TCONS_00060923 (transcript) - C. hemisphaerica

Overview
NameTCONS_00060923
Unique NameTCONS_00060923
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length11302

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00060923 ID=TCONS_00060923|Name=TCONS_00060923|organism=Clytia hemisphaerica|type=transcript|length=11302bp
TTTGGTAAAAAAGGAATCCAATGTCCCTTGTGAGGAAATTCGTACTCTTA
ACGAAAATGAAGTCTTAAAGGATGCGTCTCGTTCAGAAATTGACGACGAT
TTAGTTGAAAACGTTACTTTGAAACAGCCTTTAAATACATGTCAATGTGT
TGGAAGTTCTGACCAAGAAACATCTAATTCTTGTCAATGTTCCAAAAGCC
AAATACAAGGACTTGATTATGATAAATTGTCACTTATAGAGCAACCTATG
TATAGTTACCCTTTACCAGAAGTAAAACAGTTGAATGCAATTACGAAAGA
CGAGAACCCTTTATTACATATTGATCATGCATCTACTACTGAATCGTTAC
CAATCGAAACATTAAAGGATGTAAGTTCCACTAAAGATGAAATAAGTAAG
AATGCGCTATCAGAAGATATATTCGTAAACAACTCACATTGTCTAGATTT
ACAGCAATCAGTGCAACAAGAAATCGACCCTAAAACTGATAAAGGCACGC
TGCATGATTCACACAGTATGAATCCTTCATCCAATGGAGGATCAGAAGGT
CCATGTAACAGTGGCGATGATGTTACCAAGAAAGCTGAAACTACTGACAA
CAATGATATCCAGCAAGAAATAGTTGTTGACAAAACTGATAAAAACCAGC
AATCGAAATCTGTTGAATCTGTTGTTTCTCCTATGGAGATGAAATCTCAA
TCTTCAATCCAGATAGACGATATTATTGATTTTTCTATAGATGAACAGGT
CAAATCACCTAAAACTTTTAGTCAAACTAAACGGTCTTCATTTTCTATTG
AGAACTTGATTCAAAAGGACCCACCTACACAATCTACTTTAAAGCTAGAC
ATAGCTTCTGACTACCATTACACCGAAGAGGCACTGGACAAATCAAatgt
tgtggctgattgtacaaGAACAATGGATAAAATCACAGTCACAGAAAAGA
AACCTGAAAGCTTGAAGAATATCAACCAGCTACAAATGCTTAGTTTGCTG
TACGACTCACCTCAAAAAAGTTCTTGTAGCGAAGACAATGCAAGCAATGC
TACTCCTGAACCTAAGAAGCGAACCTATTTCGATTACCCAGGTACTGAAC
ATGATTCAACCATAAATACCTCTGTAGAATCTATTACAGCAGATCCTGCT
CAGAATGATATTGCTGCTCCAGTAGTTCCAATAGTAGATGGCTCACAAGC
ATCAGTCGACCAACAAACTGCTATCGAGTTGAAAGAAAATCAACCTAACC
AACAGGAGATTCAGCATTCTATCCCCTCATCTAAACAAGACATCACCCCT
CATACTGCTACCCCTACAATACCAGAAATCACCAACCCAACCAATCTGCC
GACAATGAATTCACCAAAAGTCTCAGAATCAAATCTGGTCAGTCAGACAC
CAAACATAAGTGTTTCATACGTATCAATCAACTCAATGATCAACTCCTAC
AAAACAACTTCGACGTGCACAGTAGTAACTTCTTCATTCAAAACAATGCC
ATTATGCTTGACACATCAAACTTCAGCTACTCCAACAATGACAAGCAAGA
CAGATTCTTCCATTTTAAAGTCACCACACAACAACACGTGTGTCGTCCAA
CCTTTTATCGTGAAAACTTCGCCAACATCTCTGGTGCAAGGAAAGAAAGA
TGAGAACCAAATGAGTGATGAATTAAGATCATTTAAGTCTATCAAGGTAC
AAGAAGTACAACCGAACACTTCACACGGAGAGCAGGTTAAACCAGTAATG
AAAGATGATCAAACCAAGCCAAGAAGTCGAACAAAATCGGATTCCTCCTC
CAAGAGACGTAGCAGCGACAATAAAAGATCAAACAAAGTCAAAGTGACCA
CAGAACAGGAGATTAAACAGATATTAGATTATAGTCCCATCAAAAGCAAA
GATGTGCGTTTACACAATGCTCAAAAAACTTCCACTGAGGGTCGACAGCT
CCAACAAATAGCACCAGCTGTAAAAACCTCGAACTCTGACGCATCTAACC
AACAGGTATCAAAACATGCATCTAGAAAGCAAAATCACCACTCTAACCAT
CACCATCAATCATCACTGACGCCCTTTCAAGAATACGAATTCCAACACGT
TTTGTACACCAAACAAGGGGATGCTGCTTTCGAATCCATTGTCTGTTTAC
AGAATTTCATCACCTACAAGTTCCACACTTACGACGATGTCAAACGAAAG
ATGTCAACTTCCAATCAAAGCTTCTTTGACAACGCATTGTCTTTGGTGTA
TCAGATACCACTGCAAAGAGATGAACCACATTCCCTCTTTGATGTAGGCG
ACCAGTCCTTACAATGGAATGTCATATATCTCAAGCTCCACAAATTCGTG
GACGAATGTTTGGCCACCGCGCAGAATATTAAGAAATTGTACCAACAAAA
TAGACAGGTCTCACAACATCAGTCGCAACAGGCTTACCACACTGGTCAAC
AACATGCAGTGTATGGTCAGCCACATCAACAACCACAGTCATCCAACAGT
AACGTGAATTTGAGTGGAATCAGCTCTTACCTTCCCACCGGATATCATTT
CCAACAAGGATCACAAGGTTCATTGAACAGAACCATGTCTTGCAATGGAT
ACGAAGTCCACTCCTCCTCGGTTACACCAAACAAGATTCAGCGGTCAATG
TCTCATCCAAACACCATCGACAACCAGCTCAATGAAAACTACCAGCTCAA
TAATACACAAATCCAACAACAGAGTTCTCAACCAGATACAAGCCACCAAA
GACCACAATCTCGTCAAGATAACCATAAAGCTGAACCACCAAAACCAACG
AAACTTACCGGTGACGTATCATTTATTGACGAAAAGCTGCTCATACAAGT
CGTCCAAGCCACTGCAAGTTTGAATCAAACGGGAAACTCAAACACAAAAC
ACAAATCATCTATACAGGCACAATCCGAACAGGTTCAATGGCAAGCCTGT
CATCTTGATAAGGAACCGACAAATCATTACCAACAGCTTTCCCATGAGCG
AAAATCAGTTATCACACCTATGAAAGCTGACTTCAAAAGTCTTGATTCTT
CGAACCAAGCAGCAATGCAGCCTTCGCACAGATCAACTTCATCCGCACCG
CCGCCCCCTAAAAGTCATTCAAAGCAAAAATCATCCTCGACAGCCTCTGC
CCCTACTTCACTCGACGAATCGTTAGCAAAAGCAAATCTTTCCATCCAGA
CTATAACCCTGAAGCACAACAAAGACAACGCCGAGAAAGAAGCGCTATTG
AATCAAATACAAAACatctcaaattttttgaaaatccaacCGGCACACCA
TTCGATACACGATGCAACGCTGAAACAAGTTGAAAAATCGGCCTTCTCTT
CTACTGTTACTGCTGAATCAAAGAAAAGGCAGCACCATGCTAAGCCAAAG
ACTGGGTCAACTGAAACTGAAGTAACtattaaaactgaaaattgtCAAGA
GCATTCGAGAAAAGTGGACAACCCAGTATTTTCATTGCAATCTCAACAAC
CGGAAGCGAAAGGAAAGTCAGCACTTGAGGAATCTGAACGTTATCTCAAG
GCCCAGCAACAACTGCAAGACCTTACAATGAAAAAGAAACCGCCAAGAAA
ATCTGCTAATGATTCTTCCTCTACTTCTCAAACAATGCAAGCTTCCAGCT
CCAATAATTTGACCAAAAAGCGTACATGTTGGCAGAATGAAGACTTACTC
AAAAAGGTACCAGATGCTGCCACCGCTGAATCGTGGTTGGCTGAGAAGAT
TCGAAAGCAAAATGAAATGGGAAATCAAAATCCACCTGACAGAAACTTGA
AAGACTCGAAAAAGAAGACTGGCCATGAAAGGAAACATGCTGAAACTAAA
AAAGAACCTCAAAACCTAAGTCTGAAGACGAACAAAGACCCATCTAAAGA
GAATACTGAAAGACTtacagagaaaaatatttcaaatactgGCTCCTTAG
GTCTCTACCAGCCCTTTGAACAAAGTCACAAAACATCCATCAAATCAATA
GATTGGAAAGCACAATCAACACCAGATGAGCATTTCGCCAGAAGCTTGCA
TATTGTTCCACCTCCTATCCAACCAACAGAAATACAACATTCAAAAGCTT
TGCAACCAAATAACATTCAGACTCCAAAAGACAAAGCTTTGATCGACGCT
AACAGCTATGAGACGACGTTCAACTCTCTTCAATCGAATTCTCCTTCACC
TACAAAGTTAAAAATCAAAGAGCCAAAGCACGTTTACTTTAACGAGCCTG
CAAACAAGGATCTAGCGACCACAACCTCGTTGCAATGGCAACCAGGCAAT
GAACCAGAAGCGGGGTACGATTCCCAGGGCTCACAGATGTCAGAATACAG
TGCAACAGAAGAGAGATCAATACGTGATTCGAACACCAGCTTTCTGGAAT
CATCAGACGGTGAGAAATGTGAAGGTGACGTTCAAGAGGAATATCAAAAA
TTGATCGAAGAATTTATGAAAACCCGTCGACAACAAGCGGAAAGTAAACA
ACAGAATCGAGCATCTGTCATTAAGAAGTCACCTGTCAGGcggaaaaaga
aaacgaaattaCCCGCTCCTCCTACTGATTGGGATAGTAGTGCAACACAG
AATGCACACAAAGTGGCCTTACAGCCTCCTCATACACCGTCAACTGACAA
CGATTCGATTTTGAAACGAATTCTCTCATCCAGTGAACATGACGCTTCAG
ATTATGACTCATCAGTNGACTCGAAAAAGAAGACTGGCCATGAAAGGAAA
CATGCTGAAACTAAAAAAGAACCTCAAAACCTAAGTCTGAAGACGAACAA
AGACCCATCCAAAGTCAAAGAGAATACTGAAAGACTTACAgagaaaaata
ttccaaatacCGGCTCCTCAGGTCTCCACCAGCCCTTTGAACAAAGTCAC
AAAACATCCATCAAATCAATAGATTGGAAAGCACAATCAACACCAGATGA
GCATTTCGCCAGAAGCTTGCATATTGTTCCACCTCCTATCCAACCAACAG
AAATACAACATTCAAAAGCTTTGCAACCAAATAACATTCAGACTCCAAAA
GACAAAGCTTTGATCGACGCTAACAGCTATGAGACGACGTTCAACTCTCT
TCAATCGAATTCTCCTTCACCTACAAAGTTAAAAATCAAAGAGCCAAAGC
ACGTTTACTTTAACGAGCCTGCAAACAAGGATCTAGCGACCACAACCTCG
TTGCAATGGCAACCAGGCAATGAACCAGAAGCGGGGTACGATTCCCAGGG
CTCACAGATGTCAGAATACAGTGCAACAGAAGAGAGATCAATACGTGATT
CGAACACCAGCTTTCTGGAATCATCAGACGGTGAGAAATGTGAAGGTGAC
GTTCAAGAGGAATATCAAAAATTGATCGAAGAATTTATGAAAACCCGTCG
ACAACAAGCGGAAAGTAAACAACAGAATCGAGCGTCTGTCATCAAGAAGT
CACCTGTCAGGcggaaaaagaaaacgaaattaCCCGCTCCTCCTACTGAT
TGGGATAGTGGTGCAACACAGAATGCACACAAAGTGGCCTTACAGCCTCC
TCATACACCGTCAACTGACAACGATTCGATTTTGAAACGAATTCTCTCCT
CCAGTGAACATGACGCTTCAGATTTTGACTCATCAGCCACCAAGACCTCC
TCCAAAGGGAAACGCCGACCAAGTAAAACGGAAAAAGTGAAGCTAGCTTC
ACCAAGAGATAGATTTTACCAGCAAAAGAATAAGCAATCGAATGCTGAAT
TGAAAACTCAGACAAGCGTATCACCAAGTTTCGATCGTGATCTGAATGAT
TCAAGAGTCCCTCAACATCCAGGAATTGATCACGATGTCAAGTATTCTCG
ACAAATCTCCGAAACTAAAACTCCAGAACCTTCACTACAGCATCAACTCA
ATGCACAATTCCTAACAAACCTCATCTCAAACGTTTCATCACAACTCCCT
GACATTCAATCTCCTGGACAAAGTAATAATCAAGCTGTCTTTGAAGCTGC
TCTGCAAAGTATTGGTAATACAATCCAACAATTTGCCAAGCAAACTAAAA
ACCAATCCATTCCAGAGATTCTCACAAATCCTGTCGATGCGCTATTCAAG
GGTTTTCGCGAAACCTATTCAACACCAACAGAGTATAAATCTGAAGCTGG
TATCGTAAAAATGATCTTCCTTGACGACGACCTGATTGTGNTCTGAAGCT
GGTATCGTAAAAATGATCTTCCTTGATGACGACCTGATTGTGAAAGACGA
AAGTCCACAACCCTGCTTGGAATCGCCATTTAACGACGCAGGCATAAAGA
AAGCATTCTACGTTGACGACGAGGACCTTCTTAACGATTTTTTCAAGCAG
AAATCACTACAAAAGGTCATTCGTGATATGGCTCCGCCCGAACCCGCGTT
CAAGAGTTATAACAAGAAGAAACCAGTGAGTGTTTTCACCGCTAGCGCCA
CTTCCACCGCCAACAAGAAGTCTCAGCCGCCATCCAAGAAGTCGAAAACA
TCGTTGGACGAAGTGCTGAAGATCTTCGAACAAGACACGGTGGATTATGT
GTTGAACCAACGATTGTCCGCAAATTCTAACTCCAATTCAACCGTAGAAT
CAGGTACGGTAGATACGAAAATTTTCTTCAGTGAAGAGGAAATCGTTTCG
AATGAACTCTCTGTAGAGAACATGGCTAATATCAGTGCTGGTGCGGAGAA
TAAATTGCTTACTGCATTGCATCAATCTCCTACACCAAAATTCTGGTCGC
CTACAGACGCGAAACCGCCAAAGCAAGTCGAGCAAACatcaaaaaaagag
aaaatcgtACGTCCCACTATTTGGTCGCCTCTTAATTTGGATGATAAGAA
AGCGCCGCTGGAAACTGCAACAAAACCAGCCAACGAAGGAACTTTTGACG
CCAATATTTTCTTCGGTGAGCAATCGAAAACAAGAGATGATACAACAATC
GATTATATCGAACAAATCGATCAAAATTATTCAAATGAAGTCACCGTCTA
CAGTTCCATGGATAAAGGCTCGCAATTTCCATACGACAGAACTACATCGA
ACgtccaacaaaaacaaacaccaCAGAACGATCTTCGATTCCCTTACGGA
GGAATGGCCACAATGACCAAAGAGACCCGTTTATCCGATCAAAAATTGGT
TCCTCAACAAAAAGCACCATCTAAAAAAAAGCCCTACTTTGTGAACAATC
AATGCACTGCTCAATCATCAAAAAATCTATCATCTTATAAGAATGTTAAC
AAAGCAGATCTGGCAACGTCGCTGACCGAACAAGCTCTGACACAACTTTC
ACCCAACTTGTCACCGCCCAAATTTCCATCGAGTATTGATTTATTGAAGA
ACTCAAGAGGCTCTACTACGTCTGCATTCGCAATTCAAAAAGCCTCCAAC
GTGAAGGTCAAACAAACAAGAAAGCCTCGTTCTCAGGCCCCAAAAACGCC
AAacaataatcaattttcattgcaTTCGGAACGCGCGCCAACTACCATTC
TCAAAGATGTCAATGCTTATTACATCAAAACAGCCAGGCCTCTTCATAAT
TCGTGCAGCCAATACAAAGTTATTACATCGAAcgctttgaaaactcaacc
taaACCGCCGTCTCAAGTTCCTACGAAGCCAATAACAGTGCCTTCATTTC
AACTGCATATCCCGAAGTTCCTTTCGGAACCGTCTCATCAGTCGACACTT
TCacaatttcaatccaaacccaTCAAAAGTCCTCAAAAGCCAGTTCGCCG
TAGTGGCCGTAACGTTTCCAACGATGCGACAACAGCTCGTATACACCAAT
GTCAACAAGATTCCCTGATCTCGTCCGATGGACTCTCCGATATTGATGTG
GTCGATTACACCGATGATGACAAGGATAGCGATTTCCATTACGAGAGTCA
GGCCACAGAAACAACAGAGTCAGAAGTTGGTATAAAACACACAATGGCTT
CGAAACACCTGCAAAGAGGTAACAACCAGCACCAGCCATTTGCTTCAACA
ACATACAAACACCCTACAACAATCACTCAAGCAGCTGTTATCACCAGTAC
GGCGTACCCTTCAATTAACTATACATCGAATAGCGGACAACTAAAGGCTT
CTTCGAATATCCCTAATAcctccaatcaaaacaaaccagtcTCGCCAACT
CAACAAGCTGGACAAGTAATCAGCTCTTTTACCATTAAACCACAAAGTGT
GAACCCAACGACAGTTGCGTCGAAATTGGCAGAAGCCATCAGTAATATCC
CGATCACGAATCAGACGAACTTTAAGAAAGCAAATATTAAAATTGTTGAT
GTTCAAAGGATCCAAAAATGGATGAATAATCCGAATGCAGAACTTCGTAT
CCTCAGTTCACTTCCAACGTCATCCCAACAAACGCTCGATCAAAACAAAG
CCGTATCGCCTTCTTCAACGCTTACCAATAGCCACCCAACAAAATCAGCA
TCTCTAACCGCCAAGTCACACCCCGACAACCAGTTACCGTCATCAAGCGC
CGCTTTTCATCTCAAGAAAAGTAAAGTTGTTTTGCACGATGTTGCAGTAC
TCCCTTCAAAGCAAATGGCAGGAACATCCAGCAACCAACCGCCTACCTAC
AAAGAAGTCCCTCTAAACATCTTCGATCAGATTGctcttcaaaaatcaaa
agctGATCTAACCAAGAAGAATGTCACTAAACCAGCTAGTGAACCAGTCA
CTGTTTCTTCcacgaaaaaacaaaagaagaatagaTATTTCTTTCCGAAA
GAAGAAATCAGCGATCAGGNacgaaaaaacaaaagaagaagagATATTTC
TTTCCGAAAGAAGAAATCAGCGATCAGGATTCGGCCACCGAGAGCATCGA
TCTCAAACAGAAACGAAAATCGAAACAAGATTCAGATGGGCCAGCATCGA
AGAAAGCCAAACGTTTAGAAGCATACTTGCAAAAGAAGACCTGCTTAGCG
TATCGTAATCTACCAAGGTGTCTAGATTGTAACCAAGACGAcagtgaaga
tgaagaagaacaCCTGAAGAAGAATGATGAAAATGAGTTGACTTGCCGTT
TCTCCATGTTCAGAAGGTTGAGAAAAATGGAATCAGGGAAAGTAAAGTCG
GCTGGTTTCTGTACTACTGATGTTGCCGAAGAAAGTGATCTTTTTCATTG
GAAATTCCAAGACAACACATTGCTTGACTTGGCCACATGTAAATCGATTT
TATCGGAGATTGGCGCTCAGTTCGAACAATTGGTGTTACAAGAACAACAA
GCCCAAACATGGACAAAAACATTGTCGAAACCGGCATGGAAACGTGCAGT
ACTGCGCGTGCGCGAATTGTGTGATCTGTGCGCCACAAGTATCTTCAACA
ACCATTGGACCTGCGAAGCTTGTGGTCTCAGTATTTGCTTGGATTGCTTT
TTCGCCAAGTTCAAGAAGAAAGGGAAGAATCTTCCATGGGCGGAATGTGA
ATCAACAGGGATGGACCATAAAATCAAAGAGTTACGATTCACTCAAATCA
TACCGAATAGAATACTCGAGACTTTATACGAAGACCTGTTAAAAACTTGC
GAAGAAATAAAGTTAGACTTTAAAAGGTTGGATTTATTGGAATACCCAGA
AGCAACGGACATGAGTATATTGGAATCAAATATCAATTGGCGAAAGAACC
CGTTGGACTCCATCGTAGACCAAATGAATGTCAATATAGAGAGTGCAATT
CCTTCCACGCCGGCCAACTGTGCATGGTTTTGTGATGGTCGAATGCTACA
CATTAATCAACCACGTCTTACGTCCCAAGCAATGGACCTCTTCAAGTCCG
AATGGGCGAAAGGAAAGCCGGTCATTGTTTCAAACGTCCATAAAAACATG
AACCGTGACCTGTGGACTCCAGAATCTTTCGAACGTGATTTTGGCGGTGA
ACTGAACGACATTGTCAATTGTTTTGACGGTACAATCATGGAAAAAATGC
CCATACGTGAATTCTGGCGAGGTTTTGAGAAGATCAAGGAAAGACCCGAG
TGTAAACAACCTGTAGCGCTTTTAAAACTGAAGGATTGGCCACCTGGGAC
AGACTTCAAAGAAAAGTTACCAAACAGGTTTCACGACATTATGCAAGCTC
TTCCTGCTTCGCCCTATACTCATCGTAATGGCGAATTTAACCTTTCAGCA
AGGCTCCCCGACTTTTTCGCGGTCCCTGATCTTGGACCAAAAATGTACAA
CGCATATGGCTCTGCTTCTTACCCGAAAGCTGGCACCACCAACCTTCACT
TGGATATTTCAGATGCTACTAACGTTATTgcGTATGTAGGAATTCCAGAC
GATGACGAAGAGCACCATCAGAAAGAAATCGATGATACGTACAAGACGGT
TGATAAAGCGTGCTGTGATGCAACAAAACAGCGAATTCGTGATCCTACAG
TCCGACCTGGTGCTCTATGGCACATCTTTCCCGCTCACTCAGCTTATAAA
ATACGGCGTTTCTTACGAAAGgtAGCAAAAGAACGAGGAATGGAACAACA
AGCAATGAGTGACCCAATTCACGATCAATCGTTTTACTTGGACCAAATGT
TGTTGGAAAGATTACGTAAGGAAGAAGATGTAGAAGGATACGCAATCTGT
CAGTGTTTGGGTGACGCCGTATTCATACCCGCCGGTGCTCCTCATCAGGT
TTTGAACTTGCACAGTTGTATCAAAGTGGCGGAAGATTTTGTGGCACCTG
AACACATATCTCACTGCTTCCAACTAACGCAAGAGTTCCGATATTTGTCC
GATTATCATACTAATCATGAAGACAAACTACAGATTAAGAACATCATATA
CCACGCAGTGAAAGATTGTCTCGGTGTCGTCAAGAAGAAGCATGCAGAAG
ACACCTCATGATTTATCCCTACACTGTAGTTTACTCTCTTTTAGTTCTTG
GATTTTCAGGCAATGATATTTCTATATTCAcctttgttaaattttttttt
ttttcatttttgatacaTTTTCATGCTGTATTTTTTCAGAAACATTTTCA
GAACATTTTCGTATATATTGTTagttcaatgtttttttttgatacGCATA
GGTATCATGTAAAGGTACAGATCTAGGTGAAATAGCACATTCCTTTTTTG
TAAAGTTCTTAAATGGCTTTACTACTCTCAAAAGCCTTTGAATAAAGTCG
AGTCACAGTTATCAGTTTATCCAACTCTCATACTAGGAATAGATCGGATA
TTCAGCTGGTTTTAAAGCAACCTGTAGGCTATAACACTGTTATTTGGCCT
TTTTACAAAACAgctatttttcatcaatttgtAGTTGGTGTTTTTATCAT
AG

transcript from alignment at scaffold_35:30603..58460-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00060923 ID=TCONS_00060923|Name=TCONS_00060923|organism=Clytia hemisphaerica|type=transcript|length=27858bp|location=Sequence derived from alignment at scaffold_35:30603..58460- (Clytia hemisphaerica)
TTTGGTAAAAAAGGAATCCAATGTCCCTTGTGAGGAAATTCGTACTCTTA ACGAAAATGAAGTCTTAAAGGATGCGTCTCGTTCAGAAATTGACGACGAT TTAGTTGAAAACGTTACTTTGAAACAGCCTTTAAATACATGTCAATGTGT TGGAAGTTCTGACCAAGAAACATCTAATTCTTGTCAATGTTCCAAAAGCC AAATACAAGGACTTGATTATGATAAATTGTCACTTATAGAGCAACCTATG TATAGTTACCCTTTACCAGAAGTAAAACAGTTGAATGCAATTACGAAAGA CGAGAACCCTTTATTACATATTGATCATGCATCTACTACTGAATCGTTAC CAATCGAAACATTAAAGGATGTAAGTTCCACTAAAGATGAAATAAGTAAG AATGCGCTATCAGAAGATATATTCGTAAACAACTCACATTGTCTAGATTT ACAGCAATCAGTGCAACAAGAAATCGACCCTAAAACTGATAAAGGCACGC TGCATGATTCACACAGTATGAATCCTTCATCCAATGGAGGATCAGAAGGT CCATGTAACAGTGGCGATGATGTTACCAAGAAAGCTGAAACTACTGACAA CAATGATATCCAGCAAGAAATAGTTGTTGACAAAACTGATAAAAACCAGC AATCGAAATCTGTTGAATCTGTTGTTTCTCCTATGGAGATGAAATCTCAA TCTTCAATCCAGATAGACGATATTATTGATTTTTCTATAGATGAACAGGT CAAATCACCTAAAACTTTTAGTCAAACTAAACGGTCTTCATTTTCTATTG AGAACTTGATTCAAAAGGACCCACCTACACAATCTACTTTAAAGCTAGAC ATAGCTTCTGACTACCATTACACCGAAGAGGCACTGGACAAATCAAATGT TGTGGCTGATTGTACAAGAACAATGGATAAAATCACAGTCACAGAAAAGA AACCTGAAAGGTATGTATAATTGAAAAATGAAATATTTGTCTTATTATGC TTCTTTTAAATAAGGCTTCACAACACAACACAAAATTGTGGATTTCCATT CAACACAGGCATTTGCACACTTTTTGATTAAGTTGTCCATATAATCTGCT TTAAGACTGTAGATAATTTTCTTTTTATTTCGTTTAAGCTTGAAGAATAT CAACCAGCTACAAATGCTTAGTTTGCTGTACGACTCACCTCAAAAAAGTT CTTGTAGCGAAGACAATGCAAGCAATGCTACTCCTGAACCTAAGAAGCGA ACCTATTTCGATTACCCAGGTACTGAACATGATTCAACCATAAATACCTC TGTAGAATCTATTACAGCAGATCCTGCTCAGAATGATATTGCTGCTCCAG TAGTTCCAATAGTAGATGGCTCACAAGCATCAGTCGACCAACAAACTGCT ATCGAGTTGAAAGAAAATCAACCTAACCAACAGGAGATTCAGCATTCTAT CCCCTCATCTAAACAAGACATCACCCCTCATACTGCTACCCCTACAATAC CAGAAATCACCAACCCAACCAATCTGCCGACAATGAATTCACCAAAAGTC TCAGAATCAAATCTGGTCAGTCAGACACCAAACATAAGTGTTTCATACGT ATCAATCAACTCAATGATCAACTCCTACAAAACAACTTCGACGTGCACAG TAGTAACTTCTTCATTCAAAACAATGCCATTATGCTTGACACATCAAACT TCAGCTACTCCAACAATGACAAGCAAGACAGATTCTTCCATTTTAAAGTC ACCACACAACAACACGTGTGTCGTCCAACCTTTTATCGTGAAAACTTCGC CAACATCTCTGGTGCAAGGAAAGAAAGATGAGAACCAAATGAGTGATGAA TTAAGGTGATTTTTATGCATTGAACTTTGTTTCGAATCCATAACTAAGAT TCTCTAAGGAGAAAGAAAAGTTATCTTATGAATAAGTAATCCAATACTGA GGTATAGAGGAGTGTCACCTTTTGACAAAATAGTTGATTTGTTTTCTCCC TAAAGTAATAAACTCATATTAGGATTAATTACTTCTTCCTTACTCTCCCT CAGATCATTTAAGTCTATCAAGGTACAAGAAGTACAACCGAACACTTCAC ACGGAGAGCAGGTTAAACCAGTAATGAAAGATGATCAAACCAAGTAAGTA GTTCTTTGGACCATTCATAATATTAAAAAAATAACAGCAATGCCTTGAAT CAACTTCCAGAAAGCGCATAGGTTATTTCACGGCTAAAAAGAATTATGGG TCATCAGAGGGAGTTAATCTGAAGAATCCTACCAAAAGAACGACACATTC CGCCATCTACAGCCCCGACCCGGATATTTTGTTTGTCCAGCTCAATGCTT CGATTCCGCTTTGTTTATTTCAACGATTAAATACATATTGGAAAAAGAAC GACAAATTACGCATGCGTGTTATAATGCAGGATTCTTTACAGAAACAGAC TTTTAGGACCACCGCTCTTTGATAACGACTTCCTGACGGTCTAATATTTT GGAGGTTTTTGCGTCTACGCAACAGGAAGCCGACATTGGGCCACAATCAG TCCAGTTTACTTATAATAATTTCTCTTCTATTAGGCCAAGAAGTCGAACA AAATCGGATTCCTCCTCCAAGAGACGTAGCAGCGACAATAAAAGATCAAA CAAAGTCAAAGTGACCACAGAACAGGAGATTAAACAGATATTAGATTATA GTCCCATCAAAAGCAAAGATGTGCGTTTACACAATGCTCAAAAAACTTCC ACTGAGGGTCGACAGCTCCAACAAATAGCACCAGCTGTAAAAACCTCGAA CTCTGACGCATCTAACCAACAGGTTGGTCATAGAAAAAACATTCTTCTTC AAGGCAAAAGCCAAAAACACTTTTACAGTTAACGAATTTCACTTCATTAA ATTTCCTTCGTCTGTTTTTGTTTTTGTTTCTGTTTTCGGTCTGTTTTTCT GCCCTTCGTGCAAACATTTCGCAAGCCTAAAGCTACTGAACTTTTCGGAC CATGTCACTCAAATCATTTCATATTATATCATCAGGTATCAAAACATGCA TCTAGAAAGCAAAATCACCACTCTAACCATCACCATCAATCATCACTGAC GCCCTTTCAAGAATACGAATTCCAACACGTTTTGTACACCAAACAAGGGG ATGCTGCTTTCGAATCCATTGTCTGTTTGCAGAATTTCATCACCTACAAG TTCCACACTTACGACGATGTCAAACGAAAGATGTCAACTTCCAATCAAAG CTTCTTTGACAACGCATTGTCTTTGGTGTATCAGATACCACTGCAAAGAG ATGAACCACATTCCCTCTTTGATGTAGGCGACCAGTCCTTACAATGGAAT GTCATATATCTCAAGCTCCACAAATTCGTGGACGAATGTTTGGCCACCGC GCANTTAATCTGAAGAATCCTACCAAAAGAACGACACATTCCGCCATCTA CAGCCCCGACCCGGATATTTTGTTTGTCCAGCTCAATGCTTCGATTCCGC TTTGTTTATTTCAACGATTAAATACATATTGGAAAAAGAACGACAAATTA CGCATGCGTGTTATAATGCAGGATTCTTTACAGAAACAGACTTTTAGGAC CACCGCTCTTTGATAACGACTTCCTGACGGTCTAATATTTTGGAGGTTTT TGCGTCTACGCAACAGGAAGCCGACATTGGGCCGCAATCAGTCCAGTTTA CTTATAATAATTTCTCTTCTATTAGGCCAAGAAGTCGAACAAAATCGCAT TCCTCCTCCAAGAGACGTAGCAGCGACAATAAAAGATCCAATAAAGTCAA AGTGACCACAGAACAGGAGATTAAACAGATATTAGATTATAGTCCCATCA AAAGCAAAGATGTGCGTTTACACAATGCTCAAAAAACTTCCACTGAGGGT CGACAGCTCCAACAAATAGCTCCTGCTGTAAAAACCTCGAACTCTGACGC ATCTAACCAACAGGTTGGTCATACAAAAAACATTCTTCTTCAAGGCAAAA GCCAAAAACACTTTTACAGTTAACGAATTTCACTTCATTAAATTTCCTTC ATCTGTTTTTGTTTTTGTTTCTGTTTTCGGTCTGTTTTTTCTGCCCTTCG TGGAAACATTTCGCAAGCCTAAAGCTACTGAACTTTTCGGACCATGTCAC TCAAATCATTTCATATTATATCATCAGGTATCAAAACATGCATCTAGAAA GCAAAATCACCACTCTAACCATCACCATCAATCATCACTGACGCCCTTTC AAGAATACGAATTCCAACACGTTTTGTACACCAAACAAGGGGATGCTGCT TTCGAATCCATTGTCTGTTTACAGAATTTCATCACCTACAAGTTCCACAC TTACGACGATGTCAAACGAAAGATGTCAACTTCCAATCAAAGCTTCTTTG ACAACGCATTGTCTTTGGTGTATCAGATACCACTGCAAAGAGATGAACCA CATTCCCTCTTTGATGTAGGCGACCAGTCCTTACAATGGAATGTCATATA TCTCAAGCTCCACAAATTCGTGGACGAATGTTTGGCCACCGCGCAGAATA TTAAGAAATTGTACCAACAAAATAGACAGGTCTCACAACATGGACAACAT CAGTCGCAACAGGCTTACCACACTGGTCAACAACATGCAGTGTATGGTCA GCCACATCAACAACCACAGTCATCCAACAGTAACGTGAATTTGAGTGGAA TCAGCTCTTACCTTCCCACCGGATATCATTTCCAACAAGGATCACAAGGT TCATTGAACAGAACCATGTCTTGCAATGGATACGAAGTCCACTCCTCCTC GGTTACACCAAACAAGATTCAGCGGTCAATGTCTCATCCAAACACCATCG ACAACCAGCTCAATGAAAACTACCAGCTCAATAATACACAAATCCAACAA CAGAGTTCTCAACCAGATACAAGCCACCAAAGACCACAATCTCGTCAAGA TAACCATAAAGCTGAACCACCAAAACCAACGAAACTTACCGGTGACGTAT CATTTATTGACGAAAAGCTACTCAAACAAGTCGTCCAAGCCACTGCAAGT TTGAATCAAACGGGAAACTCAAACACAAAACACAAATCATCCATACAGGC ACAATCCGAACAGGTTCAATGGCAAGCCTGTCATCTTGATAAGGAACCGA CAAATCATTACCAACAGCTTTCCCATGAGCGAAAATCAGTTATCACACCT ATGAAAGCTGACTTCAAAAGTCTTGATTCTTCGAACCAAGCAGCAATGCA GCCTTCGCACAGATCAACTTCATCCGCACCGCCGCCCCCTAAAAGTCATT CAAAGCAAAAATCATCCTCGACAGCCTCTNCCTTTCAAGAATACGAATTC CAACACGTTTTGTACACCAAACAAGGGGATGCTGCTTTCGAATCCATTGT CTGTTTACAGAATTTCATCACCTACAAGTTCCACACTTACGACGATGTCA AACGAAAGATGTCAACTTCCAATCAAAGCTTCTTTGACAACGCATTGTCT TTGGTGTATCAGATACCACTGCAAAGAGATGAACCACATTCCCTCTTTGA TGTAGGCGACCAGTCCTTACAATGGAATGTCATATATCTCAAGCTCCACA AATTCGTGGACGAATGTTTGGCCACCGCGCAGAATATTAAGAAATTGTAC CAACAAAATAGACAGGTCTCACAACATGGACAACATCAGTCGCAACAGGC TTACCACACTGGTCAACAACATGCAGTGTATGGTCAGCCACATCAACAAC CACAGTCATCCAACAGTAACGTGAATTTGAGTGGAATCAGCTCTTACCTT CCCACCGGATATCATTTCCAACAAGGATCACAAGGTTCATTGAACAGAAC CATGTCTTGCAATGGATACGAAGTCCACTCCTCCTCGGTTACACCAAACA AGATTCAGCGGTCAATGTCTCATCCAAACACCATCGACAACCAGCTCAAT GAAAACTACCAGCTCAATAATACACAAATCCAACAACAGAGTTCTCAACC AGATACAAGCCACCAAAGACCACAATCTCGTCAAGATAACCATAAAGCTG AACCACCAAAACCAACGAAACTTACCGGTGACGTATCATTTATTGACGAA AAGCTGCTCATACAAGTCGTCCAAGCCACTGCAAGTTTGAATCAAACGGG AAACTCAAACACAAAACACAAATCATCTATACAGGCACAATCCGAACAGG TTCAATGGCAAGCCTGTCATCTTGATAAGGAACCGACAAATCATTACCAA CAGCTTTCCCATGAGCGAAAATCAGTTATCACACCTATGAAAGCTGACTT CAAAAGTCTTGATTCTTCGAACCAAGCAGCAATGCAGCCTTCGCACAGAT CAACTTCATCCGCACCGCCGCCCCCTAAAAGTCATTCAAAGCAAAAATCA TCCTCGACAGCCTCTGCCCCTACTTCACTCGACGAATCGTTAGCAAAAGC AAATCTTTCCATCCAGACTATAACCCTGAAGCACAACAAAGACAACGCCG AGAAAGAAGCGCTATTGAATCAAATACAAAACATCTCAAATTTTTTGAAA ATCCAACCGGCACACCATTCGATACACGATGCAACGCTGAAACAAGTTGA AAAATCGGCCTTCTCTTCTACTGTTACTGCTGAATCAAAGAAAAGGCAGC ACCATGCTAAGCCAAAGACTGGGTCAACTGAAACTGAAGTAACTATTAAA ACTGAAAATTGTCAAGAGCATTCGAGAAAAGTGGACAACCCAGTATTTTC ATTGCAATCTCAACAACCGGAAGCGAAAGGAAAGTCAGCACTTGAGGAAT CTGAACGTTATCTCAAGGCCCAGCAACAACTGCAAGACCTTACAATGAAA AAGAAACCGCCAAGAAAATCTGCTAATGATTCTTCCTCTACTTCTCAAAC AATGCAAGCTTCCAGCTCCAATAATTTGACCAAAAAGCGTACATGTTGGC AGAATGAAGACTTACTCAAAAAGGTACCAGATGCTGCCACCGCTGAATCG TGGTTGGCTGAGAAGATTCGAAAGCAAAATGAAATGGGAAATCAAAATCC ACCTGACAGAAACTTGAAAGACTCGAAAAAGAAGACTGGCCATGAAAGGA AACATGCTGAAACTAAAAAAGAACCTCAAAACCTAAGTCTGAAGACGAAC AAAGACCCATCTAAAGAGAATACTGAAAGACTTACAGAGAAAAATATTTC AAATACTGGCTCCTTAGGTCTCTACCAGCCCTTTGAACAAAGTCACAAAA CATCCATCAAATCAATAGATTGGAAAGCACAATCAACACCAGATGAGCAT TTCGCCAGAAGCTTGCATATTGTTCCACCTCCTATCCAACCAACAGAAAT ACAACATTCAAAAGCTTTGCAACCAAATAACATTCAGACTCCAAAAGACA AAGCTTTGATCGACGCTAACAGCTATGAGACGACGTTCAACTCTCTTCAA TCGAATTCTCCTTCACCTACAAAGTTAAAAATCAAAGAGCCAAAGCACGT TTACTTTAACGAGCCTGCAAACAAGGATCTAGCGACCACAACCTCGTTGC AATGGCAACCAGGCAATGAACCAGAAGCGGGGTACGATTCCCAGGGCTCA CAGATGTCAGAATACAGTGCAACAGAAGAGAGATCAATACGTGATTCGAA CACCAGCTTTCTGGAATCATCAGACGGTGAGAAATGTGAAGGTGACGTTC AAGAGGAATATCAAAAATTGATCGAAGAATTTATGAAAACCCGTCGACAA CAAGCGGAAAGTAAACAACAGAATCGAGCATCTGTCATTAAGAAGTCACC TGTCAGGCGGAAAAAGAAAACGAAATTACCCGCTCCTCCTACTGATTGGG ATAGTAGTGCAACACAGAATGCACACAAAGTGGCCTTACAGCCTCCTCAT ACACCGTCAACTGACAACGATTCGATTTTGAAACGAATTCTCTCATCCAG TGAACATGACGCTTCAGATTATGACTCATCAGTNGACTCGAAAAAGAAGA CTGGCCATGAAAGGAAACATGCTGAAACTAAAAAAGAACCTCAAAACCTA AGTCTGAAGACGAACAAAGACCCATCCAAAGTCAAAGAGAATACTGAAAG ACTTACAGAGAAAAATATTCCAAATACCGGCTCCTCAGGTCTCCACCAGC CCTTTGAACAAAGTCACAAAACATCCATCAAATCAATAGATTGGAAAGCA CAATCAACACCAGATGAGCATTTCGCCAGAAGCTTGCATATTGTTCCACC TCCTATCCAACCAACAGAAATACAACATTCAAAAGCTTTGCAACCAAATA ACATTCAGACTCCAAAAGACAAAGCTTTGATCGACGCTAACAGCTATGAG ACGACGTTCAACTCTCTTCAATCGAATTCTCCTTCACCTACAAAGTTAAA AATCAAAGAGCCAAAGCACGTTTACTTTAACGAGCCTGCAAACAAGGATC TAGCGACCACAACCTCGTTGCAATGGCAACCAGGCAATGAACCAGAAGCG GGGTACGATTCCCAGGGCTCACAGATGTCAGAATACAGTGCAACAGAAGA GAGATCAATACGTGATTCGAACACCAGCTTTCTGGAATCATCAGACGGTG AGAAATGTGAAGGTGACGTTCAAGAGGAATATCAAAAATTGATCGAAGAA TTTATGAAAACCCGTCGACAACAAGCGGAAAGTAAACAACAGAATCGAGC GTCTGTCATCAAGAAGTCACCTGTCAGGCGGAAAAAGAAAACGAAATTAC CCGCTCCTCCTACTGATTGGGATAGTGGTGCAACACAGAATGCACACAAA GTGGCCTTACAGCCTCCTCATACACCGTCAACTGACAACGATTCGATTTT GAAACGAATTCTCTCCTCCAGTGAACATGACGCTTCAGATTTTGACTCAT CAGCCACCAAGACCTCCTCCAAAGGGAAACGCCGACCAAGTAAAACGGAA AAAGTGAAGCTAGCTTCACCAAGAGATAGATTTTACCAGCAAAAGAATAA GCAATCGAATGCTGAATTGAAAACTCAGACAAGCGTATCACCAAGTTTCG ATCGTGATCTGAATGATTCAAGAGTCCCTCAACATCCAGGAATTGATCAC GATGTCAAGTATTCTCGACAAATCTCCGAAACTAAAACTCCAGAACCTTC ACTACAGCATCAACTCAATGCACAATTCCTAACAAACCTCATCTCAAACG TTTCATCACAACTCCCTGACATTCAATCTCCTGGACAAAGTAATAATCAA GCTGTCTTTGAAGCTGCTCTGCAAAGTATTGGTAATACAATCCAACAATT TGCCAAGCAAACTAAAAACCAATCCATTCCAGAGATTCTCACAAATCCTG TCGATGCGCTATTCAAGGGTTTTCGCGAAACCTATTCAACACCAACAGAG TATAAATCTGAAGCTGGTATCGTAAAAATGATCTTCCTTGACGACGACCT GATTGTGNTCTGAAGCTGGTATCGTAAAAATGATCTTCCTTGATGACGAC CTGATTGTGAAAGACGAAAGTCCACAACCCTGCTTGGAATCGCCATTTAA CGACGCAGGCATAAAGAAAGCATTCTACGTTGACGACGAGGACCTTCTTA ACGATTTTTTCAAGCAGAAATCACTACAAAAGGTCATTCGTGATATGGCT CCGCCCGAACCCGCGTTCAAGAGTTATAACAAGAAGAAACCAGTGAGTGT TTTCACCGCTAGCGCCACTTCCACCGCCAACAAGAAGTCTCAGCCGCCAT CCAAGAAGTCGAAAACATCGTTGGACGAAGTGCTGAAGATCTTCGAACAA GACACGGTGGATTATGTGTTGAACCAACGATTGTCCGCAAATTCTAACTC CAATTCAACCGTAGAATCAGGTACGGTAGATACGAAAATTTTCTTCAGTG AAGAGGAAATCGTTTCGAATGAACTCTCTGTAGAGAACATGGCTAATATC AGTGCTGGTGCGGAGAATAAATTGCTTACTGCATTGCATCAATCTCCTAC ACCAAAATTCTGGTCGCCTACAGACGCGAAACCGCCAAAGCAAGTCGAGC AAACATCAAAAAAAGAGAAAATCGTACGTCCCACTATTTGGTCGCCTCTT AATTTGGATGATAAGAAAGCGCCGCTGGAAACTGCAACAAAACCAGCCAA CGAAGGAACTTTTGACGCCAATATTTTCTTCGGTGAGCAATCGAAAACAA GAGATGATACAACAATCGATTATATCGAACAAATCGATCAAAATTATTCA AATGAAGTCACCGTCTACAGTTCCATGGATAAAGGCTCGCAATTTCCATA CGACAGAACTACATCGAACGTCCAACAAAAACAAACACCACAGAACGATC TTCGATTCCCTTACGGAGGAATGGCCACAATGACCAAAGAGACCCGTTTA TCCGATCAAAAATTGGTTCCTCAACAAAAAGCACCATCTAAAAAAAAGCC CTACTTTGTGAACAATCAATGCACTGCTCAATCATCAAAAAATCTATCAT CTTATAAGAATGTTAACAAAGCAGATCTGGCAACGTCGCTGACCGAACAA GCTCTGACACAACTTTCACCCAACTTGTCACCGCCCAAATTTCCATCGAG TATTGATTTATTGAAGAACTCAAGAGGCTCTACTACGTCTGCATTCGCAA TTCAAAAAGCCTCCAACGTGAAGGTCAAACAAACAAGAAAGCCTCGTTCT CAGGCCCCAAAAACGCCAAACAATAATCAATTTTCATTGCATTCGGAACG CGCGCCAACTACCATTCTCAAAGATGTCAATGCTTATTACATCAAAACAG CCAGGCCTCTTCATAATTCGTGCAGCCAATACAAAGTTATTACATCGAAC GCTTTGAAAACTCAACCTAAACCGCCGTCTCAAGTTCCTACGAAGCCAAT AACAGTGCCTTCATTTCAACTGCATATCCCGAAGTTCCTTTCGGAACCGT CTCATCAGTCGACACTTTCACAATTTCAATCCAAACCCATCAAAAGTCCT CAAAAGCCAGTTCGCCGTAGTGGCCGTAACGTTTCCAACGATGCGACAAC AGCTCGTATACACCAATGTCAACAAGATTCCCTGATCTCGTCCGATGGAC TCTCCGATATTGATGTGGTCGATTACACCGATGATGACAAGGATAGCGAT TTCCATTACGAGAGTCAGGCCACAGAAACAACAGAGTCAGAAGTTGGTAT AAAACACACAATGGCTTCGAAACACCTGCAAAGAGGTAACAACCAGCACC AGCCATTTGCTTCAACAACATACAAACACCCTACAACAATCACTCAAGCA GCTGTTATCACCAGTACGGCGTACCCTTCAATTAACTATACATCGAATAG CGGACAACTAAAGGCTTCTTCGAATATCCCTAATACCTCCAATCAAAACA AACCAGTCTCGCCAACTCAACAAGCTGGACAAGTAATCAGCTCTTTTACC ATTAAACCACAAAGTGTGAACCCAACGACAGTTGCGTCGAAATTGGCAGA AGCCATCAGTAATATCCCGATCACGAATCAGACGAACTTTAAGAAAGCAA ATATTAAAATTGTTGATGTTCAAAGGATCCAAAAATGGATGAATAATCCG AATGCAGAACTTCGTATCCTCAGTTCACTTCCAACGTCATCCCAACAAAC GCTCGATCAAAACAAAGCCGTATCGCCTTCTTCAACGCTTACCAATAGCC ACCCAACAAAATCAGCATCTCTAACCGCCAAGTCACACCCCGACAACCAG TTACCGTCATCAAGCGCCGCTTTTCATCTCAAGAAAAGTAAAGTTGTTTT GCACGATGTTGCAGTACTCCCTTCAAAGCAAATGGCAGGAACATCCAGCA ACCAACCGCCTACCTACAAAGAAGTCCCTCTAAACATCTTCGATCAGATT GCTCTTCAAAAATCAAAAGCTGATCTAACCAAGAAGAATGTCACTAAACC AGCTAGTGAACCAGTCACTGTTTCTTCCACGAAAAAACAAAAGAAGAATA GATATTTCTTTCCGAAAGAAGAAATCAGCGATCAGGNACGAAAAAACAAA AGAAGAAGAGATATTTCTTTCCGAAAGAAGAAATCAGCGATCAGGATTCG GCCACCGAGAGCATCGATCTCAAACAGAAACGAAAATCGAAACAAGATTC AGGTCAGGGCATTTTTTATTCCTACCATACTTTTGGGCTTCGTTAACACA ATACGGTATGACTTCATTCTAAACTTTTCGTTTCAAAAATATTCGGAACC TTTAAAGTGTTTCCGTTGGTCTTGGTTATCATAATAAATGCATTTATTTA CGATGACATTAATTAAGTGTAGCAACACTTTCACTGTAATTTATGAGAAA TCTTAAAATATCCGCCGTTGACATACATATTGTTGACCCTGCATTACAGT TGACGCATTCTAATTCGATTTTGCGAGAGGTTCTTGTTGACGGTGACTTT CAATATTATCGAAAAATTCAGCGTATCGAATAGTAGAACGTCGAATAAGA GAGCGTAAACTGTATTTATTTAAAAAAGCCCCTCCTAACTTTAGCAATAT GTTAATTTGTTTTATACAGATGGGCCAGCATCGAAGAAAGCCAAACGTTT AGAAGCATACTTGCAAAAGAAGACCTGCTTAGCGTATCGTAATCTACCAA GGTGTCTAGATTGTAACCAAGACGACAGTGAAGATGAAGAAGAACACCTG AAGAAGAATGATGAAAATGAGTTGACTTGCCGTTTCTCCATGTTCAGAAG GTAAGTACAGTGGTAGATGTCCTGTAACTTGAGTATACACATACAGGGAA TGCAATTCTGTTCGAATCGTAGAGAATTTATGGAGACCGACTCGCAAGAG TTTGTTTCATGTTAATTGGAAAGAAGAGCTTTCTCGATTCATGGAAAAAT TAGATTTTAGAGACTCGAGTTCATTATAGGCTCGAGTTCATTATAGGCTC TACTGTAATATAGAACTGGAACACTTCTGGGTTCTATCTCGACTTGAATC GATGGAGGATTTAAAATTTTTGGAAGTGAAAAGATTTTGATGAATATTTT ACGAATAAGTTTTTTACTTCTTTGGATTAATTAATTGTAACAAGTTTAAT GCTTACTTGACGCTATTAAAGCTGCCGCATCAATTGGATAGAGTGATTTA ATAATTTATACCATAATTAGAAAAAATGCTGAGAATGAAGACGTTTGATA TAATACCGTCATTTTTTTTCGTTACAGGTTGAGAAAAATGGAATCAGGGA AAGTAAAGTCGGCTGGTTTCTGTACTACTGATGTTGCCGAAGAAAGTGAT CTTTTTCATTGGAAATTCCAAGACAACAGTAAGTCAATTGTTCATCTTAA AAAGCAAATGAGAATTCAAGATATTGGCAAGTTTCTACGGAAAAAGTACG TAAAAAATATGATTAGAGTAATACCTTTTTGTAATTTTTATCTTTTAAAC GAATTCGAAAATGAAGATGAATATTTCAAGAAGAGAAAATAAAGATTTTC CTACTGTGCCAAAAATCTTGTATTCATACCTTTCTGAAACTTCGAGGTTC GCCGATTTTAGTTTATATTTCAGTTCTCTTATAGCAATTTCTTAATCATT ATACCAATTCTTTCAGCATTGCTTGACTTGGCCACATGTAAATCGATTTT ATCGGAGATTGGCGCTCAGTTCGAACAATTGGTGTTACAAGAACAACAAG CCCAAACATGGACAAAAACATTGTGTATGATGAATCTATTTTTAACCACG CCTTGTCTTTCTATAATCACATATCCTATCATATATTTCATTAAATGTCA CTGATAGATGAAATAATCCAGTACCATAATGCAACCTGAATTTCGGATTC CTAAGCGAATCTACATTGGCTTAAGCCCAGACAAAGATTACAAGGCATGT CGAGGAGGTTTTCTCCGTCCAAGAGAACCGGCCCTCGAAATACCTAAAAA TCCACGCAAGCTCTCTTGAAAAACTTTCTCCCGAATTTCGACGAAAACCA AGTTACCTTGAAAAGTTTCATAATTCGAAATTCCAGGGGTCTCTTAAATT TCCGCAAAGGTCAAAAATGACCTTCTCGGCATTGAGAGGAGAGAATTTAT TTCTGGGATAGCCCATTGCACTTAGTAGTGGTATCAAGAGTTTGCTAGCT ATGGCTATGGGTCCTGGAATCATTTATAACCCAAACGCATATCAAGAAGT GTAAATTCTTAAACTTGTTCTCTTCTTTTATTACAGCGAAACCGGCATGG AAACGTGCAGTACTGCGCGTGCGCGAATTGTGTGATCTGTGCGCCACAAG TATCTTCAACAACCATTGGACCTGCGAAGCTTGTGGTCTCAGTATTTGCT TGGATTGCTTTTTCGCCAAGTTCAAGAAGAAAGGTTGGTACAAGAAACCA TTGTGGGTCTCGCTTTCAGATAGAATTGTTATTTGCATTATTATTCGATG CATTTGCACATTTAACATATATTCCTAAAAGGCCATCACGTCATCAATTT TGGTACAAAAGTGCAAGAGCTAACGAACACTAACAAGTCTTAAGAAGCTT AGCATCTTTGCAGTAGTAGTGGTCGAATACGGGTTTAAGCGGTGTAGAAA AGTTGAAATATTAAAATTAAAAACTAGATTTTACTTTTCAGGGAAGAATC TTCCATGGGCGGAATGTGAATCAACAGGGATGGACCATAAAATCAAAGAG TTACGATTCACTCAAATCATACCGAATAGAAGTAAGATAATTTGGCTGTC CTTTTTTATAACGAAAGTTATCATATACGGTAGAGTCTCGATAATTCGAA CACATACAAAATTTATTCGAATTATGGAAACTCTTCTTAGGGATTTTTCA ACTATAGGGACCAAAAAGTTTGTGCATATTCAAGAGACTTCACTGCATTT CTCCTTTTACAAGCTGTCACGTAACAATCAAGTTGTTTTTCACCGACCAC GCCGATTCTTCTCCATCTGAATTATACCCCCTATTTCTAAATAAAAGAAA TGACGAGAATTAGTTATAATAGACCAAACATTGAATTAATAAATAATTTT AAAATGATAAAATGGAATCTATATTCATTTTAGTACTCGAGACTTTATAC GAAGACCTGTTAAAAACTTGCGAAGAAATAAAGTTAGACTTTAAAAGGTT GGATTTATTGGAATACCCAGAAGCAACGGACATGAGTATATTGGAATCAA ATATCAATTGGCGAAAGGTTTGGAATTAATTATTAATGGATTATAAAAGC ATTGACCTTGATTGACCTTATATTTAAGACCTGGCCTAATTAACTTCTAT CATCTTTGGTCTAAGATCTTTATAACTATGGGACGACAGTTTTTTTATAA TAAGACATATTAAAGCCTAGTGCTGTCCTTTGATATTAATTGATGGCGGT GCCAAAAACCTTGGGGCAGCCAGGAGACTTCAAAAATGGTCGGATTAGGG TGAAATTTGACATAATTGTTCCTTGGGTGAACATCTTGCATTTTTCCAAA ATTTCGATTTTTGGGGCCTGGGCACTACTTGTTTTGTCTGTGCTGCTACA ATCAGGCCTATTAACAATTTAAAGCTACTGAAATTGAACCAAGTGCGTTG CGCATGTTGGACTATTAATCAGGCTCAGGTTTGGTATTCTGATAGTAATA CGTTCATTAGTAAAATCGAAAAATAAGGCAAGTAGTACTGGAGTACGAAA TTATCTTTTAATTTTGAAAGGCCTCAAATTTCCTTAAGTTTGATTATTTA TAATGCTAAAAACAGAATACTATAAAAAGACATGAAGTTTTATTTTATTT CCAGCAAAAGCTTTTCGGTAAAACCATCTTCAGTGTTAGATGTTTAAAAA GTAATAGAAATAACTGAAGCACCGAAGATGGTTTTACCGAAAAGCTTTTG CTGGAAATAAAATAAAACTTCATGTCTTTTCTTATAAAATACTTTGAAAT TTCTAGAACCCGTTGGACTCCATCGTAGACCAAATGAATGTCAATATAGA GAGTGCAATTCCTTCCACGCCGGCCAACTGTGCATGGTTTTGTGATGGTC GAATGCTACACATTAATCAACCACGTCTTACGTCCCAAGCAATGGACCTC TTCAAGTCCGAATGGGCGAAAGGAAAGGTTTGTTACAATACATAATTAAT GATATTGATGAAAGAAGCGTGCTTGNGAATAGATCATCGGATTAGATAAA CAAAAAAAAAATGTCTTGACCGTTGTCGGAAGAGAGAATTAAAGGCTCCT AGGCCGGAGCAATTAATGATAGTGATGAAAGAAGCGCGCTTTTTTTGGCT AATTATTATGAAATCTAGTTGTCTAATAGGAGGCCTGATAATGTAACAAA TATCATCAAAACCAGCCGTTTATTACACTCTTGTACGGAAAAATACTAGA AGGGTGATGAGTCACTTTATGACGATCAATCTTTTCTACGGTGTTCAAAG TTCTTCCGTCTTAGACGGTTTTTTGTCTCAGCGAAATGTATAAAGAGGCT TTTCCGTTTTAAATGTTGCTTAACTCACCAGAATCTCAAGAATTTGTGTT AATTTTCTGTGTAAAATCCATTTTTCGTCTCAGACAAAAAAACCTTGCTT CTGACTACTTCATCCATCTTTTTCAGCCGGTCATTGTTTCAAACGTCCAT AAAAACATGAACCGTGACCTGTGGACTCCAGAATCTTTCGAACGTGATTT GGGTAAGTTGTTAAAGATTTTCGATTCTACTGCTGTCTTCTCGTATTTCC TTTATCATGTCTTCAAAAATATTTTCAGTAAGATTATTAAATTTGAGTAA TTTTACTGAAAGAGTACTCACTAAAGGTCTCCCCTGAAGAGTGGATTAAT TCGGATAGTTAAAAATGAAGAAAAAATCATAATCCTGATTATGGGATGCT GTCTTGACTAAAAATTTTGAATTTATGCTTAGTAGAAACTAAAGCGGGTG GAAAGTTATAGAAAAAGGAAATTTTTGACAATTAAAAACTCTCGGATATA CATTTCATTTCATCAAAATATAAACCTTCTTTTAAATTTTCTCGAAAAAT ATAACGGTTCATCTAGAATAGACAGGCTTTCGTATTAGACATACTAGGAT TTAATCAATACTTAAATGAGTTTCTAACGAAAATCCATTTTTTCATTTCC CTTCACCTGGAATGAGGTATCTGCTATGACCTAAGTGACAAGATTCACTG GACTGTCCGCTGGTGTAACAGTGAAAACTTTTAATCGTTTAAATCTTGGG CCATTGATCGTAATTCATCGAGGTAGTGTCTCACTAAATAGTTGATGGTG TTACTACTATAATTTTGAAAACTTCCCCTAAAATTGAATTTTTGTTCCGC TGAAGATAATTTGTTACTGTGATTGTCACTTTCTTGTTTCAATTGACGGT TCATCGCTTTTTCTGCTTCATCGATAGCGCTCTTCATCATTAGACCTTTC AATTTATTCTTTGTTTTTGAGCTTATGTCCTTAGACATGATTCGTCGTTT GAAATATTCATAGCCCTTCATTTTAGGAATAAGTTTTTTGGCACAGAGGT TGATCGATTTTTCATAGTTTATCGAGTCTGCAATACAGAGAAATGCGATG AGATAGTTTTCACTGGCGCTCTCTAAAGTTTGGCTCATCAAGCAGATCTC ATTACGCACAAATTTACTGACATCTGCCATCATATATTCTTCAGATAGTT TCATGAGACTTCTCAGCGTTTTGAATTGTTTCGGCTTTTCATCTTCTTCT GAAATCAAATAGAAAATGGATTTGTTGAATTCTGCTTCAAAACTGTGTAT CAATATCTTTGCACTTGAAAATAAATAGGCCTCGAGTGCATTTAAGATAC CTTAAAATTGATTGAAAAGCGTATTTTCTAGATTGAATCTCCTAGTCTAT TTTACCAACATTGTAAATACTATGCATAAATACAATTTGAAGAACAAAAA TGATTTCTCCATTAATTTGTTCACATTCACATTTTGGTCCCAGGTAAACA GAAGAGAAATTGGTGTAAAACTTACCAAACTCAAAATCCATTTTGCTGGG ATAAATAATTTTCAGTATCTGTTCAATGAGGGGGAGAGATTTTCCCGGTA ACGACACTCTTTTGTTTCTGCCTCCTTAAATTTTTCGTTGAACATTTTGT CGAAGACAGGAGATGCTATGGATAGAATGTCATTGTGAACATGGAGTTCT TTCTCTTCCACCACTAACACTGCATCGCTCTCCCGCCATGGTTTTGAAAA TGGTCCACTGATTTCTATCTGGTCATCTCTTTCATTTCTGCGTCTTTTCC TTTCTGGTTCGAATACTTCTGATTCGTGATTTTTTGGTAAATTTGACTTC GACATTTTTGAATGATAGCTAAAAANNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTTTTAAATCGGA ATAGATCATCGGATTAGATAAACAAAAAAAAAATGTCTTGACCGTTGTCG GAAGAGAGAATTAAAGGCTCCTAGGCCGGAGCAATTAATGATAGTGATGA AAGAAGCGCGCTTTTTTTGGCTAATTATTATGAAATCTAGTTGTCTAATA GGAGGCCTGATAATGTAACAAATATCATCAAAACCAGCCGTTTATTACAC TCTTGTACGGAAAAATACTAGAAGGGTGATGAGTCACTTTATGACGATCA ATCTTTTCTACGGTGTTCAAAGTTCTTCCGTCTTAGACGGTTTTTTGTCT CAGCTATATAAAGAGGCTTTTCCGTTTTAAATTCTGCTTAACTCACCAGA ATCTCAAGAATTTGTGTTAATTTTCTGTGTAAAATCCATTTTTCGTCTCA GACAAAAAAAACCTTGCTTCTGACTACTTCATCCATCTTTTTCAGCCGGT CATTGTTTCAAACGTCCATAAAAACATGAACCGTGACCTGTGGACTCCAG AATCTTTCGAACGTGATTTTGGTAAGTTGCTAAAGATTTTCGATTCTACT GCTGTCTTCTCGTATTTCCTTTATCATGTCTTCAAAAATATTTTCAGTGA GATTATTAAATTTGAGTAATTTTACTGAAAGAGTACTCACTAAAGGTCTC CCCTGAAGAGTGGATTAATTCGGATAGTTAAAAATGAAGAAAAAATCATA ATCCCGATTATGGGATGCTGTCTTGACTAAAAATTTTGAATTTAGGCTTA GTAGAAACTAAAGCGGGTGGAAAGTTATAGAAAAAGGAAATTTTTGACAA TTAAAAACTCTCGGAAATATATTTCATTTCATCAAAATATAAACCTTCTT TTAAATTTTCTCGAAAAATATAACGGTTCATCTAGAATAGACAGGCTTTC GTATGACAGACATACTAGGATTTAATCAATACTTAAATGAGTTTCAACGA AAATCCATTTTTTCATTTCCCTTCACCTGTAGTGAGGTATCTGCTATGAC CTAAGTGACAAGATTCACCGGACTGTCCGCTGGTGTAGCAGTGAAAACAG TCTTTTAATCGTTTAAATCTTGGGCCATTGATCGTAATTCATCGAGGTAG TGTCTCACTAAATTGTTGATGGTGTTACTACTGGAATTTTGAAATCTTTC CCTAAAATTGAATTTTTGTTCCGCTGAAGATAATTTGTTACTGTGATTGT CACTCTTGTTTCAATTGACTGTTCATCGCTTTTTCTGCTTCATCGATAGC GCTCTTCATCATTAGACCTTTCAATTTATTCTTTGTTTTTGAGCTGATGT CCTTAGACATGATTCGTCATTTGAAATATTCATAGCCCTTCATTTTAGGA ATAAGTTTTTTTGCACAGAGGTTGATCGATTTTTCATAGTTTATCGAGTC TGCAATAGAGAGAAATGCGATAAGATAGTTTTCACTGGCGCTCTCTAAAG TTTGGCTCATCAAGCAGATCTCATTACGCACAAATTTACTGACATCTGCC ATCATATATTCTTCAGATAGTTTCATGAGACTTCTCAGCGTTTTGAATTG TTTCGGCTTTTCATCTTCTTCTGAAATCAAATAGAAAATTGATTTGTTGA ATTCTGCTTCAAAACTGTGTATCAATATCTTTGCACTTGAAAATAAATAG GCCTCGAGTGCATTTAAGATACCTTAAAATTGATTGAAAAGCGTATTTTC TAGATTGAATCTCCTAGTCTATTTTACCAACATTTTAAATACTATGCATA AATACAATTTGAAGAACAAAAATGATTTCTCCATTAATTTGTTCACATTC ACATTTTGCTCCCAGGTAAATTGAAGAGAAATTGGTGTAAAAAGACTTAC CAAACTCAACATCCATTTTGCTGGGATAAATAATTTTCAGTATCTGTTCA ATGAGGGGGAGAGATTTTCCCGGTAACGACACTCGTTTTGTTTTTGCCTC CTTAAATTGTCCGTTAAACATTTTGTCGAAGACAGGAGATGCCATGGATA GAATGTCATTGTGAACATGGAGTTCTTTCTCTTCCACCACTAACACTGCA TCGCTCTTCCGCCATGGTTTTTAAAATGGTCCACTGATTTCTATCTGGTC ATCTCTTTCATTTCTGCGTCTTTTCCTTTCTGGTTCGAATACTTCTGATT CGTGATTTTTTGGTAAATTTGACTTCGACATTTTTGAATGGTAGCTAAAA ATATAACGTTTTGAATGATAACTAAAAACATATAACGTTTTGAATGATAG CTAAAAACATATAACGTTTTGAATGGTAGCTAAAAACATATGACGTTTTG AATGATAGCTAAAAACATTTAACGTTTTGAATGATAGCTAAAAACATATA ACGTTTTGAATCGTAGCTAAAAATATAACGTTTTGAATGATAGCTAAAAA CATATGACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGAATCGTA GCTAAAAATATAACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGA ATGGTAGCTAAAAACATATGACGTTTTGAATGATAGCTAAAAACATATAA CGTTTTGAATCGTAGCTAAAAATATAACGTTTTGAATGATAGCTAAAAAC ATATAACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGAATGGTAG CTAAAAACATATAACGTTTTGAATGGTAGCTAAAAACATGACGTTTTGAA TGATAGCTAAAACATATTACGTTTTGAATCGTAGCTAAAAATATAACGTT TTGAATGGTAGCTAAAAACATGACGTTTTGAATGATAGCTAAAAACATAT AACGTTTTGAATCGTAGCTAAAAATATAACGTTTTGAATGATAGCTAAAA ACATATAACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGAATGGT AGCTAAAAACATATAACGTTTTGAATGGTAGCTAAAAGCATGACGTTTTG AATGATAGCTAAAAACATATAACGTTTTGAATGATAGCTAAAAACATTTA ACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGAATCGTAGCTAAA AACATAAAACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGAATGA TAGCTAAAAACATATAACGTTTTGAATGGTAGCTAAAAACATATAACGTT TTGAATGATAGCTAAAAACATATAACGTTTTGAATGATAGCTAAAAACAT ATAACGTTTTGAATGGTAGCTAAAAACATATAACGTTTTGAATGGTAGCT AAAAACATGACGTTTTGAATGATAGCTAAAAACATATAACGTTTTGAATG ATAGCTAAAAACATTTAACGTTTTGAATGATAGCTAAAAATATAACGTTT TGAATCGTAGCTAAAAACATAAAACGTTTTGAATGATAGCTAAAAACATA TAACGTTTTGAATGATAGCTAAAACATATAACGTTTTGAATGATAGCTAA AAACATATAACGTTTTGAATGGTAGCTAAAAACATAAAACGTTTTGAATG ATAGCTAAAAACATATAACGTTTTGAATGATAGCTAAAACATATAACGTT TTGAATGATAGCTAAAAATATATAACGTTTTGAATGATAGCTGAAACATA AAACGTTTTAAATGGTAGCTAAAAACATAACGTTTTGAGCTCCTTCAGTT ATCCTATGATTGCACTTTTTGAATTTACAAATAAAAATTCGTTTAATAGT TAAAGAACTTTCTGAGATGAAAACATTTCACATTTTCCTCGCTTCGAAAA ACGTCATTCACTTAAATATCAAATCATACCATATCCTATCACAACAGTAC GATATTCAGTAAACTTTTAAAACAGTTGCTTTTGTCACTAAAACTTTCTT TCTAAGAAATACGAGTGTTTAATTGTCATCAGCTTGTTATCATACCCATG TGGTTTCAAATTACCAAAGTTTTGGCATCTAGATGAACATGTTGGCACTT TTGGCTAATTTACCATTTTTCGAAAATTAAGTTCGAGCGAGAATGTCAAT TTCGGGCCTTTAACTTGATTTCAACGATTATTTCGATCTGGGAGGGGTTT ATTGGTTTCTAGGCTATATTACAAGCCCTACCGGACCATTTTTGAACTTT TGGTTCCTCAGATCCTAAGGTCCCAAGTCTTAAGTCTAGCGTTAAAACTC AGAGTTAAAACTCTACCCTTCGAACCTACTTTAGAGCACTTGCAAATCGA TTGTGGTTTCAAAACACCCCGGTGGATTTCCTTTTTGTGCCAAGTATTTC GTCACCGATTGTAGATGAACATGTTGTCTCTAACTTAGACAAACAAAATG TCGTAATGTTTCATAATTTAAAATAAATGGCAATACTTTACAAAAATCCA AACTGTTTTGCTTGTAGTTATCTTCTTTCCTGATAGTCTTGTAAACCGGC TCATGATAACTATAAAAAGGATTATTAGCAGCTTGTACGACTTTTTCTTT TTCTTTACAGGCGGTGAACTGAACGACATTGTCAATTGTTTTGACGGTAC AATCATGGAAAAAATGCCCATACGTGAATTCTGGCGAGGTTTTGAGAAGA TCAAGGAAAGACCCGAGTGTAAACAACCTGTAGCGCTTTTAAAACTGAAG GTAATTTAGGCAGTTTTCTTTGAATCAATGGCATTGAAATTGAAGGTAAT TTAGGCAGTTTTCTTTGAATCAATGGCATTGATTGTTTATTAAAACGATT TACTATCGGTATACAGTCAGTACTCTCTAAATCGAACCCCTGTTATTCGA ATTTTTCTGTAATTCGAACTAAAACATTGGTCCCCTCATTCTGGAATATC GCACAAAATACTCTCCGGTCAAGTTTGGGCCTGAAATCAACAACGTTCGA TACACGAAATATTTACAATATAGAATCTTAGTTTAATATTTTGTATTTGT ATTTATCTCTATTTTTATTGATATTTAGGATTGGCCACCTGGGACAGACT TCAAAGAAAAGTTACCAAACAGGTCAGTGTATTCTTTCGATGGTTCGTAC CAGTTCATGATTCTCGTGATGTTTTAAAAACACTTGGTAATAAATGTGTC TGTTGTTATTCTCAAATTCGGTCAAGCTAAAGATTTGTACGCCTGTGAGT CTATATGAAAAACTTTGTCGGTATTCTTTTTTCCACTATTAGACCTCGTA AATGTAGTTGGAAATACACTTGAATTTAATTGACTCGATCGATTTAAAGT TTTACGGACGAAAGCTAAGACCTTCCTCTAAACAATGAAAAGGTCAACTT AAAAAATTCTACCTTAAAGCTCACAATAGCAAGACAAACTTGTATACTTT TTTTGGCGCACTTGCTAGACTTAAATTTTAAGGAGTTAAATTTCTATATT TTCAGGTTTCACGACATTATGCAAGCTCTTCCTGCTTCGCCCTATACTCA TCGTAATGGCGAATTTAACCTTTCAGCAAGGTCAGTCGTTATTTTTTATA ACAAAAAACGACCAATTCAAGTGACTTTCAATATTTAGATACAGTGGATT CTCCTTAATTCCGAATTTCTATAATTTGAACTAATCTCAGTTCCTGTCAA TTAAGATACATCGTTCTATCACTCTTAAGTTTTTTTCATTGCCCGTGCAA CTTGCTTTTTTCCATGTTTCCAGGCTCCCCGACTTTTTCGCGGTCCCTGA TCTTGGACCAAAAATGTACAACGCATATGGCTCTGCTTCTTACCCGAAAG CTGGCACCACCAACCTTCACTTGGATATTTCAGATGCTACTAACGTTATT GTAAGATATGACTTCATTGATTTGAATAATTCTGGAGGATTCTATTTTGC TAATTACTGACGGCTGGGGTTTTATAAAAAACTAAGATTTTTAAAGTCAT TTTATGGCCCAGCCATAATTTTTAGATTAGTACAATTTGTGCAATTTTTC ATTTTTGTTCACTTTTTCATCAAATCTTTTTGTGTTTTGAAGGCGTATGT AGGAATTCCAGACGATGACGAAGAGCACCATCAGAAAGAAATCGATGGTA AGGGAATTTCAGAATCAGGATTCAGATAAATAACTCGGAAAGCAAAAGGC AGTAAAATAACCGAGTTATGAAATGTAAAAATTATGTCACTAAATTTCAA AAATGACGTCATAACTCGAAAAAACTCGATTTTTTCCTAACTTGTTTTTT CGTTTGAGAAGAGTAATTTTTTGTGGGGTGTCTACCTTTTACTTTCAAAT CTAATGATACTCTGTTTTCGCATTAATTTTTGGGAGGTTTTAGTCTTTAG CATGCTTTGCGCACAATCAAAAAACAATTCTTCTCGCAGAAAAAAAGTCA CTTGGAGTGAATCTCTTCCTCTTTGTAGATACGTACAAGACGGTTGATAA AGCGTGCTGTGATGCAACAAAACAGCGAATTCGTGATCCTACAGTCCGAC CTGTAAGTTATTTGTGAGCTTAAACAAATCGGATGTAATCTGCACTCTCA TGTTTATCACAATGATTGTTCACATAAAATGTTAATCCTGGCAATGATAA TTAAAGTATATTTTAGAGTGTACAACACTTCTTTACAAACTACATGACCT TTTTGTTTGCAAAATTTCCGTGAAAGTGTGTCCAGTGTTTTAGGGCCGTT TGAATTTCACAACATTGTGGTAGTTGACAGGGCAGAACACCGTGGAGGAA TAATCAGCTTTAAAACTGGACATACCTTTTTTTCGTTACAGGGTGCTCTA TGGCACATCTTTCCCGCTCACTCAGCTTATAAAATACGGCGTTTCTTACG AAAGGTAAACTAGCATACTATGTTTCAGCATGTGTCGCGTCAATTCTATT TTTATACTCGACTCGTATCTTTTATGAGAAAACTCGTAAATAAAAGCTCG AGAATGTTTCGCAACTTAATTTTAAAAGTACTTAAAATCAGGAAAGCCCC TTTCTTGACAGGGCGTTTGGTGGTACAGAACAGCGATACTGTAAATACTG AATACCTAATCTTTATTTTTCAGGTAGCAAAAGAACGAGGAATGGAACAA CAAGCAATGAGTGACCCAATTCACGATCAAGTAAGGATAGAATCAAAGTA ACAAACTGCACTGTATCATTCTTTTATGATAATGATGATTTAATTCAGCT TCAGATTGGGCTAAGTTTTTAGCCCAATATACCGGATGCACCAAATGAAT TTTCTCCTCAAGTTAAAGGAATTGCGTAAAAAACATTTTTGCAAGGTCTT CAATTCAAAGCGCTTTGTTGTGCGTAAGATACTTTGTTTGATTAAAATTT GAACCAATCAAATTATTTCATTTTTCCTTACAGTCGTTTTACTTGGACCA AATGTTGTTGGAAAGATTACGTAAGGAAGAAGATGTAGAAGGATACGCAA TCTGTCAGTGTTTGGGTGACGCCGTATTCATACCCGCCGGTGCTCCTCAT CAGGTACATAGTTTGATATATCTTTTGGTGTTATAGCCTATCCGCCTCAA CGGTACAAGGGATTCAAATTGAGTTAATCAGGGTGGAATGACTGTATTTG TGAAAACGTTTTTTATGAAACGACTTCAAATTTCTGACGTCGTTTGACCA GGTTTGTCAGGACTAAAATCATGAGGATTAAAAGGATTTTAGGGAACTTT CATCAACTTTTTCACAATTTTCATCTCTTCCAAATGTTTAACAACAGAAG AAAAATTCATGCCACTAAAATGCTTTTTTAAACCTCAATTATTTGGAGAG TCACAGGTCCAAAAACCTTCAGTGTACATTATCAATAATCTTTCACTGAT ATCCTTTGGTTTTCAGGTTTTGAACTTGCACAGTTGTATCAAAGTGGCGG AAGATTTTGTGGCACCTGAACACATATCTCACTGCTTCCAACTAACGCAA GAGTTCCGATATTTGTCCGATTATCATACTAATCATGAAGACAAACTACA GGTAAAGTATTTGCAGATATTGCAGCCCGTCTATTTTGTGCATTATTGAT AATAACGAATATTTTGAGCGAGTGGCTCCGAAAAATCCTAGAGCTTTCAG ACAGCTCAAGAGTTGTTCCCACGAAAAGCCACTAAAGATACTTTGAATTA AATTGAATTAAGAAATATATAAGAGATGAAGGATATTTGAAACCATGGAA GTTGTTTCTTGATTGCCAATTCGAAATAAACCCTCGTTATTTTTATTTCT TTTTAACCATTTTCACTTACATCAATTCGTAAAAAAGACTCGTTGAAATA CTCATGGAAAAATGTCATTCTATATAGATTCTGTTCCGTTTTTCCCGAAC ACNAAGACTCGTTGAAATACTCATGGAAAAATGTCATTTTATATCGATTC TGTTCCGTTTTTTCCGAACGTTCTGTTCCTTTTTTCTAGATTAAGAACAT CATATACCACGCAGTGAAAGATTGTCTCGGTGTCGTCAAGAAGAAGCATG CAGAAGACACCTCATGATTTATCCCTACACTGTAGTTTACTCTCTTTTAG TTCTTGGATTTTCAGGCAATGATATTTCTATATTCACCTTTGTTAAATTT TTTTTTTTTTCATTTTTGATACATTTTCATGCTGTATTTTTTCAGAAACA TTTTCAGAACATTTTCGTATATATTGTTAGTTCAATGTTTTTTTTTGATA CGCATAGGTATCATGTAAAGGTACAGATCTAGGTGAAATAGCACATTCCT TTTTTGTAAAGTTCTTAAATGGCTTTACTACTCTCAAAAGCCTTTGAATA AAGTCGAGTCACAGTTATCAGTTTATCCAACTCTCATACTAGGAATAGAT CGGATATTCAGCTGGTTTTAAAGCAACCTGTAGGCTATAACACTGTTATT TGGCCTTTTTACAAAACAGCTATTTTTCATCAATTTGTAGTTGGTGTTTT TATCATAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_038249XLOC_038249Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00060923-exon-scaffold_35-1575043694:57501..58460TCONS_00060923-exon-scaffold_35-1575043694:57501..58460Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:56606..57322TCONS_00060923-exon-scaffold_35-1575043694:56606..57322Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:56318..56407TCONS_00060923-exon-scaffold_35-1575043694:56318..56407Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:55639..55876TCONS_00060923-exon-scaffold_35-1575043694:55639..55876Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:53872..54283TCONS_00060923-exon-scaffold_35-1575043694:53872..54283Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:46309..52776TCONS_00060923-exon-scaffold_35-1575043694:46309..52776Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:45711..45891TCONS_00060923-exon-scaffold_35-1575043694:45711..45891Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:45133..45233TCONS_00060923-exon-scaffold_35-1575043694:45133..45233Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:44737..44844TCONS_00060923-exon-scaffold_35-1575043694:44737..44844Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:44078..44224TCONS_00060923-exon-scaffold_35-1575043694:44078..44224Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:43730..43819TCONS_00060923-exon-scaffold_35-1575043694:43730..43819Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:43244..43377TCONS_00060923-exon-scaffold_35-1575043694:43244..43377Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:42334..42504TCONS_00060923-exon-scaffold_35-1575043694:42334..42504Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:38940..39015TCONS_00060923-exon-scaffold_35-1575043694:38940..39015Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:34861..35000TCONS_00060923-exon-scaffold_35-1575043694:34861..35000Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:34489..34532TCONS_00060923-exon-scaffold_35-1575043694:34489..34532Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:34031..34105TCONS_00060923-exon-scaffold_35-1575043694:34031..34105Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:33711..33837TCONS_00060923-exon-scaffold_35-1575043694:33711..33837Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:33464..33518TCONS_00060923-exon-scaffold_35-1575043694:33464..33518Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:33059..33132TCONS_00060923-exon-scaffold_35-1575043694:33059..33132Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:32707..32769TCONS_00060923-exon-scaffold_35-1575043694:32707..32769Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:32431..32487TCONS_00060923-exon-scaffold_35-1575043694:32431..32487Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:32058..32177TCONS_00060923-exon-scaffold_35-1575043694:32058..32177Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:31560..31694TCONS_00060923-exon-scaffold_35-1575043694:31560..31694Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1575043694:30603..31121TCONS_00060923-exon-scaffold_35-1575043694:30603..31121Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:57501..58460TCONS_00060923-exon-scaffold_35-1510915933:57501..58460Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:56606..57322TCONS_00060923-exon-scaffold_35-1510915933:56606..57322Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:56318..56407TCONS_00060923-exon-scaffold_35-1510915933:56318..56407Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:55639..55876TCONS_00060923-exon-scaffold_35-1510915933:55639..55876Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:53872..54283TCONS_00060923-exon-scaffold_35-1510915933:53872..54283Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:46309..52776TCONS_00060923-exon-scaffold_35-1510915933:46309..52776Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:45711..45891TCONS_00060923-exon-scaffold_35-1510915933:45711..45891Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:45133..45233TCONS_00060923-exon-scaffold_35-1510915933:45133..45233Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:44737..44844TCONS_00060923-exon-scaffold_35-1510915933:44737..44844Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:44078..44224TCONS_00060923-exon-scaffold_35-1510915933:44078..44224Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:43730..43819TCONS_00060923-exon-scaffold_35-1510915933:43730..43819Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:43244..43377TCONS_00060923-exon-scaffold_35-1510915933:43244..43377Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:42334..42504TCONS_00060923-exon-scaffold_35-1510915933:42334..42504Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:38940..39015TCONS_00060923-exon-scaffold_35-1510915933:38940..39015Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:34861..35000TCONS_00060923-exon-scaffold_35-1510915933:34861..35000Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:34489..34532TCONS_00060923-exon-scaffold_35-1510915933:34489..34532Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:34031..34105TCONS_00060923-exon-scaffold_35-1510915933:34031..34105Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:33711..33837TCONS_00060923-exon-scaffold_35-1510915933:33711..33837Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:33464..33518TCONS_00060923-exon-scaffold_35-1510915933:33464..33518Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:33059..33132TCONS_00060923-exon-scaffold_35-1510915933:33059..33132Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:32707..32769TCONS_00060923-exon-scaffold_35-1510915933:32707..32769Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:32431..32487TCONS_00060923-exon-scaffold_35-1510915933:32431..32487Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:32058..32177TCONS_00060923-exon-scaffold_35-1510915933:32058..32177Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:31560..31694TCONS_00060923-exon-scaffold_35-1510915933:31560..31694Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1510915933:30603..31121TCONS_00060923-exon-scaffold_35-1510915933:30603..31121Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:57501..58460TCONS_00060923-exon-scaffold_35-1491911889:57501..58460Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:56606..57322TCONS_00060923-exon-scaffold_35-1491911889:56606..57322Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:56318..56407TCONS_00060923-exon-scaffold_35-1491911889:56318..56407Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:55639..55876TCONS_00060923-exon-scaffold_35-1491911889:55639..55876Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:53872..54283TCONS_00060923-exon-scaffold_35-1491911889:53872..54283Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:46309..52776TCONS_00060923-exon-scaffold_35-1491911889:46309..52776Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:45711..45891TCONS_00060923-exon-scaffold_35-1491911889:45711..45891Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:45133..45233TCONS_00060923-exon-scaffold_35-1491911889:45133..45233Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:44737..44844TCONS_00060923-exon-scaffold_35-1491911889:44737..44844Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:44078..44224TCONS_00060923-exon-scaffold_35-1491911889:44078..44224Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:43730..43819TCONS_00060923-exon-scaffold_35-1491911889:43730..43819Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:43244..43377TCONS_00060923-exon-scaffold_35-1491911889:43244..43377Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:42334..42504TCONS_00060923-exon-scaffold_35-1491911889:42334..42504Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:38940..39015TCONS_00060923-exon-scaffold_35-1491911889:38940..39015Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:34861..35000TCONS_00060923-exon-scaffold_35-1491911889:34861..35000Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:34489..34532TCONS_00060923-exon-scaffold_35-1491911889:34489..34532Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:34031..34105TCONS_00060923-exon-scaffold_35-1491911889:34031..34105Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:33711..33837TCONS_00060923-exon-scaffold_35-1491911889:33711..33837Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:33464..33518TCONS_00060923-exon-scaffold_35-1491911889:33464..33518Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:33059..33132TCONS_00060923-exon-scaffold_35-1491911889:33059..33132Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:32707..32769TCONS_00060923-exon-scaffold_35-1491911889:32707..32769Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:32431..32487TCONS_00060923-exon-scaffold_35-1491911889:32431..32487Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:32058..32177TCONS_00060923-exon-scaffold_35-1491911889:32058..32177Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:31560..31694TCONS_00060923-exon-scaffold_35-1491911889:31560..31694Clytia hemisphaericaexon
TCONS_00060923-exon-scaffold_35-1491911889:30603..31121TCONS_00060923-exon-scaffold_35-1491911889:30603..31121Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_35supercontigscaffold_35:30603..58460 -
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
0.899451 0.815268 0.232096 0.415141 3.65606 2.95149 1.80711 2.18331 1.27735 1.22814 1.16025 1.44388 0.633727 0.915249 0.903331 0.959054 1.19932 1.17657 0.717809 0.958533 1.34036 1.08762 0.91342 0.908992 0.939833 0.623226 0.480673 0.698138 0.708592 0.499473
Blast
BLAST of TCONS_00060923 vs. Swiss-Prot (Human)
Match: KDM3B (Lysine-specific demethylase 3B OS=Homo sapiens GN=KDM3B PE=1 SV=2)

HSP 1 Score: 438.343 bits (1126), Expect = 2.569e-124
Identity = 211/376 (56.12%), Postives = 271/376 (72.07%), Query Frame = 2
Query: 9722 AWFCDGRMLHINQPRLTSQAMDLFKSEWAKGKPVIVSNVHKNMNRDLWTPESFERDFGGELNDIVNCFDGTIMEKMPIREFWRGFEKI--KERPECKQPVALLKLKDWPPGTDFKEKLPNRFHDIMQALPASPYTHRNGEFNLSARLPDFFAVPDLGPKMYNAYG--SASYPKAGTTNLHLDISDATNVIAYVGIPDDDEEHHQKEIDDTYKTVDKACCD-ATKQRIRDPTVRPGALWHIFPAHSAYKIRRFLRKVAKERGMEQQAMSDPIHDQSFYLDQMLLERLRKEEDVEGYAICQCLGDAVFIPAGAPHQVLNLHSCIKVAEDFVAPEHISHCFQLTQEFRYLSDYHTNHEDKLQIKNIIYHAVKDCLGVVK 10834
            +W CDGR+L ++ P        +F+  W +G+PV+VS VHK +  +LW PE+F ++FG +  D+VNC +  I+  + +R+FW GFE I  + R E  QP+ +LKLKDWPPG DF++ +P RF D+M+ LP   YT R+G  NL++RLP +F  PDLGPKMYNAYG  +A   + GTTNLHLD+SDA NV+ YVGIP  +  H +    +  KT+D+   D  TKQRI D   +PGALWHI+ A  A KIR  LRKV +E+G E     DPIHDQS+YLDQ L +RL +E  V+G+AI Q LGDAVFIPAGAPHQV NL+SCIKVAEDFV+PEH+ HCF+LTQEFR+LS+ HTNHEDKLQ+KNIIYHAVKD +G +K
Sbjct: 1383 SWLCDGRLLCLHDPS-NKNNWKIFRECWKQGQPVLVSGVHKKLKSELWKPEAFSQEFGDQDVDLVNCRNCAIISDVKVRDFWDGFEIICKRLRSEDGQPM-VLKLKDWPPGEDFRDMMPTRFEDLMENLPLPEYTKRDGRLNLASRLPSYFVRPDLGPKMYNAYGLITAEDRRVGTTNLHLDVSDAVNVMVYVGIPIGEGAHDE----EVLKTIDEGDADEVTKQRIHDGKEKPGALWHIYAAKDAEKIRELLRKVGEEQGQENPPDHDPIHDQSWYLDQTLRKRLYEEYGVQGWAIVQFLGDAVFIPAGAPHQVHNLYSCIKVAEDFVSPEHVKHCFRLTQEFRHLSNTHTNHEDKLQVKNIIYHAVKDAVGTLK 1752          

HSP 2 Score: 121.709 bits (304), Expect = 6.872e-27
Identity = 72/213 (33.80%), Postives = 113/213 (53.05%), Query Frame = 2
Query: 8918 EAYLQKKTCL-AYRNLPRCLDCNQDDSEDEEEHLKKNDENELTCRFSMFRRLRKMESGKVKSAGFCTTDVAEESDLFHWKFQDNTL---LDLATCKSILSEIGAQFEQLVLQEQQAQTWTKTLSKPAWKRAVLRVRELCDLCATSIFNNHWTCEACGLSICLDCF-FAKFKKKGKN--------LPWAECESTGMDHKIKELRFTQIIPNRIL 9517
            E +LQ  +C+    +L +C +C  +     +E  ++ D++ + CRF  FRRL     G ++  GF +   ++   +  W    ++L   +DL T K IL+ +G QF QLV+ E++A    +   K AWKRAV  VRE+CD+C T++FN HW C  CG  +CLDC+   K + + +           W +C + G  H+ + L  TQIIP   L
Sbjct:  896 EPFLQDGSCINVAPHLHKCRECRLERYRKFKE--QEQDDSTVACRFFHFRRLIFTRKGVLRVEGFLSPQQSDPDAMNLW-IPSSSLAEGIDLETSKYILANVGDQFCQLVMSEKEAMMMVEPHQKVAWKRAVRGVREMCDVCETTLFNIHWVCRKCGFGVCLDCYRLRKSRPRSETEEMGDEEVFSWLKC-AKGQSHEPENLMPTQIIPGTAL 1104          
The following BLAST results are available for this feature:
BLAST of TCONS_00060923 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
KDM3B2.569e-12456.12Lysine-specific demethylase 3B OS=Homo sapiens GN=... [more]
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