TCONS_00047140 (transcript) - C. hemisphaerica

Overview
NameTCONS_00047140
Unique NameTCONS_00047140
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3195

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00047140 ID=TCONS_00047140|Name=TCONS_00047140|organism=Clytia hemisphaerica|type=transcript|length=3195bp
GGTGAGTAAAACTACGGAAAGTGCCTTTCGGGTAAACaagcaaaattatt
ttgggcaagaAAAAGCTGCAAGAAAAAAAGGGGCTGTTTCCAGTTTCTAA
AAACAGTCAATAACTTTTCAAGTGATAAATGATTGTAGTTGAAAAAAGAA
ATGGCACAAACTGCGACAACCCGAGCAGCCTGGAGTAACAATCAAGAGGA
TTATGAGCTTCAAGAAACAATTGGTTATGGTGCCACAGCTGTTGTCATTG
CTGCCACATACCTTCCATCTGGTGAAAAGGTTGCTATTAAAAGAATTGAC
TTGGAAAAGTGTGGGGCTGACATCGATGAAATGAGGAAAGAAATCCAAAC
AATGAGTCGATGCAATCATGAGAACGTAGTGAACTACTACACCTCTTTCA
TTGTCAAACAAGAGCTATGGATCGTCATGAAGCTTCTAGATGGAGGTTCT
GTTTTGGATATCATCAAGCACATGATAAGGAGCGGGCAAGTGGATCCTCT
ACAAGGTGTATTGGATGAAGTTGTCATTGCAACCATACTGAGAGAAGTTT
TAAAGGGATTGGAATATTTTCATAAGAATGGCCAAATTCACAGAGATGTA
AAAGCTGGTAACATTCTGCTCGGTGGAGATGGTAGTGTTCAACTTGCTGa
ttttggtGTCAGTTCAACAGTAGTGGAATACACTGAACGTGGTCAAAAAC
TTCGAAATACATTTGTTGGAACTCCTTGTTGGATGGCTCCGGAAGTTATG
GAACAGgCTGGTGGTTACAACAATAAAGTGGACATTTGGAGTTTTGGAAT
CACAGCTATTGAACTAGCAACTGGAACAGCTCCTTACGCACAATTCCCTG
CAATGAAGGTTCTGATGTTGACGTTGGAAGGTGAACCCCCAACATTAGAA
ACATGTGCCAATGGAGAACGAGAAGCGTACAAGAAATATTCCAAACAATT
CCGCAAAATGATCGCTCTTTGTCTTCAAAAAGAACACATTCAAAGACCCG
ATGCTACTGAACTTCTGAAAAATCAATTCTTCAAAAAGGCTAAAACCAAG
GAATACTTAATTGAATATTTGATAAACAAAGCACCAAAAGTATCGGAAAG
GCGGAATAAGACTCGACGCAAACCACAATCGAACGACGGAACACGTGACG
AGTCAGGTGATTGGGAGTTTGAAGATACAGAGGACGAAGCAACGGAACCT
TCAACTGAAAGCACTAACGCTACTTCTGCAACCACGCCAGCGACAACAAC
GGTAACACCATCAGAACCAGCGAAAAAGGAAGTTCCAAACACACAAACTA
CCGCACCCGCTGCTACGCCTAACCCATCAACAACCAGTCAGCCTGCACCG
ACCAACCCACCTGatgcGACGCCAGTGAACGAAGataaagtttttgattt
gacgTTGAGGCTAAGGAGTGCTACTAAAGAACTGAACGATATCCGTTTCG
AATTCAACAGGAAAACTGATTCTGTTGAGGGAGTTTCACAAGAACTCATG
TCCGCTGGATTGATCGATGGACAAGATCTATTGATAGTGGGAGCTAACAT
GAATAAGATGATTGCAAGCCCTCCAGAAAACAAACAGCTCACTTTTGCAC
TAaAATCTGCGCAAGATGATAGCGCAGAACGAGACGAGAAAACGTTGATA
GGTTACGCAATGTTGACACTGAATAACTGAAACGTCAATCAGTCATCACA
AGTAGGAAAACCCTTTCAATGAAGCTAAGGCTGCAGGCATTTCAGACTCG
TGTCGTAACCAATGAACTTTTTAGTAGACCCCTTCTCGTGACACATAGAA
CAATAGCCAGAAAAAAAACGTATCAAGTTTTCTGCATTATTGCCGCCATG
TTAtgtcaagaaaatgttttatttttatattatgattCAATATACATATT
ATTTACTACTATGTTTGacctgaaaatgttttttcacaaaaacacAACTA
GCGTTGTGGAGTCGACTATCTActagtgaaattttgaaatctgataCTCT
GCTTTCAAGCACAGAAAATGATACTAATAACGATTCAGCATCCCTTTTGG
tcggattttaatttttatttattttgaaaacaatatttgCGTGTTGGATA
CTTTCTTACTTAGGTGAACACAATCTGACTCAATTGAAacacttctcaca
gacccagtaggactTTTTCAGTCAGTGGAGATAAGAAGCATATATCATAA
TATTTTACAGTGAGTGTtggtttgtttgattattttcagtggggaaaaAT
TGAAGGAtcattttccaccggggatgattatgttggccaatttttccagt
gggaatgggtctgtgagaagtctGAAGTCTTTTTTATACATAAACGGGGT
GTGTCTGCTAAATGAAAGCATTGAAATGGTTACTTATGGCTGTTAACACA
ATACATCGTTTAAAATGCAAGTCTTTTTTTACATACACTCAAACAGGTTA
GGTTCTTTCAGGTTTCCAAACCTTGTTCtgttcaacttttttagatTAAC
GTACAAGTATACTGAAACTTTTAGAATGAGTAATCTATTGGGATTGGTTT
CCTAAAAATCAACCCTGGACATATctagaaaaatatatgaaataaaaaag
atttaggTTGGCTTTAGCACCGAAAATACAACTTTCTAGAATTTCATACG
GACTGATTTTACAAGTCAGCAATCTCACACGATTTTACGAGATACAAATT
TTTATCTCGCTAAATTTAATTCAATAAAATCCGATTCGAGTATACAATTA
GATACgatagactttttcataaattaagccacgaacatcacttgcctcgt
tttgaaattatgtgccatggtgattaactattcataaaaatcatttgatg
tctcaagggatatgatcaccatggtaattgtttgaatacaagacaagtga
tgttcgtgacgtaatttatgttTACGTCTATTACGTTCCAGATGTTTCTG
ACTACCATCATGTAGAATTTCAAAATgtagaaaaaatctttgaaaattta
atgaataAATTGCTACAGTATCACTTTTTTGATTAATttgttatttaaaa
ttttttgtctttgtaaaaAACTATCTTAATAAAAGAGGAATATCTGTCTA
TTTTATATTAATAACCCTTTGCAAATTTGTAGTAGAAACTGTTGTTGAAC
ATGTCGTACAAAATTtctttagaaaacaaaagaaatcaaaaatcc
Run BLAST on NCBI

transcript from alignment at scaffold_122:131878..151731-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00047140 ID=TCONS_00047140|Name=TCONS_00047140|organism=Clytia hemisphaerica|type=transcript|length=19854bp|location=Sequence derived from alignment at scaffold_122:131878..151731- (Clytia hemisphaerica)
GGTGAGTAAAACTACGGAAAGTGCCTTTCGGGTAAACAAGCAAAATTATT
TTGGGCAAGAAAAAGCTGCAAGAAAAAAAGGGGCTGTTTCCAGTTTCTAA
AAACAGTCAATAACTTTTCAAGTGATAAATGATTGTAGTTGAAAAAAGAA
ATGGCACAAACTGCGACAACCCGAGCAGCCTGGAGTAACAATCAAGAGGA
TTATGAGCTTCAAGAAACAATTGGTGAGATATTTCTTCACAAATAAAATG
TCGATTGGACATACTCGGGGACGACAATCCCGACTCACTGTTCAGTCCTG
TGTTTTTGTCCGGTGTCAAAAAGTATTCTTTTGCTACACCGGACGTGGTA
ATTCAAGTGTTAAATGTCGAGAGCTCTAGCAGTTAGCCACACTAGCGTCC
CGCCAAAATGCGTATCAAAGATTAATGCTGCGAAAGCGCTATATCGTTTA
CTTGACTCTCAAGCAAAAAAATGCACCGCAAAACTTCTAAAGGGATTCAT
GAAAAAATAACCCGGCGCTTTTTAATGAAATTAACATTTTCAAAAACTTT
GAGAAATTGCCTAAAATTTGAGCCATAGATGAAAAGATTTGAGCCAAGCC
AACCTTGAAAACTAATTTGAAGATCAACTTCCCAAGAAAAAGATCTACGG
GGGAGGCGGAACCCACCTAGATCCGCGCATTGCCGGATAGGCTATCTCCC
GGAAATTTTGCCGGACCTCAAACAATGACCCATTTACATGTGCGTAATTG
TTTTTACTTTAGCGTATAAACAAGGCCTTAAAAATCGAAGCGCTGTCTCG
GGCATTGAATGACAAATTTTGGTTGGGTGATTTTGGCTGCTGCACGTTTT
ATTTTGTTTCCAACTTTCAAGTTTTAATTAATATTGTCTTGCGAACTTGA
TTCAGGTAACTCTCATCCTTGTTTTTGAAATGTATCCTGTAGTAGATGAC
TGATGTTGTTTTTTCTGAAAGCTAGATTTCCTAGTGTGACTAACTGTCTA
GGCACCGGACATGCGCCGGAAAAAATTAATGTGCACTGGCCGGACACATC
CAGACGATATCTCAATCGAACGGAATCGACGATCGAACCAGTCGAACCAA
ATTGAACGCAATCGACCGATTGAAATTCGATTGTCGAACGCAATCGAATC
TCAATCGAATATTACCGCAATTTTCAGATTCGATTGATATTCGATTGCGT
TCGATTGCATTCGATCGTCGATTCATTGACCCCCGGATTGTTCATCGCAT
AATTTCTACGGGAAATCGAAAGTAATTTCATTCGGCTTGTAAAGTTTGAG
AGCTTGGATGTTGGGAAGCTGCAAGAACAAAGCTAGACGATCTCAATCAA
ACGGAATCGACGATCGAACCAGTCAAACAACAATTGAACCAATCGAATAT
TACCCAGAATTTTGACGTTCGATTGAGATTCCATTGCGTTCGACAATCAA
ATTTCAATCGGTCGATTGCGTTCGATTTGGTTTGACTGGTTCGATCGTCG
ATTTCGTTCGATTGAGATTGTCTAGACACATCGGACTTCAGACTTCCCCA
TAAGTCCAGTGGTGTTGGGGTTGTCCAGTGGTAAAAAATATTATAGACAA
ATAACTTCTTTCAGAATCATTCTCGTTTTATACTTTAAAGACAGAATGAT
AATTGATTTCCGGGTCAAAATGTTTGACACTTGATCCAATCGTTTGCTTA
TCTTTCTTGCGTGGTCGTCATTTGAATTTCAGTGTTCAATGCTTATAAAA
TACGGTTTTTATAAGGGTATCAAACTCCTCACTAAGAGGGAACAGATCAT
AGATTCGAATTGAACGTGCTCATCACTTTAATTTTGAATCACATTTCATG
GGAGTGAAGAGATATCGACGCATTATGTAATGTTAATTGCTATTAGTAAT
TACGCGTTCAATTCGAATCTATGATCTGTTCCCTCTTAGTGAGGAGTTTG
ATACCCTTATAACAACCGTATTTTATAAGCATTGAACACTGAACAAAATC
AAGAATTGGAAAATTTTTCACCCAGCGGGATCGAACTCGAAAACCCATGC
TTATGAGGCAGACGCTCTAGCCGCTTGAGCTAACCACGCTTGGAGAGAGT
GAGGGAAAGTTTGAAGTTATGAGAAAGAAAAAGGAAAGAAAGAAGCGAGA
AGAAAATTAGTTCCTGCTTTGATGATATTATCGAAACAAAAGGATCAGTC
ACGCCGACATTCCTTTCCACACGTCAGCAATCTAGTTTTTATAAATATAA
AAACTAGATTGTAAGGTTGATTCGTTTTTTTAGACCACTACGTTATATAT
AAATCAAACCAATCAAAAATTCTGTCAATAAATGAGAATTTTATGTGAAA
AAGAGAGAACCAACAAATGGATAGATATATATATAAAGTTTAAAAAGCTA
CAGTATATGGCCCCCAAAACAGAGACGGCCCCCAAAACGTAGGTCGTCGT
TAAAATGAGGATTTTGACCTGTAGATTTATCAGAATTAGATTTATTTTGA
AAGAATGATGGTCATACTTAAAAATGATAGGCAACAAAGAATGACTTCAA
GAAGATATATAATAAATATATATTAAATCTCTGTATGATTATTGGAAAAA
ATAATAATTTGATAATTTGATTTTGACTAGACCTATGTTTTGGGGGCCCC
AAACCTGCGTTTTGACAACCAGGGGTATACTGTAAAAATTTTATCAAACA
AATTTATGCCGAAAACCCTCGAAATCACATTTCAAAACTATGGTCAAAAT
TTTGTATTCATATCTTAAAGATATCTTGAGTTAATTCTGGCAATAATGAA
ACCCGTAGTTTTGAGCTGTGAGTGATTGTCCGAAATAAATGAGAGCTGAG
TGAATGATGAGACACTTAGTGTTTTAGCACTTATACTAGATTGTCCGAAA
TAATATCAAAAGGGAAAGTAGGCTATCCAGAGTTGGTCAGAGTAAGTAAA
CAGAGACGACTCAGTATTAAGCCGAAAGTTGAAATGTATTGAAACTCAAC
ATGTGAACTATTCAAAGTAGATATAAGTTATAAGTCTAACGCAAAATGCT
AAGGAGGGAATTGGGGAAACATTGAAGATGTATCAAGGCATGAGTAAGAC
TGACACACAACTACCCGGTTACAAAGTAACCCAAATCATCCCCAACGCCA
TCCCCAAAGTCCTGTACATAATGAACACCAAAGAAAATAACTAAAAGAAA
AACTAGCTTAGATCATGTCAGGGTCCCACACGGATGTAGTACTGGATACC
TTTGCCATTAGTTTTTGGAAGTCAGCAACAAGTTTGTCAGAAACTCGTAA
GTAGCGGATGTAGCAGTCACTAGACCATCGACCAAGTATTTTGATAAGAG
CATCAGAAGAGCCAGCAGACAAAGCAGCAGAAGCACCACCTATTCTAAAG
CTGTGGGTGCTAATGTGGTTGACTCCCGGGAGCGCCTGTGAAAGTATATT
GCTAATATGTCGTTGTGTAAGGAATTGTTCTTGGACAGTTCGAAAGAGAG
GGAATGAGTCATTCCATTGGGTAGGTAACGCAGGTAAGAGAGCATATCAG
TGACTGGGTCAAGGAGCGCGGGGACTCTACAGATGCGCAAGGTGTGTCCA
ACTCTAAAAGGATCTGTTTTGCTACCCTTGATGCGCAGGAACATGATACT
GACCTATCTGTTGAATGAGATGTCTGATCTTGTTAGATGTAGTGAGCTGT
CATAGTGAGTTGTAGATGGAGAGGTATACTCAGAGACCCGAAGAAGTCCA
AAGAGTGCTGTAAGAACTGCTGCCATGTACATAAATTTGTCTCTGGGAGG
CATTTTTGACTGATGAATGTAATGGCCGATACGAAACATGTGTTCCAACT
GTTATTGGAAGCTTTGGTACCCTGCGACGAGAGTTACCTAGGGCACGGCG
GATACCACGTAGTGTGTGAAACAGAAGAGGGTAGGAAGACATTGATGAAC
TAAAACCGAGCAACGTATTTTGGTGAAGTATAGTACTCCACAGACGTAAA
ACTTGATTGATCCGTGTGCCAGGCCTCGGTTGGCTTCGGCTGTGACAAAG
TAACACAATGAAGATTCACGTACTGGAAAAGCAAGGATGCTAAGAGAACC
ACAAAAGTTGATGTAGGAGCGAACTCCTGTCATATAAGTGGCTGATGTGG
ATTGGGCAACAGACTGTCTTAAGAAGCTGACCAAAGATCTTTCCAACACT
GCCAGATTGCCGGTGGGATTGGTGATGGAAGCGGATGTGCAGAAGGGCAA
ATTGACAAGAAATGATTGACCTGCAACCGAGAAGATCTGTGTAGACATTA
TCAACACCTGGGACATGCTTAAAGGAGATGGAAATATTGTGACAAGTGCA
GAGAAAGAACATTGAACGCATAAGTGCCAAAAAAACCGCATCCTTAGAGG
AACCTGATGCCCATATTGTAACAATAGCCTTGTTGTCCGTGAAGACACAG
ATGGACCTGTGCTGAAGCTGGTTTGACCATGTGCTGATGGCTGTGAAAAC
AGAAAACAACTCAAGGAGAGCGATGTTGATACCTACCGTGTCATCTAGCC
AGGGTTCAGAAATCCATTGATTGTGGAAGAAGGCTCCAAGGCCCAGCTTA
GAAGCATCAGTGAACAAATCGAGAGCAAAAGAAGATGTAGTTGGCTGCTG
GAAAAAAGAACATCCGTTCCAAGACTGTAGAAACACAGACCACATGGCAA
GATCCTCCCTAACTGAGACCAAGATGTCAATGTGATGATGCAGAGAGCCA
ACTTAGTGAGCAAGATCAATAAGACGTCTGAGAAAAATCCTTCCGGGCTT
AATAACACGACAAGCAAAGGAAAGTGAGCCAATCAATGATAACAGTTCTC
GTTTAATACATTTGCGTCGAGTGGACCAAAGAAGAACTAAGCCACGCAAT
TCTGTAAGTTTTGGTAAAGGAAGTCTCAAAGTAGAAGCCTGAACATCAAT
TTTGATACCAAGAAAAGTGAGGACTTGAGCTGGGCCTTCCAGCTTGTCCT
CCGAAATGGGGACACCAAGCAAGGAGAAAGCTAGGAAAACTTATCCCGTT
TAAGTAAGCAGTCCTGGAGGGAGTGGCTTGCTAATAAAAAATCATCCAGG
TAGTGACAGATACTGTGGATAGAAAACTTGTTGACCAGGATCCAAAGCAA
AGCGTCAGCCAAGCAAGTGAAAATAAAAGGTGAAGATCTCATGCCAAATG
GAAGACACATGTCGAAATAATACTTACCCCTCCATTTGAAGCCCAGTAAG
TGCCAGTCATTAGGATGGGCAGGGCAAAGTCTAAAAGCGTGCTTAAGATC
GACCTTAGCGAGAAAGCAATCTTTGCCAAGCAATCTAACCATCTCCATAG
CATCGGCAAAGGAGGTGTAATGGACAGAGCACTCTTCTGCTGGGATACCA
TCATTGACTGAGAAACCGCAAGGGGATAAGAGGTCAAGGACTATGCGTTG
AGTGCCATCTTTCTTACGGGCTGCGCCAATAGGGGAACACTTGAGATTGG
AAAGGGGAGGGGATGCAAAAGGACCAGCAGTGTGTGAACGTTTTAGTTCC
TTGACAATGGCTGTGGAGATAGCTTCCTCATTGAGTGATGCTGAAAAGTT
GTTTGTTGTAGAGTTAGTTGGAAGAGGGCCAGAAAAACCAACATGAAAAC
CGTTACGAAAACCTGAAACTAAGTATGAGTGGATGTAACTGTCATAACCA
CAAAGTAAAAAATCAAGAGCATTAACAAGAATAGGGGAAAAAACACCAAC
GTGGGGAGGGAATGCTGCCTCTGAGAGAAGGTCCAGCTCTTGGGAGGAAG
GATTCCCAAGTGACTCAGTTGCCCCCTCTGGCAACGCGGAGGCATCGGAT
GATGGGATGGTCCATGCCACAAGCGAGGCACTTGAGGACGCGGGTGCAAC
CTGAGCATGAGAGGCCCTGAGCTGATTGTACCTGAAGCACACTTCCCCTG
ATGTTCCTGCGGCTTGGGCTATCTGGGGGCGTGGGAATGAAGACTGGCGC
TGCCCACCCTGAAGCCCGCCTAGGGCAACTGGAAAGCAGATGGTCGGACC
CCCCACAAAACTAACAATTACCCCTTCCTTGGGAGCCCCTGACGTGTAGG
TTAAAAATTAAGATGTTTGACTGGTCCCAACGTTCCAATGGGTTGTTTGC
AACATGGTGTCTAAATGCCTGATCATATGCATACCATGTGCCAAAGTTGT
GGGTATATGCCAGGTTTGAAATGAATTGCTGGTACCTAATCAGCTGCTCC
GTTAAATGAGGACGGTAAAAAAGAAAAATTTGCATAAACAGAGTCCAAGC
TAGGAGTCACGATTGCATGTCAATCACCTTATATTTGTAGTCCTTTGGGT
ATCATTCCAGGCATCATCTTGTGCAAGGCTGAGGCTATCCCCATCAACCA
GAACCTCCAGCGACTTTTTGTCCTTATCATTTATGTTCTGGGGGAGAAGG
GAGTTGAGATTAATAAACTCACTGCGTTGAATTCGTTGAATAACTCTTGC
AGGCGCAGGCGCAGGCGGAAGCAATGACGATTGTTGCTGGACGGCTGGAA
CGTGTAAAGGAGCTTCGAAAAGGCCATTATGGATATGTGACGTGTCTTGC
TGATGGACCGGCAGCCAAGGGTCTACAAAACTCGCGTTCGATCCCGACGA
CGGGCTCGAGGGACGCCACCAATTGAGCGGCATGGCGGAGGCTTCTTTGT
TGTTGTTCAGAAGTTTTCCTCAACTAACTTGTAAGTTGAGCGATTAATGG
CGCAAGGCTGTTTAGATGGTTTTCCTGTGATTGCTGGCTTCTTGTCATTA
TTGGAGGCCTAGTTAGAAGAGGATCCAACATGGTGGCAGGACGACGTAGT
GTGACTGGTGCTGGGATCGCTGCAGGGGGTTGGTGGATGGCAGCAAAACG
TGGATGTTGCTGTCGGCTGGAGGTGGTGTGTAAAACGAATGGGTGGTGTT
CGCAACGAGGTGAAGCTGGGGTGGTGAAAATTCTTGGGTGGTCTTACGTG
AATCTGTTGCATGATCAAGAGAGGAATTCTGCTGATGTGTCTTCTGCCGC
CGGTCTTGAAGTTTGGGCAGGTAAAATTGGATTTGGGGATTCAATGATTG
AGCCGCTAGGTCTTGTCATCATTCGATCGTTCAGTAAGAATCCATCGTAA
GATTGGTAGCCACCTTGGCTAAGGTTGCCGAAAGTGTTCAGGTTGATGAC
TGGAGATATTGCAGGATTATGTTGTTGAATTGGATTACCATCTGGAGCTA
GGGTGAGAAGGTTGCTGTTGATGTTTCTGTCTGTTGGGTTGTAGGAGTTG
TGGAGCTGGATGCTGCTGCTGACGTTATTGTGTTTGTATTGTGAAAATCT
GAGGGACCTGTGCTCAAGGAGGGCCAGAGCTTAAATAAGCCTAAGACCAT
GTGGGCTGGACTAGGTTCCAGGCTCATCTAGCTTGTGTACCTAGCTCACT
TCTCTCTGACACTATACTTGTGATGTGCATCTAGACTGTAGTAAGTAGAG
TGTAATGTGCATCTAGGCTATAGTAAGTAAGAGTGATGTGCATCCAGCCT
ATAGTAAGTCGAGAGTAGTAGAGAGGTAAGTAGAATGTTGTGGCTTAATT
ATCTGGGAATTAATCTAAGTTATAAATAACTCCACAAATCCCTAAAATTT
CAAACCTCTGTTTTGGGGGCCATTAAAAAATAAAGTAGAGATGTTAAAGT
TTTTCATGGCGAAAATTTTTGTAAAACGTCTTTTCTTTTAGATTTGAGAG
AAATTTTCAATTTGATCAACGTTTTGGGGGCCACAAACATTAAAAACTAC
TACCCAAAAGCCCAACAAAAATATAATGTAATCTGGAGTCTGGAGTATTT
TTGGCAAGTTACTCGCTGACAGAATTGCGTTTAGATAAAACAGCTTGGTT
GGATAATTAAAAATCATGCTAGATCATTTTAACCCTATCTAGCCCAGGGG
GCAAAACATCCTCCCTCATCATTTTTTTCCTGAAGGTTTGAGCTATTGTC
TTGAAAATTCACAAGTTTTCCTAACTTTTATTTATCTTCATTTTCCAAAG
AAAAATTACCAGTACTATATTTGATAACGTCAGCGCTTTCCAAAAATGAC
CAAATTTTTCAAGCAAAAAGGCTAGACAAATTTCATTATCTTTTTTACTA
AGAAAGAAATTCTAGGTTAACATTGGGACAAGGAAAATTTTCAGAAATAA
TTTTTTTGCAATAAAGTCATATTTTCATAATGGTGCACTAATTCGAAAAA
AATTAGTTATAACAGTTTTGGGGGGATGTCCCTCCCCAAATTATTATACT
TAAAAAAAGCCCAGGCTAGACTGGGCTAGATAGGGTTAAGATCAATTTCA
AGATGACGGGAATTCACATGTTACTCAATGACTGCTGGGCGTGTAATCTC
AAATTTAATGATGATACTAAACATAATTATGCATGACATCACTTACGATT
ATGAGATGAGAATTTTAAGATGGCGGGCATTCACATGTTACTCAATGACT
GCTGGGCGTGTAATCTCAAATTTAATGATAATACTAAACATAATTATGCA
TGACATCACTATGATTATGAGATAGTAGCAATAAAGGTGGGTTTGTTTCA
CCAAAGACAGTGCTCTACGTAAAGGAGCAATACAATAATGATGAGTCAAA
ACTTTTTTTAAAATGTAGAACTTAAAGTTTCATGCTTACAATTATCAGCT
ACATATGATACAAGTTTGATCTAATTGAAAAAAACTCAAAATTCAAACAC
CGCTAGAATCGACAAGTTGTAAAAATTAATGAGTAATTAGAAAAAATAAA
ATTATAATTCCCATGATTATGAGATATACATTTTGCAACCCACAAATTTT
GTAAACAAGGTTTGTATTGATTTAACTTTGTATTGATTTAACTATTTTAA
TGACAAGCCAGGTCATTTATTTGTGGGGTATGCATGTTAGCCTCCACTAA
TGCAAGTTACCCAATTTAGAATTATTTTTTTCAAACTGTCGATTTGATCC
CGACTTGAACCACCAAAGTGATTTATTTGTCAGTGATTCTGACCCCGGCA
AGTTGGTGTTATGCTGCGGAGCTGCTGCTAAAATCAGAAATTTGAAATTA
TAAAATACAATTATTATATGATATACAGGTGAACAGATCTCATGGGTTAG
GTTAATTATTTATAACCACACAGTTGAGAAAGGTGCATGATCGAGTGTAT
ATTGTATTGTATTCTTCTTTGATTGACAGGTCTTTTGATTCAATTATAAA
AAAGGGGCAATGAAAATTATTACTTATATTCAATTAAAGAATTTTGAATA
CTAACAATGTTAAAATATTCTTCTCAACTGAAAGTCTATAAGATTGGGGT
AAATAATTGCAAAGATTTCCTTTTTATAAAATGACCCAGACCAAATTCTA
TTTTCAGCAATTAAGTCTCCTGGTTCCAATAATATTTCTTTTACATTTTT
ACACTCAACCTGTAAACAGTGATTCTAGGGAAGTTTTAGCTGGATTAGTG
ATTCTAGGGCAGTCTTAGCTGAATTTGTGATTCTTTAGCTGTTTTAGTTG
AATTTGTGATCATAGGGCAGTTTTAGCTGGGTTCTTGATTCTAAGGTAGT
TTTAGCTGGGTTCGTGGTTCTAGGGCAGTTTCAGCTAGGTTCGTTATTCT
AGAGCAGTTTTAATTAAATGTGTGGTTCTAGGGCAGTTTTAGCTGGGTTC
TTGATTCCGGGATAATTTTAGCTGGGTTCATGATTCTAGGGCAGTTTTAG
CTGGATTCGTGACTCTATGGCCATTTTAAGCTTAATCCAAGGTTTTGAAA
AAAATAAACGATTTCTCGTGTATAAGAGGTCAGGGTCAAATTTCTGATTT
GCTGTTTAGTATATGTGTACCATACAGGTGGTGTCAGGGTCAAATTTCGG
ATTTTCTGCTTAGTATTTGTGTACTAAAAAAGCCAAAATCAAATCAAATT
GTGATTTATTTTAGATTTTTGTCGAAATTAAATCTTTATTAATTAATTTA
ATTAAGATTAAATCTGTTTTTAAAAAGGCTGACTCAGATTTAAAATACAG
GCAACCATTACCAAAGTGTAGTTGAATATCCAATAAATGTTTTTTTTAAT
TTTTGCTAGGTTATGGTGCCACAGCTGTTGTCATTGCTGCCACATACCTT
CCATCTGGTGAAAAGGTTGCTATTAAAAGAATTGACTTGGAAAAGTGTGG
GGCTGACATCGATGAAATGAGGGTAAGTCCTTTTTCACAATTTGCCGTAT
ATCATTATAAAGATTTACAATATATTAAAAATATGTTGTGCAGTGGTAAA
TTATTTGAAATATGTTTTGTTAAAATTATAAATGAATGTTAAATAAATGA
AATAAGTGAAGCTTGATAAAAATCAGTCAAGATCAAAATATTGTTAGAAG
AAATTTTTTTTAATACTTTTTTATACTTTTTGATCCACACAATTTTTGAC
TTTTCATGATTGATTTATCATATTTTTAGAATATACAAATTGTTTTTCGA
AGTATATTTACTTTATTGCTAATCCTGCACCAAAATTCTAGGATGAAAAA
TAGGATCATGTAGTTGAGGCTAGAGAAATGTTTACAATGATATTTGTTTA
CCTACGTATATTTTCAGAAAGAAATCCAAACAATGAGTCGATGCAATCAT
GAGAACGTAGTGAACTACTACACCTCTTTCATTGTCAAACAAGAGCTATG
GATCGTCATGAAGCTTCTAGATGGAGGTAATTCCCTTTCTTTTCTCAGTC
AAATTTCGACTTGTCAAAAAAACAGTTGTCTGTATACTGCTGTTCTTGAT
TGATCTTGAGAACAGGAGAATTCAATTATGATTCTTTTTTCGTTTTAATA
ACCTTATTGTTTACAAAGTTTAGAGACGTGTGAATCTTGTTACATTTATA
AATTAATTCTTATAAATAAACCTACTTATTAAATCTTCAGAGCCTCTTGG
TCGAGAATGTGGAGGGGCAAGTAATTAGTTAACAACCAAGGTTTGCAATA
ACAAAGGGAAATTTAATGCTGAATGATGACCAATAAACACTCTTTCAAAT
GGCTCCATTTTGAATAAAGTGGAGGAGTTGGCTTTCCGCTTCTTGTTGTG
CATTTTTTAGGGGAGGCCAAGGAAAATAGCCCCCAGCTAAATGTTAATAA
CATAGCCTAAACTTTACATATCATTTATCAAAGTATCAAAGAAATTTTGC
ATGCATATTCTCAGTAAATTTATTAGGCGGCTAACACACAATTTTTTAAA
GATGGGTCAAAACCTTCTCCATAGGATGGATTTTTAACATAAATTTAAGA
TTATCTGTAGCCTTTCAACTCAGCCCCCTTGCAAGCTTGCCCTCAGTAAT
GACAATGATCCTTTTTGTTTCAGGTTCTGTTTTGGATATCATCAAGCACA
TGATAAGGAGCGGGCAAGTGGATCCTCTACAAGGTGTATTGGATGAAGTT
GTCATTGCAACCATACTGAGAGAAGTTTTAAAGGGATTGGAATATTTTCA
TAAGAATGGCCAAATTCACAGGTAAAGATTGTTATTATCTACAGGAGTTT
ATTATTTGCCTGAAAACTTTTTAGAAATTACTTTTATCTGTCGGCTGTGT
TTTGAATTGAATTTACCAGTTGTATATTTGCTATTTTATAGAGATGTAAA
AGCTGGTAACATTCTGCTCGGTGGAGATGGTAGTGTTCAACTTGCTGGTA
CGTTCAATTGTTTGATCATAGAGATAATAATCTTTTCTTTCCTTGTTGTC
CGAGGTGCGAGCGAGAAAGGAAGAGCATATTTTCACGGGTTCAATCCCTG
GCCGGATCATACATACTAAAGACTTTGTACTCAGTGCTTGGTACTTGATG
CCTCTCTGCCCGACGCTCAGCAATTAAAAAAAAAGGATCAAGGGAAACTG
GAGCAATCTATAGAGAAAGTTTGGCGCTCTCCCCTACCTCTTAACTATCA
GAAGAGGAGTCATTGGGTCACCTCTGCCTACGATCGCAGGCTCGCTTTTT
TAATGCAATGCATAAAAGTTTGTAATAGATGAATAGCTGACCAAAATTTC
AATCAACTCTTCTAAGCAGCCAAAGTGACGAACTCATGTTTTATCCAAAG
TCATTCGATATCGCTTATTTGTATTTTAGATTTTGGTGTCAGTTCAACAG
TAGTGGAATACACTGAACGTGGTCAAAAACTTCGAAATACATTTGTTGGA
ACTCCTTGTTGGATGGCTCCGGAAGTTATGGAACAGGTACTATATATGTT
TATGTGACAAAGTAATGTTAATTAAGATTGGATTTTGAATTAGCTTTTAA
ATATATTCCTTTTTTAAGTCTTCTTTTCAATGAATTTTCTTTTTACAGGC
TGGTGGTTACAACAATAAAGTGGACATTTGGAGTTTTGGAATCACAGCTA
TTGAACTAGCAACTGGAACAGCTCCTTACGCACAATTCCCTGCAATGAAG
GTAGAACATTAATTTGATGTTGGCCTTTGGTTTTTAAAATATATGTGCCT
TGGAAATCCCAAAGATCACTGTAGAAATTAGACAACTTTTGAAAAAAATG
AGTTCCTAGGAGACGTTACGAAGTTACTTTATCTGAAAATCAATGGATGC
TTTAAAAGTTTTAGATTAAATCCTCCTGTTTAATTACACTGAGAAAGCTG
TTTTAAAAATGTAAATTAACTACAATCTGTTACTTAATCTGTTATGACCA
GGTTCTGATGTTGACGTTGGAAGGTGAACCACCAACATTAGAAACATGTG
NCAGGTTCTGATGTTGACGTTGGAAGGTGAACCCCCAACATTAGAAACAT
GTGCCAATGGAGAACGAGAAGCGTACAAGAAATATTCCAAACAATTCCGC
AAAATGATCGCTCTTTGTCTTCAAAAAGAACACATTCAAAGGTACAATTC
GAATTATGTTGGTTAGCTCAACGTTCTCTGACTTACATTAAGGCCTATTC
CCGCGTGGGAAAGTGTATGTCTGGTCTTGTCTCGTCTTAGTTCAACGTTC
TGTGGTACACAATCTCATTCAGGTCTGTCATGAAAACGGATAACTGGAAA
GGTTTTTCGTTCCTTAACAAAGGGTCTGTAAATTCACGATAAATCTTTCA
AAATTTACTTTATTTTAGACCCGATGCTACTGAACTTCTGAAAAATCAAT
TCTTCAAAAAGGCTAAAGTAAGTTTTTGGCTCAATTAGTTGATCAGTAAT
GGCAACAACCAACATTGCTGGATATACATGGTGTCCTATATTTCTTATTA
TGTCATATTTTTACACGCGAAATAAGGCCGTGTTTAGCATAAGAGGTCTG
GTAAGCGGGTGAGTGATCATTTTTTTTATAATTTTATAATTTTCGCTCTC
AATGCACAACATTTAACGAAAGAATGTTTTGATATTGTTAATGACCAATT
GATTCTTTTTTTCGAACGTTTTGATGTTGATTTCACCAAAATGAATAAAA
AAAGCAAGAGAAAAAAAACAGAACATAGAAAAAGTTTGTTCGTATTTTTC
AAGTTTTCGATAAGCCACTTATCGCACTTTTTCTCGTACAATTTTGACAT
GTTTTCAGTCAAAAAGAAAGACACCCAGCTCCTTTCTTTATACACAGATA
TACAGAAACGCCTTAGCTGCTATGGCTCGAAATTCTACTTGCCGAACCCT
GATGATAAGATTTTTAAAAACATGAACTTCTCATAAATAAATAGTATTTT
CTCTTTTTTATTATAGACCAAGGAATACTTAATTGAATATTTGATAAACA
AAGCACCAAAAGTATCGGAAAGGCGGAATAAGGTAAAAGGGCAATAATTC
CTCTAATTGTTTTTTTACCTGACCTATATTGCCTACAAATATTAACTTCA
AACTCCAGATTTAGTTACAGAGTAACGATCATGATGAGCCATTATAGTCA
TTATATTACACGATCATAATGGACCATAAAATATTAGGAGCGGTCGCTCG
CTGAAAACGGCTTCGTGCTGTACAAATGTCTAAGTTGTTCAAATATTAAT
TCATCATAAAACAGTCTGTCCTGAATCATTTCTGCGGGATTATGAAATGA
CGTAACAGTGCTATGAACTATCTTTGGCGAATAATCATTAGCGAGATTAT
GTATCGGAGATATTCTACGGCCACGATTGCGGGGCTGCCCGTACGGGTCA
TCACCAAACGCGAGATGTCGTTGTCTACTTTGCTCTGTACGGGGGAAACA
CCAAAACACCGTATAAGCAAAGTCGACATGATGCCGTACGTCAAATATCG
AACTTGCTTTCACCCGCCATTATTTGCCTTACTCGCCATTTCCCTCGCCA
TTTTAACCGTAGCCGTAGAGAATTCCAGATACATAATCTCGCTATTATTT
GAGATTGTACCCTTTTTTAGACTCGACGCAAACCACAATCGAACGACGGA
ACACGTGACGAGTCAGGTGATTGGGAGTTTGAAGATACAGAGGACGAAGC
AACGGAACCTTCAACTGAAAGCACTAACGCTACTGTAAGTTCATGCTCTC
TTTGATCGGGGAAAACTTCGTCGGGGAAAAGTGACGAAATTTCGGCCAAG
TGACGAATATTTTTCCCCGACGAAAATTTTCCCCGGCCTTAATGCGTTTA
CCTACTACCAGCAAGTGACGAATATTTTTCCCCGACGAAAATTTTCCCCG
ACGAAAATTTTCCCCGACGAAGTTTTCCCCGATAAGGTATGCTACTTGAA
CGTTTCATGCGTTGTTTTGTAACTATTTTGGAAAAATATTAAAATCAAGA
GCAGGAGCAGGACGAGGCAATGCCATTGTTTTTCTAAATTAGTTCGAACT
TTCTGCTAACATTTAACGTAAAGTAAAGAAGCAAAGTTTTCTCCATCTTT
TTTCAGTTCTCATTTCCTTTAATAAGTACTGAAATAATCATTGTTCGATT
CTTATTGTTATTAAACGGAGATTTGGAACGAAGTTAAGCACTAGGTTTCA
TTCTTCTTCAGTCTGCAACCACGCCAGCGACAACAACGGTAACACCATCA
GAACCAGCGAAAAAGGAAGTTCCAAACACACAAACTACCGCACCCGCTGC
TACGCCTAACCCATCAACAACCAGTCAGCCTGCACCGACCAACCCACCTG
GTAATTGTTTTTCAATTTGTTTAGAATCTGCACTCAGTATTTTTGCCTTG
AAAACTCGTTCGAAGATGACAGTTTTGTCCACTAACTCAAAATTGTGTGA
TAAATAAAAAAATAAAAAATAGCCAGAACCATTTTGACGACTCATTAGTA
CGTTTTTCATTTTCAGATGCGACGCCAGTGAACGAAGATAAAGTTTTTGA
TTTGACGTTGAGGCTAAGGTATATGAATAATCCAAATGATTATTGCTCTT
GAATATGTTTGAAACAGCAAACAGTAGATAGGGTAGGGAAGAGGAGAGAG
GGAACGTTTTCCTGTCAGGTATTTATACTCTATGATGACTAACAAACCCC
TCCCCTCGGCATCTTCAAATTTCAAGGTTGGGGAATGTCAAGAAACGGAT
AGTCTTCCACATTACGTGGAAACTTGAGTTACTCCTTCATACTTGGTATC
TCTTCTTGCTTTCTATACTTAGGTGTTGGCTAAATCGAAACTTCAACTTT
CTTATTAAAATAAATAGTGTGTAATTCTTTCGAAAATTCTGAAATTTTGT
ACGATATTTTAACTGTGTGGTTTCATTTTTTATCATTTTACCATTTCATT
TTCACTGNAATTTTGTACGATATTTTAACTGTGTGGTTTCATTTTTTATC
ATTTTACCATTTTATTTTCACTGAAGGAGTGCTACTAAAGAACTGAACGA
TATCCGTTTCGAATTCAACAGGAAAACTGGTAAGCATCCACGTCAATTTC
CAATATTTAACCTTGAGTTGTTTTATCACTTCTGTTTTTGGAAATTGATT
GTCTAAGACTTTTTTTGTCTCGTGAAGCTCCATAAACTTAAGAATTCCTT
CTCGATTTGGAAATTTGGAATTGTAAAAACTTAATTATTTACATTTCGCC
ACGACCTCTTTTGCAGATTCTGTTGAGGGAGTTTCACAAGAACTCATGTC
CGCTGGATTGATCGATGGACAAGATCTATTGATAGGTAGGTATTTATTTT
TTTCGAAAGCACAAAAACAAAAGTCACGGCTACAATCATGGGAAAATATT
GAGAATTTTGGGTATTTTAACGTTTTTCAGAATTTAAACAGTACGGGTGA
GAATTACGATTATAGTACTTCCACTTTATTTCATTGGATGTTTCGGTTTT
AGAGCATTTCAGTAGCTTTATTCGAAGCTAAATTCCCAGCCTTATTTGAA
CAATTTCGAGCTTTAAGATCTACTATATAGGTGCTAAGCCTTAAGTCTCA
TGTTAAAACTCAGGGTTGGAATATTGGTGGTGTTTAAGTTAGTGTTCTTT
TTCAACTGCACGAACGATGGCAAATTGAAAAACTCAATAATCTGTTATTT
TGCCCTCGGGTAATAATAATAGTAATATTTCCTTAAATAGAATATCCATG
GTTTCAGCCCCCCCCCCCCAGAAATCTGAAGGGAACCTAGGCCAGGTTAG
TAGTGGGGGGGGGCTAATGTTTTGCAATTCTTTGGAGTTATCTATTCATT
AAGGGTACCTAGCTGTCTTGATGGAGGCTCTGGGGGCTGGTTATATTTTC
CAAATCGAATATTTCAAAATATTTCAAATTATTGAATTTTTTACTCCAGC
ACCTAGTTTCCCATCCAATTTTTCTTTCGTTTCCCATCACGCCATCTTTT
GCTATATTTTTCTAATGTGATTGTTTTACAGCCGCCATCTTTATAGCATA
ACAACAAAGCTTATTAGCAGGCGTTCATGCGTGAGCGCTTCCCACGCTAT
CATAGAGAAGCTAAAACGTCAGGATATAAGAGTAAACAAACATGGTAGCT
AGTTTTTGGCTCTGTTTCACACTCATAACATAACTGATAACAATCTTCTG
TAGACGTTTTGAAATCTTTACTGGTACAAATATTTATTCCTTGCTGCATT
CCTGTATATTATATAATAACACTATACTCTTTGGTGCCAAATAAACGGAG
GGGGGGTGTGGACAATTTTTGAGATTTTAATAAACGGGGGGAACCTAATT
GCCGGGGGGGTTGGAAATTGTACTTCTGAAAACCCAAAAATAAGGTAAAT
AAAAGCTAAAATCAGGCTATTTAGAGCAAAATAAGGGGCCTTCTCTTTAA
AGGGACATAACAGTACTTGCGAAATTTGTAAACAAACTGTATGCAGCGGA
TACAAAATCAAAACAAATGTCACATGTCAAAATAAAAAATCAANNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNAATTGTTTTACAAGTTTGTTTTGGACATGTGATTTTAATTGTTC
TCTTTAATGACACGTGGTTCGCGCAATGTTTACATTTTACTACTTTAATG
TCCCTTTAACAGCTGAAAATATTTTTAAAAATTAATAAACGAGGGGGTCC
TAATAAGGTCCGGGAGGGGTGGAAAATTTTCGGGGGGGCCGTTTATTTGG
CACCTAAGAGTAGTCTTGTTTTTTTTCATCATTAGAAAGATTTAAAAATC
ATTAAGATTTTAGGAATGACAAATGAACAAAAAGTGTCAATTCAAAAAAA
TTATCGGCTGAATTGGGGTACCTAACTCAAAGCAATTTCTCAAGGGGACC
TAACTCGTTGGGGGCACCATGCTTCAATGGGGGCACCTGAAAAGTGGGCT
GAAACCATGATATCCTTTGGACCAATAAAAGGTCTATTGATTCCACTACC
GATCTATTTTATTCCCCATTTTGAGAAATGATTGCCCGTGATTAAAAGTG
CAATTGGTCAATATAATAGCAGCTAGCATGTTTTAATGGTATTTTACTTT
TTTATTTGGTTTGTATGGCTCCATGCAATAATTTTATCATACTTTAAATT
TTCTCACTTTTCTATAACTCTTTAGTGGGAGCTAACATGAATAAGATGAT
TGCAAGCCCTCCAGAAAACAAACAGCTCACTTTTGCACTAGTAAGTATAG
ACAGGGTTGAAAATACCTTGAAAGTGTCTTTTTTCAAGTATTTTACTTAA
CTGTGTTACCAAGCATTAAATTCACTTTAAGATTTCAATGACATTCTTTT
CTTTTTTCCAGAAATCTGCGCAAGATGATAGCGCAGAACGAGACGAGAAA
ACGTTGATAGGTTACGCAATGTTGACACTGAATAACTGAAACGTCAATCA
GTCATCACAAGTAGGAAAACCCTTTCAATGAAGCTAAGGCTGCAGGCATT
TCAGACTCGTGTCGTAACCAATGAACTTTTTAGTAGACCCCTTCTCGTGA
CACATAGAACAATAGCCAGAAAAAAAACGTATCAAGTTTTCTGCATTATT
GCCGCCATGTTATGTCAAGAAAATGTTTTATTTTTATATTATGATTCAAT
ATACATATTATTTACTACTATGTTTGACCTGAAAATGTTTTTTCACAAAA
ACACAACTAGCGTTGTGGAGTCGACTATCTACTAGTGAAATTTTGAAATC
TGATACTCTGCTTTCAAGCACAGAAAATGATACTAATAACGATTCAGCAT
CCCTTTTGGTCGGATTTTAATTTTTATTTATTTTGAAAACAATATTTGCG
TGTTGGATACTTTCTTACTTAGGTGAACACAATCTGACTCAATTGAAACA
CTTCTCACAGACCCAGTAGGACTTTTTCAGTCAGTGGAGATAAGAAGCAT
ATATCATAATATTTTACAGTGAGTGTTGGTTTGTTTGATTATTTTCAGTG
GGGAAAAATTGAAGGATCATTTTCCACCGGGGATGATTATGTTGGCCAAT
TTTTCCAGTGGGAATGGGTCTGTGAGAAGTCTGAAGTCTTTTTTATACAT
AAACGGGGTGTGTCTGCTAAATGAAAGCATTGAAATGGTTACTTATGGCT
GTTAACACAATACATCGTTTAAAATGCAAGTCTTTTTTTACATACACTCA
AACAGGTTAGGTTCTTTCAGGTTTCCAAACCTTGTTCTGTTCAACTTTTT
TAGATTAACGTACAAGTATACTGAAACTTTTAGAATGAGTAATCTATTGG
GATTGGTTTCCTAAAAATCAACCCTGGACATATCTAGAAAAATATATGAA
ATAAAAAAGATTTAGGTTGGCTTTAGCACCGAAAATACAACTTTCTAGAA
TTTCATACGGACTGATTTTACAAGTCAGCAATCTCACACGATTTTACGAG
ATACAAATTTTTATCTCGCTAAATTTAATTCAATAAAATCCGATTCGAGT
ATACAATTAGATACGATAGACTTTTTCATAAATTAAGCCACGAACATCAC
TTGCCTCGTTTTGAAATTATGTGCCATGGTGATTAACTATTCATAAAAAT
CATTTGATGTCTCAAGGGATATGATCACCATGGTAATTGTTTGAATACAA
GACAAGTGATGTTCGTGACGTAATTTATGTTTACGTCTATTACGTTCCAG
ATGTTTCTGACTACCATCATGTAGAATTTCAAAATGTAGAAAAAATCTTT
GAAAATTTAATGAATAAATTGCTACAGTATCACTTTTTTGATTAATTTGT
TATTTAAAATTTTTTGTCTTTGTAAAAAACTATCTTAATAAAAGAGGAAT
ATCTGTCTATTTTATATTAATAACCCTTTGCAAATTTGTAGTAGAAACTG
TTGTTGAACATGTCGTACAAAATTTCTTTAGAAAACAAAAGAAATCAAAA
ATCC
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_00047140-exon-scaffold_122-1575043694:151509..151731TCONS_00047140-exon-scaffold_122-1575043694:151509..151731Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:141510..141622TCONS_00047140-exon-scaffold_122-1575043694:141510..141622Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:141006..141114TCONS_00047140-exon-scaffold_122-1575043694:141006..141114Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:140211..140358TCONS_00047140-exon-scaffold_122-1575043694:140211..140358Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:140035..140090TCONS_00047140-exon-scaffold_122-1575043694:140035..140090Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:139496..139602TCONS_00047140-exon-scaffold_122-1575043694:139496..139602Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:139282..139383TCONS_00047140-exon-scaffold_122-1575043694:139282..139383Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:139009..139030TCONS_00047140-exon-scaffold_122-1575043694:139009..139030Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:138841..138955TCONS_00047140-exon-scaffold_122-1575043694:138841..138955Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:138565..138613TCONS_00047140-exon-scaffold_122-1575043694:138565..138613Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:137950..138015TCONS_00047140-exon-scaffold_122-1575043694:137950..138015Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:137248..137361TCONS_00047140-exon-scaffold_122-1575043694:137248..137361Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:136632..136770TCONS_00047140-exon-scaffold_122-1575043694:136632..136770Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:136414..136465TCONS_00047140-exon-scaffold_122-1575043694:136414..136465Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:135903..135955TCONS_00047140-exon-scaffold_122-1575043694:135903..135955Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:135647..135715TCONS_00047140-exon-scaffold_122-1575043694:135647..135715Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:133592..133656TCONS_00047140-exon-scaffold_122-1575043694:133592..133656Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1575043694:131878..133470TCONS_00047140-exon-scaffold_122-1575043694:131878..133470Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:151509..151731TCONS_00047140-exon-scaffold_122-1510915933:151509..151731Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:141510..141622TCONS_00047140-exon-scaffold_122-1510915933:141510..141622Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:141006..141114TCONS_00047140-exon-scaffold_122-1510915933:141006..141114Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:140211..140358TCONS_00047140-exon-scaffold_122-1510915933:140211..140358Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:140035..140090TCONS_00047140-exon-scaffold_122-1510915933:140035..140090Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:139496..139602TCONS_00047140-exon-scaffold_122-1510915933:139496..139602Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:139282..139383TCONS_00047140-exon-scaffold_122-1510915933:139282..139383Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:139009..139030TCONS_00047140-exon-scaffold_122-1510915933:139009..139030Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:138841..138955TCONS_00047140-exon-scaffold_122-1510915933:138841..138955Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:138565..138613TCONS_00047140-exon-scaffold_122-1510915933:138565..138613Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:137950..138015TCONS_00047140-exon-scaffold_122-1510915933:137950..138015Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:137248..137361TCONS_00047140-exon-scaffold_122-1510915933:137248..137361Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:136632..136770TCONS_00047140-exon-scaffold_122-1510915933:136632..136770Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:136414..136465TCONS_00047140-exon-scaffold_122-1510915933:136414..136465Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:135903..135955TCONS_00047140-exon-scaffold_122-1510915933:135903..135955Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:135647..135715TCONS_00047140-exon-scaffold_122-1510915933:135647..135715Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:133592..133656TCONS_00047140-exon-scaffold_122-1510915933:133592..133656Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1510915933:131878..133470TCONS_00047140-exon-scaffold_122-1510915933:131878..133470Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:151509..151731TCONS_00047140-exon-scaffold_122-1491911889:151509..151731Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:141510..141622TCONS_00047140-exon-scaffold_122-1491911889:141510..141622Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:141006..141114TCONS_00047140-exon-scaffold_122-1491911889:141006..141114Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:140211..140358TCONS_00047140-exon-scaffold_122-1491911889:140211..140358Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:140035..140090TCONS_00047140-exon-scaffold_122-1491911889:140035..140090Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:139496..139602TCONS_00047140-exon-scaffold_122-1491911889:139496..139602Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:139282..139383TCONS_00047140-exon-scaffold_122-1491911889:139282..139383Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:139009..139030TCONS_00047140-exon-scaffold_122-1491911889:139009..139030Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:138841..138955TCONS_00047140-exon-scaffold_122-1491911889:138841..138955Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:138565..138613TCONS_00047140-exon-scaffold_122-1491911889:138565..138613Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:137950..138015TCONS_00047140-exon-scaffold_122-1491911889:137950..138015Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:137248..137361TCONS_00047140-exon-scaffold_122-1491911889:137248..137361Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:136632..136770TCONS_00047140-exon-scaffold_122-1491911889:136632..136770Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:136414..136465TCONS_00047140-exon-scaffold_122-1491911889:136414..136465Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:135903..135955TCONS_00047140-exon-scaffold_122-1491911889:135903..135955Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:135647..135715TCONS_00047140-exon-scaffold_122-1491911889:135647..135715Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:133592..133656TCONS_00047140-exon-scaffold_122-1491911889:133592..133656Clytia hemisphaericaexon
TCONS_00047140-exon-scaffold_122-1491911889:131878..133470TCONS_00047140-exon-scaffold_122-1491911889:131878..133470Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_122supercontigscaffold_122:131878..151731 -
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
1.20015	5.14595e-06	1.16841e-07	0.138904	0	0	1.31534e-09	0	0.566262	6.16824e-10	0	0.585534	0	0	0.00140094	0.00129643	1.03052	1.18445	2.61016e-10	0	0.0265651	1.2536	2.52121	3.1836	0	0	0.599945	0.293919	2.51793	3.64106
Blast
[Close]
BLAST of TCONS_00047140 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 = 4.927e-153
Identity = 265/505 (52.48%), Postives = 337/505 (66.73%), Query Frame = 1 
Query:  178 AWSNNQEDYELQETIGYGATAVVIAATYLPSGEKVAIKRIDLEKCGADIDEMRKEIQTMSRCNHENVVNYYTSFIVKQELWIVMKLLDGGSVLDIIKHMIRSGQVDPLQGVLDEVVIATILREVLKGLEYFHKNGQIHRDVKAGNILLGGDGSVQLADFGVSSTVVEYTERGQ-KLRNTFVGTPCWMAPEVMEQAGGYNNKVDIWSFGITAIELATGTAPYAQFPAMKVLMLTLEGEPPTLETCANGEREAYKKYSKQFRKMIALCLQKEHIQRPDATELLKNQFFKKAKTKEYLIEYLINKAPKVSERRNKTRRKPQSNDGTRDESGDWEFEDTEDXXXXXXXXXXXXXXXXXXXXXXXXXXXXAKKEVXXXXXXXXXXXXXXXXXXXXXXXXXXDATPVNEDK------VFDLTLRLRSATKELNDIRFEFNRKTDSVEGVSQELMSAGLIDGQDLLIVGANMNKMIASPPENKQLTFALKSAQDDSAERDEKTLIGYAMLTL 1671
             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_00047140 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
STK394.927e-15352.48STE20/SPS1-related proline-alanine-rich protein ki... [more]
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