TCONS_00046159 (transcript) - C. hemisphaerica

Overview
NameTCONS_00046159
Unique NameTCONS_00046159
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length4441

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00046159 ID=TCONS_00046159|Name=TCONS_00046159|organism=Clytia hemisphaerica|type=transcript|length=4441bp
CNAGATGACCTCATCAATGCATACTATGATAAACAAATAATCATTATGGC
TAAAGCGAAATCATTCTGTGGTACTTACAAGAAATTAGTCTTCAAGTGGC
ATTTGTATCAAATAACAGATTGGGATTTTCAACATAGGGCCTCGTCCTGG
GACAGGAACCCAATGACCCTGGATATTGACAACACTGGTATCTCCTACAA
CATCCCTTCTCGTTCGCTAACAGCTGGTTATTACATCGTTAAATTCCAAG
CTATACTTCAAAATGCAAATGTCGAAGAATCAGTTGAGAAATACATCAAA
GTCAATGAAGAAAAAATGCAAGCTGTTATATCTGGTGGTAGTTTCCGAAC
ATTACCATGGCAAAATGATATATACCTCGACGCTGATCAATCGTATGATC
CAAACGAGGCTGAACCAACATTGAAACTGGAATACAATTGGTATTGTGAG
TACTCATTCCATGGCGTACGGACCGGTTGTTTCAGTCAAGACCCAGATGA
AGTCAAACAAGTTGGTTCTAGATGGAGAATCGCCAAGAGAACGTTACTTG
AACGTCAGgaatatcaaatcaaattggTTGTTGTTAAAAACCGGGGAAAC
AGGATAGCACTTGCTTATCAGACCATTGTTTTGGTTGATCGCGAAATCCC
AGTCGTCAGTATTAGttGTTTCACCAACTGTGAAGCCCTGGTCGACCCTT
CCAAACGATTCACTTTAACATCGACATGCCAAAACTGTCGatcacatcaa
aacatcagctaCAGATGGACTGTGGACACTACCGCTGACATGAATCTTAC
TGAAGCATCTTTGACCGACTTATCATCAACAAATTTGGTGGTCAAAGAAA
ATCAAATGAATGAAGATCAAACGTATACTTTTCTTCTAATCGTGACCAAG
TCCTTAGGCATTGAAAGTACCACCCGTTACCATATCAACACAAACAGACC
ACCGTACGGAGGTCAATGCAGTGTTACTCCTGATAATGGAACTGCAATAG
AGACAGTGTTCAACATCAATTGTGCGAACTGGCAATCAGGAATTGGTATA
TCGAACTATCATTTATTTATCCAAAGAATAGATTCTCATCCATTGTTGGC
AAGCCATCCATCTGGCAAGATGAACGTGCAGTTACCGGCTGGTGATAGAA
CAGATAATGTGTTGAACCTTTCTGTTGAGATTGTTGATTCGTTTGGTGCT
TCAACCATAGTTGATTTCAGTCTTCAGGTGAACCCGGTAGCATATACGAC
AGAACTATACAATGAGCTGACGGAAGCCACTACTGATAAGGGTGGTCGCC
TGTGGAACCTTGCTGATGAGGGAGATATACAATCATTGATTCCATATGTC
CATACCATCACTTCATTTCTCAATGTGAATGAAACCGTAGATGACCCAAA
TGAAGGATTGATCCAAAATCGACAAAAAATACGAAAATCAATTGCAGAAG
TCCTCTCAGAAATGAAGATACAACATTTCGAAGGTGTGAAACAAACAGCT
GACACTCTTTCTCCTCTCTTgcaaaaatcttcagaaatcaCACCTCAAAC
ACAAGAATTCGTATTAAAAACGTTAACGAACGTGGCTGATTTTCTGGAGA
ATGATAAGAGCGAGTTAAAGAAAGAAACACCGGAGAAGATTCAAGACATG
ACTTCAGGTGTCGTCAAAGCTGCCGGAAAACTCATCCACATTGCATCTGA
TGATCGCAAAGACGAGTCTATTAAGGATGAAGAGATAAAGCAAGGTGTGT
TGAACATTCTGAAAGATGTTTCACCCAAACTTCTCATTGGTAAAGTCCCT
GGTGAACAGCCCTCCCGTATATCAAGTGATAACATCGCACTGGAAGTCTC
TAAAACTGAAATCGGGAACCTTGAACGAGAAATTGAAACTGTGGATGGTA
GGCGTTTGAAAATCCCTGCAAATCCTTTCGGTGATTTGGCAAGCACCAAT
ACAAGCTTAATAATCAACTCCAAGATGTACACTTTAACGACCAACCCTTT
CACCAATGGAGCAACAGCTAAACACGTCAATGCTCCGGTCATCAATTTGG
AATTCACCACGAACGATGATGAGATCATATCTGTCAAAGACCTATCTATT
GGAAACGAGATTGAATTTTTCGTATCGCAGACCACTCCGCCAATCACTGT
CCTGGTAAATTCGACAGAATTTGGAAGAGAAAATTTTATTCGTCGACGCT
ATGAGTTCATTCAAAACGGACCCATGATTTTCCAAATCAAATTACCCAAG
AACACAACAGTAAAGTTCATCTTTTGGCATGGCAAGGATAATGGTGATGT
TGATTCCATTCTAAATACTAAAGAGATCACTGGAAATGGAGGATACAGTC
CGCCAATCACTATTCAATTTTCTTCGTTCAAATTCTCTTTTGTGACAATG
GTGATGGAGTATGGGATGACAGAAGAGGACATTTTGAACGGTTTTGATGT
CCCTTATTTCGACATCGAAGTTCAAACCACTACAACCGGTTGTGTTTACT
ATGATCAAAAGATTTCTGATTGGTCAGATGGTGGCTGCCGGaTCGGGCCA
TTGTCAAACATGAAGGAAACACATTGTCTATGTAATCATTTAACATGGCT
CAGTAGTTTCTATGTCCCACCGAGAAAACTGAATATTCAAGCCCAACTCT
TGAAACTAAAAAACCTTGAAGAGTATCCGGCTATACTTGCAACTTTTTGC
GTCATTATGGGCGTGTCTTTGGTTGCTATGATATGGGCGAGACGTAAAGA
TTTGAATGATACTGGATGCAATGAACCGACAATGTTGAGATCACAATCTT
CACGTAAAGGGACTACATACCATCTTGCTATTTACACTGGTCATCGAGGT
GGGTCTGGCACTACTGCAACTCCAGTTCTCATTCTCAGTGGTGAAAAAGA
AGATAGTCAACCACTGATACTGAAGAATGAACAACGAAAATTGTTTGATA
GAGGATCCGTTGAAACATTTGTTTTTACTTCTGAACAGGATTTGGGTGAT
TTGAAATACCTTACCATTTGGCACGATGACGTCGGGGCCAATCCTTCGTG
GTTCCTTAGTCGAATCACTATTACCAACCTAAACACCAGTAAACAACAAC
AATGCTTTTGTAACGATTGGCTAGCTGTGGACCAATCAGATGGCTTGATA
AGTCGCGTTCTACCAATCGCTAGCGATTCTGAATTAAAATCCTTCGAGAA
TATATTCTTAGCTAAAGCCACTCAAGATTTGACGGATGGTCATATTTGGT
TCAGTATTATCATGAGACCTGCTCGAAGCAACTTTTCCCGTGTACAACGT
GTGGCTTGTTGCCTTTCATTGCTTCTTTCGACCATGCTGAGCAACGCTAT
GTTTTTCCGCGTAGATGAAACTAGGACAGCagGTGACGAGATTAATGTCA
GTGGCGTTGCAGTTCGATGGAGTACCATTGTCATCGGAATCCAATCAGCC
CTCATTGTCCTAcccattaatatttttatcgtCTTGTTATTCCGCCGTGC
TGCGCCTGATACTTCTGTTAAAGACCAACCTGCTCTACGCCGCATTTCAT
CCGGTAATGAACTGGCTACACACCGTAATTCTGTTAAACAAAAGTCGGTA
ATACCCCGCATTATTCTTACAGATCCGTCTATTTCATCTTGCAGCTCAGC
GGAAGAACCCCCTGCTATACAAAACCGTCAAACTGTTATATTCGATTTGA
ATCGCTCTTCCCTTTTCGATAATTCTGCTTGGCATATACGAAAGAAACCA
GAAGTCTTAACTGATGGCTCACAAGACTTTTATGGGGATGATTTCCTACC
TATGGAGCGCTCCATATCAAATCAAACGGTCTACCATTATCATGCAAACA
GTGACGAAATGATTGGGGAGCCTAAGAGAGTTCACTGGGGATCATTGGAA
AAATTCACTTATGGTGAACCATTTGGAATAAACACTCCATTATTACCACC
CAACTTTTCTACTTCAAAGTGTCGAAGACTATCAACAAGAGATTTGATTT
CGCTACCTTTGTATTTCAGTAAATCAGAACCAAACCTTAACCATTCCTAT
GGACGAGAATCACAAACCGATCAATTAAGGCAAAATTCAACACCCGATAT
TCATGAATATACTGATTCCCATATTATGAATTTTAATGCCCATGGAATTT
TCTTGAACCAGTTTACCGCTGAATCTGTCTACCAGAGACCTGGAACTAAT
AATCGAAGTGGTGCTAATAATATTAATCCGGTTGCACTTGGTACTTCTGA
ACatcaaaatttcacTGAATCTACATATGACGGATTGAATATGGCAGTGA
ACCTATCTGCCGCTGAATCTGTATATTCAAGACCTGGACCTAATAAGCAA
AGTGGTGTTAATAATATTAATCCGGCTGCACTTGGTACTTctgaacatca
aaatttcacTGAATCTACATATGACGGATTGAATATGGCAG
Run BLAST on NCBI

transcript from alignment at scaffold_106:197410..227381-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00046159 ID=TCONS_00046159|Name=TCONS_00046159|organism=Clytia hemisphaerica|type=transcript|length=29972bp|location=Sequence derived from alignment at scaffold_106:197410..227381- (Clytia hemisphaerica)
CNAGATGACCTCATCAATGCATACTATGATAAACAAATAATCATTATGGC
TAAAGCGAAATCATTCTGTGGTACTTACAAGAAATTAGTCTTCAAGTGGC
ATTTGTATCAAATAACAGATTGGGATTTTCAACATAGGGCCTCGTCCTGG
GACAGGAACCCAATGACGTAAGTGTGATCAAATTCCTTATACCTTGATAC
TGTTAGGTTCCAAATAAACGCGCCCCCCCCTAGCCAGTACCTTCCCACAA
ACCAAATTTTTTCTTTGTTTTATGGTCAGTTACACTTTGAAGCATTTGTC
GAAAGTTATCGCACTGTGGTGGAGGGTGACGTCGATTCCGTGCGGAGTGC
ATAAAGGCGGGAAAAACACGGAACTCGAAAGCAAANNNNNNNNNNNNNNN
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NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTCAG
CGCATAAGTTTTAAATCAAAATCAAAAAAATAGTGTCAAGTTTTGATATG
TCAAGATTTGCCAATGACAATGGTCACTGGTGCTGAGAGCTGAAGAAAGT
CGTTTCCATTCCCAGCAACAATCATTAAATTCTTTCGAATCGAATATAAT
CACGTTTCACTTGACTTTCAATCATACGACAATTTACTTTCCACCATTTC
ATTAATGGAATATTATTTTCAAACTAGCGACCAGAGACCACATCGAACAT
CAAACAGCCAATAAAAACAATAACTAACAAACAGTTCTTCTTTCCACTGG
AATAAGCGAGGGATAAATTCTTTCTAGGTTTCAAGTCATATCCAAAAGAT
ATTCATTGCCATCCCAAAACATACAAAAAGTCCAAACCAAGTTCGTATAT
CATCATCAGCATGCTATTATGCTATTATGGCTAGGATCCAACCCAAAGCA
AAGAAATGATTTGATAATTTTCATTCACCATGACAGGATTGTAGAAGCCG
AGAGATTAAACTTTTATGGAAATAACCCAACGACTCTGTTGATGTTGATG
CAATGATAAAATTTCCATCTTCTTTCTCATCCTTCCGCAGATTTTTGTAA
TTTTTGTTTCTTTTCAAGAAAGAGCCATTCACTTTTCAAAACAAAAAAAA
ATCACTCAAACAATTTTCAACATTCGAATCACAAAATTCGAAAGTTCGAA
AATCNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
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NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGACTTTC
CCGTCCAAGAACATTCGATTCCACGGCAAAAAGCAACAGACGTTAAATCG
CGATAAAAAAGCGGTTTTCGTCTAACAGGCTAGCCCCCCCCCTGCTTGTT
TATTTTTCGAAAATTTTCCACCCTCCGTTTATTAATTTTGAAGAATTGTT
TCAATTTTTTCAAGAGAAGGTCCCTTATTCTGCCCTAAATAGCCTGATTT
TAGCCTATATTTACCTTTTTTTGGGTTTTCGTAATTACAATCTCCAACCC
CCGACAATTAGTCCCCCCGTTTATTTGGAACCTAAGAGTAGAGATATTAC
AACAGTTTGTAGTTGTCTCACTTTTACAGTGGATACACGACTCAGGAAGC
AGGGTTTCCGATGAAATTCGACCTTTAAGAAGAAAAGTTAAAAGGTTTTT
TTAGAATTGTTGATAAATACTGTGGTTCCTGGAAATTGTTCAAGTTCTTT
GCTAGCATGTGGAAACCACTGTCATGGGAATTAATCTGATTACGGCTAGT
GCACTTGTGGGAATGGACTTGAAAACGTTCGATTTTAAACACAGAAACTT
TTGAAAACTTGTTCTCTTCTTTTCTCTTGTTAGCCTGGATATTGACAACA
CTGGTATCTCCTACAACATCCCTTCTCGTTCGCTAACAGCTGGTTATTAC
ATCGTTAAATTCCAAGCTATACTTCAAAATGCAAATGTCGAAGAATCAGT
TGAGAAATACATCAAAGTCAATGAAGAAAAAATGCAAGCTGTTATATCTG
GTGGTAGTTTCCGAACATTACCATGGCAAAATGATATATACCTCGACGCT
GATCAATCGTATGATCCAAACGAGGCTGAACCAACATTGAAACTGGAATA
CAATTGGTATTGTGAGTACTCATTCCATGGCGTACGGACCGGTTGTTTCA
GTCAAGACCCAGATGAAGTCAAACAAGTTGGTTCTAGATGGAGAATCGCC
AAGAGAACGTTACTTGAACGTCAGGAATATCAAATCAAATTGGTTGTTGT
TAAAAACCGGGGAAACAGGATAGCACTTGCTTATCAGACCATTGTTTTGG
TTGATCGCGAAATCCCAGTCGTCAGTATTAGGTTGGATATATTTTTTTGT
GTTTTTTTAAGTTGAAAATATGTTCTATAGATATTTTAAACCTTGGAAAC
TGGGAAAATTTACCAAGGAAACTTAAGTTCTTTAAAAACCTCTACAGCAG
TGATCGTTAAAAAATCTCTCATAATAACACCTACAGTTTCCTTCAAAAAT
ACATTTCAATAATTTTGTGCAAAATTTAAAGGAAAAATGACAAAATATTT
GATATCTTCTTTACTCTCAGCCCTGATACACGCTTTCTTTATAAGAATGC
GCTTTATAATGATGAAAATGGCCAAAAAATTAAGAATGTGCTGAGAATAT
CACCATCAATGAATTTTGCTACTCAAACTAAGAATGCCATTTTCAATTAT
AAATTGTCAATTACCCCCAAGTAAGGCTCACTCCTTTCACAAAAATGCCA
TTTTATGCTTGAGACGTATGTACTAAATGATAAATTTAGTCTGAATTTAG
GATCCTAACCCAAGAATGCTGTAAGAATATTTTCTGATGATTGTTCCCAA
AAAGCGGAGAGGAAAATGGATTTACACCATTCTTATAAAGTAAAGCGTGT
ATTCCAATACTTTCGCCAATCATTTTATTTTAGTTGTTTCACCAACTGTG
AAGCCCTGGTCGACCCTTCCAAACGATTCACTTTAACATCGACATGCCAA
AACTGTCGATCACATCAAAACATCAGCTACAGATGGACTGTGGACACTAC
CGCTGACATGAATCTTACTGAAGCATCTTTGACCGACTTATCATCAACAA
ATTTGGTGGTCAAAGAAAATCAAATGAATGAAGATCAAACGTATACTTTT
CTTCTAATCGTGACCAAGTCCTTAGGTAAGTTAAACTTGACACAAACGAC
CACAAGAGAACAACAATAAAAATTGCGATAAGAAAGCCGGTGCCCTACCG
TAGATTGATTTAATATAACACTTTAGATAAGGGTTCTCTTTTTTGAAAGC
CTACGAAAGTGGATGTAAAATTGCGCTCAATGTGACGAATTGTAATTACT
CCTAAAATCCTTTATTCCAAACAGCTTTTTACAAATACCGTTCTTGATGT
CTTTACGATTCTCGAGTTGTATTCGATTTGAAAAATGCATTTCTACCACC
TTTTTTAAGAAACTAAGATCTTTTGCTTTTCCAGGCATTGAAAGTACCAC
CCGTTACCATATCAACACAAACAGACCACCGTACGGAGGTCAATGCAGTG
TTACTCCTGATAATGGAACTGCAATAGAGACAGTGTTCAACATCAATTGT
GCGAACTGGCAATCAGGAATTGGTATATCGAACTATCATTTATTTATCCA
AAGAATAGATTCTCATCCATTGTTGGCAAGCCATCCATCTGGCAAGATGA
ACGTGCAGTTACCGGCTGGTGATAGAACAGATAATGTGTTGAACCTTTCT
GTTGAGATTGTTGATTCGTTTGGTGCTTCAACCATAGTTGATTTCAGTCT
TCAGGTTAGAATCTTTCTTTCTTCGACTTCGGTACATTTTGCTCTCATTT
GGTTATACGGGATGCCTGAGATTTCCTTCGTTTAATCGAAAGTTTGTTAT
TAATTGGAGAAAAATGAAAACAGATTTGTCAAGTTCGCCTATACTTTGAA
TGGCATAATATTTGTTTTAAAATAGAAGCTGATTATGAAATTTTGCTGAG
CGTACAGAGCTTAAACCTAATATTCCATAATCCTTAAAAACGCATGATTA
TTGATCAACAAAATCGTCATTTGTAGGTGAACCCGGTAGCATATACGACA
GAACTATACAATGAGCTGACGGAAGCCACTACTGATAAGGGTGGTCGCCT
GTGGAACCTTGCTGATGAGGGAGATATACAATCATTGATTCCATATGTCC
ATACCATCACTTCATTTCTCAATGTGAATGAAACCGTAGATGACCCAAAT
GAAGGATTGATCCAAAATCGACAAAAAGTGAGTTTCCACTTAAAGTGATT
TTGATGAATATTGACCGCTTTTATTGTGTTTTTATCATTGATCTCTAACT
ACTTAGCTAGATTGGGTTTCCAATATAAAAGGCAGCGCGTCCAGTTTTAG
AGCTGACTAGTTCGCCATCTTGTTTCCAATTCTGGTCGTCAACAGCACGA
CTCGAATGTTTTGAAATTTAAATGCTCGAAAAAGCAAGGTTAGATTAGAA
AACTACACGGCGAAAAAGTCGACTTTAAAACTTGACACACTTCCACGGGA
AATCTGTGAGTCGTTAGCCTATCATGTGTGTAAAGGAATATGATATCTGT
GTTGTTTTCCTCATGGCCGTTCGTACTACATTCGAGAAGAGCTAGAATAT
TTCAAAGGTTTTTGACGCAGAAAGTGTGCTGTAATTTTCTGCTCCCGATA
TTGGTTTTCCAAATCAAGTTATGAATAAATATCGCAAATTTACGGGATTT
TGGGGGTAGATATAGACAATGCTATCGTCCGTTAGAGGGCCAGTAAACGC
GGGAAAATATATACACGTTTTTTATAAGAACAAACTACATAAGAACAAAA
GGCTTTGGTGGCCAAAATCTTAAGAACAAGCTAAGAACATTTTAAGGCTT
TGTGGGGTCTAAAACACATGTTTTCTTAGGAAAATGGACAAAAATACTCA
AAAAATGCTGAAAATAAGAACATGTTAAGAACATTTTTAGGCTTGAAACC
CGAAAAGTTAAGAACATTTGAAGGCTTCAAAAATTTTGGATGCTCTTATA
AAAATGTACAGAGTCAGGGTGTCAGGGTGGTACGGGAAAAAAAGTGGCGG
TAGATGTCACATGAACAGCATTAGTCTGCTCAATGTTCTTATCAAAATTA
GAAAAATATTCTTATAAAAAATATAAAAATTCAGTTAAAAATCGTTTAGT
TTCTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
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NNNNNNNNNNNNNNNNNNNNNTTTCATAAATCAATTATCAATTTAAGCTC
CTAATTTTGTCATTTAGTCACTATTTTCATTTATTTTATCAATTCAAATA
CTTATTATTCCTTAATTTATTTTCATTCAGTTTGAACGCAAAGATATCAA
TCCTTCAATCAATATCTTGTTACAAACCCCCTCAAGTGTGTTGCACTATT
CCACAGTAGAGTTTGGAACAACTGTAAACACCCCCGCCACTGCTTATTCC
GCCCCAAGTGTTCCACCGTTTTCAAATTTATCCCGTCTCCTAAACTATTC
CTTTTTTTAGTGATCTCGTGAAGGTGATATAGGGTCATCTAGGGTAGATG
TTTCAAGATATTGAGACTATATGCTTCTTTAGTAATTGATGGGAAGGGAA
CCATGTCATTGATATATTTTCAAGGTGCATTGGTTGGGGTTTATTCTAAA
AACNTTGATGGGAAGGGAACCACGTCATTGAGATATTTTCAAGGTGCATT
GGTTTGGGTTTATTCTAAAAACCAAGAGCTATACACTGATATTAGTTTCA
AACAAATATTCTTGACTTTGATTGTAGATACGAAAATCAATTGCAGAAGT
CCTCTCAGAAATGAAGATACAACATTTCGAAGGTGTGAAACAAACAGCTG
ACACTCTTTCTCCTCTCTTGCAAAAATCTTCAGAAATCACACCTCAAACA
CAAGTAAGTTTATTCGTGTCCTGAATTCATGATATGCACCATTACATTAC
GAACCCAATAGCTGATTGGTTGTAAGTGACGTAAAATCATCAGTCAATAT
GTCACTTTAAACCAATCAGCTGTTGGTTTCGTGGAAGACATTGCAATGGT
GCATAATATGAATTCTTTAGAGTCACAATTTCTTGTCTTGTTATGNATCA
GCTGTTGGCTTCGTGGAAGACATTGCAATGGTGCATAATATGAATTCTTT
AGAGTCATAATTTCTTGTCTTGTTATGAAAAAAAAACTTAGATTCCAAAG
ATCTTTACTTATAGATTGTCCTGGTCTGCCGGGCAAATACCGATTTGGTT
ATTTGGGTGTTAGATTGAAATGATGATGGTCTAAAATGAAATAGCCTGTT
TGAAGTTCTCGATCGATTCAGTATGCATATCGCCCATGGCGCTCTAAATT
TAGAATGTCATGATACTGTTCGATATTTCTTTTGAGTATGTTTTTTACGG
AACATAATATCAAGAAAAATTATAGTGAGCAGTTAAAAATTCATGTCAAT
ATAGTGATAAGAAAAGTCGTTTCTTTGGTTGTTTCTCGTTTGCCTTTTTG
ATAAAATGAATTACTTTGATTTTTCTTCAAGGAATTCGTATTAAAAACGT
TAACGAACGTGGCTGATTTTCTGGAGAATGATAAGAGCGAGTTAAAGAAA
GAAACACCGGAGAAGATTCAAGACATGACTTCAGGTGTCGTCAAAGCTGC
CGGAAAACTCATCCACATTGCATCTGATGATCGCAAAGACGAGTCTATTA
AGGTATATAAAGTTTAACAGTTTAAACATGAGATTTGCTTAGTTTGTAAC
ACATTTTAAGATCTAAATTTTAGCTAAGCAGTATAATCTGTATTTTACCA
AGCTGTTCCTCTTGACTATCCTGCATTAGATAACGAAAGCCTTTTCATTA
CATACTGGACAACAAAAAATGATTGGTGGTCGAAGCACTGCCTCTTACCC
TCCTTTCCGTATTTTTAATCCACCGCACTAGATTGATAGAAAAAGCTCTG
CAGTTTCAAAACTTCTGAAAATTACCTCCCGTGTCTATGGCTCTTCACTG
AAAAAATAACCTGAAGAATTTTTCTAAAAGTGTATTTTGGGATGCCTCGT
TCTCATAAACATTTATCTGATATTCCAATGGCGTATCGGCGGCCGCCCAC
GCTAAAGCTCTGAAGGAGCGGGTCAATATACCATAGGAGACCTATAGTAG
TCATCGTTTGATGTACCGCATCACAGTCGTGTCTAGCTGTCCTTACACTT
TTTGCTTGACTATCGGTTGCACCCGACTGAATTTAGCATGAAAATCTCTG
CTGCCTGAGAAACCTTACATAAAAAAAGAAAAATGGTAACCCAAAGGTTC
CAGATGTTAAAATTTTCCCGACCTTCAGAGCTTTAGCGTGTCGGAAGAAA
ATTTCTACATCGAGTACCAGATAACATAAACATTTACTCTGACAAATTTT
GTACAATATGCTAAATGCAGGATGAAGAGATAAAGCAAGGTGTGTTGAAC
ATTCTGAAAGATGTTTCACCCAAACTTCTCATTGGTAAAGTCCCTGGTGA
ACAGCCCTCCCGTATATCAAGTGATAACATCGCACTGGAAGTCTCTAAAA
CTGAAATCGGTAATATTTTGTTTTCATAGATTATGCCAATCTGGCTTCTT
GGCTAGTTTGGTTCTTTGTTTTCTGACGACGGAAGACAGCTTGAACGTCC
CTCAGTTTTGACCTGCAAAATAAAGTACGTTGAAAATGTGATCGGAAAAC
CCTGAACAATATTACCCAATAGTAATTCATAATTTTAAAGTTCAAGTAAT
TTTTGAAACTTGGTGGCATTTTTCATATTTTCTTTTAGGGAACCTTGAAC
GAGAAATTGAAACTGTGGATGGTAGGCGTTTGAAAATCCCTGCAAATCCT
TTCGGTGATTTGGCAAGCACCAATACAAGCTTAATAATCAACTCCAAGGT
AAGAACATAATAGATTTTGAATGTACCAATTGTTCAAAAACCTTTTTTAT
TTCCGAATTCTAAATTAGGTTTTGTAGGCAAATTCAATGATTTTTGGGCA
ATTTCATCATAAACATTCTTAAAGAGTATATTCTTATAAAAAAGCGTGTG
GATTAGGCAACATACGTCCACGGTATTAAAATAATTAGTTCGGAAAATAT
GTCAGCATGCAGTTTCAAAGAATAGACACTGTTCAGAACAATTGTTTCAG
TTGTTTGAATTCAAAAAGTTTCTTAGACACATGTTAATATGACACATCGT
TAAACGGGTGCTTTTGCTCAAAAATTATGATTTTTGGTTGGGACAAGAGC
ATTTTAGACCGTTATTTCAAGCCCTGTTACCCTTGAAATTTTTAAATATT
TGAATATTGCTTTGTACGTCCCAAAAACAGCAAAATATCATACTTTCTAT
CTTCACCAGATGTACACTTTAACGACCAACCCTTTCACCAATGGAGCAAC
AGCTAAACACGTCAATGCTCCGGTCATCAATTTGGAATTCACCACGAACG
ATGATGAGATCATATCTGTCAAAGACCTATCTATTGGAAACGAGATTGAA
TTTTTCGTATCGCAGACCACTCCGCCAATCACTGTGAGTTTCTAATTTAA
ATCTTTATAGGTGTTTTTTTTTTGTCAAAAATTTGGCATTTTTGTGGAAC
ATTTTAGCATTGATTGGGGATAATTGTCAATTTACAGGTAAAATTCTCAT
AAAATGGCATTGATAGGTTCAGTTGCCAAATTCCATGATGATGGTATTCT
TAGCATATTCTTAATTTTTTGGACAATTTCATCATGAATCATATATCATA
TTCTTATAGAGTATATTCTTATAAAAAACGTGTATTTTTTAGATAGGCTT
AGAGCCCGCGAGAATTAATCTCGAAATGGAAATTCTTTTTCATCCATTCG
AAAGAAGAGTGTATTTAGAGAGGTTTTGTAGGAGGGAAACATGTAAAGAA
AAAACCTGATCGTTTGAATTAGATTGATGTGAAATGTCTTCTAATTTTTT
GACCCATTTTCCATCACTTAGGTCCTGGTAAATTCGACAGAATTTGGAAG
AGAAAATTTTATTCGTCGACGCTATGAGTTCATTCAAAACGGACCCATGA
TTTTCCAAATCAAATTACCCAAGAACACAACAGTAAAGTTCATCTTTTGG
CATGGCAAGGATAATGGTGATGTTGATTCCATTCTAAATACTAAAGAGAT
CACTGGAAATGGAGGTAAAACGGATTCAATTCAACTTTTTTTCAATATAT
TTAATTTCCCATAGCCATTTGCACCATTTGATTTTATTGATGAACGTGAG
CGCTTTCAGAGTCATTATAAAAAAAAAGTGAACTAAGGAACTGGGTTTGC
CCCTTTTTCGGATCTTTCTCCAGTGGAGTCTCCATAACTCTAATACGCAA
TGGTAATTGCGAAACAAGGGTCTATCTTTTTAGAAATTTCAAACTCATTC
TGGGCCAAAACCAATTATAGAATTTCAAAGCCCTTGAAAATTAATATGGA
AGACTTCTAAGCGAGTATAGCCGATTTCTGTACTTAAGGTGGAAACAGCC
CCAAAAATTTCTAAGAGGTTTTAGTAATAAATTTGTATGCCAAAAGATAT
ATATCAATGAGACCTTTCAAAAAAAATTTTTTTTTTTTTAAATTTGAACC
TGTTGCCATGGTAACCGGGGTAAAACACCAATTTTGGTACTTTTATTGGC
CTGCGCCGGCTCAAAAATATCAAGAACTGTAGAAGCCCCTGATTTCAAAT
TTGGAGAAGTGTTTCAACTAAGACAGAGGAATGGGGTAAACCACAAAAAT
TTAAACCGCTGACCGGTGCCGGTCAGCGGCTTTTTCAAAATGGCGGAATA
TTTCAGTAAACAAATGAAAAAAGACCCTAGAGATTATGCATTTTTATGGT
TTCTTTTAGGTTTAGCCCACACCTTGTATTGAGATGAATAACCTGTGAAA
ATTTCAGATCAATCGGAAAAGCGGTTCATGAGATATTTGAGCCGGCGCGT
CAAAAAACAGTACTTTGAGGAAATTGCGTTTAAAGTTAAAAAATTTCATT
AAAAATTGACTTTAAAGGATAAAAACATGCTAAAAATCACAATTGTATGT
TCCTAAATGCCTCAAAATCCTCCTGGCTCATACATTTTTCCTTCTTTTGC
CTCAAGCTTTTCCTGCTTGTCCTGTGATGCCTTCTTTAGGCCACGGATAG
TCTTTCTACGGACGCGAGCTTTTTCCGAAGACTTGTACACAGAGTGGTAA
AGTCGCTTTTTATTCAACATTTGACACGACTTAGACATGTATCTGCCTGG
TATAATTCCCAGCTTCTCCATTATCAAACAAGAGCTTTTGCGACCGATGT
TAAAGTGAGAAATGGCATCATATGTGCCAAAACGTAATTGTTGCAACGAT
ACATACTTCGATTTTGGAATGCGCTCCCAGATCAATGCGTTAAACGCTTC
ATTTTGGTTTTGAGTCTTACCGTGAAGGCATTTTTTCAAGAGTTCTGGAT
CACTCAATTCTTGAAAAATAGGTTTGACATGTTCTAATAAAATGTTCATT
GGGATTCCTTTGCCTGGCTTGTAAGTTTTCAGTCCTGTCACTTTGTCCGA
TTCATACCGGCACCAACTATCCGGCCCTTTTGGACAATGAGTGTGCCAAT
TGTTGGTATCGTTTGAAGCGGCATGAAAAAGAGCGGCAGAGATTCCTTTT
TTCATGCCTTCCAAGTCTCCTTTATTGCTTCTTACAGCTATCCCATAATA
GTTTTGCAGTTTTTCAATCATCGTTGCTGTCAACTTCCCTTTAAGTCCTT
TCACTTTCTTTTTCAAGGTTCGCAACCTTTTCCCCACTCTTTTTTGTACG
TGTCCGACACACTCAAGTTTCTTCATATTTAGCGCTGGGTATTTTTCAGC
AACACAGTCGAACCCTTTGCTGTCTCCATCACCCAGATATTCAGTGTATC
GTAATCCTCTGTTTTCGACACTTCGTTCAAAAATACGTGTTGCGCCTGTC
ACTTACATCGCACCTGCACATCCAACATGATTGACCTTGCAGTATTTCTT
GTGGACCTTCATCCACTTGTTGTACTTGGAAGGGTTTGACTTTTTCAGAT
GTTCATGCTGTTTACAACTCTTACAGTACCTACTCATAACTTCACAATCC
AAGATTTTGCCATTTTCAAGCGACATTGCCGTTCAAAGAGGAAAATCCTC
TACGCTGCCACGAACCGTCCGCAGAAATGCCCACATCCTTTACATCCTCA
CCGTCTTTTAGATCATCAGCTGCTTCATTCATGGTCTCTTCTGCAACCTC
TTGTGTTGCTTTAACAAGAGAAGAAACTGTCTTATTATAACTTGTGGCAA
CCATTGGCTTTGGTAAGTTCATCAAAGCATTGAATTTTTCTATAGATGCA
TATCCTTGACCGATCGATCTCATTGCGTAAACAATACGGGTATTTACGTC
GAAGGAATTGTTGCGACAATTTTTTGAAGTATAGAAGTCATTTTCATAGT
CACATTGATCATTACTACAGTTTAAAACAAGGAGAGGAGCTAATCCTTTC
TTTTGATTCAGTCTTTCATGTAAGCGTAGTTTACCAGCATCGCAACTAGG
ACAGTTAAGTTCCTGAAATATGTCGGGTAGAATCTCCACGTCAATTATAC
GATTACCAGTAATATTTGAATCTGATTGTTTTGGAGTATCTGTGGCAATA
TCTTGAATCTTGTTTTGAGAGACAGTCTTCTTAGGAGTGGATGGTAAGGG
TTCCAAAACGATAGGTTCAGTGGTTACAAGATCATCATCAACGTTAGCGG
TATCGGTACGAACAGCAACAGCAGCCGGAGTTTGGAAGCTTTCGTCAGCT
GAAACAGCAGCAGCAGCTCTAGCACATTTTTCAAGAGTATACTGGTTGCC
TTGAAACTTTCTTTTACCCCTTCTAGTTCTTTTCTTTACTCGATCAACTT
TTCCCATTTTGCTTTGAAGATTTGACTTTGAGAAACCAAAAACATTACAC
TACTGACTTTGCTTGTTTGGTTCGAACTTGAAGCAAAAGCACGGCGTGTT
CTTTTGACTTATGGCAAAAAGAGTGCTAAAGCAAGAGAGAAAAAGAGAGG
GCGGAAATGGAAGGGCGTACGGGGGTGAAACGGAAGAAATAAGGATGATG
GAGAGGTATATGTAGTCATAAAGAGCTGTAAAAGCAAGAGAAATTTTTCA
AAAATATCAGATTTTTTTTCATACCAGCATGCATAAAAATTGAAATATCA
CATGTTCTAAATCAGATAAGTAAAAACGGTTTTCACCTTCTTTTTCTGCA
TAAAATTCTCTAGAAAATAAGTTAAAAAAAATTTTTTTAAGAAAAAAAAT
TTTTTGGGGCTATTTCCACGTGAGTTATTTGATGTAGAAGTGTCAATTTT
TGAGCGTTTTTGACCAAAATGAGGGTAAAATCACCATTTCTGGGCTGTAG
CCTAGGTTTTCAATAAATGGGTCCGGATAATGTTAATGTTATGTTAATGT
TACCCTTATTTTCTTCTTGGCAGCCTTTCTAATATCAGGCATGTCTGGTC
CAAATTTGGCGTTTTGTTTCAAATTTGCACGATTTTACACTAATCAGGCC
TACTATTAGAGGAGTTTCTTTGAGCAAAAAAAGTGTGGAATAAACGAGTG
GATTTCGCATCTTTTTTTCAGGATACAGTCCGCCAATCACTATTCAATTT
TCTTCGTTCAAATTCTCTTTTGTGACAATGGTGATGGAGTATGGGATGAC
AGAAGAGGACATTTTGAACGGTTTTGATGTCCCTTATTTCGACATCGAAG
TTCAAACCACTACAACCGGTTGTGTTTACTATGATCAAAAGATTTCTGAT
TGGTCAGATGGTGGCTGCCGGGTAAGAAATAGGCTATTCCAGAAATAGTC
TGTACCCCCTTTGTTGAGGAGGTGTGACGTCCAGGGTAGTAAGGAAAATA
AAAAATCCAGGGTGGTCCGTTTTTTTGAGTGTAAAAATCCAGGGTGGTCT
GGTTTTTTGAGTGTAAAAATCCAGGGTGGTTACATATGTTGAGGAGGAAA
AATCCAGCGTGGTCGGGTTTTCATAGGAAAAAAATCCAGGGTGGTCCAGT
TTTTCAGAGGGAAAAAATCCAGGGTGGTCCAGTTTTAAAGAGGGAAAAAA
TCCAGGGTGGTCCGGTTTTTCAGAATGAAAAAATCCAGGGTGATCCAGTT
TTTTAGAGGAAAAAAATCCAGGGTGGTCAGCAAATATGGTCAAAAATCCA
GGGTGGTCAGCAAAACGAGGTAAAAATCCAGGGTGGTCAGTAAAACGAGG
TAAAAATCCAAGGTGGTCAGTAAAACGAGGTAAAAAATCCAGGGTGGTCA
GTGAACTAAGGTAAAAAACCAAGGGTGGTCAGTAAAATGAGGCCAAAAAT
CCAGGGTGGTCAGTAAAACGAGGTCAAAAATCCAGGGTGGTCACCAAAAC
GAGGTAAAAATCCAGGGTGGTCAGCGAACTAAGGCCAAAAATCCAGGGTG
GTCAGTAAAATGAGGCCAAAAATCCAGGGTGGTCAGTAAAACGAGGTAAA
AAATCCAGGGTGGTCAGTAAAACGAGGTAAAAATTCAGGTTGGTAAGCAA
AATAAGGTCAAAAATCCAGGGTGGTCAGTAAAACGAGGTAAAAAGGTCTG
ACTATGGGACTGCTGAAACATATGTTGAGGATGTAAAATCCAGGGTAGTC
TAAAAATTGAAAAAAAATCCAGGGTAGTCTAAAAAATGAGAAGAAGGGGG
GTGTCTAGTGTTAGAAAAATCCAAGGGGGCTGTAGGATTGCAGAACTATA
TGTTGAGGAGGTAAAATCCAGGGTAGTCTAAAAAATGAGAAAAAAATCCA
GGGGGTCTTGAAAATTTGAAAAAAAAATCCAGGGTGTCGCCTTTCCCGAA
AAAGACCTCCTCAACATAGGGGGTACAAATTTTTTCTGGAATAGACCAAT
GATTGGAAAGTTAAAACACAGACAGCTAGAAATCCTTTGCACGTTTAGGT
TTCAATCTTGCAACTTTACTCATTTAATAATTTTCTGTTTGATATCAGTT
CAACTTAGATATTATTTCTTTATTGTATAGGAAGGAGGCACACTTTGGCA
CAGCTTTAATGTTGACAAAGCAGAGTTAATAAAATAATTTCTCAGAATTT
TAGTTCTCGCAGCGCGGGAGTTGTTGTTCTTCCGTGGCTTGTAATCACAA
GTTAAAAAATTCCGAGGTTATGTACTTCTGAATTGTTTCAATTTGGTTCA
AAATTTTATTTAGATCGGGCCATTGTCAAACATGAAGGAAACACATTGTC
TATGTAATCATTTAACATGGCTCAGTAGTTTCTATGTCCCACCGAGAAAA
CTGAATATTCAAGCCCAACTCTTGAAACTAAAAAACCTTGAAGAGTATCC
GGCTATACTTGCAACTTTTTGCGTCATTATGGGCGTGTCTTTGGTTGCTA
TGATATGGGCGAGACGTAAAGATTTGAATGATACTGGATGCGTGAGTTTT
ACTTACTCGTTGAATTTTATCTGTTTTTACAACTACCTTGTCGGTCATTT
TTACGCCGGCTTTTATTTGCGTTATGTTCACTGATCTAGGGTACCACTTA
GGGTACTAAAAAAAACTCTGATAAAATACTTTGCTTGGCCAGGATTGAGA
AGCTTGGTCCAGGGTATATAAAGGTCAGTGGTTATGTTTGAGCCTGCTGT
GGACATAGGGCAGGCGTAAATTATTGCGTTATTAGTGTAAATTCAACCCT
GACCTATAACATTTTGCTACTAACTATCATACCAGTTGACCAAAAAACTT
TGAAGAGACCTCCTGAGAAAGGGAGTTTTAACTTCTAAAGCTTATAATTT
GACAACCATTGGAGCAAATTTAAAACAGGTTTTTGAAGTCAAAGTTGAGC
CCAACCAAGACTTTTTGAGTCACCCAGTATTTTCTTATATCAAAATTGAT
AAACAGTAAATTGTGTGAGCATTTACTGGTACATCATCTGTATCGCTTTT
CTTTCAGAATGAACCGACAATGTTGAGATCACAATCTTCACGTAAAGGGA
CTACATACCATCTTGCTATTTACACTGGTCATCGAGGTGGGTCTGGCACT
ACTGCAACTCCAGTTCTCATTCTCAGTGGTGAAAAAGAAGATAGTCAACC
ACTGATACTGAAGAATGAACAACGAAAATTGTTTGATAGAGGATCCGTTG
AAACATTTGTTTTTACTTCTGAACAGGTAAGAACACAACAAGAGACAACA
ACGGGAGGGAAAATTATAGTTGCTAACGTTATACAGGCGTCATTAAATGC
TGGTATGACGTTTTTTAAAGACTGTTTTCCATTCCAAAAGTAATTTATGA
ATTGATTAGTATCTCTCAAAAACTCGACTGATGGTGTCCCTTCTTTTGAT
TTTATAGATTTCTCTTTAGCTTTGAATCTTTTGGCATGGGTAGATTCATA
TTGTTAATTTTATGGGTTATCTTTTCTCCTGAAGCCGTGCGTAAGAGCTA
ATAGGGAATTATTAGGTCACCAGAAATTGGGCCATTCCAGAAAAAAAATG
TCCCCCCTAGGTTGAGGAAGTCTTTTTGGAAAAGGTGACTTTTCAATTTT
TAGGACCCTCTTGGCTTTTTTGTTCCCATTTTTAGGGCCGCCCTGGATTT
TTGACTTCGTTTTACTGACCACCCTGGATCTTCGACCTCATTTTACTGAC
CATCTTGAATTTTCTACCTCATTTTATTGACCACCCTGGATTTTTTTACA
CTCAAAAAACTTGACCCCTGGATTTTTTTATTTTCCAGATCACCCCAGAC
GTTACACTTCTCAACATGACCATTTCTGGAAAAGTCCATTAAATTTTTTA
TCGGTTTTTTTAGGATTTGGGTGATTTGAAATACCTTACCATTTGGCACG
ATGACGTCGGGGCCAATCCTTCGTGGTTCCTTAGTCGAATCACTATTACC
AACCTAAACACCAGTAAACAACAACAATGCTTTTGTAACGATTGGCTAGC
TGTGGACCAATCAGATGGCTTGATAAGTCGCGTTCTACCAATCGCTAGCG
ATTCTGAATTAAAATCCTTCGAGAATATATTCTTAGCTAAAGCCACTCAA
GATTTGACGGATGGTCATATTTGGTTCAGTATTATCATGAGACCTGCTCG
AAGCAACTTTTCCCGTGTACAACGTGTGGCTTGTTGCCTTTCATTGCTTC
TTTCGACCATGCTGAGCAACGCTATGTTTTTCCGCGTAGATGAAACTAGG
ACAGCAGGTTGGTTGATATTTTCTCGTTGATGAACCCTAATAATAGTCTG
GCATTATTACTTGAATCGGTAGTCATCTAAAGTTTGTATTGGACTTGTAA
ATATTTTTTCACGCCAGACCTTAGGCTGTTGGCATCCTCTAGAATTAGCC
ACTACCCGATATTTTTTAGTTCTAGGGATGGTACCAGCATTCTAAGAGTT
GACTAATGTTAGTTGTTTCACCTTTCCGTAGCACCGGATTCTAATACGCC
TTTTCGACCGTAGTCGCGCAGTCAGGCGCGTGCCACTTAATTATTTAATC
ATCCCCCTAAACTCGATCTAATCCTTTTTTGACACATTTTTCTATTGTCG
ATAGGTGCGAAAAAAGAAATAAGACGGTTTTAGTGGGATAAAGCGGACAA
AAAAATGCCCGCGCGGCAATAGGCGGCTACGGTCGAAAAGGTATATTCCC
TCTTTCTTAAACGTTTAAAAATGTCCTTTTTGTTCTTAGGTGACGAGATT
AATGTCAGTGGCGTTGCAGTTCGATGGAGTACCATTGTCATCGGAATCCA
ATCAGCCCTCATTGTCCTACCCATTAATATTTTTATCGTCTTGTTATTCC
GCCGTGCTGCGCCTGATACTTCTGTTAAAGACCAACCTGCTCTACGCCGC
ATTTCATCCGGTAATGAACTGGCTACACACCGTAATTCTGTTAAACAAAA
GTCGGTAATACCCCGCATTATTCTTACAGATCCGTCTATTTCATCTTGCA
GCTCAGCGGAAGAACCCCCTGCTATACAAAACCGTCAAACTGTTATATTC
GATTTGAATCGCTCTTCCCTTTTCGATAATTCTGCTTGGCATATACGAAA
GAAACCAGAAGTCTTAACTGATGGCTCACAAGACTTTTATGGGGATGATT
TCCTACCTATGGAGCGCTCCATATCAAATCAAACGGTCTACCATTATCAT
GCAAACAGTGACGAAATGATTGGGGAGCCTAAGAGAGTTCACTGGGGATC
ATTGGAAAAATTCACTTATGGTGAACCATTTGGAATAAACACTCCATTAT
TACCACCCAACTTTTCTACTTCAAAGTGTCGAAGACTATCAACAAGAGAT
TTGATTTCGCTACCTTTGTATTTCAGTAAATCAGAACCAAACCTTAACCA
TTCCTATGGACGAGAATCACAAACCGATCAATTAAGGCAAAATTCAACAC
CCGATATTCATGAATATACTGATTCCCATATTATGAATTTTAATGCCCAT
GGAATTTTCTTGAACCAGTTTACCGCTGAATCTGTCTACCAGAGACCTGG
AACTAATAATCGAAGTGGTGCTAATAATATTAATCCGGTTGCACTTGGTA
CTTCTGAACATCAAAATTTCGCTGAATCTACATACGACGGATTGAATATG
GCAGCGAACCTATCTGCCGCTGAATCTGTATATCAGAGACCTAGACCTAT
TAAGCAAAATAGTGGAAATGGAGTCGAAAATCCTGATCTGGCTTCGCTGA
GCACTTCTGCGCATCAAAATTTCGCTGAATCTACATATGACGGATTGAAT
ATGGCAGCCATTCGAGCTCGAATTCCGAATCAAGCTGGACCACATATGGC
TGAATCTATCTACCAGAGACCTGGGACTAATAATCGAAGTGGTGCTAATA
ATATTAATCCGGCTGCACTCGGCACGTCTGAACATCAAAATTTCACTGAA
TCTACATATGACGGATTGAATATGGCAGTGAACCTATCTGCCGCTGAATC
TGTATATTCAAGACCTGGACCTAATAAGCAAAGTGGTGTTAATAATATTA
ATCCGGCTGCACTTGGTACTTCTGAACATCAAAATTTCACTGAATCTACA
TATGACGGATTGAATATGGCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_029486XLOC_029486Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00046159-exon-scaffold_106-1575043694:227215..227381TCONS_00046159-exon-scaffold_106-1575043694:227215..227381Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:224551..225048TCONS_00046159-exon-scaffold_106-1575043694:224551..225048Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:223707..223948TCONS_00046159-exon-scaffold_106-1575043694:223707..223948Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:223078..223397TCONS_00046159-exon-scaffold_106-1575043694:223078..223397Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:222605..222805TCONS_00046159-exon-scaffold_106-1575043694:222605..222805Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:209579..209704TCONS_00046159-exon-scaffold_106-1575043694:209579..209704Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:208780..208950TCONS_00046159-exon-scaffold_106-1575043694:208780..208950Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:207923..208061TCONS_00046159-exon-scaffold_106-1575043694:207923..208061Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:207584..207693TCONS_00046159-exon-scaffold_106-1575043694:207584..207693Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:206949..207122TCONS_00046159-exon-scaffold_106-1575043694:206949..207122Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:206318..206510TCONS_00046159-exon-scaffold_106-1575043694:206318..206510Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:202661..202860TCONS_00046159-exon-scaffold_106-1575043694:202661..202860Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:201041..201268TCONS_00046159-exon-scaffold_106-1575043694:201041..201268Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:200306..200524TCONS_00046159-exon-scaffold_106-1575043694:200306..200524Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:199275..199668TCONS_00046159-exon-scaffold_106-1575043694:199275..199668Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:197923..198792TCONS_00046159-exon-scaffold_106-1575043694:197923..198792Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1575043694:197410..197598TCONS_00046159-exon-scaffold_106-1575043694:197410..197598Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:227215..227381TCONS_00046159-exon-scaffold_106-1510915933:227215..227381Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:224551..225048TCONS_00046159-exon-scaffold_106-1510915933:224551..225048Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:223707..223948TCONS_00046159-exon-scaffold_106-1510915933:223707..223948Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:223078..223397TCONS_00046159-exon-scaffold_106-1510915933:223078..223397Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:222605..222805TCONS_00046159-exon-scaffold_106-1510915933:222605..222805Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:209579..209704TCONS_00046159-exon-scaffold_106-1510915933:209579..209704Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:208780..208950TCONS_00046159-exon-scaffold_106-1510915933:208780..208950Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:207923..208061TCONS_00046159-exon-scaffold_106-1510915933:207923..208061Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:207584..207693TCONS_00046159-exon-scaffold_106-1510915933:207584..207693Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:206949..207122TCONS_00046159-exon-scaffold_106-1510915933:206949..207122Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:206318..206510TCONS_00046159-exon-scaffold_106-1510915933:206318..206510Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:202661..202860TCONS_00046159-exon-scaffold_106-1510915933:202661..202860Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:201041..201268TCONS_00046159-exon-scaffold_106-1510915933:201041..201268Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:200306..200524TCONS_00046159-exon-scaffold_106-1510915933:200306..200524Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:199275..199668TCONS_00046159-exon-scaffold_106-1510915933:199275..199668Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:197923..198792TCONS_00046159-exon-scaffold_106-1510915933:197923..198792Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1510915933:197410..197598TCONS_00046159-exon-scaffold_106-1510915933:197410..197598Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:227215..227381TCONS_00046159-exon-scaffold_106-1491911889:227215..227381Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:224551..225048TCONS_00046159-exon-scaffold_106-1491911889:224551..225048Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:223707..223948TCONS_00046159-exon-scaffold_106-1491911889:223707..223948Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:223078..223397TCONS_00046159-exon-scaffold_106-1491911889:223078..223397Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:222605..222805TCONS_00046159-exon-scaffold_106-1491911889:222605..222805Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:209579..209704TCONS_00046159-exon-scaffold_106-1491911889:209579..209704Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:208780..208950TCONS_00046159-exon-scaffold_106-1491911889:208780..208950Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:207923..208061TCONS_00046159-exon-scaffold_106-1491911889:207923..208061Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:207584..207693TCONS_00046159-exon-scaffold_106-1491911889:207584..207693Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:206949..207122TCONS_00046159-exon-scaffold_106-1491911889:206949..207122Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:206318..206510TCONS_00046159-exon-scaffold_106-1491911889:206318..206510Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:202661..202860TCONS_00046159-exon-scaffold_106-1491911889:202661..202860Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:201041..201268TCONS_00046159-exon-scaffold_106-1491911889:201041..201268Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:200306..200524TCONS_00046159-exon-scaffold_106-1491911889:200306..200524Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:199275..199668TCONS_00046159-exon-scaffold_106-1491911889:199275..199668Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:197923..198792TCONS_00046159-exon-scaffold_106-1491911889:197923..198792Clytia hemisphaericaexon
TCONS_00046159-exon-scaffold_106-1491911889:197410..197598TCONS_00046159-exon-scaffold_106-1491911889:197410..197598Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_106supercontigscaffold_106:197410..227381 -
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
0	4.02652e-06	0	0.0650044	0	0	0	0	0	0	0	0	0.0853104	0	0	0.381268	0	0.335457	4.04451e-08	0	4.45715e-09	0.246239	0.146597	0.126737	0	0	0.071862	0	0	0.331801
Blast
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BLAST of TCONS_00046159 vs. Swiss-Prot (Human)
Match: PK1L2 (Polycystic kidney disease protein 1-like 2 OS=Homo sapiens GN=PKD1L2 PE=1 SV=4)

HSP 1 Score: 244.588 bits (623), Expect = 6.310e-65
Identity = 128/363 (35.26%), Postives = 216/363 (59.50%), Query Frame = 1 
Query: 2449 VPYFDIEVQTTT--TGCVYYDQKISDWSDGGCRIGPLSNMKETHCLCNHLTWL-SSFYVPPRKLNIQAQLLKLKNLEEYPAILATFCVIMGVSLVAMIWARRKDLNDTGCNEPTMLRSQSSRKGTTYHLAIYTGHRGGSGTTATPVLILSGEKEDSQPLILKNEQRKLFDRGSVETFVFTSEQDLGDLKYLTIWHDDVGANPSWFLSRITITNLNTSKQQQCFCNDWLAVDQSDGLISRVLPIASDSELKSFENIFLAKATQDLTDGHIWFSIIMRPARSNFSRVQRVACCXXXXXXXXXXNAMFFRVDETRTAGDEINVSGVAVRWSTIVIGIQSALIVLPINIFIVLLFRRAAPDTSVKDQ 3528
             P  D+ V  TT  + CV++D+    W D GC++GP ++  +THCLCNHLT+  S+F V    +NI          E+ P ++ T   +  V ++ +IWARRKD  D    + T+L          Y + +YTGHR G+ T++   + L G   + +P  L +    +F+RG+V+ F+ ++   LG+L+ L +WHD+ G  PSW++SR+ + +L   ++    CN WL+++  D ++ +V P+A++ + K F ++F  K +    DGHIW+SI  R ARS+F+RVQRV+CC SLLL TML++ MF+ V +   A  ++++  +   W  ++IG++S++++ PIN+ IV +F+   P  + K+Q
Sbjct: 1266 APGRDLTVGITTFLSHCVFWDEVQETWDDSGCQVGPRTSPYQTHCLCNHLTFFGSTFLVMSNAINIHQTAELFATFEDNPVVVTTVGCLCVVYVLVVIWARRKDAQDQAKVKVTVLEDNDPFAQYHYLVTVYTGHRRGAATSSKVTVTLYGLDGEREPHHLADPDTPVFERGAVDAFLLSTLFPLGELRSLRLWHDNSGDRPSWYVSRVLVYDLVMDRKWYFLCNSWLSINVGDCVLDKVFPVATEQDRKQFSHLFFMKTSAGFQDGHIWYSIFSRCARSSFTRVQRVSCCFSLLLCTMLTSIMFWGVPKD-PAEQKMDLGKIEFTWQEVMIGLESSILMFPINLLIVQIFQNTRPRVA-KEQ 1626
The following BLAST results are available for this feature:
BLAST of TCONS_00046159 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
PK1L26.310e-6535.26Polycystic kidney disease protein 1-like 2 OS=Homo... [more]
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