TCAAAAATCC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_030052XLOC_030052Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00047141-exon-scaffold_122-1575043694:151509..151737TCONS_00047141-exon-scaffold_122-1575043694:151509..151737Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:141510..141622TCONS_00047141-exon-scaffold_122-1575043694:141510..141622Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:141006..141114TCONS_00047141-exon-scaffold_122-1575043694:141006..141114Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:140211..140358TCONS_00047141-exon-scaffold_122-1575043694:140211..140358Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:140035..140090TCONS_00047141-exon-scaffold_122-1575043694:140035..140090Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:139496..139602TCONS_00047141-exon-scaffold_122-1575043694:139496..139602Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:139282..139383TCONS_00047141-exon-scaffold_122-1575043694:139282..139383Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:138841..138977TCONS_00047141-exon-scaffold_122-1575043694:138841..138977Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:138565..138613TCONS_00047141-exon-scaffold_122-1575043694:138565..138613Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:137950..138015TCONS_00047141-exon-scaffold_122-1575043694:137950..138015Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:137248..137361TCONS_00047141-exon-scaffold_122-1575043694:137248..137361Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:136632..136770TCONS_00047141-exon-scaffold_122-1575043694:136632..136770Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:136414..136465TCONS_00047141-exon-scaffold_122-1575043694:136414..136465Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:135903..135955TCONS_00047141-exon-scaffold_122-1575043694:135903..135955Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:135647..135715TCONS_00047141-exon-scaffold_122-1575043694:135647..135715Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:133592..133656TCONS_00047141-exon-scaffold_122-1575043694:133592..133656Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1575043694:131878..133470TCONS_00047141-exon-scaffold_122-1575043694:131878..133470Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:151509..151737TCONS_00047141-exon-scaffold_122-1510915933:151509..151737Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:141510..141622TCONS_00047141-exon-scaffold_122-1510915933:141510..141622Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:141006..141114TCONS_00047141-exon-scaffold_122-1510915933:141006..141114Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:140211..140358TCONS_00047141-exon-scaffold_122-1510915933:140211..140358Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:140035..140090TCONS_00047141-exon-scaffold_122-1510915933:140035..140090Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:139496..139602TCONS_00047141-exon-scaffold_122-1510915933:139496..139602Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:139282..139383TCONS_00047141-exon-scaffold_122-1510915933:139282..139383Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:138841..138977TCONS_00047141-exon-scaffold_122-1510915933:138841..138977Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:138565..138613TCONS_00047141-exon-scaffold_122-1510915933:138565..138613Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:137950..138015TCONS_00047141-exon-scaffold_122-1510915933:137950..138015Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:137248..137361TCONS_00047141-exon-scaffold_122-1510915933:137248..137361Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:136632..136770TCONS_00047141-exon-scaffold_122-1510915933:136632..136770Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:136414..136465TCONS_00047141-exon-scaffold_122-1510915933:136414..136465Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:135903..135955TCONS_00047141-exon-scaffold_122-1510915933:135903..135955Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:135647..135715TCONS_00047141-exon-scaffold_122-1510915933:135647..135715Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:133592..133656TCONS_00047141-exon-scaffold_122-1510915933:133592..133656Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1510915933:131878..133470TCONS_00047141-exon-scaffold_122-1510915933:131878..133470Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:151509..151737TCONS_00047141-exon-scaffold_122-1491911889:151509..151737Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:141510..141622TCONS_00047141-exon-scaffold_122-1491911889:141510..141622Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:141006..141114TCONS_00047141-exon-scaffold_122-1491911889:141006..141114Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:140211..140358TCONS_00047141-exon-scaffold_122-1491911889:140211..140358Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:140035..140090TCONS_00047141-exon-scaffold_122-1491911889:140035..140090Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:139496..139602TCONS_00047141-exon-scaffold_122-1491911889:139496..139602Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:139282..139383TCONS_00047141-exon-scaffold_122-1491911889:139282..139383Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:138841..138977TCONS_00047141-exon-scaffold_122-1491911889:138841..138977Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:138565..138613TCONS_00047141-exon-scaffold_122-1491911889:138565..138613Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:137950..138015TCONS_00047141-exon-scaffold_122-1491911889:137950..138015Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:137248..137361TCONS_00047141-exon-scaffold_122-1491911889:137248..137361Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:136632..136770TCONS_00047141-exon-scaffold_122-1491911889:136632..136770Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:136414..136465TCONS_00047141-exon-scaffold_122-1491911889:136414..136465Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:135903..135955TCONS_00047141-exon-scaffold_122-1491911889:135903..135955Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:135647..135715TCONS_00047141-exon-scaffold_122-1491911889:135647..135715Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:133592..133656TCONS_00047141-exon-scaffold_122-1491911889:133592..133656Clytia hemisphaericaexon
TCONS_00047141-exon-scaffold_122-1491911889:131878..133470TCONS_00047141-exon-scaffold_122-1491911889:131878..133470Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_122supercontigscaffold_122:131878..151737 -
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
0.192257	9.16823e-07	2.71311e-08	1.23294	0	0	4.94996e-09	0	0.0397538	0	0	0.139547	0	0	0.000187522	0.000110217	0.154063	0.0710027	0	0	0.00689095	0.153939	0.373737	0.170551	0	0	0.0865298	0.0370878	0.240336	0.486254
Blast
[Close]
BLAST of TCONS_00047141 vs. Swiss-Prot (Human)
Match: STK39 (STE20/SPS1-related proline-alanine-rich protein kinase OS=Homo sapiens GN=STK39 PE=1 SV=3)

HSP 1 Score: 470.315 bits (1209), Expect = 5.167e-153
Identity = 265/505 (52.48%), Postives = 337/505 (66.73%), Query Frame = 1 
Query:  184 AWSNNQEDYELQETIGYGATAVVIAATYLPSGEKVAIKRIDLEKCGADIDEMRKEIQTMSRCNHENVVNYYTSFIVKQELWIVMKLLDGGSVLDIIKHMIRSGQVDPLQGVLDEVVIATILREVLKGLEYFHKNGQIHRDVKAGNILLGGDGSVQLADFGVSSTVVEYTERGQ-KLRNTFVGTPCWMAPEVMEQAGGYNNKVDIWSFGITAIELATGTAPYAQFPAMKVLMLTLEGEPPTLETCANGEREAYKKYSKQFRKMIALCLQKEHIQRPDATELLKNQFFKKAKTKEYLIEYLINKAPKVSERRNKTRRKPQSNDGTRDESGDWEFEDTEDXXXXXXXXXXXXXXXXXXXXXXXXXXXXAKKEVXXXXXXXXXXXXXXXXXXXXXXXXXXDATPVNEDK------VFDLTLRLRSATKELNDIRFEFNRKTDSVEGVSQELMSAGLIDGQDLLIVGANMNKMIASPPENKQLTFALKSAQDDSAERDEKTLIGYAMLTL 1677
             W   ++ YELQE IG GATAVV AA   P  E+VAIKRI+LEKC   +DE+ KEIQ MS+C+H NVV YYTSF+VK ELW+VMKLL GGS+LDIIK+++  G+     GVL+E +IATIL+EVL+GL+Y H+NGQIHRD+KAGNILLG DGSVQ+ADFGVS+ +    +  + K+R TFVGTPCWMAPEVMEQ  GY+ K D+WSFGITAIELATG APY ++P MKVLMLTL+ +PPTLET    ++E  KKY K FRK+++LCLQK+  +RP A ELLK +FF+KAK +EYLIE L+ + P +++ R K  R+   + G            TED   E S +  +  S    A  +   S   K+E P    +A        + S      PP+A   NED         +L LRLR++ KELNDIRFEF    D+ +GVSQEL SAGL+DG D++IV AN+ K++  P   K LTF L S  D S   DE  LIG+A L++
Sbjct:   55 GWPICRDAYELQEVIGSGATAVVQAALCKPRQERVAIKRINLEKCQTSMDELLKEIQAMSQCSHPNVVTYYTSFVVKDELWLVMKLLSGGSMLDIIKYIVNRGEHK--NGVLEEAIIATILKEVLEGLDYLHRNGQIHRDLKAGNILLGEDGSVQIADFGVSAFLATGGDVTRNKVRKTFVGTPCWMAPEVMEQVRGYDFKADMWSFGITAIELATGAAPYHKYPPMKVLMLTLQNDPPTLETGVE-DKEMMKKYGKSFRKLLSLCLQKDPSKRPTAAELLKCKFFQKAKNREYLIEKLLTRTPDIAQ-RAKKVRRVPGSSG--------HLHKTEDGDWEWSDDEMDEKSEEGKAAFSQEKSRRVKEENPEIAVSASTIPEQIQSLSVHDSQGPPNA---NEDYREASSCAVNLVLRLRNSRKELNDIRFEFTPGRDTADGVSQELFSAGLVDGHDVVIVAANLQKIVDDPKALKTLTFKLASGCDGSEIPDEVKLIGFAQLSV 544
The following BLAST results are available for this feature:
BLAST of TCONS_00047141 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
STK395.167e-15352.48STE20/SPS1-related proline-alanine-rich protein ki... [more]
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