TCONS_00053828 (transcript) - C. hemisphaerica

Overview
NameTCONS_00053828
Unique NameTCONS_00053828
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2607

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00053828 ID=TCONS_00053828|Name=TCONS_00053828|organism=Clytia hemisphaerica|type=transcript|length=2607bp
CAGCATTCAGTTGCGCtctcagaatttcaaaaatcaagaaattgtGGTCA
AGATTTTTGTACTGTCAACAAATCAGTGTGTAAATATATTGATTATTTAT
TTATATAATGTTTCTTAATTTCATTCATTGATATTTAACAATAGAAGTAT
TACTGAGCTGGAAGAAATTCGGATTGATAAATTTACTCACGGAACACACA
CCAGGAAATCAAGATTCAAGATTTGCAGCATCAACTGTTTCCAACTGTCA
ACCCGTGCTCTGGCTGGGGCTTGTCACTGGACTGCACTGGATTCCCtgaa
attctttttatttaacATTGCACCAATACCAAGATTATACTCATAGATTG
ATTCAAAAGTTGGATGGTAGAGTGTTTAGAAGTGATTAAGTAAGATGGTT
TTGGAATGAATTCATATTCCAATAAACTCCAAAATGAACGGGGATGCAAA
TGGAAAACCGTTGAAGCAAACCAGCTCTTTGGTCAAAGGAAGAATGCAAG
TTTCATTGTTAGACGATACTGTTGTAGCATTtgatgttgagCAACGATCA
AAGGGCCATGAGCTGTATGCAAAAGTTAATAAGCATTTGAATCTTGATGA
ACCCGAATTCTTTGGCTTACTTTTTCAAGATGAACATGAAAATCAGACGT
GGCTGGATCATATGAAACCCATTAGTAAGCAAGTCAAAGACCCAACCAAA
ATAACATTCAAGTTCCGAGTGCGGTTTTACACCCCTGATCCAAATTCATT
ACAAGAGTATACAAGataTTTATTTACACTACAAGTACGGAGGGATCTTC
TGGATGGCAGGTTATATTGTGTTGAAGATACAGGAGCTCTACTGGCGTCT
TATATTGTGCAAGgtGAATTAGGGGATTATGACCCATTAAACCATAAGGA
AGGCTATCTGGCTGGGTTCCAATTTGTTCCAAACCAGACCAAAGATATCG
AAGAAAAGATAGTGAGCTATCATCGGTCTCATAGGGGGGAGAGTCCAGCA
GAATCGGATCACAATATGTTAGAAATTGCCCGCAAAATTGAAATGTATGG
TATAACACTTTATCCAGCGCAAGATTCTGATGGCGTCAAATTAAACTTAG
CTGTATATCACAGTGGAATATTGGTTTTCCAAGACAGGAATAGGGTCATC
AATAATTTTTCATGggcaaacattcgcaaagtgactttcaagaaaaaaag
attcctgATTAAACTACACAAAGGGACCAATGAAGAAAATGACACACTAT
TGTTCAACTTATGCAGTCGAGCAGGCGCAAAATCTTTTTGGAAAGTCTGT
ATCAATCATCACGTGTTTTTCAGatATAACAAAGCACCCAGGCTAAAGAA
GAAATCTTCTTTCAAACGAGGATCTAGATACAGATACAGTGGCCGTACTA
AAAAGGAAATTTCTGAAGAAGCTTCCAACAAATTTCAAGCAAGTTCGGTC
GACCCTGGAAGTGACAGGGGACACGCCAGGCTATCTGGTACATACAATTT
CCCGGAAACACCATCCAGTCATGCGGTCTCTTCTTCTGCAAGCTTCAATC
GTCAAGTATCTGAAGACCAAGGAAGTTACTCTATCGGTGGTGAAGCTTAT
TCGCCAGAACCGATCAGGCATGAAATCACAACCCCGCTACCGACTTATCA
GTCAACTATAGAACCCAGTCCACCCACGCAACACACAGTAATTACTATGC
AACACCAAGAAACGTTAGACACGGATAGTTGCCATGGTGAAGCGGGCCTG
GTGCCGCCATCTTATGAAGACGTAGTTAACACAACAACCATAGAGAACGA
TGCTGGTGACAGTGATAAATATTCAGTTCATGAGGTTGAACAAGAGACAG
AGATGGAATCAACTCCACCAATAACGTCATCGATAGATTATCAGGTTGAA
ACAGATCTTCCAGAAGCGGATTTACCACAAGCATCATCATCTGAACCGCC
CACACCGCCCTCCACCAACGGATTTTCCCTTACAAACGGTCATGCAGAAG
GCGACGATTTGTCACTAGATGCTACTATCAATATCACAAGCACTGATGAA
GGTGGTTTAGGGGACGAGATGGAATCAATGTTCAataaattgacgtcaga
atACGGCTCAAAAAATACGAGTTGGAAGTACGATTTATCGCCCCTCTCTT
CGCCGTCAGCCAATCGAAACACGTCATTTGATCACGAGGACAGTAAAATA
GAAGCTGATAAACACCATTCAACGCTAGCACCTGAAGCTGATGCGGATTC
AGAAGTGCAACTCAGAGAACAAGTAAAAGATCTTGATCTACAGTAACCTC
CGATATCCCGAATATTGTACAGAAACTATAGACTAACAAACGCAAGCTCA
TATCCGAGATATCATTTCATCGATCTTAACTTAAATTACGTGCTAACAAT
TACTACACACTAGACGGTAACGGACTAGACTGGACAGAACGACTTTTATG
ACGGCTTAACGAATATACAGGACAGACGAACTATTATCAATAACCACCAT
CAATCTAACCTTGTCTTCGCCACATTTTTTACGGTAAACACCGCGAAAGG
CGTCATCTATAATGAAGTATATACGAAAGCTCGAAGTGAATTTTCACCCT
TTgccag
Run BLAST on NCBI

transcript from alignment at scaffold_234:77620..101927-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00053828 ID=TCONS_00053828|Name=TCONS_00053828|organism=Clytia hemisphaerica|type=transcript|length=24308bp|location=Sequence derived from alignment at scaffold_234:77620..101927- (Clytia hemisphaerica)
CAGCATTCAGTTGCGCTCTCAGAATTTCAAAAATCAAGAAATTGTGGTCA AGATTTTTGTACTGTCAACAAATCAGTGTGTAAATATATTGATTATTTAT TTATATAATGTTTCTTAATTTCATTCATTGATATTTAACAATAGAAGTAT TACTGAGCTGGAAGAAATTCGGATTGATAAATTTACTCACGGAACACACA CCAGGAAATCAAGATTCAAGATTTGCAGCATCAACTGTTTCCAACTGTCA ACCCGTGCTCTGGCTGGGGCTTGTCACTGGACTGCACTGGATTCCCTGAA ATTCTTTTTATTTAACATTGCACCAATACCAAGATTATACTCATAGATTG ATTCAAAAGTTGGATGGTAGAGTGTTTAGAAGTGATTAAGTAAGATGGTT TTGGAATGAATTCATATTCCAATAAACTCCAAAATGAACGGGGATGCAAA TGGAAAACCGTTGAAGCAAACCAGCTCTTTGGTCAAAGGAAGAATGCAAG TTTCATTGTTAGACGATACTGTTGTAGCATTTGATGTTGAGGTAAATTTA TTGTGGACTAGCTCCTCTAATTGCATCAAAATCCATTTCTACACTCCAGA CGTCCGCGCTCGATAGGATCGATCATCGGAACAGCTCGATGATGGATCGA TATGTGATCGATGGATTACTTAACGATCAGTCAGGCACATCCTGGCAAAT GAACGGGGTGAGCATTTGCATGGGGTATTCGTCATCCAGTGTAAATGAGA TAGGACGTCTCAGGCTGGCTAAAAGCGTGAAAATGAATAAAAATGAACTT CAAACTGAAAAAGGGAAAAAAGGAAGAAAACTGGGAACTTTATTTGTTCA TTAAAAGTTTGTTCAATCTTCGAAGACAAAATTGACCCATGGAAAAAAAA TTTCATCTATGCAGTTCTTTGACATGAAGCAAAATATTTCCAACCCGGTT CAATTAAACTGGGTATTCGGCGCTATTACGTCACTTTCGTTTTCGACCCC GTTCATTTGCCAATGGTCGCAAGTGAAAAATACCCCGTTCATTTGCCAGG ATGTGCCTGACTGACGATCCGGATATGAGATCGATAGAGGATCGATACTC AAGATTTTTTTAAGCTTATGATTAGTTATCGATCTATCATCGATCTTTTA TCGATGTTATCGACCCTATCGACTCATACTCGATTTACGATCGATAACAA ATCGATTAACGATCGATAACAAATCGATTAACGATCGATGACGAATCGAT TAACGATCGATGACGAACCGATATACTCGATTGAAATACTAGCTCGATAA TGGATCAACGAAGGATCGATACTCAAGACGTTTTAATGGCTGAATCTTCC ATCGATCTCCCATCCGGATCGTTAAGTAATCCATCGATCACAATAGACCT TTTCGCCTTTCCGTCCGCCATCTTGAATTGTATGCAAAAATACAGGCACG AAAATGCCGTGGTTGGATTTAGTTGGAATGTATGCAAAACATATTCAAGT TTACACAAAGATTAAAAAGACAACAAAGCATCTTATAAATAAATATTATA ATCATTAGAACAATAAAAGATGGAATTTCTTAATCCAAAAGGAAATATTT ACAGAACAACAAAAGCCTTTTAGGAATAGACCTTTTTTCAAAGAGGCCAC CCTGTTGAATAATCATGTAGTCCAGTAGAAAAACAATGATAAAACCATGC ATAATTATTACAATATGCATGATACAGTAATTATGCATGGCTCTATCATT GTTTTTATGGCTGGACTATATAATTATTCAACAGGACGTCCTCTTTGAAA AAAGGTCTATTTGTTCTTAAAGACATTGCATATTCTGTTTTCATGCCATA AAAAAATTCCACGAAGATGGAGTACACACATCAAACTTTCAAAACACGCA AATTGAAAGCAGTAATTATGACGTCACACTTTCTCAATGTTTTGATTTGA TCATTTGGCAGCTCTATTCCCAGGAGAATAATTTGCCGTCAGCCGAATAA GGATTGTTTTTTACCTTCGCGGGTGATTTTTCAGTTTGAGTTTCTGTCTA ATGTTATGGTCTTTTGAAGTGCTTATTCAAAGAGATGAGTGAATATAATT GTTTTTAGTTTTCAAGAGAAGCAAATTTAATCTTTCCTCTACAAGATTAC ACTTTAATATAATGCCAATTATGCATGTAAGTTTTATATCAATACTTTCT TTTTCCATATGTTTTCCATACTTTCTAAGGGAATTTCACCATGGCAATTC GGCCACCATAATTTTTGCATACAATTCAATATGGCGGATGGAAAGGCGAA AAGGTCTATATCGATCCGTCATCAAGCCGTTCCGATAATCGATCCTATCG AGCGCGGACGTCTGGCTACACTACACACAACCCCACTATGAGCAGTTCAA ACTTTTTCGGGTCATGTTTGGGCCAAAAATAGCAGAACATTTTTTCAGCC CAAACAAACATCTGTTATTCGGGCCATAATATTTACCGTCAACTGCTCTA ACTTGGGACAATTGGTTGAAACATAGGACTAATTTTCACTTACTGTTAAA TATCTTTGACGATGAATTTGTTTTGATAACTCCTCCAAGTTTATCAATCA TACTTTCTTTCATAACATGTCACGATAACTTTCACTAATAGCGGGCCCTT TTTAACTTTTTTGTTTTCAATCAAAATGACCGGACGCTGATTGGAGAATT ACAGAACGCCCGCCCAATGGGATTAATAAATAACTAGTGTGTAAACTTGC CGTGCAAGTGACATCAAGCGCTCCATAGTTTTGCCACTAATTTGTTCTTC TTCGTTCCAGAGACTCGCGTGTGTTCCACTACAGATTTTTTTATATCTCG ATTTAAAAGCCTTCTCGGTGCAAAAGAGAAACCGTGTATTTTTTAATACG CCGTTCATTAAACTCAAATCAAATTACTATGGATGTTCAGTGAAATGGTG GCCGAATTGCCGCCCCATGTTTTGTCATAGTCCCAAGCTAGAGTAGTTGA CGGTAGGATTTTTAACTCTGAAAACCTGGCTCAAACATGCCCAAACATTT GGGGACCAGTTTGGGTCATGTTCTTCTCAGGCAGTCTAAGCTTAAACTCC TATATAAGGATTAGAGACTAGGCTAGTCTTACCTCTTTTATTTTATCCTT TACAACAATACAATTCTCACACAACAAATTGACAAGTAATCCCTGTGAGA GAAGTTTATATCGAAATCTGCAACAAAAACAAAAGTGGTCTCTTAGCTAC TGATTGCTTCCTGGCGCTCCTTCACAGCTGTTTATCAAATTTCCACCAAT GAGATTGCCGCATTTCACACAGCCCTTCTTTTTGGCACCTGTGGCCTCTC AGTACCTTGCACGATGGGCGGCTGTAAAATCCCACCCTTCATATATTGTC CCAATCCATGATCCTATAGCTTCTTTCTCATCTTCAATTTACTGAAAGAA AGCGGGAGTTTGATGTGAGAGTTAGATTGTCAACAAAGTGCCGTAAAGAA TCATTGAATAAAAGAACTTTAAAAAATCTTAGATATTTTCATTTTGAAGA ATTGGTGCAAAAAAGTGAAACAATTTTCATTTTTTATTGGTTCAATCGCA ATAGGGGATTTGGAAAACTTTCTATTTTGGTTTTTTGCACAAACCCCTGT AACTAGAGAGGAGTAAAAAATAAGTTCTTTTGTATTTTTCCTTTTTTTTG TGCAAAAGTTCCAGAAATGAAAATAAAGGGATATGATGATTAAAAATACT ATCCACTGATGATCCATGGCACTATTGTACCAAGCATTCTCAGCTCAATC CTCAGACTACAGGCTAAAATGGTAGACTTAGATGATAAAATTGATAAAAA GAACCCAGCCAAACTCAAAAACTAATTTGAAGAACAACTTCCCAAGAAAA AGATCTACGGGTAAGAACCACCTAACGGTCAAAGGATGATGATGATGATG AAGAACCACCTAGATCCGCGCACTGCTGGATAGGCTACTTCCCGGAAATT TTGTCGGAGCTCATACACCAACCCGTTTACATGTGCGAAATTATTTTTAA TTTAATGTAATCAAAGCCTCACAATCGAGGCACTATCTTGGGAATTGAAT AACAAATTTTGGTTGGTTTGTAAGCTGGATACTGCACATTAGTAATTGGC CATTATGTTTTGTTTCAAGCTTTTGACTTTTACTTAATTGTCTTGGGATC TTCAACTTGATTCAGGTAACTCTCACACTTGTTGTTTCAAATACATCCTG TAGATGACTGATGTTGTTATTTCTGAAACCTTGATTTCCTAGTGTGACTA ACTGTCATTGACTATCAAACAAAGGATTTTCTGTCAAGGAGCCTTGTAAA CATTCCAACAACCTCAATCGAAATGATTTCCCGCAGCTAAGTTTAACCAT TTTAGCGCGGTTTGAGGATTGAGACAAGAACACTCGCAGAATGTCCACGA GCTCCCGCACGGGTGAAAAACTTTAATCTGTCAATCATTTGAAAAGAGTG GATAGTGGATCATCAGTGGATTGAGTGGATAGTATTCAATTTTTAATATC CCTTTATTTTCATTTTTGGAACTTTTGCAAAAAAAGGAAGAAAAAAATTT TTACTGCTCTATTCACATACTGAATTTGAAAGATCTTCTATGTAGCAAAC TTCAAAAAACTGATTTTTGTCTCGCTTTTGCAGGACTTTAGCTTAAGTGG TTGCCTGCAGCATTGGGTTCAAAGTCCAAATTTGCATTTTTGTAGAAAAT CTTATAACCACAAACGATTTGGAAGCACTCTGAATTAGGTTGGAAGGGTA GAGTTTTAACTTTGAGTTTTAGCGCTAGACTTATTTAGACTTATGATCTT GGGATCTCAGGATCCAAAAGTTCAAGAATGGTCCAATAGGGCTTACAGTA TAGCCTGGATATCTATAAACCCCTCCCGAATTGAAATACTCCAATAAATT AATCAAATAGCCCAAAAGCGACTTTCTCATCCCAACTTTAAATTGCTAAA AACAAGGAATAACCAAAGTTTTCTATATATTTTTACCAAGGTTGTATATC GGTTGCTAGTCCCAAACCTGATTAAACATTGACAATTAACGTAACAAACC AATCAAATACATTCAAACAAAATCTAATATAATCCAACTTAATTGAATCC CAATCAGATTTGAAAATGAAGGCAATATTCGCTTGAGATTCTATTCATCA ATCGAATTTCAACCAGTCAATTTGAGTCAACTGGTTCTAGCATTGTTTTT GTTGTTTTCGTTCGATTGAGAAGTCTTAGAAATCTTTTGATTTTGCACTT GACTTTCTGAGGTTGGGCAATTACAATAATCACCGGCATGCAATCGTGAG CCAGCGTGAGCTTATAATCTCACCCTGATTCCGTTTTTTTCAAAATCAGG CACATGCATGGTCAAATGGGCAATAGCTTTTTGTGGCATCATTTTTTAAT GTTGAGTTAGATAGTCTAAGGATCGAAAATTGAAAAGCAAATGAAATTTT TCAAAATAACAGACCTAGCTCTTCTTTAGTTTGTGCAGCCTGAAAGAAGA GATTTATCCAGGACAGTACGCAAATAACAAGGATGTTCTCATTTGAAGTT ATCTTTTTCACAGTTTGTATAATTCTTCAAATCTTTGGCTAGGAAGTTAA ACAATTTTGGTCCCTGCATACAAATGGATGTATAAACTTTGCATTGAAAG GGGCTTCTTTTTATCTGGTAGTGAAACAATTCCCTTCCTTTTTTCTCCTT GAATAGTGAAAGATGCTCCTAGTCACTGTTTCATAATCAATTGAAATATT ATAATTGCTAAGCCTTCTAGCATGCTCCAAGCATAAATGATAATGTATTT CCCCTCCTACCTCCTACCACCACCTAGCTCTTCAGTCTTTTCCAGTAACC CAATGGTTAATGACTTCACAGTGTTGTCATCATCTCTTATTTCTGGATTT GAAAGTTCTTAAGACCAAGCCTGTGAAAGTGTGTCGCTTTCTTGATCATA CCATTGATATGCTACTTGAAGTTGGTATCATCTGTTAACATGATTCTTCT TTGTTTATTTTTTAATGTTCAGTAAACTATTGTTAGGAGCCATCTGTTTG TCACAATGAATGTGTTCAAATTTCTGCTCATTCAACATTATGTTGTTATC TAAGGCCTATAGCCACAATTTAAATCTTCTTTAAGTTTGAAGGTGTCTGG ATGGTCTTTTTCATTCTTGTGTCATATATGCAAAACTTGACAGTCTTGAA TGCTGTTCATGCTCATTCAATTTCACCTGGAACTCATTTGTATCTATTTC AGTTTGAACTCATCTTGTTCAATGAGCTAATTCAAACATATAACCAATGT ACGATAGTCTGTGAAGTGCCCGATAGACAACATTAGACATTGCACGTGCA AATACTCTATAAGCTAATAATGATATCCATAATTGCTTGAAAGTTTTAAA CCCTTTATGAGTTTAAGCATGGGTTAATTTTTTGCATGGGTGTTCTTTTT GAATATTACTTATTATTATTATTATTATTATTATTGTTATAATATTGCAG TTTCTTAATACTTTGAAGAATGAAAACAATTTCAGATAAATCTTCTCAAT TTTGAAGGTACCTTGAGGGTACAAATTTTAGCAGGGATTATATTTTGCAA ATTTTTGCAAATTTCACCTTACTCGCGAAATATAATGCCTCGCAAAAATT TTCAAACACTCATCTCTCGCTAAATTCGCAAAATTAAATCCTCGCGAAAA TTAAGTTTTTTACACTAAAAATTCTTTCAGGTAAGAAACTCTCTTAAACG AGTCTCCATTACTCAAATGTCCCTGTAATTCCAATAAATTATCATTCCTC GTAGCCGTTCGAGTTATGGACACTCTATTGTACACATAAAATCTCGTAAT CAAACTAACGAAAAATGTGAAAATCTGAAAAAATTCGCCAATTCGCAAAT TTACAAAAAAAATTTACAGTCGAAGTTAGTCGCGGAAATAAGTCCCGCAA AAATTTGTACCCCNCGAATCCTGCGGAAGCGTGTCGCTTTCTTGATCAAA CCATTGCACTTACCCTTAAGGTATTTAGGGACATGTCATTTTACTCAGTA GTACTCTGTACTTTGAATATAGGATGGGTTTGACACCATTTTGTCTTGTC AGCATGAGGGTTTTCGGTCAACTAATTCAAAGTCTTTTATCTTGTAGCAA CGATCAAAGGGCCATGAGCTGTATGCAAAAGTTAATAAGCATTTGAATCT TGATGAACCCGAATTCTTTGGCTTACTTTTTCAAGATGAACATGAAAATC AGGTAATTTTTACATCAATCTTTTCATTTTAATCTTTTTTAAAGTGGGTT TTGTTTGTTTTTTTATGTGACTCAGAATATTTACCCTGATTGTTCATCTG AACAGTTCTGAGACTGATGCATTGGACTTCTTCTTTCTAGACGTGGCTGG ATCATATGAAACCCATTAGTAAGCAAGTCAAAGGTAAAAACTTTCCTCTT TCTGTCTCCTTTCTTTTTTTTTTTGCCAATAATTTCTTTTGTTTTCTCGA ATTCAACTTCTCTTTAAAAATTTAGTATTTTTAGGTCATTCAGGGATTTG TCTTTCTCGAACTTTCTGTCAAAAGCTGTGTTGTAATAATGTCTTATAAA ATGAAGATTTAAAAGAATCATGCTTGTTTCCAAAGAATACAGTTTTATTA AGTTCCCATTTAAATTTCATTTATTATCTTTTCTTTAACTTAGACCCAAC CAAAATAACATTCAAGTTCCGAGTGCGGTTTTACACCCCTGATCCAAATT CATTACAAGAGTATACAAGGTTTGTTGAACACCCCCACACAGACCCAATA GAGCCTGGGGGTCACCTCACTTGAAAGTGCCCTTTGATTTTATGGTACTC CAAAACCACCCCACTCCCCATTGTTCTCAAGCTAGAAATATATTTTTTAT TACCTTGAAACTAGGGCAGAAGATATACAAAATCATTCACGAAATAGTTA TCTTTGTTTGGTTATCTATGGGACTAACAGCAAAGATAGTACTCTACAGT CCTGATTAAAAGGGAACCCCATTCTTATTAGGACCCCAGGACCCTCCCAT TTAATTATTTTTGAAAATATTTTTAGATATCGCAAGCTGAATTGCTCTAA ATATCCTGTTTTCAGCTTATGATTACATTATTTTGGTGTTTTTGGAGATA CCATTTTGGTCCCCTCTTTTTATTCAGAACTCCTCATTTAAAATTGGATT TTGAAAAAATTCCTGACCCCCCTTCTTATTGGAAACCTTCTTTCTATTCG GGACCTTAAAGAAATGAATTGTAAAATCATAAATTTTTCTTTACAAAATA GTTTAATTTTTCAAGCTAAAATAGAATCTACGGATTGTGGGGAAACTACT TATTATCACATCATATTATTTTGTTTTAGATATTTATTTACACTACAAGT ACGGAGGGATCTTCTGGATGGCAGGTATACAGTTGTGATGTTTTCTTTAA TAGTTTTATTGCTCAAAATTATCATCAGAAAATGATTTCTACGGAATTTC CGAAGAAATAGTTGGAATTAGTCATAATATTTTAATTCAATTTGATATAA TATCGATAATTTTCCCTCCCTTTTTGTAGGTTATATTGTGTTGAAGATAC AGGAGCTCTACTGGCGTCTTATATTGTGCAAGGTAGTAAAGTTCAATAAT CTTGATCAATAGTAGGGTGTTTGGCTTGAACGAATCAAATTTCAAATTTT TTGATCTATAAAAAATAATCCTGGAGGGAAGCCAGCTTAAAACGTCTCTG GACTTTTCTTTGTTAAAAACTACCCTTTGTAATTTGTTAAATGTCAGGTC GCTGGTTTGATATATTGTAGTGTATATACTATAGCTATACGTGAAAGATT TCTTTAAATTTTATGGTCTATGCTGAAAATAACAAGATTGCAGAGTGAAA ATGAAAAGAATACTGTTAATTGACCCTCTCAAACAAGCTGAAATACAAAA TTTCATCTTTTGCTTTATATATTTCATCTTTTTATTTTTTGATCGACCTT TTAGTTTAGTTTATAAAGTTTATTTTCTTTTTCTAGGTGAATTAGGGGAT TATGACCCATTAAACCATAAGGAAGGCTATCTGGCTGGGTTCCAATTTGT TCCAAACCAGGTTGGTAATATATTGTATCTTTTTAAATTACCCAATAAGG AAAGAGTATTATGACTAAAGTAGACAGTCCTGCTATGACACTTGAAGAGT TTCTTTTTAAGTTGTTAATAAGATAAACAATGATTGATTAATATGTTTAT GATAATTTTTGTCTGAAGAGAGAGAGAGAGAGAGAATGAGAAATTTTACA TGAAGTCAACACACTAAAAAAAAAAGAGAAAGCCTCACATAGGTTTTATA TTAGGGAGATAATAATGTTTTGATTAGCATAACACGGAACAGTCATTCAT CATAAGCTTAACATGGATACAGGATTCCTAAAATTGTTCTTTTTTTTGAC GACTAAAACAAACATGAAAACAGATTTTTTTTACTTTTTAAATGAAACCT GACCTTTAATTCGGATTTTCTTACAAGATTATTATCCAAAATTTACATAA TTGATTTGTATATTTGTGCAAGCTAGTTTATCTGAACGCAAACAAATCCA AAAAAAAAGCTGCCTTTTAAATGACATAGCACTGAGTTTTACTCATTTCA ATGACTTTTTTTTAATTGGATCAACTAAATCAGGATAAACTTCTATAGAA AAATATGTTCATTATCCAATTAGTACCGGCTTGAAAAGAATGTTCAGCAA AAAAGCTTAAAATTTCTTATACTGGAAATTAAGCTGCTTTCTATCTCATA AGACTTTTGCTCTAGCTTAAAAAACTTAAAGAAAAATAATTGTTCTATTA TGTGTATAATCTTACAACATTCCTTATGGCACTCGGATTAAATCAAATAG CAAATAGATATTCATGACTTGTAATCTTTTAATCATCTGTGCAGGTCTTG GTAATCAAGTAATCCCTGTTATCCATGAAATTGTCATTAAAATGTCAAAA TGGATAATTAATAATGATATAGACATCCCAAAACTCAATGAGAAAAATCT AAAGTTACAATAATCAGTCTTGCGATCTTTACGTCTGTAAATTTCTTACA TTAATGTCTTCCATACAGTTCCATATATAAATAAAGCCGTGGTGAAAGCA GAGACTTTTGCAATTTTAGAAATTCAGTCCAGGCTCCAGATTCACCTATG TTGTTGGTCGACATTTAACAATTTTTCTGATAATATTCACCAATAAAAAA GTAACGGTTATACTCCTCTCCTCGCCAAAGTCAACATGATGAATTCAAAA ACATGAAGGCACTTAATTTATTTGATATCTAAGCCTTCTAACCATCTGCT TTTGTCCGAAAAATAAATTCTTGATTTTTCTTTGTATTGCAAATCTCAAA TCTTTTTATGCACTCTAAGTTGCTTTTGACCAGAGCCTATTATATGACCA TATGATCGCTTCTTCTTCTAGAAAACTTATATGTATAACTGAGGAAGAAT CTCCTCAGTTTTATAGTTGAAAAATCTGGTTGTTTTTAGGTTATTATTAA GAGCTTGGTTCTATTAATTCTGTATTTATTATTTTATCCAGGTATTATAT CTAAGAGGGCCTAAAAGGTTTTTGTCAGCCGATCTTTCTGATACATATTG TTAGGCATTTGAAAAATAAACTGATTCATTTTTTTAGACCAAAGATATCG AAGAAAAGATAGTGAGCTATCATCGGTCTCATAGGTTTGTTAGACTTAAG TTTTTTTATTTAAAGAGGCTTTGTTAAACACATTATTATTTTTGTAATTT CAGGAATTCAGGACTGAAATTCTTACATTATTTTTGTTTAAAGATTGACT AAAATCTCATTCTGGTGTTTTTAAAATATCCTTATATTGAGCTCCTAACC TAAGAAATGTATAATTTGAAATTTTGTAGCAAAATGTCCATGTTCGTCTT TGAAATATTTTCAATAATCACATTTTGTTAAAATAAACCAAACAAATGAC TACTCTAATTACAGTGATTTAAAAAACAGAAAAACCTTCGCAAAGCATAG AAATTTTGAATCGCCAATAAAAATTATCCTATACATGAGAAATTTCAATC AGAATTCAATAGATGATATATGATCATCCATACTTCTTATAGAGAATAAA TTGTGTAAAAAAAATCACTTTTACCGAATCTAACTTTTAGGGGGGAGAGT CCAGCAGAATCGGATCACAATATGTTAGAAATTGCCCGCAAAATTGAAAT GTATGGTATAACACTTTATCCAGCGCAAGATTCTGATGGCGTCAAATTAA ACTTAGCTGTATATCACAGTGGAATATTGGTTTTCCAAGACAGGAATAGG GTCATCAATAATTTTTCATGGTAAGCAAAATACTTATTTATCTACAGAAG AAATCTAGTTTTCAGAGTTTTTAAGTTATTGTTATATGTCTGCCTGGGTC TCCAAAGTTTTGAGATTCTGTGATGCTTTAGATTGTGACATTTTTGCTTT TTACGACTTGGTTTGGTAACAAGTTTATGTTATTAGATTATATTCGTTTT TATAAATGTTTCATTTCCAGGGCAAACATTCGCAAAGTGACTTTCAAGAA AAAAAGATTCCTGATTAAACTACACAAAGGGGTAATAAATTCTATTTGGA CTTTGACCTACATTGAATTTCTGTTGGACCTTGCCCAATGATTTATAAAT CCCGAAGGGCTAGATGTTGTGCTTTGCTGAAAAGTGTTCCGAGGTTAGGT AGGAAATCATACCTAGGTCACGTAAACATTACAATAGAATTTCAGCGCTT GACCAATAAGAAGCTTCGCGGATTTTCGAAAAAATAGCAACAATATTTTT TACAATATTCACTTTTATTTTTGAAAGAGCCTAATGCACGACATCTAGCC CTTCGACGAGCTTTACAGAAATCTGTGACCTTGCCTCGTAAAGCGAACAT AATTCTTTATGAGACTTATTATATCACCTTCGTCTATAAACCAACCTTTT GTCAAGATTTAATTATTTGACCTTTGTTAAAAACCGATCTTTTCTGTCTG GATATTTTTGTTCAGTAACAGATCTCGTGGTTTATTTGGTTGTCAAATGA GCGAAAATGATACCGTCAGTTAAAATTAAGATTGATATCTTTCTTGATAT CTATGATATTTCATATCATAAGAAATGAATAACACAACTCTCATACCAGT TCGATATGATTAGTTTTACATTCCTTATTAATATGGGTCATGTGATAGTT GTTAATGATCTAAAAATATCTCGTGATACCTACACTGCATCGCATAAATG TAAAAACCAGGTGGTATAAACCATCAATTGTGCTGGTCTTTAATTGCGAA AACAGATAGTTAAGTAAACTTAAGTAAACAGTCTAATGTAAATGTGCTTT CAAAGTACACTCTTTGAATTTAAATCGAATCAAATCGACTCAAATCGATT CAATTCAAATCAATTTAAAATAGATACATTACGAAAACCAAAAAAATAAA AAGACTTTGCATTGCTTCATAACATCATTCCGGTCGATTATTCTAGAAGA ACTACAGTTGACTTTCTCTAATTCGATCTTTAAGGGATCAAGAATTTTCT TCGAATTTGAGAAAGATCCGAATTGCATAGAGTATTTTAATACTGATTTC ATCCCCCAATATTTTACAAAGTAATTTTTTTTACTTTAAAAGATCTTCTT ACACATACCGTTTAGAGGGGTGAAACAAGGGTGAAACGTCGAAAATTTTC TTCGTCGCCCAACCATGGTGGGTGACATATTTTTTTTGCTCCTCAATTCA AATCGCACGCCGGGGGCCATGGATTTGTAGTTGAAGGTACCAATATTTTT GTTCGAAATATAGAAAGATACGAGTAGTAGAGGTTCGAATTAAAGAAATT TGACTCTGGTCTTTTGCTATACATCTATCAATCAACAAGGGGATTGGGTT TGAGTTTCGCAGGATAAAATGACGTCAAGTATATTCTGTATCATCTGTAA GTGGTTTAATGTAATGCTTTCTGACATTTGACGCCATTCGTCTTTGGTAA ACTTGAACCCAATTCTCTCCGTTTTCCTTTTTAGTGAAGAGCCAGTCTCT GAACGGAAAACTTATCGGAATTTTATATATCTGAAAAAGCTAATGAAAAT TCAGAAACAACGCACGTTAAGCTAAAAGTCAAAAGCATTCAAACCAAAAA AGAAATCATATCACCAACTCAACGCGACAAGGACAAAAGTGACAAGATGT TTAAAAATAAACTCTCTAAAATTTCCTCTGCGTATACCACATGAAATCAA ATGTGTCAGTATAACTCACATGAATCATTTATCCACAAAATACACACATT AGCCATTAGTCTGGCAATAAATTCTTTGATATGACTCGTTCAGAAGCCTG TTAAGCTGTTACTTAAGGTCAGCTTATGTTACTTGAATATGTCAATAAAA GTATAAAAAGTTATTTTTTAATAATAACCATCGTTTTTCATGAATATTCT TTATCGACGGAGGGATCAGTGAGTAGCGTCAAGTTGAGTAGGTTCCCACT TAAAATTGTATATACATAAAGAAGTTCTACAACTTTTTATCATTCAATAA CCAGATGATGAACATAAAATTGAAAACAATCTAAGATTAGCCTAAGCGTG ATGTGGTTTTACGTCAAGGAAAATAAGGGTAGCAAGAGTAGGTTATATTG CATAAAATACATAATGTCCTAAAAATAATAACAGAATAAGAAAAAAAATA ACAGAATAAAATAAAAATAACTAAGCCTTGGAAAGTCTCAATTTTCCGAA ACCTTATTCTTAAAAATATTCAATCATCTGTCATTGAAAATCTTAAAAAG CTTACCAGTGCTAAGAAAAGTTGTGTTGTTGCGATCTCCAAATCTACAAC CAGAAACAAAATTGATGTTATAGACCTTATAAGGTTATCCAAAAACCAGT TTTATATCAGATTGAGTTCGGGATCTGACAAGTGCTTCTATCATTCACAA GCCTACTGCTGCCAATATCATGAGGCTTAGCCACGAAACATAGATTTGAT GACCTATACTACTGCACAGCAATAAAAATAAACTAAAAAAGAAACGAAAC CGAAACGAAACGAAAATGAAAAAGCCAAAGTCTTTATATATCATTTCAAG ACGTTAGCCACCTACAATCTTTTCCTCCTCCGTTTTATGTTTTTAAAAAG AAGATAAATACATTCTGAACCTAAAAATAATCTTTATCTCGTACAGTTTT ATAAATATTTCATCAACCACTATTACGAAATGCTATAAATATTACTTTGA AATATAATAACCTCATCTTTTCATTTTGAAGATGTCTGACTTTTTTACAA GAACAAACTATATAATAACATAAGGCTTCGATGGCCAAAATATTAACAAT TTTTTATAAGGCTTTGCGGACTCTAAAACACCCAATTTCTTAGGAAAATA GGCAAAAATGCTCAGAAAATGGTGAAAATAAGAACATGTTAAGAACATCC GAAGGCTTCAAAAATTTTGTACACGCTTTTTTTATAAGAACCAGTAAATT TTGGCTGAGCCTGAGTTTTTAAATTTCTATTTTTCCTAACGTCTATTGTT ACAAACAATAGAGCTATTGTTCTGAGAGCCTAAATCTGAGGCTAATGTAA TGTTCTTACAAAATTAATGTGATATTCATCAAACTTTCCGCTAGTTTAAT AAGAACCAGTCAATTTTTATAGCTCAGTCTCAAATTTCTTGATTTTTGAA AATTTATTATGTATAATCATCATAGTAATTTTTGATTGATTTGGTAAGGT TGTTCTCAATTTGTTTTTACACTTAGATCAAACTTCAGTCTCAAGTTTTT CATAAAATTGTTCTTACAAAAGATAGTATAAAAAGGAAAGGCGTGTAAAA AGAAAAAGAGAATGTATTTCCAAGAAAAAGTCTTTGCGATATTTAAATCC CCAAGATAAAAATCGTCGTTCACTATAACTTTCCAAACTTCCCTTTAAAT CTGCTTATTATACGTCAGTAAGAAAGTCGGTTATAGTTACCTATATCCTG TAGATGACCACTGTCTCTTATTCTGTGGTTATCTAACAAAATAAGAAAAC ATAAAATATGATACTGGCTTGCCAAAAACAAATGAAGTCGTTCTATCTAT CCAGAAATTTCACTGTTTATAAATTCCATCCTAATAAGAATAAAGCTAGA GAATTCGGTCCGATTTTAACTCTTTCTCCCTAACACAATATCATTTCAGA CCAATGAAGAAAATGACACACTATTGTTCAACTTATGCAGTCGAGCAGGC GCAAAATCTTTTTGGAAAGTCTGTATCAATCATCACGTGTTTTTCAGGTA TTGTTTCCATTGAGTTTAAAGCCCGAAGGGCTAGAGTTCAATCTCTAACC TTTCTCAGGCAAGAAAAAGTGAAGCCTTAAAAAATGCGCCGCATTTTTGA CGACAGANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNTTGTGTAAAAACCAGGCGAGCCGCTCAAGGCCGCGCAA CTTTGGTAGGATTTGTTGACTTCAAATCCTACCAAGGAGATTGACTTCTA GCCCTTCGGGCTTATACTTCATTGATTGTTTCCCTGGTAACACATAACGT TGCTCCAAAGTTTAGCGATATTATGTATAAGGCAAGTAATGGCGGGTGAA AGCAAGTTCGATATTTGACGTACGGCATTATGTCGACTTTTTGGTGTAGA CAACGAGATGTCGCCACAAAAGTAGCCGTAGAATATCTCCGATACATAAT CTCTCTTTTATCTAATATTCGCAAACGTCCCTATTCATGATATACAACAC TTGATCTTCTGACATTACATAACGGACCGACCAGCTGATTGATTGCAAGT GACCTATTGACTGAATTTACGTCACTTACATCCAATCAGCTGTTGGGTCA ATTGAAGACATTGCAATGATGCATATCATGAATAACGATTGATGTCAAAT GTCTTTATCCCGCATCAGTAAGATTCACGCGATTTCATTGGTCGAAAGAC ATCACGTGGAGGTGGGATATAAACCGTATCTGTCTTCCTCGCATTCGATT GAGAAAAAAAAGAAGACATTGCATATTTACGAATGCGCTTTCGAATGTTT TGGTCAAAATTCGAATGTTTTGTTTTGAAAAGACAGAAAAAATTAAATAA GAGGAAAACAGTGATTGAGAATGTTTGTGTCAATAGGATGCAGAAAATCT TTAAGTTATTTTGATTTTTACTTTTCTTTGGTTGATATGGATTGAGCAAG ACTTACAATTGCGATGCTATAAAATGTCACTTTCACATATCCCGCTTTTA CAGTTTGCTCTTTATTGTAAGTATCTGCTTGGAGAGTTCTGAGAAATTTT CGTGCTTTTGGAACACATGCAAAAGGACTTCAACGGGATAAATCCGTTGC ACGGTCGTCTCGAGGTGGGATACGGGATATACAGGGATCAGNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNTAAAAACCGTATTGGGACTCGGCAAGCCTCGCCACCAA TACGGTTTTTACTGACCCTGTATATCCCGTATCCCACCTCGAGAAGACCG TGTAACTAATAGTATTCCGGATTGGGTCAACATAATTCTCCGTTACATAT CCTCTATTTTCTACTGAAGAAAGATTTAATATTTTACGAAACAAGAATAC GCCGAAATTTTACACGGTCTCAACCTCGTTCCCTGCGTATTATCAGTTTT TTTATTGATTTTTACTAGCCAGATATTCTCTGGCGTCCATCAGTAACGTA AATGAAACTTCGGATACACAGGGACGAAGTTTGGACGGTTCTTTTTTTTA CGGCTTTTAATACAAGGGTTGATTATTTATCAGCACTCATGTCTTTTTAT TATCATGGGCATCTCAACTAATAATACTCGTACTCATCCCTCTAAGAACA TTATTATCAAAAACTGATAGATATTCAGTAATTATGCTTGTTTTTAAGCG TCGGAAACGCTCAAAATATGAGTGGTAGCAATTCCATTTTAAGGTACACG AAAAGAAGGGATGTTTTTGTGATTGGATTTTCTGAAAATTATATAAGTGA GATTGAATCTGAATTTAGAAATGAGTGGGCATATGAAGAAGATTTTCATA TTTAAAGAAACCATTTTAAAAAAAAATAAATCTTTACTCCCTCCATTACC CCTATAATCTCTGCGGATATTCTCTCTTTCTCTTTGACTCCCAAATCCTT GGACAGATTGTGCAGAACTTAAACATTAAAAACAGGTTGAAATAATACCA TTGCTATTGAATCTCTATCCTATTACTAGTCTGGACTTATTCTATCTTCT CTCACAAAGATCTGCGTTTGACTGTTTTTAAAATCTTCCAATCAAAACGC TGAAAAGATCTGTCAATCACTGGGTTTGTACAAACAGGATTTTCGTTCTT AGATTGCCTTATACTTAAGCTGGGTGTCCATTGAGAAAAAGTAGAGCGAT GTAGAATGAAAATGTTTTCATTTTACCTTAAGGGAAGTAGACTGGAGTCG TTTATAATGCGTGTCAAATAGTAATATAGGCGTTATATGATAATACGATA ATTGTTACGGGATAATATCAGTTTGTATAAACGACTGGAAGAATCCGGTG TTCCGGCCTTATAGAATCCCCGGCTAGCTACGCAGAAACTTGCGTAGCGA GAAAACAAAGGGTGTTTTCTGAAAACAAAAGAAAGCTTTTCTCGGACGGG GGTGCTTCCGTAAGAATTTGGCGCGCGAAAGGTAAGGAGAAATTAATTTT TGATCAAGCAACAACAAACTCAAAACAAAATGAAAGACGAAAAAAAAAAT TTAACACACAAGAAATCAACACACATTTTTTTTTCAAGAAAAGTTTTTTT TGAGCGGGAAAAAAAATTATAATTGCAATATTGACATGACACTTTTCTTT TGTTTGGAGAAAAATTTTTCGAGAGAGAAAATTGTTGTGTGTTCTGATTT CTCCTTTTATGTGTTTCGACCAATGGTGTGCGTCTCGATTATTTTTTCTG AACCAATCAAATCGATTTACGAAATCAAAACAAACCGTTTTTTTCCGAAC AAGCCCCCTAGATTTTTTTTTCATTAACAATAGCAAACCAATATTAATAT GAAGCTTTTGGCTTGCACAAAGGTTTCTAGACGACTAGAATTTGTTCCCT CCATTACTTTTTGTTTTATTTCTACTATATCTGAATTAGTCGTCTAGCTT GCTAGACTATAAGGGAAGAAATTTTCGCGGAATTTAATTTCGCGATTCAC AGGTCAAAATTCGGAAGTTTCACGGGAAATATTAATCCTATTTGTGTTTC GCGGAATTTAATTTCGTGGATTTGTCAAAAAACCGTTTTTTTAATTTTCA GACATGTGTCTCGATTCATTTTTTGCGACAAACAAATCCTCAACGAACTT ATTTTCTCCAGTTTTGAACTTATTTTTCTTTTCAAATTTCAGATATAACA AAGCACCCAGGCTAAAGAAGAAATCTTCTTTCAAACGAGGATCTAGATAC AGATACAGGTACTTAAAGCTACTTTTATTTTCTTGAATTTTAACGGAACA GCTTTTAAGAATCAAAATTGTGGCTCCTTTTTGAAATTTAACTTGATAGA TTAATTCGATAATCATAATATTCAACTAAGTTTTCTCTAAATAGAGGAAA CTTTTTCAATTGTAAAGATCCCAAAAAATAGTGTGTTTTATCAGAACCCT ACTTCTTTTGAGACACCTTAAATGGGAAAGTAGCTACAAATTAGTCTGAT TTTTTTATGCATCTTTCCTTTCTCAGTGGCCGTACTAAAAAGGAAATTTC TGAAGAAGCTTCCAACAAATTTCAAGCAAGTTCGGTCGACCCTGGAAGTG ACAGGTATGAAAAGGCTCCGAGTTTCACTTTCTTCAATATTGTTGTTTTA AATCAAAGGCTGTTAGAAGGCCTTACAAAAAGTTTTTTCAAGACTGTAAA AGCTAAGACGTGTTCGACGTGTTTTATACACCCGTGCCTCTTTCTTAAAA AAAAATACTATCATGAGCGCCTGTTAAAAAGTTTTTCCAGTTTTTTTAAC CTTTTGGTTTATTGTCAAATCAAAATTGATTTCTTTTCTATTTTAAGGGG ACACGCCAGGCTATCTGGTACATACAATTTCCCGGAAACACCATCCAGTC ATGCGGTCTCTTCTTCTGCAAGCTTCAATCGTCAAGTATCTGAAGACCAA GGAAGTTACTCTATCGGTGGTGAAGCTTATTCGCCAGAACCGATCAGGCA TGAAATCACAACCCCGCTACCGACTTATCAGTCAACTATAGAACCCAGTC CACCCACGCAACACACAGTAATTACTATGCAACACCAAGAAACGTTAGAC ACGGATAGTTGCCATGGTGAAGCGGGCCTGGTGCCGCCATCTTATGAAGA CGTAGTTAACACAACAACCATAGAGAACGATGCTGGTGACAGTGATAAAT ATTCAGTTCATGAGGTTGAACAAGAGACAGAGATGGAATCAACTCCACCA ATAACGTCATCGATAGATTATCAGGTTGGTCATTCAACCACAGATACCTG TAAAGCCCGAAGGGCTAGATAGGCAACTTTAAGCTTTCTCCAGCAAAAAA AGTGAAGCAAAAATTTAACTTTTTAAATTTCGTGCCGATAGATAGGATCT ACCATTTTAATTGTTTTCGGAGCACGAGATCAAAAAAAGTAGGCGGCAAA CGCTATTTCGTATCTCTCAAAGCAGTGAAAATTGCTTGTTGTCACGCGAT TTCTTTGGTATGAAATCCTACCAAAACTTGCTTCACTTTTCGATAAAGGC CGTTGATCTAGCTCTTCGGGCTTTACAAATCTGTGCATTCAACTCCGACG TCACTTCTTGTGTTGGGCGACATTCGATATGATGTAGTTTCGGAGAATTC TGTGTCAGAATATTCTTTTGATAAAGTTGACACCACTCGTTAAATCGAAC TCGAATGGGGAATTTCATTAGTTCGATTTACGGAGAGATTCGTATTGTAG AAAACAAGAGCGTTCCTTCTTAACGGGAACTGAAAATTGATTGAGTTATA TGTAGAGAGATCCGAATAATAGAAGTTCAAATTAGCAAGAGGACTCTTGC TAATTTGAACTGCAATGTCTTCTGACATTACATCACGGAACCAATCGCTC ATTGGTTGTAAGTGACGTAAAATCAGTCAATACGTCACTTTCAACCAATC GGCTATTGGGTGGAATGGAAGACATTGCAATGGTGCATATCATGAATTAG CTTTTGACTAATGACCTGAATCCGTACAATATCTATCTCGAAATGTTTGC CCCTCTTACCAGACATACTAATGTTTGGACACTGTCTAAAATTGTCCTAA ATTAGCACTTAAACTTGCAAAGTGTTTAAAGGCTTTATTTAAAACCAACA TCAGGCTATCCCAACATAATTATGGACCACAATTTCATTGAAATGTTATT TTGTGATATAAGTTTATTCAGTCATGAATAATCTTATGCGAAGTTTGATA TACTCAACAAGTTATATCTTCTTTAACATTCTTCTTAATGCTTTCTCTCT CTTTCAAGGTTGAAACAGATCTTCCAGAAGCGGATTTACCACAAGCATCA TCATCTGAACCGCCCACACCGCCCTCCACCAACGGATTTTCCCTTACAAA CGGTCATGCAGAAGGCGACGATTTGTCACTAGATGCTACTATCAATATCA CAAGCACTGATGAAGGTGGTTTAGGGGACGAGGTATCACGATAATTCATC TAATAGATATTTACCATTTTTTAACTTGATTTCATTGAACTGCATTTCAT GGAAATCGTCAAATATTCAGACGTGTTTTTTTTTTGCGATCGTGACTTTA AGGCTTCAAAAATGTTGGATGTTCTTATGAAAAACATTACCCAGCTACCT AGGCAATCTGCCTAGAGCCAAGATTATCACAGTAATAGCTTTCTTTCATG TCCACTTTTCTCTCGATTTTTTGGTAGTTATTATTGGTTTCATCATAAAT TCATAAATTACATATTAGATGGAATCAATGTTCAATAAATTGACGTCAGA ATACGGCTCAAAAAATACGAGTTGGAAGTACGATTTATCGCCCCTCTCTT CGCCGTCAGCCAATCGAAACACGTCATTTGATCACGAGGACAGTAAAATA GAAGCTGATAAACACCATTCAACGCTAGCACCTGAAGCTGATGCGGATTC AGAAGTGCAACTCAGAGAACAAGTAAAAGGTTAGTAAAGGGTTACTAACA CAGCTGACACACAACGTTGTTTCAACCTTCATCTAACGTTATATGGACGT TGTGAACATAAACGTCGAAAAAACGTTGTGTGCCAGCTGGGAAAGGAAAA GCAAGTTTCTTAAGGTGTGTGTGAATCATTTATATATGTCATTGAGTGAA TTGATTTATCTTTATTTCTGAATTTTGGTCACAAAAACTAGTGGTGAAAC GTGGCTGTTCTTCGACTTCGACTTCGACTTCGCAGCCTACGGTTTCAGTT ACAATACACTTTCCATGATTTATTGGGATCTGATCAGAATATTTCTACTA GTTTTATTACTCTAAGTGATTTTAAAATTCGTTAAGCATAAACCTTTCAA GGAGAAGGTTTCACTTTATTTTTTCGTTTTCGAACGAGTAACGTAAAGAC TATACTTACACACTACTTACACCTTGACACTACACACAGATATTACCTAA CACCGCTACTTATAATATATACCCAAACCCTTTTTACCAACCATACAAGC TGCTACTGATTTTATACCATATTTTAATTTTCAGTCTGTTTGACTTTTTT TATTGACCAATGTATTTTTCATGCTAGTATAACCAGTTTCATTTAGAGAC CATGTTTGCTCGTTACTCTCGTGTTTTTTTGTTGGCAAAAACGTCATTTC TAACATAAAGATAGCCTATACTAGACGTGGTGGCTTTTTTCTATTCGTCT ATTACACTTTGCGACTTTTTCGAATGTTTGCACTCTAAAAATAAATACAT TAAAGGAATAAATTTTGGCTGGAATCTAATTTGGCGGATGGCCGAAGAAG TTTTTTCAGAGGGAATTTTATTTGGCGGTTAACTTGAAAAAATAAATTTT TCGGGAATTAGATTTGGCAGATGAAGAATATTTTTGTCCAAAAAACGCCA TTAAAAAAGGAAAAGCTGTTTTAAAGCCTGAAAAGCACACATTTGGAGAA TAAATACACGATTTAAATTTGGCGGGAATTTAATTTGGTGGATGACGGAA AAAATTATATTTGGCGGGAAGTTAATTTTGGCCAAATCCGCCAAATTTTT TATAAAGCGGATTTAAGCAGAATAATCTTTTTCTTGAACAATCAGTGATT TTTTGAACGCACTTGAAAAAAAAAACACTTTTGACACGAATGCTTCATAT AGAGATTTGTTCAGCTTTGATTGTCCAAGGTTGAAGTTCAATAGCATTGG ATTGGTGATTATCAAACTTTTCATGGATATTTCGAAACTTTTCATTCATT TTCAATTGATTTGATTGGGTGCGTTGTGTATCATTTTCATTTTCACGCAA TGTAAATTCATCAAGAACATCACCAGTCATTAACGAAGTGGTTTGGGAAT GAATGAATGTATGACGTAACATTGTAACAACGTAAGTTCACACATTCAAG CACTTTTTTTCACGTAGATTAGAAGTAGGTTTATCTTTTTAATAGATCAC AATTATAATTTCTTTTTTTATAATAAATAAGTAATTAATGCACACTCACC TATAACTATATGTAATATTTTGTTTATAATACGCATTCATTACACATAAC ACTTTTTTTCATAATATGCACTAATATCCGACCCCAACAAACACTTTAAT AAAGTAAATCTGTGTGTATAATTAACGAATCATAACCCTTACAACTAAAT TGCACAAATTTCACCTATTTTTAGCTTTAGATTTATTACACCTATGATTA CAGGTATTCTTTTAGTCGAATTAAGTATTATTTAGATAATTAAACTCTAA TATCTAAATGATATACAATTCGACTCCCGAAAGGCCAAATCTATTGAACT TTAAAATAAAGATTTGAATGGACTTCTTCATAGCAAATTAAGCTCAACGA TGAAGTCAAGTAGGTGGTAGCCCCAAATTCGGATATTTCTGATGATGGGC TTAGAAAAACACTCAAATCTCCAGCGTTCTGTCTAAAAGACCAAGTCAAG TGTATCCTTGGTTGAGTCATTGAAATACCGAGTGACTCAGAAAATAATGT AGTCCGAAGTAATGTGAACTTTAAATGAATTCTTTTGTTATTGTAAACAA GAAGTCAAACTTGGTATATAACTTTTAAAAAAGTGATTCAGTGGTTCTCA AGTTATAAGCTTTTGTCAAAATTTGCTTTTGAAAAAGTCCAAAAATAAAT CGAAAATGAGGTATCAAATTGAAAGCTTTATTCTTTTTTCTGGGTCACCA GATATGAGATTGAAAGGAAAGGGTCTACTGAACCGTTTTGCGAAAGTGAA CAAACGGCGAAATATTCAATAAAGCTACAAATAAATATTCAGTCTTTATT TTAGAGTTCAGTAATTGGCAGGATGGTTTCTCCTCTGCGGTATCAGTTTT CTAAACATTCTTTCAACTCTTCCCTTTTAGATCTTGATCTACAGTAACCT CCGATATCCCGAATATTGTACAGAAACTATAGACTAACAAACGCAAGCTC ATATCCGAGATATCATTTCATCGATCTTAACTTAAATTACGTGCTAACAA TTACTACACACTAGACGGTAACGGACTAGACTGGACAGAACGACTTTTAT GACGGCTTAACGAATATACAGGACAGACGAACTATTATCAATAACCACCA TCAATCTAACCTTGTCTTCGCCACATTTTTTACGGTAAACACCGCGAAAG GCGTCATCTATAATGAAGTATATACGAAAGCTCGAAGTGAATTTTCACCC TTTGCCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_033965XLOC_033965Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00053828-exon-scaffold_234-1575043694:101387..101927TCONS_00053828-exon-scaffold_234-1575043694:101387..101927Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:94626..94730TCONS_00053828-exon-scaffold_234-1575043694:94626..94730Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:94445..94487TCONS_00053828-exon-scaffold_234-1575043694:94445..94487Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:94109..94184TCONS_00053828-exon-scaffold_234-1575043694:94109..94184Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:93454..93498TCONS_00053828-exon-scaffold_234-1575043694:93454..93498Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:93246..93298TCONS_00053828-exon-scaffold_234-1575043694:93246..93298Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:92768..92841TCONS_00053828-exon-scaffold_234-1575043694:92768..92841Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:91144..91190TCONS_00053828-exon-scaffold_234-1575043694:91144..91190Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:90508..90687TCONS_00053828-exon-scaffold_234-1575043694:90508..90687Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:90247..90307TCONS_00053828-exon-scaffold_234-1575043694:90247..90307Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:86531..86628TCONS_00053828-exon-scaffold_234-1575043694:86531..86628Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:83070..83135TCONS_00053828-exon-scaffold_234-1575043694:83070..83135Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:82724..82801TCONS_00053828-exon-scaffold_234-1575043694:82724..82801Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:82054..82480TCONS_00053828-exon-scaffold_234-1575043694:82054..82480Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:80846..81019TCONS_00053828-exon-scaffold_234-1575043694:80846..81019Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:80349..80559TCONS_00053828-exon-scaffold_234-1575043694:80349..80559Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1575043694:77620..77947TCONS_00053828-exon-scaffold_234-1575043694:77620..77947Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:101387..101927TCONS_00053828-exon-scaffold_234-1510915933:101387..101927Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:94626..94730TCONS_00053828-exon-scaffold_234-1510915933:94626..94730Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:94445..94487TCONS_00053828-exon-scaffold_234-1510915933:94445..94487Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:94109..94184TCONS_00053828-exon-scaffold_234-1510915933:94109..94184Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:93454..93498TCONS_00053828-exon-scaffold_234-1510915933:93454..93498Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:93246..93298TCONS_00053828-exon-scaffold_234-1510915933:93246..93298Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:92768..92841TCONS_00053828-exon-scaffold_234-1510915933:92768..92841Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:91144..91190TCONS_00053828-exon-scaffold_234-1510915933:91144..91190Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:90508..90687TCONS_00053828-exon-scaffold_234-1510915933:90508..90687Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:90247..90307TCONS_00053828-exon-scaffold_234-1510915933:90247..90307Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:86531..86628TCONS_00053828-exon-scaffold_234-1510915933:86531..86628Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:83070..83135TCONS_00053828-exon-scaffold_234-1510915933:83070..83135Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:82724..82801TCONS_00053828-exon-scaffold_234-1510915933:82724..82801Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:82054..82480TCONS_00053828-exon-scaffold_234-1510915933:82054..82480Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:80846..81019TCONS_00053828-exon-scaffold_234-1510915933:80846..81019Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:80349..80559TCONS_00053828-exon-scaffold_234-1510915933:80349..80559Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1510915933:77620..77947TCONS_00053828-exon-scaffold_234-1510915933:77620..77947Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:101387..101927TCONS_00053828-exon-scaffold_234-1491911889:101387..101927Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:94626..94730TCONS_00053828-exon-scaffold_234-1491911889:94626..94730Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:94445..94487TCONS_00053828-exon-scaffold_234-1491911889:94445..94487Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:94109..94184TCONS_00053828-exon-scaffold_234-1491911889:94109..94184Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:93454..93498TCONS_00053828-exon-scaffold_234-1491911889:93454..93498Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:93246..93298TCONS_00053828-exon-scaffold_234-1491911889:93246..93298Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:92768..92841TCONS_00053828-exon-scaffold_234-1491911889:92768..92841Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:91144..91190TCONS_00053828-exon-scaffold_234-1491911889:91144..91190Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:90508..90687TCONS_00053828-exon-scaffold_234-1491911889:90508..90687Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:90247..90307TCONS_00053828-exon-scaffold_234-1491911889:90247..90307Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:86531..86628TCONS_00053828-exon-scaffold_234-1491911889:86531..86628Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:83070..83135TCONS_00053828-exon-scaffold_234-1491911889:83070..83135Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:82724..82801TCONS_00053828-exon-scaffold_234-1491911889:82724..82801Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:82054..82480TCONS_00053828-exon-scaffold_234-1491911889:82054..82480Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:80846..81019TCONS_00053828-exon-scaffold_234-1491911889:80846..81019Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:80349..80559TCONS_00053828-exon-scaffold_234-1491911889:80349..80559Clytia hemisphaericaexon
TCONS_00053828-exon-scaffold_234-1491911889:77620..77947TCONS_00053828-exon-scaffold_234-1491911889:77620..77947Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_234supercontigscaffold_234:77620..101927 -
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 0.302585 0.0029556 0 0 0 0 0 0.149336 7.46157e-06 7.61516e-10 5.65327 10.1248 3.38117 1.8405 8.21406 4.90889 1.57045 0.440345 1.47659 2.07269 0 0 0 0 0 0 1.09218e-09 0.568543
Blast
BLAST of TCONS_00053828 vs. Swiss-Prot (Human)
Match: FARP2 (FERM, RhoGEF and pleckstrin domain-containing protein 2 OS=Homo sapiens GN=FARP2 PE=1 SV=3)

HSP 1 Score: 296.975 bits (759), Expect = 2.557e-85
Identity = 147/309 (47.57%), Postives = 209/309 (67.64%), Query Frame = 2
Query:  494 MQVSLLDDTVVAFDVEQRSKGHELYAKVNKHLNLDEPEFFGLLFQDEHENQTWLDHMKPISKQVKDPTKITFKFRVRFYTPDPNSLQ-EYTRYLFTLQVRRDLLDGRLYCVEDTGALLASYIVQGELGDYDPLNHKEGYLAGFQFVPNQTKDIEEKIVSYHRSHRGESPAESDHNMLEIARKIEMYGITLYPAQDSDGVKLNLAVYHSGILVFQDRNRVINNFSWANIRKVTFKKKRFLIKLHKGTNEE-NDTLLFNLCSRAGAKSFWKVCINHHVFFRYNKAPRLKKKSS-FKRGSRYRYSGRTKKEI 1411
            ++V LLD+T+  FD+E +  G  L  +V K LNL E ++FG+ FQ+      WL+ MKPI +Q++ P  +  +  V+F+ PDP  LQ EYTRYLF LQ++RDLL+ RL C + T ALL S+++Q E+GDYD    +E +L   +++P Q   + EKI+ +H+ H G++PAESD  +LEIARK+EMYGI  + A D +G K+ LAV H G+LVFQ   + IN F+W+ +RK++FK+KRFLIKLH   +    DTL F L SR   K+FWK+C+ +H FFR    P+ K K+  F RGS +RYSGRT+K++
Sbjct:   46 LRVKLLDNTMEIFDIEPKCDGQVLLTQVWKRLNLVECDYFGMEFQNTQSYWIWLEPMKPIIRQIRRPKNVVLRLAVKFFPPDPGQLQEEYTRYLFALQLKRDLLEERLTCADTTAALLTSHLLQSEIGDYDETLDRE-HLKVNEYLPGQQHCL-EKILEFHQKHVGQTPAESDFQVLEIARKLEMYGIRFHMASDREGTKIQLAVSHMGVLVFQGTTK-INTFNWSKVRKLSFKRKRFLIKLHPEVHGPYQDTLEFLLGSRDECKNFWKICVEYHTFFRLLDQPKPKAKAVFFSRGSSFRYSGRTQKQL 351          
The following BLAST results are available for this feature:
BLAST of TCONS_00053828 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
FARP22.557e-8547.57FERM, RhoGEF and pleckstrin domain-containing prot... [more]
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