TCONS_00062743 (transcript) - C. hemisphaerica

Overview
NameTCONS_00062743
Unique NameTCONS_00062743
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length5568

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00062743 ID=TCONS_00062743|Name=TCONS_00062743|organism=Clytia hemisphaerica|type=transcript|length=5568bp
GCAAGCGGAAGGTGGATTTGAAGATGTCACTAGACTGAGAAGATGGACCC
GTGTTGCTGCTCTTATGAACTACACAGCACCTGCCACTAGTGGTATTTTG
AGAAGACATTATGAGAAAATTCTCTATCCTTATGACATTTTCATGTCAGG
AGCCATGATTGGTGGTGATACTCCAACAGAAAAAAGTACAACACCAATGT
CAAAACAAGAAATGaagcaaatgaaaaatgatCCTGAGTACAAACCAAAT
GGTGATGACGATGTCATGGAAACAAGTTCAATCCATACAAGGCTCTCAAG
AAACAAACAGCTTGAAGATGAAGGCATTGAAGAAGATTGCAAGATTGATT
ACACTAAAAATCCAGAGTTACGAAAGCTCCAATTTTCTGCACCTGGACCC
AAGATAACTGGACGTCGCAATAAGAAAGTGAGTGATAAATATAATGCAAA
AGATTATGAAACCAACTTGCAGAAAGGTGGAAAAAACGTCAATCGGTTCA
ACTTCCATAGTTTCATTGATGATTATAAATGCAGGGTTTGTGAAAATGGT
GACGATGAAGATTGTATGCTTCTTTGCGATCAATGTGATGCTTCTTATCA
TACATTCTGTCTGATCCCACCCCTTGCTGGCATTCCACCTGGTGATTGGC
GTTGTCCTAAATGTGTTGCCAAAGAGTGTAACAAACCATTGGAAACCTAT
GGTTTTGAGCAAGCCAAAAAGATTTACACATTAGAAGATTTCTCTGAAAT
GGCTGATAAATTCAAGGAAGATTATTTTTCAATGCCTCCCACCGAAGTTC
CTGTTCGTGTGGTAGAGAAGGAATTCTGGAAACTTGTATCTTCTATTGAT
CATGATATATCAGTAGAGTATGCAGCGGATTTACACACCGCTGATCATGG
TTCTGGTTTTCCTACTGAGAAGAATTCTGGTGTTTTCAGTGATACAAGTG
AGTACATCAATTCACCATGGAATCTCAATAACTTTCCAAACAATGAAAAG
TCTGTGTTAAAGTACATCACTCAAGATATATCAGGCATGAAGGTACCTTG
GATCTATGTTGGGATGTGTTTCTCAAGCTTCTGTTGGCACACTGAAGATC
ACTGGAGTTATTCAATCAATTTTCATCACTGGGGTGAACCAAAAACGTGG
TACGGTGTTCCTCAAAGTGAAGCCGAACGATTAGAATCTTGTGTTAAAGA
AATTGCTCCTGAGTTGTTTGAAAGAAACCCTGATCTCTTTCACCACCTGG
TGACTCTGTGTTCTCCAATGACCTTGATGAAACATGGAGTTCCTGTCTTC
CGCACCAACCAATACCCAGGAGAGTTTGTTGTCACATTTCCAAGGGCTTA
CCATGCAGGCTTCAATACAGGATACAACTGTGCCGAAGCTGTCAATTTCT
GTCCTGCAGAATGGCTACCTTCAGGTCAAGAATGTGTCAAGCACTACCAA
AAAATGAGAAGAGTCACTGTTTTCTCTCATGATGAATTGCTGTTTAAAAT
GGCTTCCATTCCTGATGCATTGGAATTAGATTTAGCTAAGAAGCTATACG
ATTGTATGAGAGATGTTGTGGATGCAGAAATAGATGCACGACATAGAATG
AGTCGATTGGGTATCATGGATAAACAAAGAGAAGCATATGAATTGATAAA
TGATGATGAACGGCAGTGTGATTACTGTAAAACAACAATCTTTCTGTCTG
GTGTCGCTTGTGCATGTGACAAAAaGAGATTAACTTGTCTGAATCACTGG
GATAAACCATGTGGGTGTGGAAGTAGCAAGAAATATATCAGatTCCGCTA
CACTTTGAGGGAACTCCCAAAAATCCTTGCTGATCTCAAAAAGCGTGCCG
ACTCTTTTGACAACTGGGAGATTGCTGTACACAAGGTTTTATCCAAAACA
GATGCTACTAAAATTGAATTTACAGCTTTGAAAGACTACATTACAGAAGC
AGAGGAAAGCCAATTCCCAGAATGTGAACTCTTAGATCAACTACGTGTTT
ACGTGAGTGAAGCTGAGCAATGTTCACAAGTTGCCAATCAACTACTTACC
AAGAAACACAAAACAAGGAAAACTTCGACCGGCCCTACACCCTCTTCACC
ACGCCTCACATTGAATGAGCTCAGAGATTTTGTCAATCAAATTGATAATC
TACCATGCATAATCAAGGAAGCAGCTGCTATTGATAAACTCATGGCTCAA
GTTGAAAGCTTTAGATATGATGCCAAACTTGTTCTCAACTCAGATGATTA
CAATGAGAAGAAAGTGTTGGAATTGCTTGAACATGCAGAAACAATGGATG
TTGACTTGCCAGAAATCAATGATCTACGCCTAgacCTGAAAGCCTCAAAA
TGGCTAGAAAGTATTGATGAAATCCTTAATCAAGAAGATCCAATCTCTTT
GGATGTTATCCGGAGCTGTGTTGACCAAGGCATTGGATTACGAAAGAAAC
AAGCATCAGAGAAGCCATTGTCAAGGTTGAAAGAGTTACTTTATGCTGCT
GATCGTTGGGAAGAGAAAGCCAAACTTTGTCTTCAAGCTAAACCAAGACA
CATGGTTGGCACACTAGAAGTCATCGTACAAGAAGCTTCCAAAGTGAAAA
TTATCCTTCCAAACGTCAGTGCGCTGAAAGATGCCTTGTTCAAAGCTAAA
GATTGGACAAGTAAAGTAGAGCGTGTCCATAATGACCAGTACTATCCTTA
CTACGATATCTTGGAAGCGCTTGTGGTCAAAGGTCGCCCAATACCTGTTC
GTCTTGAACAACTTCCTCAGATGGAATCACAGGTGGCTGCTGCAAGAGCG
TGGAAAGATCGTACTTCGAGAACTTTCGTCAAGAAAGCATCCAACAAACT
GCTCATGGAGCTTCTTCAACCTCGTAAAGACATTGGTAAATTCGATAAGA
agccaaagaaaaagaagagcaTAGAGAAGCCTGCTAAAACGCCAACTGAC
ACCAAGCACtccaaaaaagacaaaatcatGTTGTCCACCTCATCAACTAC
ATcaaagaaagatgaaaaatcaGTTCACAAAGATGGTAAGACCAAATCAA
AAGTGAAAGTCAAAGAAGAGGTAATTGATTCGCCGTCAGCGGGGACAGAT
GACGATAAAATCAAAGAGGAGGATAAGAGACCGATCGGAATCCCGGTTGA
AACAATAAACGTCGACGATTACAAGGCCCCAGACCCTTTGACTGTCGCCC
AAAATCTGAAAGACGATGAAGTCATCGAGTTAGCCGCCATGAAGGAATTA
CgcgagaaaaataaacaaaaacttgttgaagaaaatattgaagGACCTTA
CTGTTTGTGTAGGAAAGGCATTGATGGGTTTATGATTCGTTGCAATTTAT
GTTTTAATTGGTATCATACGTCTTGTATCTGCCCACCGAAAACGGTGTAC
GGTAAACCCATAGGGAAAGGTTATAATTCATGGACTGCTACACGCGAAGT
ACATTATTTATGCACGCAATGTTGCCGGTCTAGGAGGCCGCGTTTAGACA
ATATTTTACAACTTTTGATGTCTTTACAGAAATTACCTGTACGCGTACCT
GAAGGAGAAGCGTTGCAATTTTTAACAGAGCGTGCAATGAATTGGCAAGA
TCGGGCCAAACAGGCGCTCTCCAATCCGGAGATTAGCCGTATAATAACAG
AAGCAAAAGCACAAGTTGAGAAAATCTTGGCTGAGAAGCAGTTACTGTCA
TCAGCAAATACGAACCATAACGGTACACAAATGAACATAATGTTTTACCA
GAGACTTTTACAAGTGAAGAAGGTTCACATTGAGAAAGTAACAGAAGTCA
CTTCTGAAGAAGAGAAGACGAAAGAAGCTGAAACTAAAAACGAACAGAAA
ACTTCAGAATCTGCGAAAACTATATCTGTTGAGAATGCCACTAAAGATGA
CGAGAATGCGATCAAAGAACTCGATGCACCATTCAAAGCTTCTTCTACCG
AGGTTCCTATTGAAATGGCGTCTTTAGCCGAACCATCGATATCTGTTTCA
AATGCCACTACCTCTAATGATAAAGACATTATCATGAAAAGCCCTTCGAA
ATCTAATCCAACACCCACCACACCCACAACGAAAACACCAACGCCCACTA
CACTTTCTTTACAACAAACTCCGAAAAAAGATAAACCAACAGAAATGACC
ACCTCTGGTGTTGGCGATGAACTTGAGTGTACTGAGGAAATGAGTTCTGG
GAGCCCAGTTTCCTCATCCAAAACTCCAAATCTATCAGATCCAAACGTCG
TTCGTATTCAAAGCGCCAGCTCGTCAAGAGCTCAAAGTCCCATCGATGTT
TGTACGCCTCTGGACAATCTAGCAACGCCCAAACCAGCCGCCCCTGTTCC
ATCAACGCCACTCGTGTTGACGATGAATCAGTTAGAGAATGATGTTCTCG
ATCATCTTGAGAATTTGATGTTTGAAGGTGAACTTTTGGAGGTTGGTTTA
GATGAAGTACAACAGATTTGGGCCATTCTACAGATTCAAAGGCCGATGTT
GAAAGAAGAATGCAATATCATGAACGCCGATTACCGTCGTAAATTGATCA
AAGACCGTAAAAAGCAACGAAAACGTAAACTGGAAGAAGCGAAGGCTGCT
CAACAAGCGGCCGCCCTTGCCGCCAAGCAAAAACATACGGCTGCGTTGGC
TGCCGCCTCAGCAACAAAGATCTCTTTACCATCATTGACTACTAAGTCAG
CTAACGTTCCGAATAAGAAAATTAAACTTGAAGAGGTGAAAATCAAAGTA
GAACCAATGGACGAAGTGATGCCTGCTGAGGTTACTAAATCTCCGACAAC
CACAACAGATAGTGCAAACCTTGATGAAAGCCAGGACGAAGATGATTGTT
CCGCTAGACCATGTAAAAAACCTCTCGGTGACGAAGTTGAATGGGTGCAA
TGTGACAAGTGTGAAAGTTGGTATCACATCATCTGTGTTGGCATCAGTGC
TCAAGACGCGAATAATATTGAAGAGTACGTCTGTCCTTTCTGCTGCCCAC
CACCGCCTAAACCTGAGAAGAAACCAGCAACAAAGACCACCAAAGAGGCG
TCGAAAACAGGACCCACGACGTCGTCGCCTTTGAAAAAATCGAATATCGA
AAACACtgttaaaatcgaaagtaataAAATACCGGATTTGTCGGTCATCG
CAGAAGTAGCGCATCAAATTATATCGGGACAAGAAAAAGCAAACAGTCAG
GGAGTAACGCCAATGGAAGTTGATCCTCCTTCAGTAGCGCCCATTCCATT
ACCGCCGCCACTACCACCttcaaatttagatttaaatAGTCTTGCTTTTC
TGGCAGAAATGAGTGAAAAAATGGACGTGACGCCTATAAAAGAAGTCACG
TCAGCGGTCCCATTACCGACGTCAACGGAGGTGTCAGAACCATTAATCAA
GGACTCTGAGAAAATAACGAGTTCCCCAGTAAAAGAACAGATTCCAGCTC
CTCCTGCGAAACAGACCTCTCCTAACAAATGAACTATTGGTGTCGAATTT
TGATGATATTTATCCATCTTCTCCTTTGGTGTTGTACATATAACagCCGT
AGCTTCTACAGAAGGACG
Run BLAST on NCBI

transcript from alignment at scaffold_371:361305..380758-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00062743 ID=TCONS_00062743|Name=TCONS_00062743|organism=Clytia hemisphaerica|type=transcript|length=19454bp|location=Sequence derived from alignment at scaffold_371:361305..380758- (Clytia hemisphaerica)
GCAAGCGGAAGGTGGATTTGAAGATGTCACTAGACTGAGAAGATGGACCC GTGTTGCTGCTCTTATGAACTACACAGCACCTGCCACTAGTGGTATTTTG AGAAGACATTATGAGAAAATTCTCTATCCTTATGACATTTTCATGTCAGG AGCCATGATTGGTGGTGATGTATGTTTTTTGTAATCCTTTTTATGAAACT GAATAAAAACCATTTATTATCCTTACATTCCACATTTTATTTAAATAGAC ATGTTATTTTTAAAGTGGTACACAAAAAGAAAATTTTGATGTGACCCATA TCAACCCATGCCATGTGAGGGGAATTGGGTAGTCAGTCCGAGACGTGCTG ACAGGGCGCTCATTGAAAGCATCTATAGTTGCGAAAATAGGCCTCAAAGC CTCCTGCAATTCAACCAAAGAGAAAAAGAAATAGAAATAGAAATGTAAGA AATTACATAATTGCTAAAAATTTGCTTACTTTTTCATCCTTAGACTCCAA CAGAAAAAAGTACAACATCAATGTCAAAACAAGAAATGAAGCAAATGAAA AATGATCCTGAGTACAAACCAAATGGTGATGACGATGTCATGGAAACAAG TTCAATCCATACAAGGCTCTCAAGAAACAAACAGCTTGAAGATGAAGGCA TTGAAGAAGATTGCAAGGTTTGTAGTATTTGCTTACCTGTCTAAATAATT GCAAGTTATCAGGACAGTTGCCCATTGCACTAAAAACTTTGATTGATCTA AAATTTTGATGGATTTTGTGCCTCACTAACCAGAAGCCTTAGGAGTCGAT CAGTTCTTACCCCTGATTCATTTAGTCTGGGAGATGGTCTATGAAATATG TTCTTGAGAAATATAGCTTGAATAGAAACACTAACCTGGAAGCCTTTACC ATACAAAAAATTGAAAAATTAATTTCAACCCTGTGTAATTAGCTTTCTTC CTATGGCTTTTCTCTGTTATTTTTATCAATATTTAAACATTTTGTTTTAT AAAGCTTTTATCAAGTGCTTTTAGTTATACCTAGCTATTATTATAATTCA TATAAATCTTCATTTAGATTGATTACACTAAAAATCCAGAGTTACGAAAG CTCCAATTTTCTGCACCTGGACCAAAGATAGCTGGACGTAAGTTTAATTA TAGGTGTATTGTTTTTTGAGACATTAGATTTTAAAATCTATGGAATAAAT CCTNAAAAACACAATTCCTCAAAATAAGTGCTGTATCTGGCTGCATTGCT GATAAAACTTTAAATATTACTTATTCTAGGTGGTTGTGCTCTTTGAAAAA TTGATTTTATTTTGTGGACTAAAATAATAAATATATTTTACTTTCATATT TTTTGTTTGAAAAGCTTAGAATTATTGATCTAGAATCTGATGTTAGTTTA CTTTATCTTTTAAGGGGAATCAAATCAAACTCCCAAATGTTGAGAAAAAG CCATTGGATATTCACACGTTTCACAAGGTTTGTCTTTTTTAATGTTTGTT TTCAATTTTTAGAAAGCTCTTGATTCTTCAGACAAATACCTTTTTATCAC TGAAATTTAATGTTACTGATGGGTATGAATGAGTGTTTTAAACATGAAAA GAAGATAGGATAGCATCGAAATAAGGGATAGAAAGTGCATCGCAATTTTT TGCGTGATTTTGCATCCTAAAATGGATCAATTTTCAACTTTTAGCTTGTA AGTAATCCAAAAACGCATCGCAAATTGCGAAATGCGATACGCTAATTCGA TCCCTGTACCACCCTTTCTCTGACAGTAAAGGGTTATTAATTATTAATCT GAAAATAAGGCCCTTCATATTCCTGGAGAGTGCCGATATCCTACCACAGA GAGTTCGGATTGAATAAACTCATTTCATCCTGGCTTTATACCTGCGATCT GATGCTTCCACCTTCCCATCTTAAGAGAACTAAGTTTGGCCGAGTTGGCA AATGCCGAAAATTTTTACATTTGCAAGGAATTACCCTGTCATTTGCTTGC CAAATGTTTTTTTTTACATTGGGGGTTATTTTGGAAAAAAATGTTATTTT GTTTGGGCTGCAATTTTTTTTATTTCGGCAAAAACTTATTTTAGCAATTC TTGGTAAATATCCTAAAACTCAACAAAATTAGTGTCCTTTAGGTAGTTTC TCCATTTACCCTACTAGCCTAAAAGATTTGGATCTATTATACTAATTGGT GAAAGAGCTAAATTATACCAAACCGCCCCTAAACAACCCTTCTCATAATG TCATGAAATGACACAACGAAAAACCTTTGAAAAATCTGTTATTTGATATG TACACTGAATTCCCATTCCAATAAGAGGTTTCCTATACAATCATAATTTA TCCTGAAAGTTGGGGATTCAGTGCTTATTAAAAAAAACTGTTAGCATAGT ATGACAGAGTAATGGAGTATTGGAAAAGTAAATGTAAATTTTGAGCTTTG TTTTTCTTTCCTTAAACATTATTCTATGTGTTGTGACCCTAATTTAGATT GTGCAAGCGGAAGGTGGATTTGAAGATGTCACTAGACTGAGAAGATGGAC CCGTGTTGCTGCTCTTATGAACTACACAGCACCTGCCACTAGTGGTATTT TGAGAAGACATTATGAGAAAATTCTCTATCCTTATGACATTTTCATGTCA GGAGCCATGATTGGTGGTGATGTATGTTTTTTGTAATCCTTTTTATGAAA CTGAATAAAAACCATGTATTATCCTTACATTCCACATTTTATTTAAATAG ACATGTGATTTTTAAAGTGGTACACAAAAAGAAAACTTTGATGTGACCCA TATCAACCCATGCTATGTGAGGGGAATTGGATAGTCAGTCCAAGGTGCTG ACAGGGCGCTCATTGAAAGCGTCTATAGTTGCGAAAATAGGCCTCAAAGC CTCCTGCAATTCAACCAAAGAGAAAAAGAAATAGAAATGTAAGAAATTAC ATAATTGCTAAAAATTTGCTTACTTTTTCATCCTTAGACTCCAACAGAAA AAAGTACAACACCAATGTCAAAACAAGAAATGAAGCAAATGAAAAATGAT CCTGAGTACAAACCAAATGGTGATGACGATGTCATGGAAACAAGTTCAAT CCATACAAGGCTCTCAAGAAACAAACAGCTTGAAGATGAAGGCATTGAAG AAGATTGCAAGGTTTGTAGTATTATTTGTTTACCGGTCTAAATAATTGTA AGTTATTAGGACAGTAAGTTGCCCATTGCACTAAAAACTTTGATTGATCT AAAATTTTGGTGGATTTTGTGCCTCACTAACCAGAAGCCTTAGTAGTCGA TCAGTTCTTACCCCTGATTCATTTATTCTGGGAGATGGTCTATGAAATAT GTTCTTGAGAAATATAGCTTGAATCAGCTTGAATAGAAACACTAACCTGG AAGCCTTTACCATACAAAAAATTGAAAAAATTAATTTCAACCCTGTGTAA TTAGCTTTATTTCTCTGTTATTTTTATTAATATTTAAACATTTTGATTTA GAAAGCTTTCATCAAGTGCTTTTAGTTATACCTAGCTATTATTACAATTC ATATAAACCTTCATTTAGATTGATTACACTAAAAATCCAGAGTTACGAAA GCTCCAATTTTCTGCACCTGGACCCAAGATAACTGGACGTAAGTTTAATT ATAAGTGTATTGTTTTTTGAGACATTACATTTTAAAATCTATGGAATTAA TCCTAGTTTCTTAGTTTAAACTCTTTTATTCTAGAGTCTTAAAAGGTTAT GTTTATTTTACTTTTAGGTCGCAATAAGAAAGTGAGTGATAAATATAATG CAAAAGATTATGAAACCAACTTGCAGAAAGGTGGAAAAAACGTCAATCGG TTCAACTTCCATAGTTTCATTGATGATTATAAATGCAGGGTTTGTGAAAA TGGTGACGATGAAGATTGTATGCTTCTTTGCGATCAATGTGATGCTTCTT ATCATACATTCTGTCTGATCCCACCCCTTGCTGGCATTCCACCTGGTGAT TGGCGTTGTCCTAAATGTGTTGCCAAAGAGTGTAACAAACCATTGGAAAC CTATGGTTTTGAGCAAGCCAAAAAGATTTACACATTAGAAGATTTCTCTG AAATGGCTGATAAATTCAAGGAAGATTATTTTTCAATGCCTCCCACCGAA GTTCCTGTTCGTGTGGTAGAGAAGGAATTCTGGAAACTTGTATCTTCTAT TGATCATGATATATCAGTAGAGTATGCAGCGGATTTACACACCGCTGATC ATGGTTCTGGTTTTCCTACTGAGAAGAATTCTGGTGTTTTCAGTGATACA AGTGAGTACATCAATTCACCATGGAATCTCAATAACTTTCCAAACAATGA AAAGTCTGTGTTAAAGTACATCACTCAAGATATATCAGGCATGAAGGTAC CTTGGATCTATGTTGGGATGTGTTTCTCAAGCTTCTGTTGGCACACTGAA GATCACTGGAGTTATTCAATCAATTTTCATCACTGGGGTGAACCAAAAAC GTGGTACGGTGTTCCTCAAAGTGAAGCCGAACGATTAGAATCTTGTGTTA AAGAAATTGCTCCTGAGTTGTTTGAAAGAAACCCTGATCTCTTTCACCAC CTGGTGACTCTGTGTTCTCCAATGACCTTGATGAAACATGGAGTTCCTGT CTTCCGCACCAACCAATACCCAGGAGAGTTTGTTGTCACATTTCCAAGGG CTTACCATGCAGGCTTCAATACAGGATACAACTGTGCCGAAGCTGTCAAT TTCTGTCCTGCAGAATGGGTAAGGTTACTAAATGATCAATAATGATACAC TGTGTATTTTATACAAAGCCTAAAACTAAAGAAACAAAATAGAAAAATCT AAATTTTGAGGTTTCTAGGTTTTTCATAACTTGTTTGTCTAGTCTGGTCT AGATGAGATTTTTCACTTAGATTTCTGGCTAACTTGTAAGCCAACTTAGA TTGAAATTTTGAACTTTTTGTATAATTTTGAACTTTTCTATTCAGATTTA CCGAAGGTGGAAACACTGAACAACTTTTTTATGTAGTGCTTGGGTATATG CTGACTAATATATCATGTGCGAATGATAACTTTCCTTTCAGCTACCTTCA GGTCAAGAATGTGTCAAGCACTACCAAAAAATGAGAAGAGTCACTGTTTT CTCTCATGATGAATTGCTGTTTAAAATGGCTTCCATTCCTGATGCATTGG AATTAGATTTAGCTAAGAAGCTATACGATTGTATGAGAGATGTTGTGGAT GCAGAAATAGATGCACGACATAGAATGAGTCGATTGGTAAGAAATCTATT ATTGACATTAGATTAGTAAGAATTACTTNATCAAGTGCTTTTAGTTATAC CTAGCTATTATTATAATTCATATAAATCTTCATTTAGATTGATTACACTA AAAATCCAGAGTTACGAAAGCTCCAATTTTCTGCACCTGGACCAAAGATA GCTGGACGTAAGTTTAATTATAGGTGTATTGTTTTTTGAGACATTAGATT TTAAAATCTATGGAATAAATCCTAGTTTCTTAGTTTAAACGCTCTTTTAT TCTAGAGTCTTAGAAGGTTATGCCTCTTTGTTTATTTTACTTTTAGGTCG CAATAAGAAAGTGAGTGATAAATATAATGCAAAAGATTATGAAACCAACT TGCAGAAAGGTGGAAAAAACGTCAATCGGTTCAACTTCCATAGTTTCATT GATGATTATAAATGCAGGGTTTGTGAAAATGGTGACGATGAAGATTGTAT GCTTCTTTGCGATCAATGTGATGCTTCTTATCATACATTCTGTCTGATCC CACCCCTTGCTGGCATTCCACCTGGTGATTGGCGTTGTCCTAAATGTGTT GCCAAAGAGTGTAACAAACCATTGGAAACCTATGGTTTTGAGCAAGCCAA AAAGATTTACACATTAGAAGATTTCTCTGAAATGGCTGATAAATTCAAGG AAGATTATTTTTCAATGCCTCCCACCGAAGTTCCTGTTCGTGTGGTAGAG AAGGAATTCTGGAAACTTGTATCTTCTATTGATCATGATATATCAGTAGA ATATGCAGCGGATTTACACACCGCTGATCATGGTTCTGGTTTTCCTACTG AGAAGAATTCTGGTGTTTTCAGTGATACAAGTGAGTACATCAATTCACCA TGGAATCTCAATAACTTTCCAAACAATGAAAAGTCTGTGTTAAAGTACAT CACTCAAGATATATCAGGCATGAAGGTACCTTGGATCTATGTTGGGATGT GTTTCTCAAGCTTCTGTTGGCACACTGAAGATCACTGGAGTTATTCAATC AATTTTCATCACTGGGGTGAACCAAAAACGTGGTACGGTGTTCCTCAAAG TGAAGCCGAACGATTAGAATCTTGTGTTAAAGAAATTGCTCCTGAGTTGT TTGAAAGAAACCCTGATCTCTTTCACCACCTGGTGACTCTGTGTTCTCCA ATGACCTTGATGAAACATGGAGTTCCTGTCTTCCGCACCAACCAATACCC AGGAGAGTTTGTTGTCACATTTCCAAGGGCTTACCATGCAGGCTTCAATA CAGGATACAACTGTGCCGAAGCTGTCAATTTCTGTCCTGCAGAATGGGTA AGGTTACTAAATGATCAATAATGATACACTGTGTATTTTATACAAAGCCT AAAACTAAAGAAACAAAATAGAAAAATCTAAATTTTGAGGTTTCTAGGTT TTTCATAACTTGTTTGTCTAGTCTGGTCTAGATGAGATTTTTCACTTAGA TTTCTGGCTAACTTGTAAGCCAACTTAGATTGAAATTTTGAACTTTTTGT ATAATTTTGAACTTTTCTATTCAGATTTACCGAAGGTGGAAACACTGAAC AACTTTTTTATGTAGTGCTTGGGTATATGCTGACTAATATATCATGTGCG AATGATAACTTTCCTTTCAGCTACCTTCAGGTCAAGAATGTGTCAAGCAC TACCAAAAAATGAGAAGAGTCACTGTTTTCTCTCATGATGAATTGCTGTT TAAAATGGCTTCCATTCCTGATGCATTGGAATTAGATTTAGCTAAGAAGC TATACGATTGTATGAGAGATGTTGTGGATGCAGAAATAGATGCACGACAT AGAATGAGTCGATTGGTAAGAAATCTATTATTGACATTAGATTAGTAAGA ATTACTTCTTCTACTCAAATAGGATGCACAGGACTTGTGTTTGTTGAGTT ATCTACAGTATTACTTTGAATAAAAGGAGCAAAGGGGGTGTTTATTCGAA GTAAAACAGTATCCTGTATTTTCAAAATATTTAGAATTTTTACACTTTTA GAACTTTGGAGCTTACAACTTTAACCATTTTTACTTTTATCTGTATCTTT AGGGTATCATGGATAAACAAAGAGAAGCATATGAATTGATAAATGATGAT GAACGGCAGTGTGATTACTGTAAAACAACAATCTTTCTGTCTGGTGTCGC TTGTGCATGTGACAAAAGTATGCCATTTACAAGATTTGTTTTGCCACAAA AACTTTTTTGTCATAACACTCTGCCTAGTATAAAAATCTCCTCTCAAATT TGGTCTGTGTTTAAAGATTTGGAAAAATATTTTCCCAAATTTGTCCAAAG TGTAAGATTAAAATTTTAAATATAAAATTTTTCTTTCCAGAGAGATTAAC TTGTCTGAATCACTGGGATAAACCATGTGGGTGTGGAAGTAGCAAGAAAT ATATCAGGTAAAATACAATATATAGATTATTCATTGTTGACATATTTTCC TGTCTAACTGTGTTGAAATTATTGACGTTTTTAGTATGGACAACAAAAAA ACCTTTACTTATCAATCAATTAATGAATTTGTATTTCATTTTCTAATATT CACTGACAAATAAATTGAATCGTTTTCTTTCTTTGTTTTTTAGATTCCGC TACACTTTGAGGGAACTCCCAAAAATCCTTGCTGATCTCAAAAAGCGTGC CGACTCTTTTGACAACTGGGAGATTGCTGTACACAAGGTTTTATCCAAAA CAGATGCTACTAAAATTGGTAAATAACTTTTGTGTAAAATTTGAAGGTTT TTGTTTATCATACTACATACAGCAGAATACAAAGTCAAAATGAAGGTTAC ATGTACAAACCCAAAGCCAACACAAATATACCAATTATAATTGTTTCTCT TGTTTCATAAGGTTTGTTTTGGCATATGATCTGACTTATGGTTCAATGTT TCGTTTCAAAGTAAACATTTATAGTTATCATTGATTTCATTTATTAATTT ATCATTCATTATAGAATTTACAGCTTTGAAAGACTACATTACAGAAGCAG AGGAAAGCCAATTCCCAGAATGTGAACTCTTAGATCAACTACGTGTTTAC GTGAGTGAAGCTGAGCAATGTTCACAAGTTGCCAATCAACTACTTACCAA GAAACACAAAACAAGGTACCATTACTTTTATCAAATGTATCAACTTCTGT TTTTCCACTTTGGTAAATATTGTTTACCTGTATTTGTTTTCCGTTTCAAC TATAACTGAATACTAATTTTATACTAATTTTATGATATAAACCAGCCGAG GTTGTAAGGCCAGCAAAAACGATCCAGAGGGCATAGTTATTGAAGTATTT TAACTTTTAAAGTAAGTAACAAACGTAGTCCAAAAGATGTCTGATTGTAA CAGAAACGTTTATTTAATATAAATTGCAGGATTAGTTGCCTCATTACTTC ACTGAATACTTTTCCTTACTTTAAAGATTTTCATGCTCAATAATTTTTTA TTCAAACAGGAAAACTTCGACCGGCCCTACACCCTCTTCACCACGCCTCA CATTGAATGAGCTCAGAGATTTTGTCAATCAAATTGATAATCTACCATGC ATAATCAAGGAAGCAGCTGCTATTGATAAACTCATGGCTCAAGTTGAAAG CTTTAGATATGATGCCAAACTTGTTCTCAACTCAGATGATTACAATGAGA AGAAAGTGTTGGAATTGCTTGAACATGCAGAAACAATGGATGTTGACTTG CCAGAAATCAATGATCTACGCCTAGTAAGATCTTTTCCCCCTCTTTATAT ATCTGCTGAACAATCATACCTTAAAAAACACTTTTACCAAAGAGATGTCG AAAAGGTTTTATAGCTGGAGTTATTTGCATTTAGATATATTATAGATTTG AGTCAATTTAAAAAATCTACTGTAGAACAGATGGAAACTTAATGTCATAA AAACTCTTAATAGTCTGCTTTGCATTTTTGTCTTTATGCTTTCCTCTAGC CAGATCCAACAAATGATTAATTTTGTCTTTTTTTTTTAGGACCTGAAAGC CTCAAAATGGCTAGAAAGTATTGATGAAATCCTTAATCAAGAAGATCCAA TCTCTTTGGATGTTATCCGGAGCTGTGTTGACCAAGGCATTGGATTACGA AAGAAACAAGGTAAAGCCAATAAAGTCTTGCAGGGTCTAAGCCAAGATTT TATATTGGAACAGTTCTGTAGAAATTTTTGGGAAAACTCTCTTTGTAGCG ATCTATAATCAAGATTGGTTAAAAGGTTTTAAAGATCTTGTAATATAACT AAAAAGATTCTTGATTTACTTTTAGCATCAGAGAAGCCATTGTCAAGGTT GAAAGAGTTACTTTATGCTGCTGATCGTTGGGAAGAGAAAGCCAAACTTT GTCTTCAAGCTAAGTAAGTCTTCATGCTCTCTATCCATCCTCTTAGTTAA TCATCATTCTCAAATTTCTGTCATAATGCAAGATATACTGAAGCGATGTC CTGTTGTTGTTGTTAATGTAAGACATCTAAGAACAGGTAGTTTTCCTGCA TTTTGTGCGCGTAAGTACTAACCGAGACGAAAATTTGCTATGTAAATCAC ATCTCTGAAACATTGGGATTCAGAACAGGTTTGTCTTGAGCCTCCAGGAA ACTTCTATCATTCCAACGGATAGACCCTAAAAGTTTCGTTATTAGTTTGT GTAAGACATCTTAAAGATTACATTAAATCGACCTTCAACCCCTTTACTTA ATAGACCAAGACACATGGTTGGCACACTAGAAGTCATCGTACAAGAAGCT TCCAAAGTGAAAATTATCCTTCCAAACGTCAGTGCGCTGAAAGATGCCTT GTTCAAAGCTAAAGATTGGACAAGTAAAGTAGAGCGTGTCCATGTACGTA CTTGACTTGCGTTCGTTTATTTTGTGAGGGTCTGAGATGAATTTGGATAT TTCATGATCATTTATTAGTCAGAATGTTAGATTAATGATTTATGTTTGAA ACGTGCTGTCAAATTAGCCTTAGCATAATTTCCAGTACAATTGGTGTCTC TCTTATTCGAAGGTTTAATATTCGATACGCTCCATTGTTCGATAAAATTG AAAGTCGTCGCCAAAAAGAAACTCGTAAACGACGCTCCACAATTCGATAC GCTTTCTCATGCAATGAAAATCCAATCTCCTTGAAAATCGAATTAAATAC CATCAACTGTGTTTATGATATGCACCACTGCAATGACTTCACGAAATTAT GCAACTTTTCTGTTGTTTTTTTTCAACCAATATGTCACTCTTTCTATTGT TTAAGTGACGTATTGGGTGGAAAATTTTTAAAGTTCTCAGAAGACTCTCC AGTGGTGCATATCATGAATTTCTTTACACTTTTAATCATCATAGCACCAG AAAATTACTCTGGTTTAATAATCTTTCTATGAGAAATGCCATAATTTTAT CTTTAGAATGACCAGTACTATCCTTACTACGATATCTTGGAAGCGCTTGT GGTCAAAGGTCGCCCAATACCTGTTCGTCTTGAACAACTTCCTCAGATGG AATCACAGGTGGCTGCTGCAAGAGCGTGGAAAGATCGTACTTCGAGAACT TTCGTCAAGAAAGCATCCAACAAACTGCTCATGGAGGTAAATAGAAGATC AATCCATCGTTGTGATGAGGTTGATCATTATGTTCTTAAAACCATGTTCT GGAACCATATTCTTGAACCATGTTCTTAGACCATATTCTGGAACCATTAA GTCTGTCATTGTTTGACAAATAAGAAAGTTTTTGATATTTAGCGAATCAG AATTTAATATAAGTTCCAGAAAGTAATAATCAATGGAAATATTTTATAGT ATGTCTCCATATTCAATTAATAATGGATTCTTTACTCTAGCTTCTTCAAC CTCGTAAAGACATTGGTAAATTCGATAAGAAGCCAAAGAAAAAGAAGAGC ATAGAGAAGCCTGCTAAAACGCCAACTGACACCAAGCACTCCAAAAAAGA CAAAATCATGTTGTCCACCTCATCAACTACATCAAAGAAAGATGAAAAAT CAGTTCACAAAGATGGTAAGACCAAATCAAAAGTGAAAGTCAAAGAAGAG GTAATTGATTCGCCGTCAGCGGGGACAGATGACGATAAAATCAAAGAGGA GGANTACTCTGGTTTAATAATCTTTCTATGAGAAATGCCATAATTTTATC TTTAGAATGACCAGTACTATCCTTACTACGATATCTTGGAAGCGCTTGTG GTCAAAGGTCGCCCAATACCTGTTCGTCTTGAACAACTTCCTCAGATGGA ATCACAGGTGGCTGCTGCAAGAGCGTGGAAAGATCGTACTTCGAGAACTT TCGTCAAGAAAGCATCCAACAAACTGCTCATGGAGGTAAATAGAAGATCA ATCCATCGTTGTGATGAGGTTGATCATTATGTTCTTAAAACCATGTTCTG GAACCATATTCTTGAACCATGTTCTTAGACCATATTCTGGAACCATTAAG TCTGTCATTGTTTGACAAATAAGAAAGTTTTTGATATTTAGCGAATCAGA ATTTAATATAAGTTCCAGAAAGTAATAATCAATGGAAATATTTTATAGTA TGTCTCCATATTCAATTAATAATGGATTCTTTACTCTAGCTTCTTCAACC TCGTAAAGACATTGGTAAATTCGATAAGAAGCCAAAGAAAAAGAAGAGCA TAGAGAAGCCTGCTAAAACGCCAACTGACACCAAGCACTCCAAAAAAGAC AAAATCATGTTGTCCACCTCATCAACTACATCAAAGAAAGATGAAAAATC AGTTCACAAAGATGGTAAGACCAAATCAAAAGTGAAAGTCAAAGAAGAGG TAATTGATTCGCCGTCAGCGGGGACAGATGACGATAAAATCAAAGAGGAG GATAAGAGACCGATCGGAATCCCGGTTGAAACAATAAACGTCGACGATTA CAAGGCCCCAGACCCTTTGACTGTCGCCCAAAATCTGAAAGACGATGAAG TCATCGAGTTAGCCGCCATGAAGGAATTACGCGAGAAAAATAAACAAAAA CTTGTTGAAGAAAATATTGAAGGACCTTACTGTTTGTGTAGGAAAGGCAT TGATGGGTTTATGATTCGTTGCAATTTATGTTTTAATTGGTATCATACGT CTTGTATCTGCCCACCGAAAACGGTGTACGGTAAACCCATAGGGAAAGGT TATAATTCATGGACTGCTACACGCGAAGTACATTATTTATGCACGCAATG TTGCCGGTCTAGGAGGCCGCGTTTAGACAATATTTTACAACTTTTGATGT CTTTACAGAAATTACCTGTACGCGTACCTGAAGGAGAAGCGTTGCAATTT TTAACAGAGCGTGCAATGAATTGGCAAGATCGGGCCAAACAGGCGCTCTC CAATCCGGAGATTAGCCGTATAATAACAGAAGCAAAAGCACAAGTTGAGA AAATCTTGGCTGAGAAGCAGTTACTGTCATCAGCAAATACGAACCATAAC GGTACACAAATGAACATAATGTTTTACCAGAGACTTTTACAAGTGAAGAA GGTTCACATTGAGAAAGTAACAGAAGTCACTTCTGAAGAAGAGAAGACGA AAGAAGCTGAAACTAAAAACGAACAGAAAACTTCAGAATCTGCGAAAACT ATATCTGTTGAGAATGCCACTAAAGATGACGAGAATGCGATCAAAGAACT CGATGCACCATTCAAAGCTTCTTCTACCGAGGTTCCTATTGAAATGGCGT CTTTAGCCGAACCATCGATATCTGTTTCAAATGCCACTACCTCTAATGAT AAAGACATTATCATGAAAAGCCCTTCGAAATCTAATCCAACACCCACCAC ACCCACAACGAAAACACCAACGCCCACTACACTTTCTTTACAACAAACTC CGAAAAAAGATAAACCAACAGAAATGACCACCTCTGGTGTTGGCGATGAA CTTGAGTGTACTGAGGAAATGAGTTCTGGGAGCCCAGTTTCCTCATCCAA AACTCCAAATCTATCAGATCCAAACGTCGTTCGTATTCAAAGCGCCAGCT CGTCAAGAGCTCAAAGTCCCATCGATGTTTGTACGCCTCTGGACAATCTA GCAACGCCCAAACCAGCCGCCCCTGTTCCATCAACGCCACTCGTGTTGAC GATGAATCAGTTAGAGAATGATGTTCTCGATCATCTTGAGAATTTGATGT TTGAAGGTGAACTTTTGGAGGTTGGTTTAGATGAAGTACAACAGATTTGG GCCATTCTACAGATTCAAAGGCCGATGTTGAAAGAAGAATGCAATATCAT GGTAATTAGTTTTAATTATTTTTTATGTTGTCATATTAGTGTTTCAAGTG TCAGCCAGGTTTAAACACTGGATTTCCATCCCAACATTCAACGTTCTCAG AATTCGTAAGTGTCGGGGCGAATTTGTTTGTATACAATTAACTGTCGCTA ATTCAAATTCGAACGGAAGTCCAATTTGTTTGAATTACATATAATAGAGA TACGCTTTAAAAGCTCGAACTAATAAGAGTACACTTAAAATATTTGGTCT GAAATAAAAACGTAGTATCCTTATGTTTCATAATAGCTTTTTTTACCTTT CAGCGCAAGGATTTTCTCATTTCTTCCCAAGGAATTTTTCAACAACTTTT TTCTACTTTATTTCAGAACGCCGATTACCGTCGTAAATTGATCAAAGACC GTAAAAAGCAACGAAAACGTAAACTGGAAGAAGCGAAGGCTGCTCAACAA GCGGCCGCCCTTGCCGCCAAGCAAAAACATACGGCTGCGTTGGCTGCCGC CTCAGCAACAAAGATCTCTTTACCATCATTGACTACTAAGTCAGCTAACG TTCCGAATAAGAAAATTAAACTTGAAGAGGTAATCTTTTTGAACCTATTA CAAATCTTTTGTTACTAACAATTACAATCATTTCTGCGATATTTTGTTTC CTTTTTCGTAAAAATAAATCTCATGGAATCACTTGGGATCGCTAATTCGC GAGATAAAACCAAACTTTTTGTTGTAAAATTCAGATCTACTTTAAAACGC TGAATAAATTTTCAGGTGAAAATCAAAGTAGAACCAATGGACGAAGTGAT GCCTGCTGAGGTTACTAAATCTCCGACAACCACAACAGATAGTGCAAACC TTGATGAAAGCCAGGACGAAGATGATTGTTCCGCTAGACCATGTAAAAAA CCTCTCGGTAAGTGTTGTCAATACTTAGGCTATGTTCACACTCTCCGAAA CAGTAAGTTTCGAGCCGAAGGGTGGAGGCAAATCTTCAACGTTTCCCAAA CAAAAAAATTTCCGCCGAACTGAGTTTAGCACATTTTTTCAAATCTCGGT GGTAAATTATACTTCCAATCCAGCGTTTGTATGAAAACCACGCGGGTTGT ACTTAGGTAAGAAATAAGGGGCTGCATATCCTACATTGGAGCTGTTCGAC TATACCTTATGGTTCCGAAATCAATTTCAACTATTCCATTGGTCAGCACT CACGTCCTATAAAGGACGATAGAATGGCTTCATTTCTTACTTTCGGGTTA TTTCATTTCGCAATTTGTTGCGATGATAAACGGTTTTTACATAAGTCACT CTATTTGCAACGGATTGCCCTTTTTGTTGTAATAATTCCTTTTATGGGAG TAATTTGTAGTAACATTTTGTGTACCTTATGTGACCGCCGATGATAAATG GACATCTACTAGTGGTCTGGTCTATGATTTCTAGACCACTCTTTTACTTT TGTCCGTACATCGAAACAGTTCTGACAGACATGGAATCGTTCTTATTCAG TGAACAATCCCATCACTTTCAGATCGATACAATTACTTGCACTCTTTCTC CCTTTCTTTCTTTCGATTCTTTTTACCGTAGACAGAATGAAAATGAGTAT AAGACTATTGACTAGCGATTTCAACTTATGTGCAATCTACTTCTTTGCAT CCCTACTCCCAGAAAAATTTCTGATATTTTAATAATCTTTCAGAGCATTA CTTGAAATCGGCATAATTTTCCTCAGCTAAACAATCCCTCCTTTTTATAC TGTCCCTAATTTATGACCGAACGGCCCAAAAACAAGCAAGCTTGGGCCGC ATTCATGATATTTGATTTTGAATGAAAGAATTTTTTAGTGGACTTGATTT TCGGACAAAGCCTTTACAATTGTTTGAATTATTTCTTTGATTCAAATGAA ATTCATTTTGTCCATACATTGAAACAGTTCTGACAGACATGGAATCGTTC TTACTCAGTGAACAATCCCATCACTTTCAGATCGACATTTCGTTAATTTT AGTCTCGCCTGTTGCCTTTATAATAAACCTGGTGTCTACGGAAATTACAA ACTCCTTTGCCGTACTACTTGCGATACAACAGGGAAATCTACAACCTGCG TGAAAGTGATAAAAACTATTTTTTCACTGTCAACTTTCTTTATATTTCCA GGTGACGAAGTTGAATGGGTGCAATGTGACAAGTGTGAAAGTTGGTATCA CATCATCTGTGTTGGCATCAGTGCTCAAGACGCGAATAATATTGAAGAGT ACGTCTGTCCTTTCTGCTGCCCACCACCGCCTAAACCTGAGAAGAAACCA GCAACAAAGACCACCAAAGAGGCGTCGAAAACAGGACCCACGACGTCGTC GCCTTTGAAAAAATCGAATATCGAAAACACTGTTAAAATCGAAAGTAATA AAATACCGGATTTGTCGGTCATCGCAGAAGTAGCGCATCAAATTATATCG GGACAAGAAAAAGCAAACAGTCAGGGAGTAACGCCAATGGAAGTTGATCC TCCTTCAGTAGCGCCCATTCCATTACCGCCGCCACTACCACCTTCAAATT TAGATTTAAATAGTCTTGCTTTTCTGGCAGAAATGAGTGAAAAAATGGAC GTGACGCCTATAAAAGAAGTCACGTCAGCGGTCCCATTACCGACGTCAAC GGAGGTGTCAGAACCATTAATCAAGGACTCTGAGAAAATAACGAGTTCCC CAGTAAAAGAACAGATTCCAGCTCCTCCTGCGAAACAGACCTCTCCTAAC AAATGAACTATTGGTGTCGAATTTTGATGATATTTATCCATCTTCTCCTT TGGTGTTGTACATATAACAGGTTTTTGTATATTTTTTGTTTGTTTTTGCG AAATTTGATTGTGGTGTACCATGGCCAACGTAAGAGGGGTGGGATTCCAT TTTATTTTGATGTTGAAAATCGATCGATTCCCTTGTTTTTTATTTTAGTT TTAAGAAAGAGGTTTTTATCGTTTGGAAGTTAAATTTTATATATTCGATT CTAGTTTGGACTGGAGTATAATTCAAGGCTTTGTTTTGTTAATACGTTGG CTTGTTTTTGGTAGTTTTTTGTAGCCGTTTTTTGTCTCTTTTGTTTATAC AACTACTGTACATAGAAATGATTGTATTTAGCGTGTGTCCATTTCATTTT TTGGCGAATTAAAACAAACATAAATTACGTATAAAATCAATACTACTCTA ATGTCTCCTTAACTCCTTAACTTGAACGGTTTCGTTTCCCCCTAACCGTT CGAGTTATGGAGAACTTTGAGATATGGTACTCCTGTCTCACAGCACCGGC TCATTCCTAAATCCTCAATGGGGATAAAAATTGCTTTTGAAATCCCAACT TTGTTCTAAGGTTAAAATTCCAGTGGGGATGGTTTTGGAGTGCAATTTTT AAACATTGAATTTCGAGTTGGGGTGAAATCAAAGTCAATTTCCCAGTGGG GAAATCATATCATAATGTCAGGTGACCTAGGTAGGATTTCCTACCGAACA AGGGCACACTTTTCAGCCAAAAAACTCTATCTAGCTCTTCGGGCTTTATA AATCTGATCCTTCATAGGGGATTTAGCATTATCATACAGACCCACAAAAC AGTTTCTTCTTGGTTTACTACTGTACAACGGTTTCGATATGATGAGATTT CTCCGACAGAATGTGTTAATTAACCAAGTAACACAGGAAAAAGTCATCAA ATCACACCGGTGTGAAAGTGAAAATCACACGGTGTGAAAGTATACATTTC ACACTGCTATCCCACGCGTGGGAATCGGTTNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNGAAGTTTTAAAGTGTTAAATTCGATTTCACAC GCCGAAAATTTAAAGTGTACAACATGCTGAAAAACTTTATTTGCCTGCGG AAATTAGAAATCACACGTGTCATTTCGATAAAGCCTTTTCAGTGAAGTTT AAAAGAGTTGAATTGGATTTCACACGCCGAATTTAAAAAAATAAAAATAA CTATTTGAAAAATTCCGCAGTTTGATATCGGAAATCACACTGCCAAAACA ATCACACCTTATCAGTTTATAAAATCACACGCAAAAATTGATTTTTGAAA ATTACGGCGTCGGAATTTAAGTTTTTCCACCCGTGTGATCTGATGACTTT TTCCTGTGTAATGCCGTTTTCACAATACGGTGGGTGGATGGCGGTAACAA TAACAACAGAAAATTGCACCTCCGAGTTTCTTTGATGACGTTAACAGGTA TCTCTGTCTAGGTGTTAAAAACTCAACAGAATAGTCTGACAATAACTGTG CAAATTAAGGATTAGGTTGAGTATACGGCACGCCTTCTAATATTAAAGTA ATGTTGTCCCTGCTTATTAATTTTTAATCAACTTTTCTAATTAAATCCTT TTCGCACTAGGAAAAGGAAGATTAAAAGCTCACCGCAGACTTAATACCTC AATAATATAAAATCAACACTGCAACGAGGATTTTGAAAAAAGAAGAAAAT ACTTTTTGGCATAACTGTGAAAAAATACAAGTTTCCCAACCAATGCTGTT TTTTACAGAAAGGTGTTATTATCATCCTAATCCTCATTAAAGACAAAAGT ACTCACCACGGAGGAGTGCAGCCAACATCCAAATAAGGAACATAACTAAA AACTCTATTCTTTGTCATGTTTAATCCAGATATTGTAACCCATGCAATCA TTTAATGAAGATGGCAACACCCCTTTAAGTGTGTCCTCTTTTGATGTTTT TAATATCCACAAAGGATTTCCCCTATAAAAGGAGCTGCCTTTTTAATATA TCAGATCAAGATTTCTTGCCTTAGAGTGAAGAACTTGAAGTCGAAATGAA GAGTTTACTTATCATTGGTGCTATCCTTTTAGCCGTAGCTTCTACAGAAG GACG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_039307XLOC_039307Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00062743-exon-scaffold_371-1575043694:380590..380758TCONS_00062743-exon-scaffold_371-1575043694:380590..380758Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:377598..377771TCONS_00062743-exon-scaffold_371-1575043694:377598..377771Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:377121..377190TCONS_00062743-exon-scaffold_371-1575043694:377121..377190Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:375991..376991TCONS_00062743-exon-scaffold_371-1575043694:375991..376991Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:373644..373838TCONS_00062743-exon-scaffold_371-1575043694:373644..373838Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:373292..373406TCONS_00062743-exon-scaffold_371-1575043694:373292..373406Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:373052..373118TCONS_00062743-exon-scaffold_371-1575043694:373052..373118Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:372741..372865TCONS_00062743-exon-scaffold_371-1575043694:372741..372865Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:372344..372494TCONS_00062743-exon-scaffold_371-1575043694:372344..372494Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:371735..371999TCONS_00062743-exon-scaffold_371-1575043694:371735..371999Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:371349..371469TCONS_00062743-exon-scaffold_371-1575043694:371349..371469Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:371096..371183TCONS_00062743-exon-scaffold_371-1575043694:371096..371183Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:370616..370754TCONS_00062743-exon-scaffold_371-1575043694:370616..370754Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:369124..369303TCONS_00062743-exon-scaffold_371-1575043694:369124..369303Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:367208..368869TCONS_00062743-exon-scaffold_371-1575043694:367208..368869Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:366630..366842TCONS_00062743-exon-scaffold_371-1575043694:366630..366842Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:366302..366443TCONS_00062743-exon-scaffold_371-1575043694:366302..366443Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:364389..365057TCONS_00062743-exon-scaffold_371-1575043694:364389..365057Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1575043694:361305..361326TCONS_00062743-exon-scaffold_371-1575043694:361305..361326Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:380590..380758TCONS_00062743-exon-scaffold_371-1510915933:380590..380758Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:377598..377771TCONS_00062743-exon-scaffold_371-1510915933:377598..377771Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:377121..377190TCONS_00062743-exon-scaffold_371-1510915933:377121..377190Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:375991..376991TCONS_00062743-exon-scaffold_371-1510915933:375991..376991Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:373644..373838TCONS_00062743-exon-scaffold_371-1510915933:373644..373838Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:373292..373406TCONS_00062743-exon-scaffold_371-1510915933:373292..373406Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:373052..373118TCONS_00062743-exon-scaffold_371-1510915933:373052..373118Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:372741..372865TCONS_00062743-exon-scaffold_371-1510915933:372741..372865Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:372344..372494TCONS_00062743-exon-scaffold_371-1510915933:372344..372494Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:371735..371999TCONS_00062743-exon-scaffold_371-1510915933:371735..371999Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:371349..371469TCONS_00062743-exon-scaffold_371-1510915933:371349..371469Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:371096..371183TCONS_00062743-exon-scaffold_371-1510915933:371096..371183Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:370616..370754TCONS_00062743-exon-scaffold_371-1510915933:370616..370754Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:369124..369303TCONS_00062743-exon-scaffold_371-1510915933:369124..369303Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:367208..368869TCONS_00062743-exon-scaffold_371-1510915933:367208..368869Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:366630..366842TCONS_00062743-exon-scaffold_371-1510915933:366630..366842Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:366302..366443TCONS_00062743-exon-scaffold_371-1510915933:366302..366443Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:364389..365057TCONS_00062743-exon-scaffold_371-1510915933:364389..365057Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1510915933:361305..361326TCONS_00062743-exon-scaffold_371-1510915933:361305..361326Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:380590..380758TCONS_00062743-exon-scaffold_371-1491911889:380590..380758Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:377598..377771TCONS_00062743-exon-scaffold_371-1491911889:377598..377771Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:377121..377190TCONS_00062743-exon-scaffold_371-1491911889:377121..377190Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:375991..376991TCONS_00062743-exon-scaffold_371-1491911889:375991..376991Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:373644..373838TCONS_00062743-exon-scaffold_371-1491911889:373644..373838Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:373292..373406TCONS_00062743-exon-scaffold_371-1491911889:373292..373406Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:373052..373118TCONS_00062743-exon-scaffold_371-1491911889:373052..373118Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:372741..372865TCONS_00062743-exon-scaffold_371-1491911889:372741..372865Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:372344..372494TCONS_00062743-exon-scaffold_371-1491911889:372344..372494Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:371735..371999TCONS_00062743-exon-scaffold_371-1491911889:371735..371999Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:371349..371469TCONS_00062743-exon-scaffold_371-1491911889:371349..371469Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:371096..371183TCONS_00062743-exon-scaffold_371-1491911889:371096..371183Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:370616..370754TCONS_00062743-exon-scaffold_371-1491911889:370616..370754Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:369124..369303TCONS_00062743-exon-scaffold_371-1491911889:369124..369303Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:367208..368869TCONS_00062743-exon-scaffold_371-1491911889:367208..368869Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:366630..366842TCONS_00062743-exon-scaffold_371-1491911889:366630..366842Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:366302..366443TCONS_00062743-exon-scaffold_371-1491911889:366302..366443Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:364389..365057TCONS_00062743-exon-scaffold_371-1491911889:364389..365057Clytia hemisphaericaexon
TCONS_00062743-exon-scaffold_371-1491911889:361305..361326TCONS_00062743-exon-scaffold_371-1491911889:361305..361326Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_371supercontigscaffold_371:361305..380758 -
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 0 0 0 0 0 0 0 0 4.4532e-09 2.78296e-10 0 4.97574e-10 0 6.64979e-11 2.11762e-08 0 1.31198e-10 4.32814e-06 2.19252e-08 0 0 0 0 0 0 5.62119e-09 0 0 1.55949e-10
Blast
BLAST of TCONS_00062743 vs. Swiss-Prot (Human)
Match: KDM5A (Lysine-specific demethylase 5A OS=Homo sapiens GN=KDM5A PE=1 SV=3)

HSP 1 Score: 917.146 bits (2369), Expect = 0.000e+0
Identity = 460/973 (47.28%), Postives = 642/973 (65.98%), Query Frame = 2
Query:    5 AEGGFEDVTRLRRWTRVAALMNYT-APATSGILRRHYEKILYPYDIFMSG-AMIGGDTPTEKSTTPMSKQEMKQMKNDPEYKPNGDDDVMETSSIHTRLSRNKQLEDEGIEEDCKIDYTKNPELRKLQFSAPGPKITG------------RRNKKVSDKYNAKDYETNLQKGGKNVNRFNFHSFIDDYKCRVCENGDDEDCMLLCDQCDASYHTFCLIPPLAGIPPGDWRCPKCVAKECNKPLETYGFEQAKKIYTLEDFSEMADKFKEDYFSMPPTEVPVRVVEKEFWKLVSSIDHDISVEYAADLHTADHGSGFPT-EKNSGVFSDTSEYIXXXXXXXXXXXXEKSVLKYITQDISGMKVPWIYVGMCFSSFCWHTEDHWSYSINFHHWGEPKTWYGVPQSEAERLESCVKEIAPELFERNPDLFHHLVTLCSPMTLMKHGVPVFRTNQYPGEFVVTFPRAYHAGFNTGYNCAEAVNFCPAEWLPSGQECVKHYQKMRRVTVFSHDELLFKMASIPDALELDLAKKLYDCMRDVVDAEIDARHRMSRLGIMDKQREAYELINDDERQCDYCKTTIFLSGVACACDKKRLTCLNHWDKPCGCGSSKKYIRFRYTLRELPKILADLKKRADSFDNWEIAVHKVLSKTDATKIEFTALKDYITEAEESQFPECELLDQLRVYVSEAEQCSQVANQLLTKKHKTRKT-STGPTPSSPRLTLNELRDFVNQIDNLPCIIKEAAAIDKLMAQVESFRYDAKLVLNSDDYNEKKVLELLEHAETMDVDLPEINDLRLDLKASKWLESIDEILNQEDPISLDVIRSCVDQGIGLRKKQASEKPLSRLKELLYAADRWEEKAKLCLQAKPRHMVGTLEVIVQEASKVKIILPNVSALKDALFKAKDWTSKVERVHNDQYYPYYDILEALVVKGRPIPVRLEQLPQMESQVAAARAWKDRTSRTFVKKASNKLLMELLQPR 2875
            ++GGFE VT+ ++W++V + + Y     T  +L+ HYE+ILYPY++F SG +++G   P   +     K E + +  D +  P     +   + +  R  R K   + G       D ++N EL+KLQ    GPK+ G             R +KV+++ +A + +   +KG  +VN      F+D Y C  C  G++ED +LLCD CD SYHTFCLIPPL  +P GDWRCPKCVA+EC+KP E +GFEQA + YTL+ F EMAD FK DYF+MP   VP  +VEKEFW+LVSSI+ D+ VEY AD+ + D GSGFP  +    +  +  EY  S WNLNN P  E+SVL +I  DISGMKVPW+YVGMCFSSFCWH EDHWSYSIN+ HWGEPKTWYGVP   AE+LE  ++E+APELFE  PDL H LVT+ +P  LM+HGVPV+RTNQ  GEFVVTFPRAYH+GFN GYN AEAVNFC A+WLP G++CV HY+++RR  VFSH+EL+FKMA+ P+ L++ LA  +   +  + + E   R  + ++G++  + E +EL+ DDERQC  C+TT FLS + C+C+ +RL CL H    C C   KK +R+RY L +LP +L  +K RA S+D W   V + LS     K +   L+  + +AE+ ++PE +L  +LR  V EAE C+ VA  LL+KK K R++  +G T +  +LT+ EL+ FV Q+ +LPC+I +A  +  L+  VE F   A+  +  +  +  K+  L++   ++ V+LPE+  L+ +L+ ++WL+ +   L+    ++LDV++  +D G+GL    A EK ++ L+ELL  ++RWEEKAK+CLQA+PRH V +LE IV EA  +   LPNV +LK+AL KA++WT+KVE + +   Y Y + LE+L  KGRPIPVRLE LPQ+ESQVAAARAW++RT RTF+KK S+  L+++L PR
Sbjct:  126 SKGGFEMVTKEKKWSKVGSRLGYLPGKGTGSLLKSHYERILYPYELFQSGVSLMGVQMP---NLDLKEKVEPEVLSTDTQTSPEPGTRM---NILPKRTRRVKTQSESG-------DVSRNTELKKLQIFGAGPKVVGLAMGTKDKEDEVTRRRKVTNRSDAFNMQMRQRKGTLSVN------FVDLYVCMFCGRGNNEDKLLLCDGCDDSYHTFCLIPPLPDVPKGDWRCPKCVAEECSKPREAFGFEQAVREYTLQSFGEMADNFKSDYFNMPVHMVPTELVEKEFWRLVSSIEEDVIVEYGADISSKDFGSGFPVKDGRRKILPEEEEYALSGWNLNNMPVLEQSVLAHINVDISGMKVPWLYVGMCFSSFCWHIEDHWSYSINYLHWGEPKTWYGVPSHAAEQLEEVMRELAPELFESQPDLLHQLVTIMNPNVLMEHGVPVYRTNQCAGEFVVTFPRAYHSGFNQGYNFAEAVNFCTADWLPIGRQCVNHYRRLRRHCVFSHEELIFKMAADPECLDVGLAAMVCKELTLMTEEETRLRESVVQMGVLMSEEEVFELVPDDERQCSACRTTCFLSALTCSCNPERLVCLYHPTDLCPCPMQKKCLRYRYPLEDLPSLLYGVKVRAQSYDTWVSRVTEALSANFNHKKDLIELRVMLEDAEDRKYPENDLFRKLRDAVKEAETCASVAQLLLSKKQKHRQSPDSGRTRT--KLTVEELKAFVQQLFSLPCVISQARQVKNLLDDVEEFHERAQEAMMDETPDSSKLQMLIDMGSSLYVELPELPRLKQELQQARWLDEVRLTLSDPQQVTLDVMKKLIDSGVGLAPHHAVEKAMAELQELLTVSERWEEKAKVCLQARPRHSVASLESIVNEAKNIPAFLPNVLSLKEALQKAREWTAKVEAIQSGSNYAYLEQLESLSAKGRPIPVRLEALPQVESQVAAARAWRERTGRTFLKKNSSHTLLQVLSPR 1077          

HSP 2 Score: 149.443 bits (376), Expect = 9.740e-36
Identity = 87/195 (44.62%), Postives = 119/195 (61.03%), Query Frame = 2
Query: 3182 DPLTVAQNLKDDEVIELAAMKELREKN--KQKLVEENIEGPYCLCRKGIDGFMIRCNLCFNWYHTSCICPPKTVYGKPIGKGYNSWTATREVHYLCTQCCRSRRPRLDNILQLLMSLQKLPVRVPEGEALQFLTERAMNWQDRAKQALSNPEISRIITE------------AKAQVEKILAEKQLLSSANTNHNG 3724
            D   V    K+ E  E+ AM  LR  N  K  +V+   E  +C+CRK   GFM++C LC +W+H SC+  PK+   K      +SW A +EV +LC  C RSRRPRL+ IL LL+SLQKLPVR+PEGEALQ LTERAM+WQDRA+QAL+  E+S  + +            A+ + EKI++ +   ++AN +  G
Sbjct: 1122 DTAMVVAVFKEREQKEIEAMHSLRAANLAKMTMVDRIEEVKFCICRKTASGFMLQCELCKDWFHNSCVPLPKSSSQK----KGSSWQA-KEVKFLCPLCMRSRRPRLETILSLLVSLQKLPVRLPEGEALQCLTERAMSWQDRARQALATDELSSALAKLSVLSQRMVEQAAREKTEKIISAELQKAAANPDLQG 1311          
The following BLAST results are available for this feature:
BLAST of TCONS_00062743 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
KDM5A9.740e-3647.28Lysine-specific demethylase 5A OS=Homo sapiens GN=... [more]
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