TCONS_00060823 (transcript) - C. hemisphaerica

Overview
NameTCONS_00060823
Unique NameTCONS_00060823
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2600

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00060823 ID=TCONS_00060823|Name=TCONS_00060823|organism=Clytia hemisphaerica|type=transcript|length=2600bp
CTTGCTATTTTTgcgtttgaaagtctcttgtaAGATTTAAGATTGAAGCA
TTGACGCGGCGAGAAGCTATCTATTTTCTGacactttttcaaaagATTTG
ATACAGAATGGGATGTGGTGgttcaaaacaaaccaaagtTGTTAAATTTA
AAGAGCCCACTGATGGATCACCTTCAAATAAAGCCAAAAATCAAACATCA
GCACCTTCTCCAGCAAAAGACGTAACCGCTCAACCTGAAAAATTTACCAC
CCCTCCGAATCCGCCCAAAATTGAAGTCAAAGATGTCAATAATAACAAAC
CAGAACTAACCCCCGTCATTGAGCTACCAAAAAATGAAGCAAACGTAGAA
CCAGTACAAGAATCAGGGGGTAACGTTGCATCTAAACTTATTGACAAAAG
CAATGTAGAAGTTAAACCTATTACAGACAGTTCTGATAAAAAGTCGGAAC
GAAAACCTATATTAAACGGAACTTTAGAAACTCGAAATACAGTAATCAAC
TCGAAAATAAGTCGTGTTTACTCACCAACAAAATTAGACAAACCGTCAGA
TGTGTTACGGATAATCCATTTCAACGACGTTTATAATATCGAACCAAGAG
AACAGGAGCCCGTTGGAGGAGCAGCCCGCTTCGTAACTAAAGTCCGTAGT
TTTGAGAATGAACCCATGGTTTTGTTTTCAGGAGATTTACTTAACCCCTC
ACTTATGAGCAATGTAACCAAAGGCAAACAGATGGTTCCAGTGATCAATG
CTATTGGTGTTCATACTGCAGTCTATGGCAATCACGATTTTGATTTTGGC
GTTGACGAACTCATCGATTTCAAAAACAATACAAAGTTCCCATGGCTAAT
GAGTAACGTTCAAGATAAATTGACTCAAACACTTCTTGCTGATGGTGTAG
AAAAAGTGGTCGCTGAATGGCACGGGCATAAGATTGGTATCATTGGTTTG
GTAGAGAAAGAATGGCTGGTCACACTCTCAGCTCTTGATGCCGATGATAT
CGAATATACTGATTTCATCGATTCTGGACGTGCTCTGGCTACATCACTAC
GCGAAGAAGAgGGTTGTGAATACATTATAGCATTGACACACATGCGAGTA
CCAAATGATACACGACTCTTAGAAGCTGATATTggaattgatttgatttt
gggaGGACACGACCATCATTATGAAGTGAAAGAGCATGGCAACAAGGTGT
TGGTGAAGAGTGGTACTGATTTCAGAGAGCTGTCGGAAATCACAATCGAT
TTTGCGAACGGTAACAAGGTGAAAACGAAACGACATGAGATTAACGCCGa
cattgaagaaaatgaagaaattaagAAAGAGTGCGAGAAATACATGGTGA
TCCTTGGTCAAAAGATGGAAGAAGAGTTAGGTTTGATGCATGTTGATCTG
GACGGGCGTTTCTCAACTGTCCGAACTAAAGAATCGAATCTAGGAAATTT
CATCACCGACATTATGCGAGCTGCGACACAAACCGACATTGCGTTCTTGA
ATAGCGGTAGCTTACGTTCTGATTGCATTCATCCAACTGGTCCGTTCAAA
ATGAAGGATTTGGTATCTGTATTACCGATGGTTGATATGCTggttgtcat
taaaatgacTGGTCAACAGGTCATTGAAGCGCTGGAAAATTCCGTATCGC
AATATCCAAAGTTCGAAGGAAGATTTTTACAGGTTTCTGGTATTCGATTT
GCTTTTGATCCTGACCAACCAGAAGGTGATCGAGTTGTGAAAGAAACAGT
CATGGTTCACGATAATATACCTATCAACCTCGAATATGAATATAAAGTGG
TAACCAAAGAATACTTAGCGCGTGGTAAAGATGGCTTCGATGTACTCAAA
GATTGTCCTGTTTTGGTTGATGCGGAGAATGGACCAGTACTTTTGTCCAT
CGTTGAAAATCACTTTGAATCCATTCGTATTTACAAAGGAAAGAGGAAGA
GTGTTTCTGGCCATCGACAGAGTATCACTGTAAAACACGACGAGCAACAG
ACATTCATGGAAAAACAAAGAAGTCGTTTATCGCCTCAGGTTGAAGGAAG
AATCAGACTGAAAGGAGACCCTGAAGTGCTATCTCCTACTTTCGTCCGCC
GTAAATCCAAACTTCGTGCTATCACGCCCGCCCTAAACCAAGGCGTATCA
ACTGGTACGTTAGGCGCTATCTCCGAAGATGAAGGAGGCGTACAGAGTGG
TGAGAGCATAGTAATTCAATCGGTTGAGGGTGGAGAAAATGCAGAGCCGG
GCGTTGTGGCGGTCGATTCTAAAGGAGAGATGGCGGAAGAAGTGGATGAT
GAAGATGATTCGGATATCGAGTCTGTCATGACTCATGATGATAATCTTGA
GCAAGTAAATGATGATGACCGAATGAGAATGTGGGAAGCTGTTGGCATTG
ATGATGTTGAAAAATTATCAGAAATCGTACATGGAAGAAATTTGGATTTC
AGATTTTGGATCATGGAAAAGACAATCCTTCATCATGCTGCCCAACACAA
TTCGGTCAAAtGTTTAGAATATTTGTTGAAAGAATCAAACTTGAAAGTGG
ATGTTCGTGATCAAATTTTGAAGaGTTCAGCATTGTATTATGCATCAGAA
Run BLAST on NCBI

transcript from alignment at scaffold_349:66284..88546-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00060823 ID=TCONS_00060823|Name=TCONS_00060823|organism=Clytia hemisphaerica|type=transcript|length=22263bp|location=Sequence derived from alignment at scaffold_349:66284..88546- (Clytia hemisphaerica)
CTTGCTATTTTTGCGTTTGAAAGTCTCTTGTAAGATTTAAGATTGAAGCA
TTGACGCGGCGAGAAGCTATCTATTTTCTGACACTTTTTCAAAAGTAAGT
TCTACTTATGATTCTTTCTAATTCTATGGGAATACTAAAATATTCTAAAA
TATTTGAGAGTGTCCCTTTCTTCGAGGATTATAATATCGCAAATTAACCT
TGCTACTCCATATTTAAGTTATATTGCAGTCGCTCTTGTTTGGTTAGAAG
CCCGTTAGAAGATTGCTCCCACTTCTTTTCATTTCTTGAGTGAAATTTGA
ATTTCGGTTATGCTGACTAGTGACTAGATTGACTAGAAAAATATACGGAT
GTCTGGCACGCTAAAGGTAGCCAAAAGTTAATCTCACGGGCCCCTATGAA
TTACCAATCAAATCAAATAAACAACCGTGTGATTGCTGAGATAATCTTTT
CCTGTCTTGTTTGTATCGTGGTTTTGTTTATGGTAAATTTTTGCATATTT
TAGAAAATTAGATTGCTCGATTATCAGTTACATTTAACTTTGGATTTTGA
TCTACAGAATGCTGGTCTGATGTAAATGGGCTTTTCCAGAAAATTTTTTT
ACCCCCACTGTTGAGGATATTGATCGATTGATTTTTCGAAGTATCGAACC
ACCTGGATATCCTCTCTTATAAAGACGCCTACCCCTGGATATCGTATTTT
TTACTTGAAAAAACACTTTACCCCCTGGATATCCCTCCCTCTTGTAGATA
TTTAACCCCCTGGATATCCACATTTGAACAAAAATATTTAACCCGATATC
CTCAACAGGGGCACGGACTATTTCTGGAAAAGCCCAATCGTTGATCACAA
AAAAGTTTTAGAAGGATTTTTATTAAATGATTTCACAAAATGCTACGATG
TCTTGAGAAACAAATGCAAATTTGGTCTAATCTTCTCAGGTAAGTTATGG
CATGTCTCAAAAACCTGAAAATTACCATAATTTTTGAAGGCCATTAGCCG
GCAGAAAATGAGGAAACCAATGATTTGCAACGAAGGANNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNCCATAACTTACCTGAGTTTGAAT
TCATTCGCAAAACGCAAAACTCAAAAAAATGAAAGCAAATGTAAATTTGA
CCAGCATTCTGGGGGTCAGCCACTCCCGCAACTACTGTATATCTTATGAG
ATGTTTCTGGTCCTTTCCTGGGCTGTGAATACTTTTACATTGTACGGGGG
GGGGGTCACGTGCGGCAATTTTACACCCTTAGATTAGAGTGCACTTTTTC
TCATCTTTGCTCATTTCAACCCTTACAGTGAACTTTGGGAATTTGGAAAA
AGGACCCTTAAGGGCACGTACGTACGATAGGTCGTTTACCTTGAGTACCC
CCCCCGGACATTGTACTGTACAAGTAACTCACTCTGACCTGATGTTTTTC
CTTTAAATATTTGTAGTGAGAATCATGGTCTAGACTAAAATCATTTACAT
GAAATTCTATACATAAGCGGGTTTTATCGATGAAATATCGATTACAAATG
GTCAAATGATTTGTCACTCTTGTTAAGATCTTACGAAATTTTTCCTTGTT
CTCTTTAAACTTGTCAATTTTGACAAATCATTTTTTGTTGAAAGAACCCA
TATTCCTCCGATGTTCCTAACTTTCCCCTTCGTTACAAAAATTGCCAGAA
TTCGTGGATCCTATATGATTCTTGATTACAATGATGGATTGTTGGGTAGG
ATTTTTCTTGAATAGCCAAGTGTGTACTTAAAGGGATATAAAGAATAACA
AAATTTGATTTGGTTGTGTTTTCAGCTGTCATTTTTAGTTGGGAAATTCA
AACTCCCAACCATGCTATTCATTTCGGCATCGTGTAAATAAAAGAAGAAA
TCATAGCATCACCAGGCTAGAGTATAGGATTTTTGCCACGCTTGAGGGGG
AGGGGTGCGAAGTGAAAATGATTTATGCTACTTCCCTCTGAATGGATGCA
TTTTCACATAAGAAGAGTTTTGATTTTGGCGAGAGTTCCTATTAGGTTTG
AAAGCATCGCTTTATCGCTTCTCGAAGGTAGAATCTCAAACGTAGTAGCT
CTAGCTAGATGGACCGTAATAGCCAAAATTTCCTGGCTGGTGAACCTCAG
TTCGCTAAGTTGCGCGCGGTCTTTATTTTTGATTCGAATATCTCAGTATA
GACCGAGCCTTAGAAATTTATTTTTAGTTTCGAACGTAGTACGCTGCAAT
GTCTTCTTTTCAAAAATAGTGCTTTTTTCAAAATAAAAACAAAACAATTC
GATTTTCCAAAAGGCGCGAGGGAGTGAGAGTGTAAAAACGAAAGTGGTGA
AGTGAACAGTGCCCCTCGTAAATCTAAACTAAAAAACGAGAAAAATAGTT
TTGAAATATGGTTTATTCTTGATACAACATGATTCAAAATGTAGTTGCTT
GTGTAAGTATTGGACCTTTTTATGAAAAGTTCAGCCAGAATCCAAACAAT
TTTATTATTTTCTATCATCTCTACTTCCATTTCTTTTCCAAAAGTACTCC
TTGCTACTCATAGGTTTACTTGACTTTGTCAGTCCAGATAGTTTAATCTG
TAAATCGGGGTTTAATAATTTAAAAATGTAATGTTTATATACTGTTGATC
TCCTCCTGACAAAACAAAAGACTCCAAAAAGAAGGGGCGAAGTACACAGC
TTAAAATTTTAACTTATTATTTTTTTTTTGGGTGGGGGTGTGGGTTACTG
AACTTTTTCCTTTAAAGTTTGAGCTGGGAAATAATGGGCAAAAAAATTGG
AGAACTTCGTTAAATTCTCTTTCACAGAGCACATTTGACAGGGTTCGGGT
CGAAAGTTCTAGTGTCTGTTATTTAACTTCAAAGGGAGAATATATTTTTA
CTAGGACATTTCTTTTTCTATTTGGTTTAGTTGCAAGAGACTCTATCTTC
GGCCTGTATTCGGAACTATAGACGCTTTCAACTGAATACCCAATTCCCTT
CACATGGCATGGGCTGAAGGTCTGTTCCCTTGTCTAGTGAACTGCTGGGA
GTGGGAAATGCAGGGTGTAGTGACCAATGTTAATGACCCCTATACCACAG
GGCCTACGTTAAGCAAGGCTAATAACGCTCTACAGTTACCTTATCACAGG
CTGCAGGTCAACCTTTGGTCATTTGGCCGTCTAGAAAGTACGCAAGGCAG
TAAGATTCACATTTTTCTTTTCATAGGATTTGATACAGAATGGGATGTGG
TGGTTCAAAACAAACCAAAGTTGTTAAATTTAAAGAGCCCACTGATGGAT
CACCTTCAAATAAAGCCAAAAATCAAACATCAGCACCTTCTCCAGCAAAA
GACGTAAACGCCCAACCTGAAAAATTTACCACCCCTCCGAATCCGCCAAA
AATTGAAGTCAAAGATGTCAATAATAACAAACCAGAACTAACCCCCGTCA
TTGAGCTACCGAAAAATGAAGCAAACGTAGAATCAGTACAAGAATCAGGG
GGTAACGTTGCATCGAAACCTAATGACAATAACAATGTAGAAATTAAACC
TGTTACGGACAGTTCTGATAAAAAGTCGGAACGAAAACCTATATTAAACG
GAACTTTAGAAACTCGAAATACAGTAATCAACTCGAAAATAAGTCGTGTT
TACTCACCAACAAAATTAGACAAACCGTCAGATGTGTTACGGATAATCCA
TTTTAACGACGTTTATAATATCGAACCAAGAGAACAGGAGCCCGTTGGAG
GAGCAGCCCGATTCGTAACTAAAGTCCGTAGTTTTGAGAATGAACCCATG
GTTTTGTTTTCAGGAGATTTACTTAACCCCTCACTTAGTAAGTTTTTAAC
AGNCTACGTTAAGCAAGGCTAATAACGCTCTACCGTTACCTTATCACTGG
CTGCAGGTCAACCTTTGGTCATTTGGCCGTCTAGAAAGTACGCAAGGCAG
TAAGATTCACATTTTTCTTTTCATAGGATTTGATACAGAATGGGATGTGG
TGGTTCAAAACAAACCAAAGTTGTTAAATTTAAAGAGCCCACTGATGGAT
CACCTTCAAATAAAGCCAAAAATCAAACATCAGCACCTTCTCCAGCAAAA
GACGTAACCGCTCAACCTGAAAAATTTACCACCCCTCCGAATCCGCCCAA
AATTGAAGTCAAAGATGTCAATAATAACAAACCAGAACTAACCCCCGTCA
TTGAGCTACCAAAAAATGAAGCAAACGTAGAACCAGTACAAGAATCAGGG
GGTAACGTTGCATCTAAACTTATTGACAAAAGCAATGTAGAAGTTAAACC
TATTACAGACAGTTCTGATAAAAAGTCGGAACGAAAACCTATATTAAACG
GAACTTTAGAAACTCGAAATACAGTAATCAACTCGAAAATAAGTCGTGTT
TACTCACCAACAAAATTAGACAAACCGTCAGATGTGTTACGGATAATCCA
TTTCAACGACGTTTATAATATCGAACCAAGAGAACAGGAGCCCGTTGGAG
GAGCAGCCCGCTTCGTAACTAAAGTCCGTAGTTTTGAGAATGAACCCATG
GTTTTGTTTTCAGGAGATTTACTTAACCCCTCACTTAGTAAGTTTTTAAC
AGTGTATATGTTTTTTTAACAGAATATCTTACATTCAATTTCGTCTGATA
TCTTTTCGAAAACCTATTCTCGCTGAACTCGCTAGCCTTTTCAAGAGAAT
AAAGTATGAGAACCCGGCGGGGGCGGACTGACCTGGATGACTTCTCGCTG
GAGTTTGAAAGGTTGACCCTGTCAGAAATGAATGTTTGTTCTAAATTTGG
GACCCTCTCAGAACGAAAATTCGAAAATTTTACCTATTTTCACCCAGAAA
GGTGGCAAAAATGACTTATAGTAAACAAAAGATTTTAAATTTCCACCCTG
AAAATTGTCCAATATAACTAATAGTCGACCCTGTCAGGTTCACATCTTGA
AAATAAGCAAATATGGGACCAGCTGCTAGATATCTTATGGGCTCTTATGG
GACCCGGCACGTCTCCGTATCAACTTCTCTGCTTTTTAAATGCGTAAGAA
GCGCTGAAACCTAACTGGATGGTCAAAAAACACTTTTCATTTGCTTATTC
TCGTTTCAGTGAGCAATGTAACCAAAGGCAAACAGATGGTTCCAGTGATC
AATGCTATTGGTGTTCATACTGCAGTCTATGGCAATCACGATTTTGGTAA
GATTGTCACCATTGTATTCATAACGTAATATTTTATACAGAAGCTTAAAA
AAGGCCGGGTGTTTACCACTAATTTTGAATTTTTAACAATAAAACTAGTG
GCAAACGTCCGATCTTTTTGGGTGCTTCAGTTTAAAACATTATGTCGTGA
ATATCATCCACGAATTGTTATGTGTTTACGCCATGAACCCTTTTTTTTTT
GGATGCATCAATTTTAAATTTATAAAAAAGGGAAGCAGAATATTGGGAGA
ATTTTTTACCAATGGCGTTCTGAAATTTAGAAGGCCCTGTATTCCCCTTG
TGCATTGTGTACATTACCGAAATGTTTCAAATCGTCGTCAATCACCGGTT
GCATAAATTTATATCCTTCCTTAGAGCAGAAATCTCTCCTCTGAATACCT
AAGGCTTTTAATATTACAACTGTTTTTGAGACTGAAGAAACCCGAAAGAC
GTTTATGTATTTTCGTTCACTTTTCTAATTCAATTTAACTGATATATAAC
TGATATCGATTTAAAATGTTTACCTATATTCTTTCTGTCAGATTTTGGCG
TTGACGAACTCATCGATTTCAAAAACAATACAAAGTTCCCATGGCTAATG
AGTAACGTTCAAGATAAATTGACTCAAACACTTCTTGCTGATGGTGTAGA
AAAAGTGGTCGCTGAATGGCACGGGCATAAGGTATGATAGTGGAGTCTCT
TTAACTCAAACCTCTATAACTCGAGATTTCCTTAACTTGGACAAATTTGC
GTTCCCCGTGCATTGATTCTCTGTTTCTTAGATTACGGTATAAAAGTATA
GTTTGGATCTTTATGACTAGACTATTTTTAAGTCCCCCGCGAAGAACTTC
AATTATTAGTGTTTTGCGAGTGAACATTTTTTTTCAATGTTCACATATCT
GTCATAAAAAGACACCTTCTCTTTAAATCTATTACGTGATTAGCAGTCAA
TTCTCTAACTCGAACTTCTTTTATTCGAATCTTTCTATAATCCGAACTAA
AATCTTTGTCAATCTCAGCTGTAAAGTGGTTTTAATTACACTTTGTAATT
TGACTCTTTCTATAATTCGAAGAAAATTTTTGGTCCCTTGAAGATCGAAT
TAGAGAGAGTCAACTGTATACTCATCTTTAGATTGGTATCATTGGTTTGG
TAGAGAAAGAATGGCTGGTCACACTCTCAGCTCTTGATGCCGATGATATC
GAATATACTGATTTCATCGATTCTGGACGTGCTCTGGCTACATCACTACG
CGAAGAAGAGGTATTTTATCATATTTTTACGACAATTAGTCTATTATGTT
TAACTCTTTTTTTTCTATGAAGAAGCTGTAAATTAGCTATTATAGCCTCT
GCTAAATGCACGTTCCACTCAACGCGAAATAAAGAAAGAACCATATGGCG
AAAAATTTTATAAAACAAAATCATTATGTCGGCCATAACACAAGCCAATC
ATAGAAAATGTTATCAATAAGGATGAAGATAGGGATGTCACTTTTAAACG
TTAGAACATATTTTTTTTACCTAAGTCATTATATTGTTTAAACAATCACT
TTATTTTCTTTTTTTTCTTCCACAGGGTTGTGAATACATTATAGCATTGA
CACACATGCGAGTACCAAATGATACACGACTCTTAGAAGCTGATATTGGA
ATTGATTTGATTTTGGGAGGACACGACCATCATTATGAAGTGAAAGAGGT
ATAAAACAATATAGCTCTATTTAAAGGGACATAAAAGTAGTAAAATGTAA
ACATTGCGCGAACCACGTGTAATTAAAGAACAAACTTGTAAAACAATTGA
AAAAATCATTTTTTATTTTGACATGTGACATTTGTTTTGATTTTGTATCT
CGCTGCATACGGTTTGTTTACAAATTTCGTCACTACTTTTATGTCCCTTT
AAATATGTCTATTATGGTCATTTCAGTCTTTGTTTTAGATTAGATTCTTT
TTATCATTGTTTTAAGGACTTAAGAAATTTCAATAAATAACGCCAGTATA
GGCCGGCGGCAAAAAAGGGCCGATACCGTATTCAAACCTTCGTCATTTTC
TTTGAACAGCATGGCAACAAGGTGTTGGTGAAGAGTGGTACTGATTTCAG
AGAGCTGTCGGAAATCACAATCGATTTTGCGAACGGTAACAAGGTGAAAA
CGAAACGACATGAGATTAACGCCGACATTGAAGAAAATGAAGAAATTAAG
AAAGAGTGCGAGAAATACATGGGTATGTATATGACGAACAAAAAGTAGAA
TCAACTGTTTTTTCTAGCCCGGGGGAAACTTATAGCTTTTCGATAGACTG
GTGGCGCTGATAAGTGACCTGGTTGTATATGGTAGTATGCTTTTGCTTAT
TTTAGTTGCTTTTGGTAGTTAAAAATAGGGTGAAGCAATGCTTTTATTTG
AAAATAAAGGATTCTAGATCTGTTATCGATGTTTGCTTCTCATTCTTATT
TATATTTTTCAACTCTCAAGTATTAGTTATAATTATTACTTATATAAGTT
CATATTTGGAATTTTCGTGTGTTTCTTTCATAATGGCGCCCTCTTCAAAT
GCTCCTAGTCTACTTAACTCCTAGCCGGGTCATAACAAAGACTTTGAATT
TAGTTGAGCAATCGAGGGAGTGGCGCTCTCCTCTACCTTCGGGTAGATAA
CTATCAAAGGAGGAGCCTTCGGGTCGCCTCTGACTGCGGTCGCAGACTTG
GCTCTAGTTTAGACGGCCCACTTTTTGCCGCAGTCTATTCTAATTGTGAA
TTTAAGTAGGCATAAAGTAGGCTGTCTAAAGTCAATGCATAGCCTTCTTT
TGACGTCAATGCAGTGTCTTCTTTCAAACTTTTCAAAGCAAAAACTAGAG
CTTTCTTATTTTTACTTTACACGTTTCTTATAGGTTGCAGACTTACTTAC
TACTTTTCTAATGACTCTCGGTGGAACCTTTTTTTAAAATTCTTTTCCCA
GTGATCCTTGGTCAAAAGATGGAAGAAGAGTTAGGTTTGATGCATGTTGA
TCTGGACGGGCGTTTCTCAACTGTCCGAACTAAAGAATCGAATCTAGGTA
AATATTACTTTTATTTTCAATTTCAATAATGTTTGTGTCTTTACATTTTG
TTCATAATCACTTCTTGACGCCCAGTTTTGCAATTTTTCCCGTCTAGCTC
ATATACCATTTACCAAATACTGTTTTTCTGCATCTACGTTATGCTATCAC
GAGGAATTTATGTTAACAGTGCTAGGAAACCAAACATTTATTATGATTTG
CGATCAGATTGACAAAGCATAGCGACTTCAAGGTGCCAAAACCTAAAAGC
TAGATTACAGTCTTTGAGATGTTAATAACACGTCATGTTTCAGAATATTC
AAGGTTTCAGCTCTCAAGATTCCAGCTCTCTCAAGATTCACTCGTTCACC
CTGCTCTTGCGGTGAATGGTCAATGAAGACCCTGAAAAAAGTTTACTTTA
CTGTTTAACAAAATTCAACACTTCATTTTTTTAGAACTTTAAGTTTCATG
CGAACATGAGAAATGAAGTTTTGTATTTTTGTTATAAGGCTCCTTCTAGT
AGAGCACTTCTAGTTGTTGCTGTTTTAAACACACAACTTTGACCTTATTT
GATACTTTACTCTTTTTATTTTTTTTATATCAGGAAATTTCATCNCTCTT
CAAATGCTCCTAGTCTACTTAACTCCTAGCCGGGTCATAACAAAGACTTT
GAATTTAGTTGAGCAATCGAGGGAGTGGCGCTCTCCTCTACCTTCGGGTA
GATAACTATCAAAGGAGGAGCCTTCGGGTCGCCTCTGACTGCGGTCGCAG
ACTTGGCTCTAGTTTAGACGGCCCACTTTTTGCCGCAGTCTATTCTAATT
GTGAATTTAAGTAGGCATAAAGTAGGCTGTCTAAAGTCAATGCATAGCCT
TCTTTTGACGTCAATGCAGTGTCTTCTTTCAAACTTTTCAAAGCAAAAAC
TAGAGCTTTCTTATTTTTACTTTACACGTTTCTTATAGGTTGCAGACTTA
CTTACTACTTTTCTAATGACTCTCGGTGGAACCTTTTTTTAAAATTCTTT
TCCCAGTGATCCTTGGTCAAAAGATGGAAGAAGAGTTAGGTTTGATGCAT
GTTGATCTGGACGGGCGTTTCTCAACTGTCCGAACTAAAGAATCGAATCT
AGGTAAATATTACTTTTATTTTCAATTTCAATAATGTTTGTGTCTTTACA
TTTTGTTCATAATCACTTCTTGACGCCCAGTTTTGCAATTTTTCCCGTCT
AGCTCATATACCATTTACCAAATACTGTTTTTCTGCATCTACGTTATGCT
ATCACGAGGAATTTATGTTAACAGTGCTAGGAAACCAAACATTTATTATG
ATTTGCGATCAGATTGACAAAGCATAGCGACTTCAAGGTGCCAAAACCTA
AAAGCTAGATTACAGTCTTTGAGATGTTAATAACACGTCATGTTTCAGAA
TATTCAAGGTTTCAGCTCTCAAGATTCCAGCTCTCTCAAGATTCACTCGT
TCACCCTGCTCTTGCGGTGAATGGTCAATGAAGACCCTGAAAAAAGTTTA
CTTTACTGTTTAACAAAATTCAACACTTCATTTTTTTAGAACTTTAAGTT
TCATGCGAACATGAGAAATGAAGTTTTGTATTTTTGTTATAAGGCTCCTT
CTAGTAGAGCACTTCTAGTTGTTGCTGTTTTAAACACACAACTTTGACCT
TATTTGATACTTTACTCTTTTTATTTTTTTTATATCAGGAAATTTCATCA
CCGACATTATGCGAGCTGCGACACAAACCGACATTGCGTTCTTGAATAGC
GGTAGCTTACGTTCTGATTGCATTCATCCAACTGGTCCGTTCAAAATGAA
GGTAGTTAATGATGAAATTTTTCTCTCTTTCTTTTATATTACCTTATCGG
TCCTTTTTACGCCGGCCCTAATTTAACGCCGGCCCCTTTTACGCCGGCAC
TTATTACGCCACAGCCTAATTTTGGGCTTACGCCAATTAAGGCTGTAAAT
AACGCCAAAATATGTTAGAATGGCTCTTTATGCTTCAATTTACATTAAAA
TATCATTTTTCAGTAGTAAACTGTGGAAAATTCCATTGAAAATCACTGAT
TTTTGCAAAATTTTAGATATTGAGTAAAACAATGGATAATTTTTCGTCTT
CGAATTATACATAAAATCCTTAAAATAGAGAAAAATGGTCAAAAGTTATC
GCCACTGTTAAGTAAAATTTGCAAAATTTTGGCCCTTTTAACACCGGCCC
TTTTAACACCGGCCCTTTTAACACCGGCCCTTTTAACACCGGCCCTTTTA
ACACCGGTCCTTTTAACGCCGGCCCTTATTACGCCAAAAGTCTAAAAATA
ACACCAATAAGGGCCGTAAAAAGGGCCGATAAGGTATTCCAATACAGTGG
AGTCTCTATAACTCGAACCTGCACGGGAAGCACGAATTTGTTCGAATTGA
AGAGACTCTACTGTAGTATTATTTTGACGACCTGAATCTAACATTACTGC
CTTAAAAATTAAGATTCTTGAAAGGAAATTATACAACAGCTGATTGGTCG
CGCCATATTGAAAAGGAAAAACTAGAAAAGGTATATAATTTCGTGTAGTC
ATTCATTGAAGTGGTGGATTCCTTAAGCGTAAAAAATTGATCGGTCGTAA
AAATTCCTCAGTAAAAGATTTTCTCACAAAGGGATTTTTTGTCACTTTTT
ACCAAATAATTTTCTACTGTAAATGTATCACGTATTTTGAAATACTACGA
GTTTTAAGTTAATTTCATACTGGAAGCTTCAAGACGTCCAGCTTGAAATA
CTGTACGTTTTAAATAATGGATTTATACTTTAAGCGTACAAACTTTCGCG
AACAGAAACTATTTTCGCGAATTTTGGCCCTTTTCGCGAAAGTAAATGTC
TTTGAAAATTCTTGGAAGGGCCATTCACGAAAGTTTATGCTCGCGAAAAA
TTCTTGAAAAAAATAGAAAATCTGTAAAACTTTGAATAAAATGTAACATT
TATGGCAATTTCTAGCCTTTTTAAAGCCTAATGATTCAAAAGACAAAAGT
TCCAAGCCTATTAAAGAAGTATTTGTCCATTTTTTCACGTGAAGATTTTG
ATTTTTACGTCTTGATTCGCGAACAATTATGCTCGCGAAAAAGATTTTTC
CGTCAAATTCGCGAAAGTATATGTTTTTAAATTTCGTGATTTTTCGACCT
CGCGAAAATTTCTGCTCGCTAAAGTATTTGTTCNATCAGGAAATTTCATC
ACCGACATTATGCGAGCTGCGACACAAACCGACATTGCGTTCTTGAATAG
CGGTAGCTTACGTTCTGATTGCATTCATCCAACTGGTCCGTTCAAAATGA
AGGTAGTTAATGATGAAATTTTTCTCTCTTTCTTTTATATTACCTTATCG
GTCCTTTTTACGCCGGCCCTAATTTAACGCCGGCCCCTTTTACGCCGGCA
CTTATTACGCCACAGCCTAATTTTGGGCTTACGCCAATTAAGGCTGTAAA
TAACGCCAAAATATGTTAGAATGGCTCTTTATGCTTCAATTTACATTAAA
ATATCATTTTTCAGTAGTAAACTGTGGAAAATTCCATTGAAAATCACTGA
TTTTTGCAAAATTTTAGATATTGAGTAAAACAATGGATAATTTTTCGTCT
TCGAATTATACATAAAATCCTTAAAATAGAGAAAAATGGTCAAAAGTTAT
CGCCACTGTTAAGTAAAATTTGCAAAATTTTGGCCCTTTTAACACCGGCC
CTTTTAACACCGGCCCTTTTAACACCGGCCCTTTTAACACCGGCCCTTTT
AACACCGGTCCTTTTAACGCCGGCCCTTATTACGCCAAAAGTCTAAAAAT
AACACCAATAAGGGCCGTAAAAAGGGCCGATAAGGTATTCCAATACAGTG
GAGTCTCTATAACTCGAACCTGCACGGGAAGCACGAATTTGTTCGAATTG
AAGAGACTCTACTGTAGTATTATTTTGACGACCTGAATCTAACATTACTG
CCTTAAAAATTAAGATTCTTGAAAGGAAATTATACAACAGCTGATTGGTC
GCGCCATATTGAAAAGGAAAAACTAGAAAAGGTATATAATTTCGTGTAGT
CATTCATTGAAGTGGTGGATTCCTTAAGCGTAAAAAATTGATCGGTCGTA
AAAATTCCTCAGTAAAAGATTTTCTCACAAAGGGATTTTTTGTCACTTTT
TACCAAATAATTTTCTACTGTAAATGTATCACGTATTTTGAAATACTACG
AGTTTTAAGTTAATTTCATACTGGAAGCTTCAAGACGTCCAGCTTGAAAT
ACTGTACGTTTTAAATAATGGATTTATACTTTAAGCGTACAAACTTTCGC
GAACAGAAACTATTTTCGCGAATTTTGGCCCTTTTCGCGAAAGTAAATGT
CTTTGAAAATTCTTGGAAGGGCCATTCACGAAAGTTTATGCTCGCGAAAA
ATTCTTGAAAAAAATAGAAAATCTGTAAAACTTTGAATAAAATGTAACAT
TTATGGCAATTTCTAGCCTTTTTAAAGCCTAATGATTCAAAAGACAAAAG
TTCCAAGCCTATTAAAGAAGTATTTGTCCATTTTTTCACGTGAAGATTTT
GATTTTTACGTCTTGATTCGCGAACAATTATGCTCGCGAAAAAGATTTTT
CCGTCAAATTCGCGAAAGTATATGTTTTTAAATTTCGTGATTTTTCGACC
TCGCGAAAATTTCTGCTCGCGAAAGTTTGTACACCTAAAGTATTTGTTTA
TGTTCTGTTTTTTTCCATAGGATTTGGTATCTGTATTACCGATGGTTGAT
ATGCTGGTTGTCATTAAAATGACTGGTACGTTCGTTATTATTTTGTGTGT
CGACTCTCTAATTCGATTTTCATGGGACCATAAGTTTTCTTTGACTTACA
GAGAATATATTAAGCCATTTTACAACCAGCGCTGTGGGGACCAATATTTT
AGTTCAGATTACAGCAAGATTCAAATAATAGAGGCATAATAACAAAGCAG
CGCTTGCCGAGTGGCCAAGGTATCAGCGTTTCAATAAAATGACATGAGTA
CTCTATGCTAATTTGTCATTCATTCATGTCTGAGAAGAAAAGCTTTGCTA
CTGTTTTAAAGCTTATTGGACCTAACTGGAGGTCCTATAAATTAACCCGT
GTTCGTCCGTCCGTCCGTCTGTCCGTCCGTCTGTTACCAACTTTTCTCAG
GATTGAATCATAGGAATCTTTTGATTTTTGGTACAAAGGTGCAAAATGGT
AGTGGCCAAAATGTGACGGAGCCCGATTTTCGAAAAAAAATTCTTTTGGG
CAAATTTAGGCTAAAAAAAGGCTAAAAACGGGTTTTTTGGACTTTGTGAA
AAATTGGATCATTAATTTTTTCTGATTTTTTGCATGAAAGTATGCTAACA
TCATTGGTAAAAGATGGGCAGATTTTCGCAAAAAAATTTTGTTGGCTCAA
AAAACGCATGTTTATCTATAAGAATCACTATTAATAAGCATACATCAATG
TTCTTAGTCAAATTACTCAATTTTTTTATGAGATAGATGGTTTTTTTGCT
CATGAGGGGTTACTTTTGAAGAATATGTGTGTTTAGACATGAAATTTTGG
TTGCTTGGCGTGTTTTTATAGAAAAACTGGCCAAATTTGATATTTTTCTA
TAAGCACATTAGCAATTACTTAGGTATTAGCTTTTCTCGAGATTGGCTCT
TTCATTCTTTATGATTTTTTGCACAAAGATGCACATAACTATAAACCCTT
GAATGTGACGGAGCTCGATTTTTTGCATGAAAGTAGGTAAAAGATGGCTC
AGGCAGATTTTTGTAAAAAAAATAATTTTTCAAGTCAAAAAACGCATCTT
TTTCTATAAGAATCACTATTAAAAAGCATACATCAATGATCTTAGCCAAA
TTACTCAATTCTTTGACGAGAAAGATGTTTTTTTGGTCACAAAGTCTTGA
ATATGAAAGAATATTTCAAGAGCATGAAATTTTGGTTTCTCAACGTTTTC
TTTATAAGAAACAAACGACTAATTTTAATAGATCGTCACTATTTGTGTTC
TGAATGATTGTTTACAGTTTACAATTTTGGTTTCTCAACGTTTTTTTTAT
AAGAAACAAACGACTAATTTTAATAGATCGTCACTATTTGTGTTCTGAAT
GATTGTTTACAGTCATCCTGACGTAGATATCAATTATATGTGTTAAATGC
ATAACCAGGTAGGTCTATAAAAGTATCACTTGTTTAGTTTTATTATTAGT
GGTTGCATTTGATACTTCTCTCTCAAATTTTCGGAACGAATAACTTACTC
ATAACTATTTTTCTTTCGTTTTAGGTCAACAGGTCATTGAAGCGCTGGAA
AATTCCGTATCGCAATATCCAAAGTTCGAAGGAAGATTTTTACAGGTTTG
TAAGCCTCTTAGGAAATTTTCCAATTTCATTGTTAAAGCAACATATCTCA
TGAGAAAATGCTATTTGAATATGGACGTTATCATTTTTAAAGTGCCACTG
GAATTAGGTAGGTAGGGGCGCTTAGTTGGGGGGTGAATATGCATATGAAA
TCAAAAAATTGTTGAAAATTTGAGTTTATTACTGAATGATAACAATATAG
CGCTTTTAAAAATAACATGACAATTTTTAGTGATAGCCTGTTGATAATTT
TCATACCAAAAAATATTTTTATTCTAACATTTCATATTAATCATGTTCAA
CAGGTTTCTGGTATTCGATTTGCTTTTGATCCTGACCAACCAGAAGGTGA
TCGAGTTGTGAAAGAAACAGTCATGGTTCACGATAATATACCTATCAACC
TCGAATATGTAAGAATTTTTAAATATTTATGTCACTTTTATAGTAATTCA
ATCCCCNAACCTCGAATATGTAAGAATTTTTTAATATTTATGTCACTTTT
ATAGTAGTTCAATCCCTGGACCAAGTTACTCAATGTCGACCAAGCAAAAT
ATTATGGTCGGAGTTTTTTTGAAATTGGTACCCGCGGAGAGAACGCTAGA
TCTAGTTTTGCATGTACACTAATGATGTAGCGCCGTTTGTCGTTAGGTAA
AGTTTCAATCACTACAATGACTTCTTTGCGGGTACCAATTTTCAAAAAAC
TTGGATCAAAGATGGCGGATATAGTTTAGTCCAGGGATATATAAAGGTCA
GTGAGTTCAACCCTAAGATATTCATTTTCGACATTTCTGAACCATCCTGT
TGGCTTGGTATTTAAGTCCGAGATTTTTTGAGCCTCAAACATTCCAATCC
TATGCGGTAAATTGTACATTATGATAAATGATTTTGTAATTTGGGATTAA
ATTCTTGCAAATTAGTGAACTGTGACTAGCAGATAGATATTATAGCAGCG
TTGGTCTTTATCGCCAGATATCGAGCCATGATTTTGCAGTCATTGAATTG
ATTTTTCATGAACAAACAATCATTTTCACTTTACTAGTAGCTCCTTTTTC
TTCAGTGTAATGACCAGCACTGCATGGATACTGTGTGGAAGATTCCGTTT
TTTGCGGACAATAATTTTTTGCACCATTTGGAGTTTAGTTTAATTTCACT
GATAGACTGACTCTTTTTTTTCCTTATTTGACAGGAATATAAAGTGGTAA
CCAAAGAATACTTAGCGCGTGGTAAAGATGGCTTCGATGTACTCAAAGAT
TGTCCTGTTTTGGTATGTTTTTAACAAAATGGTCACAAGATAAGAAAAAC
TATCCAAAATATACCATGTCCGAACCTTTATTGACCGTAATTGGTACTGT
TGCCAATTATCAATTAAATTCTCATCTGCATATAGATATTTTTTGGGACG
ACCAGCTCTAAACAGGCCCAAAGTTTGAATAATAATCTCCCTCACTTTGT
TACTACTCGCAGATTCATTTATTCATTGAATTTTGTAAAGTAAAAATAGA
CTCTAAATAAGTTTGACTTTATCGACATGGAAATTTACCGTGGCTTCACG
AGAGTACGTTTGGCTACGTTTTGGAAGATTCTTCTCCCATCAAATATTCT
CATCATACCAATGTATTCGCACCATTAGGTTGATGCGGAGAATGGACCAG
TACTTTTGTCCATCGTTGAAAATCACTTTGAATCCATTCGTATTTACAAA
GGAAAGAGGAAGAGTGTTTCTGGCCATCGACAGAGTATCACTGTGTATGT
TGTTCTATCTTTTTCTCGTATTTTTCAGTCTGACACCCCCTTCTCACAGA
CCCTGTAGGATTTTTCAGGCAGTGGGGGAAAAAATAACGGACTGAAACTC
GATGGAAATTGATTTTCCATGTTTTTTTATGGCTGGAGATTTAAATTCCA
TTGTTTTCAAGTCAGAAAACTCTGTGTGGATGGGAAAAAGAGCATGATAT
TTTGCAGTGAGGAATGATTCATTTGATTGTTTCCACTGGGGACAAAAATT
GAAGTATAATTTTCCACTGGGGACGATATTTTCGCTAATTTTTCCAGTGA
GAAGGGTTCCTAGTAGGTTTGTGAGAAGGGGGTGTTTACTGCTTCGTCAT
TTCTTTTAAATAGATAAGAAGGGTGTGTAAGTTGAGTTTGCTATCTACTA
ACTGGGCCTCCTTAGGATGGGCTTCTGGACAATTTTAGATCAATTTATTC
AGCCCCCCTTCGTATCTTTAAGGTATGATCTTTCCACTTTGTTACCTTTT
CAACGTTCATATCAACCAGTTTTATTAATTTTGATTTGTTATTTACTGCA
CGTGTTGTTTAAGAGTCTGATTCTCGTTTTGTAAAAATTTGGATAATAGG
TGTACAAAAATCATTAAAAAGTAATTGAGTATGTAAGGGTTAAATTACGA
AAACCAAAAATCGATTACCTCAAAGGGTCATAAATCCTTAAAATTTGGAC
TAAAATTTGAAAATTTAGGCTAAAACTTTATAGAAATGGTCTCTCTAAGG
AGGGCAAAAACGTCAAAATATGGACAAATTTTTGAAATTCGGCCGTGTAC
CTCCGCCGGGGGATTGAACCTTTCTGATTTATCTTTAAAATTCCTTTTTC
AGAAAACACGACGAGCAACAGACATTCATGGAAAAACAAAGAAGTCGTTT
ATCGCCTCAGGTTAGTTTTCATGATAAATGATATATTTAACATCAATGCC
TTACGTTTAATATTCTCTCAACTAAGGAGGAACGATAAAAATATACTGCC
CTGAAACAAAGAACAGGTTAAGAGCATTTTTAGGCTTAAAACTCTAAAAG
TAAAAAATAACATCCAAAGCCTTCCAAAGTTATCGATGTTATTATAAAAA
ACCTGTACAGGTTTGTATCATTTCTAGTCAAAGAAATAAGAGCGAATCAA
CATGATCCAACCATAGTCACAAGAAAATTCCATGGAATTTTCTTGTGACT
ATGATCCAACAGGACATGTTAATCTTCCTTAAACAATCATCTTCATTTTC
TTTTACTCCCGAGGGGGGGGGGTACTAGGGTTGCGAGCTGACGGGGGGTG
CCGCCCGACTTTCGAACTTTGGACCCTTACCAGGACTTAAAAGGAGAAAA
CAAAGGAAAATTTTGGGAATTTTACGACCCTTAGCGGGACAAATTCGACC
AATTCGAATCAATTCGAATTCTATCAAAAGTTACGGCCTTTTTTGTTTCT
GCTGCCGATTTTATTCAGACAGACTTTGGATGATGTCGATTACGGTCGAT
CACTGTCAATTACTGTCAATTTTTCTTTTATTGACAGGTTGAAGGAAGAA
TCAGACTGAAAGGAGACCCTGAAGTGGTAAGACTGACGGACTGACTTTTA
AAGACAATAATTATTCCCAAAACTTGAAAAATGTAGAAGAAGAAAATGAA
CTTTAACAAGAATTAGTGCGCACTAAGAAAGAAAGTGGCCGGGTAGCTCA
ATTGGTAGATCGTTCGCCTTACAATATAAGGCTTGTGGGTTCGATCCCCG
GTCACCGCCAACTCAATGATTGAGTCCATTAGATTGGGTAATCTGAACTA
GGCTTTAGCGCAAATAAACAAGGAGATAGGCTCCCTCACTTCTGGCTCCC
TCACTTCTGGCTCCGTCGACAGCCACGAGATGAACATAGTTACTTGCTTA
AAAAAATAAGAACTGAGAATCAGTCCAAACTACCTTGATTGTATGCGAAT
CANTCATAGTTACTTTCTTAAAAAAATAAGAACTGAGAATCAGTCCAAAC
TACCTTGCTTATAATGCGAATCAAGTGTTCTTCTTCGATGCTTTTAAATC
TCATTAAGAAAAATCATAATCTCGTCAGAACGTAAATTTGACTGTGTCCA
TGTCTCACAACGTTCACAACGTCCATTTAACGTTAGATTAACGTTGAAAC
AACGTTGTGTGCCAGTTGGGGTTCTTTATTTTCTAAATGTTCCTGTCTCA
TTTTTTTCACCAGCTATCTCCTANACGTTGTGTGCCAGTTGGGGTTCTTT
ATTTTCTAAATGTTCCTGTCTCAATTTTTTCACCAGCTATCTCCTACTTT
CGTCCGCCGTAAATCCAAACTTCGTGCTATCACGCCCGCCCTAAACCAAG
GCGTATCAACTGGTACGTTAGGCGCTATCTCCGAAGATGAAGGAGGCGTA
CAGAGTGGTGAGAGCATAGTAATTCAATCGGTTGAGGGTGGAGAAAATGC
AGAGCCGGGCGTTGTGGCGGTCGATTCTAAAGGAGAGATGGCGGAAGAAG
TGGATGATGAAGATGATTCGGATATCGAGTCTGTCATGACTCATGATGAT
AATCTTGTAAGTATGTTCTTTTACCGGAGCTTCGCTTGTGAAGACTAAAT
TGAAATTTTAGTTCTCGTACTGTGAAACCTTATAAAAAAGTTTAGGGGCT
GTTTATATTGAAGCCAGTGAGGTGGGATGGATTTTCGAACGTTACGTCAC
TGTTTTTGACGAATCGAATGGATAAAAACAGCTCACGTGACGTTCGAAGT
TCCATCCCATCCGAGCAGCCCGTACACGGGTAACGCCTTTTTGTTTATTG
AATTATAACTAATGATTTGAAATGATAATGTAAAAACAATCAGGTTTTTG
TGATCTTCAAATGTAGGAGCAAGTAAATGATGATGACCGAATGAGAATGT
GGGAAGCTGTTGGCATTGATGATGTTGAAAAAGTTTGTATCCATTTTATT
AAACATTTTTTATTTTGAGGGGAGAGAGGCGGTAGACTAGTATTTCTTTT
AAATTTGAGACACAGAAGCTTCATTTTTGTTTTTTGTCAACTTTGAAATC
TAGATTTTTGGCTGGGAACCCCCTTAGCTTAAAAAAGGGAGCTTCTGTTT
CTTAAGTTTAGGGGTTAAGTTTCCAGGTTATCCGGAACCCCCCACTTTGA
CAAATTATGACATATTACTTTTCGGAATTACTTAACGGTCAATCCTTAGG
AACCATTTCAAAATTTAATCGTTATAAAAGAATATGTTTTGGGTGAATCA
GAGAGATCAGTGGAAGTCATTGAGGGCAATTCAGTCACTCAGTCACTTAG
TCAACGGCTCATCCAGTCAGTTTCGCAGTCAAAGGGCAATCGAAGTCAGA
AAAAATACGTGTAAATTTCGATCGAGTCCGATCGATTGAGATGCCTTGGA
GTTATTACAAGATACTTCACTGATTGGTCATTTAAAGTGATAGAGATGAC
GCGTTCTTTAGAAAAAGTAATAAGATTCTTTTATTACATCTTAACGACCA
ACCAAATCAAATAAGAGCTTGTAAAAACTCCAGCTTGTCCCGATCGATTA
GATTATTGAGTTCGATTGACCGGGGGTAGTGGTTTACCAACTGACGGTAT
GTGCGGCGAAAAGATTGACTTTTAGAATCGCACCCTTAAAGTGCATTTCT
GCTACCTTGAAAATCATACCCTTAAACCGCCGCACCGTCGGCCAAATTGC
CTGACTTCCTCCCCTTGAATTTCTTAATATTCCATAAAAATTCAATATTG
AATACAAAATATCAATCTCATTCATTCATTTCTTAGTTATCAGAAATCGT
ACATGGAAGAAATTTGGATTTCAGATTTTGGATCATGGAAAAGACAATCC
TTCATCATGCTGCCCAACACAATTCGGTCAAAGTATGTTCTCAACGATTA
AAGATGTTCATTTTTCGACCTACCTTAGAAAGTTCCTATAAATTAACCCA
TACCCGTCCGTTCCATCGTTCGTTTGTCCATTCGTCCGTTCGTCTGTTAC
CAGCTTTTCTCGGGATTGGCTCATTAGTATTTTTCTGTTTTTTTTGCACA
ATAATGCAAAATGGCAATGCCCAATGTGACGGAATGTGACGGAATGTGAC
GGAATGTGACGGAACCCGAGAAAAAATTGTTTTGGGCAAATTTGGACCAA
AAACTGCCTAAAAATAGGTTTTTTTGAACTTTGTGTGAAATTGCTTCATT
AGTTTTTCTCATATTTTTCTTAAGACAGAGGGCAATGCCCAAAATCTGAT
GGGGCCCGATTTTCTAAAAAGATAATCATTTGGGTAAATTTGGGCCAAAA
AGTTCCTAAGATTTTTCGGACTTGGAATAGAGGTTTTTAATGTTTTCCAA
AGTTAGGTAAATTAAGGAAATTTTCACCATTATTGAAGTAAATGAAGCGA
CTCCTTACACAAATCGAACGTAATCTTCCATAACGGCGGAAGTTACGTAA
CCTCTAAATATTGATTTCTCAATCACAGTAACTACTACATTTTCGCTTAT
CCTTCACTTACACTCAGTATTTGTTCTTTATTCTTCTTTCTTCTCTTTTT
TAGTGTTTAGAATATTTGTTGAAAGAATCAAACTTGAAAGTGGATGTTCG
TGATCAAATTTTGAAGGTACGTTACGTAATACTTTATTTAAATGGCGAAC
GCTCTCTCTAATTCGAACTTCTATTATTCGAATCCTTCTATAATTTGTCA
AGGAGAAAACAGCTCTGTAATTCAAACAAATTAGACATCCGTTTGGATTC
GAATTAGCGAGAGTCGGCTGTATTGTTCTTGTTTCTCAAAGATTCAATCC
TGGAAACGAGAAAAGTTACTACAAGTTCAATGGACAACGGCCAAAACAAT
TTTTATCCAGATACCGCATTTCCTACTTTAGGCACCGCCCTCTCATAAGC
GCCACACATAAATTTTGAGTTTTGAAATAACCGCCTTCCTCTTATAAGCG
CCACACACTCAAAAGTGGCACTTTCTTCCTTATTACTTACCCCCAATAGA
TCTCATAAATTTCGTAGAGAGAACCGCCTCTATAAAAATATAAACTCATC
AGTCGATCAAATTTGTAGAACTGGTAAAAACTTAAGAAACTTGGAAACTT
GAATTTCGAAATAAACGCCGCCCTCTATTAAGCGCCACCCTCTTTCAAGC
GCCGCCCTTTAATAAGCGCCACACCAAAAATCACGAAAATGGCTGCGGCC
CTTATTTGAGGTTAATACGGTATTGCCTTATACGGTAAATGCCTTAAAAG
TTTATTTGATGGAAAATCAAAATTTTTGTTTTGTAGAGTTCAGCATTGTA
TTATGCATCAGAA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_038198XLOC_038198Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00060823-exon-scaffold_349-1575043694:88453..88546TCONS_00060823-exon-scaffold_349-1575043694:88453..88546Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:83360..83970TCONS_00060823-exon-scaffold_349-1575043694:83360..83970Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:82751..82837TCONS_00060823-exon-scaffold_349-1575043694:82751..82837Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:82066..82205TCONS_00060823-exon-scaffold_349-1575043694:82066..82205Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:81487..81615TCONS_00060823-exon-scaffold_349-1575043694:81487..81615Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:81049..81171TCONS_00060823-exon-scaffold_349-1575043694:81049..81171Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:80525..80687TCONS_00060823-exon-scaffold_349-1575043694:80525..80687Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:78595..78690TCONS_00060823-exon-scaffold_349-1575043694:78595..78690Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:77896..78008TCONS_00060823-exon-scaffold_349-1575043694:77896..78008Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:74922..74976TCONS_00060823-exon-scaffold_349-1575043694:74922..74976Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:73352..73422TCONS_00060823-exon-scaffold_349-1575043694:73352..73422Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:72939..73043TCONS_00060823-exon-scaffold_349-1575043694:72939..73043Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:72085..72162TCONS_00060823-exon-scaffold_349-1575043694:72085..72162Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:71603..71718TCONS_00060823-exon-scaffold_349-1575043694:71603..71718Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:70687..70744TCONS_00060823-exon-scaffold_349-1575043694:70687..70744Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:70021..70059TCONS_00060823-exon-scaffold_349-1575043694:70021..70059Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:69041..69310TCONS_00060823-exon-scaffold_349-1575043694:69041..69310Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:68665..68730TCONS_00060823-exon-scaffold_349-1575043694:68665..68730Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:67715..67810TCONS_00060823-exon-scaffold_349-1575043694:67715..67810Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:66981..67043TCONS_00060823-exon-scaffold_349-1575043694:66981..67043Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1575043694:66284..66310TCONS_00060823-exon-scaffold_349-1575043694:66284..66310Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:88453..88546TCONS_00060823-exon-scaffold_349-1510915933:88453..88546Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:83360..83970TCONS_00060823-exon-scaffold_349-1510915933:83360..83970Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:82751..82837TCONS_00060823-exon-scaffold_349-1510915933:82751..82837Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:82066..82205TCONS_00060823-exon-scaffold_349-1510915933:82066..82205Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:81487..81615TCONS_00060823-exon-scaffold_349-1510915933:81487..81615Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:81049..81171TCONS_00060823-exon-scaffold_349-1510915933:81049..81171Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:80525..80687TCONS_00060823-exon-scaffold_349-1510915933:80525..80687Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:78595..78690TCONS_00060823-exon-scaffold_349-1510915933:78595..78690Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:77896..78008TCONS_00060823-exon-scaffold_349-1510915933:77896..78008Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:74922..74976TCONS_00060823-exon-scaffold_349-1510915933:74922..74976Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:73352..73422TCONS_00060823-exon-scaffold_349-1510915933:73352..73422Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:72939..73043TCONS_00060823-exon-scaffold_349-1510915933:72939..73043Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:72085..72162TCONS_00060823-exon-scaffold_349-1510915933:72085..72162Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:71603..71718TCONS_00060823-exon-scaffold_349-1510915933:71603..71718Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:70687..70744TCONS_00060823-exon-scaffold_349-1510915933:70687..70744Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:70021..70059TCONS_00060823-exon-scaffold_349-1510915933:70021..70059Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:69041..69310TCONS_00060823-exon-scaffold_349-1510915933:69041..69310Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:68665..68730TCONS_00060823-exon-scaffold_349-1510915933:68665..68730Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:67715..67810TCONS_00060823-exon-scaffold_349-1510915933:67715..67810Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:66981..67043TCONS_00060823-exon-scaffold_349-1510915933:66981..67043Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1510915933:66284..66310TCONS_00060823-exon-scaffold_349-1510915933:66284..66310Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:88453..88546TCONS_00060823-exon-scaffold_349-1491911889:88453..88546Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:83360..83970TCONS_00060823-exon-scaffold_349-1491911889:83360..83970Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:82751..82837TCONS_00060823-exon-scaffold_349-1491911889:82751..82837Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:82066..82205TCONS_00060823-exon-scaffold_349-1491911889:82066..82205Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:81487..81615TCONS_00060823-exon-scaffold_349-1491911889:81487..81615Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:81049..81171TCONS_00060823-exon-scaffold_349-1491911889:81049..81171Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:80525..80687TCONS_00060823-exon-scaffold_349-1491911889:80525..80687Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:78595..78690TCONS_00060823-exon-scaffold_349-1491911889:78595..78690Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:77896..78008TCONS_00060823-exon-scaffold_349-1491911889:77896..78008Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:74922..74976TCONS_00060823-exon-scaffold_349-1491911889:74922..74976Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:73352..73422TCONS_00060823-exon-scaffold_349-1491911889:73352..73422Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:72939..73043TCONS_00060823-exon-scaffold_349-1491911889:72939..73043Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:72085..72162TCONS_00060823-exon-scaffold_349-1491911889:72085..72162Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:71603..71718TCONS_00060823-exon-scaffold_349-1491911889:71603..71718Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:70687..70744TCONS_00060823-exon-scaffold_349-1491911889:70687..70744Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:70021..70059TCONS_00060823-exon-scaffold_349-1491911889:70021..70059Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:69041..69310TCONS_00060823-exon-scaffold_349-1491911889:69041..69310Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:68665..68730TCONS_00060823-exon-scaffold_349-1491911889:68665..68730Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:67715..67810TCONS_00060823-exon-scaffold_349-1491911889:67715..67810Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:66981..67043TCONS_00060823-exon-scaffold_349-1491911889:66981..67043Clytia hemisphaericaexon
TCONS_00060823-exon-scaffold_349-1491911889:66284..66310TCONS_00060823-exon-scaffold_349-1491911889:66284..66310Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_349supercontigscaffold_349:66284..88546 -
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
0.000157235	2.2213e-07	0	0	0.0172021	0	0.0511382	0	0	0	0	0	5.77908e-07	0	0	0	1.60787e-09	0.399126	0.0159654	0.774163	0.644809	0.576389	0	8.4646e-06	0.524418	0.615227	1.42904e-09	0	0.251094	0
Blast
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BLAST of TCONS_00060823 vs. Swiss-Prot (Human)
Match: 5NTD (5'-nucleotidase OS=Homo sapiens GN=NT5E PE=1 SV=1)

HSP 1 Score: 93.9745 bits (232), Expect = 8.689e-20
Identity = 114/401 (28.43%), Postives = 178/401 (44.39%), Query Frame = 3 
Query:  777 GNHDFDFGVDELID-FKNNTKFPWLMSNVQDK--LTQTLLADGVEKVVAEWHGHKIGIIGLVEKEWLVTLSALDADDIEYTDFIDSGRALATSLREEEGCEYIIALTHMRVPNDTRLLEADIGIDLILGGHDHHY---------EV----------KEHGNKVLVKSGTDF-RELSEITIDF-ANGNKVKTKRHXXXXXXXXX--XXXXXXXXXYMVILGQKMEEELGLMHVDLDGRFSTVRTKESNLGNFITDIM--RAATQTD--------IAFLNSGSLRSDCI-HPTGPFKMKDLVSVLPMVDMLVVIKMTGQQVIEALENSVSQYPKFEGRFLQVSGIRFAFDPDQPEGDRVVKETVM-----VHDNIPINLEYEYKVVTKEYLARGKDGFDVLKD 1853
            GNH+FD GV+ LI+      KFP L +N++ K  L   +    +   V       +GI+G   KE      +    ++ + D I + +     L+       IIAL H     D  + +   G+D+++GGH + +         EV           + G KV V     F + L  + I+F   GN + +  + I  +        IK +  K+ + L     +ELG   V LDG   + R +E N+GN I D M       TD        +  LN G +RS       G    ++L +VLP      ++++ G  + +A E+SV +Y +  G FLQV GI   +D  +  GDRVVK  V+     V    P+ ++  YKV+   +LA G DGF ++KD
Sbjct:  116 GNHEFDNGVEGLIEPLLKEAKFPILSANIKAKGPLASQISGLYLPYKVLPVGDEVVGIVGYTSKE--TPFLSNPGTNLVFEDEITALQPEVDKLKTLN-VNKIIALGHSGFEMDKLIAQKVRGVDVVVGGHSNTFLYTGNPPSKEVPAGKYPFIVTSDDGRKVPVVQAYAFGKYLGYLKIEFDERGNVISSHGNPILLNSSIPEDPSIKADINKWRIKLDNYSTQELGKTIVYLDGSSQSCRFRECNMGNLICDAMINNNLRHTDEMFWNHVSMCILNGGGIRSPIDERNNGTITWENLAAVLPFGGTFDLVQLKGSTLKKAFEHSVHRYGQSTGEFLQVGGIHVVYDLSRKPGDRVVKLDVLCTKCRVPSYDPLKMDEVYKVILPNFLANGGDGFQMIKD 513
The following BLAST results are available for this feature:
BLAST of TCONS_00060823 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
5NTD8.689e-2028.435'-nucleotidase OS=Homo sapiens GN=NT5E PE=1 SV=1[more]
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