TCONS_00049596 (transcript) - C. hemisphaerica

Overview
NameTCONS_00049596
Unique NameTCONS_00049596
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length6394

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00049596 ID=TCONS_00049596|Name=TCONS_00049596|organism=Clytia hemisphaerica|type=transcript|length=6394bp
TCAAAGGCCTCCAAGGTTTTCTAACCTAATAACAGAAATGAGGAGTTTTC
TTAACACAACACTCTGAAGTTCTAAAGATCACTGAAAGCTAACATTTGAG
GAAAATGGTCATGCTTTtacgaaaaattttcaattaacTTTTTGACTTGT
GCCAAAAGCATGAAAATCATAACCAGCTGAAATAGCACTTCATGAAAAAT
GtgttttatagataggaattaaAATTCTTTCCCATAATGGTTTGGAACTG
GAACTGACTGGaaagcttttttcaaatttgaggcAAAAGATAAAATGgat
gtttgttattgttgtaAAACTCAAATTGCTTGGtcttaatttttaaaaac
tttgtaaGTATTCTGATGGTTGGTATCCATTTTCTTATAGCTTCAATTTT
CCCAATGTTACTTTAGTATGTCTACTATATTGAAAACCCTATTATTTAGA
AAGATACATTTAGttacaaattcttcaaaatatcaaaaacataCACATGA
CCTTTAAAGATGGCAAGCTACACAGCAGGACAATTTGCCAATTACAACAG
TTTAACAGACAAAAATCTCAGTGGATACTTTGCAAACACACAGATGAGAA
AACATTTAGTCAGATCTGGTCTGATAAcaaagaatggaaaaataacAAGT
GAAAATTCATACAGATTGAAAATTGCTAAACGAGAGCATAGAGAACATGT
CAAAGATCTTTTGGCAACAGCCATTGTTGAAAAAGCATTAGATATGGAGA
GAATGAGACAATATGAAATTCGCAAAAAACTAGACGAACTATACAAAATT
GAACTTGTCAACAAAGTCCGTTCAGAAAGAGGAGGTAAAAGTAAAGAAGA
ACTTTATGCATTACTGTCACCCCGGAGTGGTGGTACAAGGAAGAAAAGTC
GGAGAAGTGTCAAAAGTGCAGCCATCACTTCAAGCGAAAGAGAAATGACA
AAACTACCTGAAATCAATTTTGATGAGCGAACTCGGTTATTAAAATATGA
AACAACATCGGTGGATAGTGGTAGTGACAGTGCTTCTAGATATACTGCAC
CTCGCCCTCCCAAACAACCTTCTGCTGGTAGAAGTGTCAGTGCACACACC
TATGGTAGCAAGGCTCCACACCCACCGCCAccaaagtcaaagaaaaagaa
gaaaaggaaaattcatagggGATTGATGTTAGCAAAGAGTGAACAAATGG
TAGCACATCGTGTACAGGTTCAATCTATGGCTGAAGTTACCATGAAATTC
TTAGGTTCCAATTTACAATTAGCAAGCGATATGTTTCCCGCCAACAAATT
ATCAGAGATTCAAGTTATTCAACAGCATTGTGGAGCAAGCACCGTTTGTG
TTTTTCGTGAAATGATCCCACCAAATAcTGTATTCACTTTTGTATCTCGC
CGTCACCGTGGTTCACCGTTCGGCCTCACCATCAACATAGACGGtatcaa
aaacattcgaatcagtTCGTGTTGCGAATACAAACATAAACCTGGTTATC
GATTGGGTGGTAAAAACAGTCAGTTCGGTTTAAtctcagttcaaggtgct
gcaCCATGTTATAGATGTCAAGTCAGACTGAACCTACTGGATAAGAATAA
CAATGAAGCCGAAAAAgagGCGTCAAGTGACGAAGAAGCGGCTACAAGAA
GTTTCGACATCATCGTTAGTCGTGGTGGGAAGCGTCAGGAAGCCGTCAGA
GAAAGACCTAttTCAGCGAATGTTACAACTCAAACAGAGGCATCTTTATT
ACTCCCAAACTCGCAAGAAGATGACGAGTcaccaaaagaaaaagatgcCG
TGGCACTAACAGAACAATATCAAGACGACTTCGACGATGACTTTGAAGCC
GACGAAAACGACAGTAAAAACGGCGACGATGATTTAAACGAAAACGTATC
ATCTTCTTCCGAATCGGATTCGTCGGATAATGAATCCGATAAAGATTCCG
ATACAGAAAGCTCAGATACGGAAAGTGattcagaaaaatataaatccGAG
AACTCTGGAGAAAAACAGATGGAcaacagcttaactgaaacgGATGATAC
GATCACTTCAACCAATCAGCAACGAGATGAAGAAGACGAGCATCAACCAA
GTGACGTTGACGCTCGTTCCGACGCTGATTCTGATACCGACGTCGCTAAA
AAGTCCGACACTTACGACGATCATGATGATCATGATGACGATAAAGAACA
TGTCAATGTAGAACAAGAAGACTCTAAGAAACGAGACAGCGATTCAGAGT
CGGATAAAGAAAGCGTCAAGTCGGATGGTGACGGACGTCGTTCATCGGTA
TCGTCGGAAAGTGATTCAAGTGATGATAACGAGAAAGATAAAAACTTGAA
GGACAACGAAGAAGAAGTCGAAGAGGGAAAGGATGATGTGAAAGACAACG
AAGAACAACATAACGCTAAATTAGCTGATGATTTGATAGAGAAAATTGAA
CACATGAATATAGAAGATGAACCCGAACATCAACCCAAAGAGGAGAAGCA
AGACCACAATGATGATGAAGAATCTAACCAATTAgaaggaaaagaagaag
aagatgtgGAAAATGAAGATGGTGCTGGTGAATATGAAGAAGAGATGGCG
CCAAGTATCCCGTCAGTTGTCAGTAGAGAAAGCACCATGCTAACAGGTAA
CGAAGACGGACGTTTTGAgagtgaaaacaaaacaattcaattCAACGAAG
AAGTCGATGTAGTGCATTATGAGAAAGTTGAAGTTGAATCATCAGCCAAT
GACGGTCACGGAGATTCGTCAGATGACGGAAGTGACGCCGACGATGACGA
TGATTTTGACAGCGCGTTAAACAATGGACGTGAGCGTGTCATCCTGGCAG
ATCTTGGATTGGATGATGACGATCTTGAAGTGGAAAGTGACGATATCATT
ATTGATAGTGACGGTGATATCAAAGAAGTGCCTAAAAATAAAGAAGAAGA
AGACTTTTCATTGGAGGAAGGAGAAAAATCAGACGACAACGACCACCGAA
TCTTTGATAAAGGACTGGACCCGAGTAACACGACAATAGATCAGAACAAT
AACAATGTGACGACATACCCACGTGATCAATCAGAAGAGCCAATCAAATC
ACTCATTGGTGATGTCCCGTCACATGTGGATTTGGTCAATCTAAAACTTT
CATCAGAACAGACAGAAGAACTTGCGCTCTTGcttgaagaaagaaaagat
gACATTGAAAATTTGTCATTACGTAATGTGGAGTTGGAAGGAGGTCTTGA
ACGAATCAAACATTTTGTCATGACGATGAATAATTTGAAGgtattgaatt
tgaatgataGTGACATTAACATCCAACAAGCTCCACATTTAACCGATATT
TTATCGACATGTAAATCAACCCTTACAACTGTGGCTTTAAACGGTAACCC
TCTTGGTAATGACGGCATTACGTCGGTTTTGGACGCCGTCACCGATTCCG
TCACATTAACGTCACTTGATATTGGACGTTGCGAAATTGCCGATACGGGA
GCTGAACAAATTGGTGAATTGTTAAGGAAAAATCAATCTGTGGTTGAACT
TACAATGGGATGGAATACAATTACAAAAGAAGGTTGGATTCACATTTCCA
ACGCGTTAAAGTGTAACACTTCCTTAAAGACACTCTCCATTGATGCGTGC
CAAATTGCTGACGAAGAACTAAATATCATATGTCAAGGCATCGCTGATAA
CAAGAGTCTACAAGGCGTTGATATGGAAGCAAATATATTTACCGATAAGG
GAGTTGAAGCTTTGATACAAGCTATTGAAAAATGTGAGACTCTTTTAGAT
GTGACAATTGAACCTTGTGAAAACGTGTCTCATGAAATGCAAGAACAAGT
ACGAGAGGTTTTGGAAAAACGCGTTGAAGGCCTTTGATTGTAGACTGAAA
ATACTGTATCTTACTTGATCATACATGATATTCGAGTATGTCTATTACTT
TAAGATGTGGGTTTGGAAGAAATTGGAGTGAGAGACATTTTGGATGCATT
TAAGGACTTCAGATATGGATTTGGAAAAAGTCAAAGTGTTTTTACTTGAA
TTTTGACGGGGAAAAGGCTAAAGAGACTTTGAGTATGAAATGGTGAAGTT
GATTTTGTGTACAGGGCTCAAATagaccctggaaaaccttgaaaactaag
gtttttagaaaaaactctttgaaaagaatttcttttcaaattttcgataa
aTCAAGAAATCTCAGGCAGGGAATCTGATTTTCTAGACTCCTTGTCACAG
AATAACTTGTATTTTAGGGTCTGGAGTATCTGTTTCCAAACTTTCTCTCT
TCGGGTGAAAGAAGAGTGACTCCTCAGATCACTGTGAAGTCATATAGAAC
TTCTCACAGACTCTTTAGGATTTTTTCGGCCATTGGGatctgaaactcga
tggggattgatatttatCATTGGGGATTTTGATTCTATTGTCAGAAAACC
TTTCtttaggatgttgcactgtcatgctaaattcagtagggatgaaaaaa
aatagcacaatatttcgcatttagcatttttttatttgattatttttggc
GGGATAAAAATTTAAGTATAATTTTCCataattattcttaacttttccAG
TTAAGGGTGGTTTTACTGGGTTTGTGGGAAGTGAATTATCAACATATAAT
GGATTCCATTCAGGGGTAAAATTGCATTATTACTAGTCAATTTTCAGGAA
AACTCAGGGGAAAAACATTTCTCTCAGTTCTAACTAAACTCTGGTATAAT
TTCATTATGTATAATTCTTCAGGGAAAACAAGTATCTGTATCAGAGCTCA
GGGAAAATCATATATTACTCTGGCAATTCcgttttaaccctttaactgcc
gttcgtatttttaaggctttgaccTATTTGCCAGGGGAAAAAatgaaggt
tcgacctatttgccagatgtcggcatatgccgacatgagcgATCACAGAG
TTTACCATCACATTtagctttattttctgaaaaatatcaaaaatataagt
gatatgtgtttactttgagttgaaaaatgtataataatgaaaaacatctt
tgaaaaatattttaattattcaactggGCTATTTAATGAAAGCtagttca
aaatcgaactttcaataaacttaaaaagaaaatctCTGGAAAATAGGTCG
AGATCTCTCTTGTCGGCAAACGAAAGGATTAATGCTAATTTAATGTAAAC
GTTAAAGCGATAggaaaaagtatttatttttgcaattttgtaaTGATTGT
GGATGTGATCGGGAAGACCTACCAATATTCTGGTGTGGCTCCCGTTGgga
attatgataaaattttgtttgtaaaattGTAGATaatattatgttttttt
atattgatagAAGAGTGTGATTTCATGATagcttttaaaggttttatttt
tacataattgtttccgtttcatatcagacacatatttcatatcaggacag
tgtctgccttttgttatattatgttgatataagcaaaataaaaaatgttt
ttctttttctctttctggccaatcttgctccacattcgtgtcaatttAAT
GTGAAAtcgtgaattaaaattgatgagtaagcaaacgatatcactcttat
ttaaaaacaaaacctttaattataAATAACTTATAATGATGAAAGGTCCA
AAGAATTCTAAGGACCTGAGAAATCATACAGGTGTGGATGATTTGTACAA
TTGTATATTCAGAACTAATTATTTTATTGtaaatcaaaatatataatgaG
GTGCAAGCTATCTAATATTCTAAGAACAGTTAAAAactcccctgtctcac
agccccggtaaaactttcccacagcggggataaaaattttccaTCGTAAT
CTTAATGGGGATAGAGATTCTAATTGTTCCaagcttaaaaaatccagtgg
ggatggtttttgagggtgcaattttttacaatgaaatttgaatgtggatg
taatcaaagtcaatttcccagtggggttgaaattttggggtatttttagT
ACCGGGACAAAATTTTGTGCCCTGGggcagcgggtctgtgacacaggggt
gtttaaaatgttagaaattagatgaggcTAAGTGTAAAGAGGAGAAAGTT
GTGATGCTCACATATCTAAAAGACTTCTATATCATGAAAGTATTTTTAGT
CGAAACCATCATCATAGAGCTAATTTCAAGTTACGTCCTGACAAATCTTG
TAACATAGCTTAGAATTACGATTGTATATTGTTTCTTTATCTATCCTGAT
AAGACTTGAGCGAATTTGGGTTTACAGTTTTATTGCAAGAATTAATTTAT
CCTCTAAGAAAACCTCTAGCCTTTCGTGGTTTTTCGTACCCTTCCCACtc
gaaatataaaaattttgaccaGAATATTCTGCCATTTTGTTGTC
Run BLAST on NCBI

transcript from alignment at scaffold_161:83514..104108-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00049596 ID=TCONS_00049596|Name=TCONS_00049596|organism=Clytia hemisphaerica|type=transcript|length=20595bp|location=Sequence derived from alignment at scaffold_161:83514..104108- (Clytia hemisphaerica)
TCAAAGGCCTCCAAGGTTTTCTAACCTAATAACAGAAATGAGGAGTTTTC TTAACACAACACTCTGAAGTTCTAAAGATCACTGAAAGCTAACATTTGAG GAAAATGGTCATGCTTTTACGAAAAATTTTCAATTAACTTTTTGACTTGT GCCAAAAGCATGAAAATCATAACCAGCTGAAATAGCACTTCATGAAAAAT GTGTTTTATAGATAGGAATTAAAATTCTTTCCCATAATGGTTTGGAACTG GAACTGACTGGAAAGCTTTTTTCAAATTTGAGGCAAAAGATAAAATGGAT GTTTGTTATTGTTGTAAAACTCAAATTGCTTGGTCTTAATTTTTAAAAAC TTTGTAAGTATTCTGATGGTTGGTATCCATTTTCTTATAGCTTCAATTTT CCCAATGTTACTTTAGTATGTCTACTATATTGAAAACCCTATTATTTAGA AAGATACATTTAGTTACAAATTCTTCAAAATATCAAAAACATACACATGA CCTTTAAAGATGGCAAGCTACACAGCAGGGTAAGTGATATATCAGTTTTT TTTTGAATTATTGTCAAATCCCTGTCATTTGAAATGTGAAATGACTAATA TCATCTCAGGCTGAAGTTCACTTCAGTCTTTAATAAAGCAAACACTGTTT CTGTACACAAGTTCATGTGAAAAGGGAGAGTTAAAGTTACTTCAGGGTGA CTTCACCCTAAGGCCATTTTTATGTACGGCTTGTAGGGCAGGCACAAGAG TTTTTCCTTTAGAAAAAATCATTAACCTCAAATCTCAAAAGTGACTTTCT GGTGAAAAATAATTCTTCACTAAAATATTTTTCTCTAAAGATAACTTTTT TGATATATGCGCATCCTGAAAAAAATCATAGAATTTTTATGAAATTTCAT TGAAAATCATCCAGGCTGCATGTAAAAAAACCCCGAAGAATTTTCGAAAT GAGTTAATTTCACCTGATTTTACCCTTATATAATTTTTCCCAGGCTAAAG TAAACTCTATCAGATATCTCAATAATCACATCAATCATTATTTTACTTTA GACAATTTGCCAATTACAACAGTTTAACAGACAAAAATCTCAGTGGATAC TTTGCAAACACACAGATGAGAAAACATTTAGTCAGATCTGGTCTGGTATG TATTTCAATACTTTTATTTACTTAATCATCCTTTCATTTTAACTCATTGG TATTAGTGGAAATGAAATCATACCTGGATATTTTCGAGATTTGATGTTTA CAATCGAAGAACAGTTTGTTCTATCATTAAAAAAATGACTCCATTGTCTA CCTTTTTCTACATGGCCAAAGTCCTTCATATCCAGGGTAATATTTCTAAG TCCTCATCTAAATGGATATAGTTTTCTTTATTGAATATTTATAATTTTGT TCAATCTTTTATTTTTCACTTCTAGATAACAAAGAATGGAAAAATAACAA GTGAAAATTCATACAGATTGAAAATTGCTAAACGAGAGCATAGAGAACAT GTCAAAGATCTTTTGGCAACAGCCATTGTTGAAAAAGCATTAGATATGGA GGTATAACCAGAAAGTATTATGGCTTAATCAGACTAGCATAATTTTGGGT CATGCTTCTTAGGTGGCCAAGACACAAGACATATATGATTAATTTCTCTT TTTCATTTTTTTGCCAAATCCTCAGATTTAGGCTGATTGACATTTGCATT CTTATAGAGAGAGAGCAGACCGGACCTTTAACAGTATTGTCTTTTTTGAA AGTTCCTGAAAATCTTTCAAGATTTCCCAAAAAGAAACACCTTGAGAATT CCTGCTTTTTTAATAATTGATGGTAAAACAAGAACTCAAAATAAAATTTC GGAAGGTAGTAAGTTTCTAAGTGCACTTGAGGGCAACCAGAATACCTCCT TTCCCTAGCTTTTCAAGGCTATGGTAGGGCGCCAGTCCTTCCCAAAGATT TTTACACTTACCCTTGATACTTTGATTGCTGAGCATCAAACAGAGTGGCA TCAAGTACCATGTTATAAGTCTCTGGCACCATCTGGCTGGAGATTGAACC CGTAACCATGCACACTATAGTTGAATGTTCTATCTTTATGCCACAGATTG CCTGAAATGGATGGTTGATTCTTATTTAGTTTTTATTGTTTATTTTACTC TTTCCAGAGAATGAGACAATATGAAATTCGCAAAAAACTAGACGAACTAT ACAAAATTGAACTTGTCAACAAAGTCCGTTCAGAAAGAGGAGGTAAAAGT AAAGAAGAACTTTATGCATTACTGTCACCCCGGAGTGGTGGTACAAGGAA GAAAAGTCGGAGAAGTGTCAAAAGTGCAGCCATCACTTCAAGCGAAAGAG AAATGACAAAACTACCTGAAATCAATTTTGATGAGCGAACTCGGTTATTA AAATATGAAGTAAGTGATTGCATTTCTTAAAAGTGTTTTTCAGATTTCCA TTTTTTATTTTGATGTAATTGAAACCAGCAGCTTTTTAAATAATGACAAG ATAATAGCATAGTGGCGTAGCGGTATAGTGGTTATCATCCTTGACTCCCT CCTGGGAGGCCCAATTTCGATACCCACCGTGTCTCTACGATTCACTTGGC AAGTGAATATACCTTCGCCCGGGTCAACCCATGCCATGTGAGGGGAATTG GGTACCATTACTCTGATACAAGAGTGTGGGTAGATTAGACAGACATTGTG ACGTGTTGTGGCACTCAGAAGGTTCAGCCTCGCATGAGCATTGCTCTCCC AGTGTCATTCAAGTGTCATGGTATACGCCATGGCTTGGCAGCTCGTCTGT CAAGTCGCAGTGTCTGTCAGCGCCGTGATTCCTACTCCTTTGTGGGTAGG ACCCATCCTGAATGCATTCGGAGAGCTCATATCTATCTATCATATCTATC TAATAGCATGTCGTATAAAATTTTATTAATGATCATAATGAAATTTGTTT CCTTTCTAGACAACATCGGTGGATAGTGGTAGTGACAGTGCTTCTAGATA TACTGCACCTCGCCCTCCCAAACAACCTTCTGCTGGTAGAAGTGTCAGTG CACACACCTATGGTAGCAAGGCTCCACACCCACCGCCACCAAAGTCAAAG AAAAAGAAGAAAAGGAAAATTCATAGGGTAAATTGAATTGAATTGTCTGT TTTATTTCACTTTGCAGAACTTAAGTAAGGGGAGACACTAAGCCTAAGAC TCCACTTCAGTNATGTTTTATTTCACTTTGCAGAACTTAGGTTAGAGGAG ACCCTAACCCTAAGACTCCACTTCAGTTAGATGTGCCTAAGAGGTAGGGA GGGACCCCCTTTTATACCTGGATTATTATTTGCAACTTTTACAGTCTTGA GTACTAAATGATACCTAAGTTATTGCTTTCAACCGTCTACAGTTCTGTAT CCAGTATTCAAGTCTTTTTTCAAAAAGGAAGTTGATTGGAATTAATTTTG TTATTTTCAGGGATTGATGTTAGCAAAGAGTGAACAAATGGTAGCACATC GTGTACAGGTATGCATCCATTGTTTTGAGTGAATTTTGTTTTATCTCACT CAGATTGCTTACCTTTCTTTCCTTCTTTCTATTCAATTTAATGGAGGGAT TTTTAGAAAAAAAATTGTATAAAGTGTGATGAGGAGGGAGGTATATCTGG ATGTCTGGATATCATTTTTGTGGATATCCAGGGGGAAAAGGTCAAAAGCT CTTGAATATCCAGGGCAGCTCAGTTGGTAGAGCTTTCGCATTGCAATTCA AAGTTCGAGGGTTCGATCCCTGACCGTCGCCAACTGTGAATGGTCTGATT GGGTAATCTGATCTAAGCTCTAGTTTAGACTGCCCACTTTTCGCCCTGCC TTTCTTAATTGTGAATTAAGGTGATCATAAAGTGGGCTGTCTAAAGTCAA TGCTTTGCCCTCTTTTGACGTCAATGCAATGTCTTCTTTCAACCTTTTTA AAGCAAAGAATTTAACTGCCCACTCTGTGCCCGCTTTGTGCCTATTCTTA CTATTAGAATAGGCAGGGCGAAAAGTGGGCCGTCTAAACTAGAGCTAAGT TATGATTCTCTTGCAACTGAGCTCTAGCTTAAACGACCGACTCTCTACCC TACTCCAATCGATTGGGGGCATAAAGTTGTAAGTTGTAAAACTTTGTTTG AAAAAGATTGAAAAAACATTGTATTGACATCAAAAAGCAATACATTGACT TTAGACAGCCAGCTTTATGTCCACTTAAGTTCACAGTTAAAATAATCAAA TCACAAATCTATCTATCTCGTTTCTAACTCACTTTCAGGTTCAATCTATG GCTGAAGTTACCATGAAATTCTTAGGTTCCAATTTACAATTAGCAAGCGA TATGTTTCCCGCCAACAAATTATCAGAGATTCAAGTTATTCAACAGCATT GTGGAGCAAGCACCGTTTGTGTTTTTCGTGAAATGATCCCACCAAATAGT AAGGACATTCATTTTTTTTTCTTCACTGAAGAAATTCTTCTAGAATAAAT ACGTAAAAAGTTCCAATTTTCCTAAATCAAAAGTTATAGGCGTTTTTGTG GGGAAGTTCCCCATTTTACCGCATTTTTTTATCATTTGATCCAAAAAAGT CGAGACTTAGAAGTTTATTTTAGTTTGAAAATGTGGTATATAGTTCGTGA ATTCTTAGTCCTTGTAATTTTGCCAGGAATCACAAAAAATCACATTATAA GGAAAAACTACGGGCTTTTGAGCTTGGTAACATAAAATTGACCAAATTAA AATCATCTTTTTGCTGATACTAATTTCATTTCTTTTTAGCTGTATTCACT TTTGTATCTCGCCGTCACCGTGGTTCACCGTTCGGCCTCACCATCAACAT AGACGGTATCAAAAACATTCGAATCAGTTCGTGTTGCGAATACAAACATA AACCTGGTTATCGATTGGGTGGTAAAAACAGTCAGTTCGGTTTAATCTCA GTTCAAGGTGCTGCACCATGTTATAGGTAAGAAATCATGTCTAAAGTTGT CTTTGACGCTAATGTTACAAACTGTTCATGATTGGTCTTTCCATATCTTG TATAATCATATATGCATGAGACGCCGTTCAAACAATTTATGAAGTTTCAA AATCCAATTTTGCCATCTTTAAAAGGGTCAAGGGTGTTTTAGTGTTACGA TTCATTTTTTTCTAACTTAGATAATCAGCATTCAATTTCAAGTTATTTTT GGTTTTCACCCTTCCATACAGTATGTATACAACAAAAGAGTTCTTAAAAT CTTAAAATCAGAAGACTCATTGCAAATGTCTCGGTTATTCAACATTCTTT ATCTTCATGTTCGTACCANCTAAAATCAGAAGAGTCATTGCAAATGTCTC GGTTATTCAACATTCTTTATCTTCATGATAAAACTTGCAGTTTGCTTAAG AATAATTTGCTTCTTATCTTATTCTTAGATGTCAAGTCAGACTGAACCTA CTGGATAAGAATAACAATGAAGCCGAAAAAGAGGTTTGTTTGTTTGTTAG TTCTTTCTTTATCATCAGTTTATAATAACTCATAACTTCATTCATTCATT TAGTCATCTTTTTATTCGTTCTTAAATTCATTCACTCGTTCATGAATTTA TTCACTCTTTCTTGATTTTACTTAATTCACTCATTCTTAAGTCAGTTCAC TTGTTCTTAAATCCATTTCGTAATTCTCCTTTTCCCTCTTAGGCTCTTTG CGCATTCTTAGTTGGTTCAGCGAATGTGGAATGCATAAAATGAAAATTTA AAAGTTAGGTCCAAACAAGAATTTATTTCATTCGTTTGATGCTTCTCTCT TCTTAGGCGTCAAGTGACGAAGAAGCGGCTACAAGAAGTTTCGACATCAT CGTTAGTCGTGGTGGGAAGCGTCAGGAAGCCGTCAGAGAAAGACCTAGTA AGAAATTGCCACTCTTTCCTTTTCTTATTTATAACGTCATTGAGTGGCCT GTCTGAAAAATAAAAACCTTGTAAATTGAAGTTTCAGCAAATATTTCACG TTATGTATTTAGTACCCCGAATAGTAGTTAATCTATATGTCTAGTATGCT GTCAAGAGTCAAGAGTGCTAATTTAGGACCCATTCATTTCTAAAAAGGCT TCTACATAGCTTTTCTTTGCAAAATATTGAGTGGGCATGACAACCCTGAC CCCTCGTAGACGAAGTAATTGAGTCGTAAGATGCTCAATCAAAATTGGAG AATTTTGAGCAAAATAATCTCATTTAAGCGCTATTAAATTTAGACAACCG ACACTTTTGGTATGAGTTTGAGCAAGCGTGTGTCAAGATTAAGTTATTAT GTACCGTTATTTTTTTCTTTCATAGTTTCAGCGAATGTTACAACTCAAAC AGAGGCATCTTTATTACTCCCAAACTCGCAAGAAGATGACGAGTCACCAA AAGAAAAAGATGCCGTGGCACTAACAGAACAATATCAAGACGACTTCGAC GATGACTTTGAAGCCGACGAAAACGACAGTAAAAACGGCGACGATGATTT AAACGAAAACGTATCATCTTCTTCCGAATCGGATTCGTCGGATAATGAAT CCGATAAAGATTCCGATACAGAAAGCTCAGATACGGAAAGTGATTCAGAA AAATATAAATCCGAGGTAAAGCTTTTTTTTGTCCTTCAAATTTATTTATT AAGTTCATTATCTTTAGACTTGTATTTGAGACGTGACTTGACTATAAACC TTTTCATAAATTACTTTAAGTACAACGGCTGCCTCGTTTTGAAACCATTG CCAAGGTGATCAAATCCCTCTAGTCTTCAAGTGTTACTTTAAAAGTGTTA CTTTAATAAATAGAGTGCACTTCTTATGAACTCCTTTGGGAATCAGTTAC AATAGCAATATTTTGAAAACGAGGTAAGCGTTGCTCGAGACGTAATTTAT GACTTCTATCCTGCTGTACAGTCTTCCAGGTTTTGCTGAGTTACATAAAT TCTGCTTTTTCGGCTATTCCAAGAAATTGTCCACCATGATTGCAGTCTAA GCCCGAGCCGTATCTAAGGGTGCTATCAAATAGTGCACGGGTCGTGGCGC TCCTAAGTATGACCTAACGTACCCTTTCCTCAGAATTGGCCGTTTTATGG AAGAGCAATTGGATTTTTTAGTAAAATTGTTTATGAAAAACTTGATCTGT TGTAAATGCTTCCAAAAGATATTGTAAATAGCTCAAAACAATATTTTTAG ACTGTCCTTCAAACTAAAGACTGGTCCCCTCTGCTGGAAGGTCATATACA AACTCAAATTCAAACTTTTGAGAATAGAATTAACATAAAAGTTAACTTTA TTGTCTTTCTTTACTCTAGAACTCTGGAGAAAAACAGATGGACAACAGCT TAACTGAAACGGATGATACGATCACTTCAACCAATCAGCAACGAGATGAA GAAGACGAGCATCAACCAAGTGACGTTGACGCTCGTTCCGACGCTGATTC TGATACCGACGTCGCTAAAAAGTCCGACACTTACGACGATCATGATGATC ATGATGACGATAAAGAACATGTCAATGTAGAACAAGAAGACTCTAAGAAA CGAGACAGCGATTCAGAGTCGGATAAAGAAAGCGTCAAGTCGGATGGTGA CGGACGTCGTTCATCGGTATCGTCGGAAAGTGATTCAAGTGATGATAACG AGAAAGATAAAAACTTGAAGGACAACGAAGAAGAAGTCGAAGGTGATTAT TTCAAATTTTGAACTTTTAAACGGGGAGAATATGATGGTATTAGGTGACT TATATGAAATTTTGACGAGTGTTTAAAAGGTATACAGCCCCTGTTATAAT AACCATTAAATTCTTATTGGGGCTTCTTATCTTATAGTCTAGCAAGCTAG ACAACTAATTCAGACATAAAGCAAAAAGTAATGGAGGGAACAATTTTATA CAAGCTAAATCCCGTAACAATAATCGTATTATCATATAACGCCTATACTA CTGTATTACATGCATTTTAAACGACTCCAGTCTACTTATCTTTGGGCGAA AATTAGGTTAATTCAGGCTTTTATATTTTTACTACTTTACCCTTTAAATT TCTCATATTTCTTAATAACTGATTCCAAATTTAGGTTTGTTCTTAAATTG TTCTACTTATTTTTGGTATTTTTTAACCTTATTCTTATTGTTCTCAAGAA ATTGTTCTATAAGAAAAAGGATTTAATATACTAATTTTGATATTGATTTT GTAGAGGGAAAGGATGATGTGAAAGACAACGAAGAACAACATAACGCTAA ATTAGCTGATGATTTGATAGAGAAAATTGAACACATGAATATAGAAGATG AACCCGAACATCAACCCAAAGAGGTATAACCACTGATCTCTAGCTACTTG ACTGGATCGGACTTTCCATTTAAAAGAAAGCGTGTACAGCTTTAGAGCTT ACTAGTCCGCCATTTTGTTTTCAACTCTGGTCGTTAACAGCGCGATTCGA ATGTTTTGAATTTCAAACGTTCGAAAATCTGAGATAGAAAACAACATAGA GGACCAACGGACTTACAAACTGGACACACTTCAACGGAAAATCTGTGACC TGTTAGTCTCTAGTGTGTAAAGGAATATGATATCTGTGAGCATTACGGAA ATAATATATGGGCCATCCATATAGTACGTACGCAGTGAAGGGGGGAGAGG GGGGTTTAGCAAAAGCGTACATCTATTGTTTAAATGACATCATTTCTATT ATTCTCTGCGTACAAGGGGGAGGGGGTATCAAATTTTTGGAAAATCTTTG CGTACGTACTATATGGACAAGCTAGAATTCAGAAATATTTAGCTGACCTT TAAACGTAAGTAAGCAAAGTATTTTCATCTGGTGGCTGTATACGGCTGGC TCCCAGTAACTTACCACATAGATCAGATTGCCCAATCTAAGCCATTGAGA TGGCAGTGAACGGGGACTTAAAGATTGACGCTCTATAATTTGATTATCAA GAATAATCAAAATCATCGAATAAGATAAAAAGCGCTGATTTACCGTCGTT CTCAGTCAGTCAGGATGTAAACAATTTAGGAGCATACCGTCTCCGTCGTT TAAAAATACAGATACATAAACTCGGTAATAACAAGGTAATGATAACTGTC TTCCCAGCTGGCACACAATGTCGTTTCAACGTTTTTCTAATATTCACAAC GTCCATATAGCGTTAGATGAACATCGAAACAACGTTGTTTGTCTGCTGTC TTTAACACTATTGTTGTAATTGACCAATCAGGAGAAGCAAGACCACAATG ATGATGAAGAATCTAACCAATTAGAAGGAAAAGAAGAAGAAGATGTGGAA AATGAAGATGGTGCTGGTGAATATGAAGAAGAGATGGCGCCAAGTATCCC GTCAGTTGTCAGTAGAGAAAGCACCATGGTGAGAATAAAAGGGCTTTTCC AGAAAAAACCGTGCAGCCCCTGTTGAGGAGGTCCAACCTTTTGAGACCTA CCCCCTTGGAATTCCAGGCAATTTTAGGATCATACTCCTCTGGAATTCCG AATTTTTACAAATTTTCAATCATTATCCCCTTGGAATTCTGCTTATTTTT GACGGATTTTCGTCTACCCTTATGGAATTCCACTGCATTTCAAACCTTAC CCCCTCGGAACGAAAATGGACCTCCTCAACAGGGGGTGCACAATTTTTTT CTGGAAAAGCCCAATGAAAGTTTTTTTAAATTTGCAATTTTGTATTTTAT TACTTCGATTAATGAATGATAGACCCTTCCTCATGTTTACATACAGTTAA CACTCCCTGATTCGATTTCCATCAAATAAGGGAGCGTACCGAATAGCAGA GCGTCGTTTATGAGAGTTTCTTGTTAACGATGAATTTCAGTAATATCGAA TAATGGCGGAGGGTATTGAATAGCAGAACGTTATTAGAGAGTGTCATCAG CACCTCAAAAGAAATCATGTTATGATTATGTTGCCTTAAAGGCTTTGCTT TGACATAAGTGTTCCCGTTTCATATCAGACACATATTTCATATCGTGACA ATGTGTGTGTTATGCTGATATAAGCAAAAAATGTTTTTCTTTTCCTCTTT CTGACCAATCTTGCTCCACATCCGTGTCAATCCAATGCGAAAAAAAATTG GGAATTAAAATTGATGAGTAAGCAAACGATATCACTCTTATTTAAAAACA AAACCCTTAAAATCACTGTTGGGTTTTTAATTCGTTCGTTCGTACATTCG TTTGGTCATACTTTCATCCATCCATCCATTCATTTGTTCGTCCATTCATT CGTTCGTCTATTCATTCATATATCTCTTCATTTTTCTAGCTAACAGGTAA CGAAGACGGACGTTTTGAGAGTGAAAACAAAACAATTCAATTCAACGAAG AAGTCGATGTAGTGGTACGAAGTTTTCTCGTATTTTTTACTGTTACTTAC TTTCTCCCTTCACNTCTTCATTTTTCTAGCTAACAGGTAACGAAGACGGA CGTTTTGAGAGTGAAAACAAAACAATTCAATTCAACGAAGAAGTCGATGT AGTGGTACGAAGTTTTCTCGTATTTTTTACTGTTACTTACCTTCTCCATT CACTCCTTTCAAAGCTTTTCAAAAGCCCTCTGGTAACCTAGGTCACAGAG TTTGTGTATGTTTTGTGGGATGATTATAATCGATGTTCAAAGTTCCGTCT CAGCCGGATTTACTTAAGTATAAAAAGAAGTATAAAAAGAAATAAAACTT TTACTTTTTACCGTACTAAAAATCCAGCAAAATTTGAAGAACCTTGGCTT ATTTTCATATGGTGAAAGAAAACTTTACTTCAGCCACTGTCTAATTAATC CTATAAAACCTTTCCCCATTCTTCCAGCATTATGAGAAAGTTGAAGTTGA ATCATCAGCCAATGACGGTCACGGAGATTCGTCAGATGACGGAAGTGACG CCGACGATGACGATGATTTTGACAGCGCGTTAAACAATGGACGTGAGCGT GTCATCCTGGCAGATCTTGGATTGGATGATGACGATCTTGAAGTGGAAAG TGACGATATCATTATTGATAGTGACGGTGATATCAAAGAAGTGCCTAAAA ATAAAGAAGGTACTCTTATCATTGAGTAAATTGTGGAGTAGGGTGATTAA TTTTACTAATCTACTGTCAAGTAGTGTTAAGTGAAAGTCTTGCTTTAGTT ATGATTAGGTTTGAGAATTAAGTGAGGCTTAAAGACTCTTTCAGAGACAA TGGCTTTGAAGTCAAGATATTAAAGAAAGAACATTGATTTACAGCTTCAA AGTCACAAGAGTAGCTCTTTCAATTTGATAATATTTAACAGCCAAAATGT ACTGGTTCTTATTTTAAAAAGTGTGCATCGGAGTTATAAGCAGTCAATAC AGAGGGTGCAAAGGTGGTGTATTGTGGATGTGGGCGTGGTTTATTATTCA AATAGGCTTGGTTTGTTAGGAATGCGGTTTGGTTTGAATTTGACAACCAC TTTTTAAAAGACTTCTAAAGATGAAATATAGTTTAAAAGTAAGGGTATGA TCTGAGGGGTTTTCTCAGCAAGCACTTTCCGAACAGGGACACATTTTCGG ATTTTTAAGACCACCCCCTTGTTTTGTTTATCAATGTCCCTCTCTCCAAG CTTCTGTGCATTTTCTCCTCTTTTTTTTCAGTTGATTCAGTATAGAAAGA TATGAAGCTTGCAGAAGACTGTACGTTGCGAAAGGATTCAGTTAAAAGGA CTTTTATTATAAAAGTGTAAACTGAGTAATTGATAACAATTAATTTTAAC ACACTATTAACCCACTTAAAATTACAGTCAACTCTCTCTAATTCGAACTT CCGTTGCTCGAATATTTCTAAAATTCGAAGAAAATTTTCCACTTTTTGAT TGACAATGGTATCCTTAGTTTTTCGAATGAACACTCCGTTAGATTCGTAT CCTTCTCTAGTTCGAACTCCTTTACCCTTGAAAATCGAATTAGAGAGTCT ACTGTATAATATAGAGATAACTAAATTATTTTATTATAAAAAGCTAAATC ATTATATATCGGTATGTCGTGGTATGATAATTTGAAGAGGTTTTTCAAGT TTTGTTAAGTTACGCAATTTCCGCCATNTGTGGTATGATAATTTAAAGAG GTTTTTCATGCTTTGTAAACTTACGTAACTTCTGCCATTATGGGAGCAAA CGTTCGATTTGCGTAAGGTATCGCCTTTACAGATTCGAACGTTTGCTTCC ATAATGGTGGAAGTTACGTAATTAAAAAAAAATTGAAAACCTCTATACAG ATTGTAAATAAATGAATTAAAATGCGATATCATTATTTTGTTTTGTTAAT TGTTATAAAACTTGTAATTCACTATTATCGTGTATTTTACCTGATTTTAA ATCCTTTTTTAATTTAACGTATTATACTATACATAATATAAAGATTTTTA ACAACATAGTAAGAATATATATTATTATCGATCATGATTTAACATTTAAA CACAAAGTACTTTTTTTTCATCTTGGTATATACAGTGTGTCCGGGAAAGA GTGGATATTCAACTCTTCCTAATCAAGAGAATTTACATTGGTATGCAAGA GTGTCGAGGGTCCGGATGTATCCTTTTGTATACGGAAGTACCCAAAATAG CCCGGGAGTTTGCAACTAAAGTCTATTCACGATAAGTGTGCACTCTTTTT TTTTATAGCACTTTTCTACAAGATCTTCATTTTTTTCTTCTTCATTTTCA TCTTCATTTTTAGAATTTTTTTAAAGACTTTTTTATTTCAAATTGTTCCA CTCACAAATATCTCTCCAACGATACCAAATTTATAAAGATTGAAGAATTC CTTCAAAAGTTATAGGTAAATGAAAAAAGAGTGCACACTTATCGTGAATA GACTTTAGTTTACAATTAGTGGCAAACATCCGGTCTTTTTGGGTGCTTCC GTATAAAACATTACGTCATGAATATCATGAATTGAGGTTCAAGTCGAGGG CTAGAGACAAATCTTCAAACTTTCTCAAACAAGAAATGATGAAAACTTAA AATTTGCCTTGCATCTTGGTTGACAGATTGAATCTTCCACATTCTTTGTT TTCGCGTTTCATATTTTTCAAATTTGGGTGGTAAATGTTACTTCTAATCC AGCGTTTGTATGTAAACCATGCGAGCCGTGCTTATGTGACTTCAGCAAAT CTCTGCTAGCTTAGATTCTAGCCTTCGGCCTTTATTGTCGTAGCTTAGGC TAAAGTTTTTAGTTTTTTAGGATCTCACCCCTATAATTCTTTCAAATTTG TTCTTTTCTTAATCTATGCACTAACCTTCTTCTACATCTAATTTCACTTT TTTTCCGGACACACAGTAGTTTTGAAATATCCATTCCTCCACTCCATCTA ATTAACATTAATTTTAAACTAACTTAACACACTTGTTAAAAATTCTTCAC TATTCATTAACCGACCCGTAATAATTTTCACTGCCAAAAGCTTTCCATAT GACCATATCAACCTTTCCAGTTTTTAACAATATTTTCTTCACTTGCTGCT GTGTATCAATGCAGCTCTACATCAATTAATTATCTCCATTGCACATTTCT CCGGAAAGATAGAAGTGCAACGTTTCTTTAAAAATGCCAATATTTCGCAC GGTATCTCGTTTACATATTCCTGTAAAATTTGACCAAAGATCCGTCCTGG GATCTTTTCTATTCATGCTTATATGAATGATGCATAGGACCTTCTCCCAT CTCTGACCCGATGACACTATAATCACTATACGCCCCTGTCTAACAGCCAC CGGTGGAAATTATTTCCACACTGGAGATGAAAATTTCTATCGAAATCCCA ATGAGGATAGAAATTCTATTGCTCCGCCCAGGTCAAAAATTCCAATGGGA ATAGCTTTGGAGTTTCAATTTCAAATGAGGATGAAGGCAAGGTCAATTTT CAGTGGGGCTTAAAATTCTAGGTTATTTTTCCCACCGGAGACGAAGGCCT CGAACCCGTTTCTACATCCTTGACACTCAAATTGACTCAAATAATAACGT GAAGACAAAAATAAGCGTCTCATTCACCTTATTGAAATGACCTTGGTTAT AAATTATTAAAAAGATACCCCCTCCTTTTAAGCGCCCCTCGAATTACCGC CCCCTTACAATTATAACGGGCGTTTATTCGTAATACGGTAATGTAAACTA TAATTGTCACTTAAATTCATCTTTGATTTTGCAGAAATAAATGAAAAAAG CTTTAAAATATGTAAAATGCTAAATAATAAAGTATCCAGGACGTCCAAAG AGAACTTGGTCAAAGCCGGCATTTAGTTTGAAAGTCAAAATTTGTTCATT GTAAGTTCTCCTCCAAGTGATTTTATTGGATCAACTTTCGCGAGATTAAT TTTGATTTTGCAAATTACTTCCTTTTTTTTAAATCACAGATTACTGGGTC GCGAAAATACCTATTAGGGAAACTAATTTTGTCGAAATTGATAAGTTTAG TCGAAAGTCGCCAAATTTATTACCGCTAAAATAAAAAATTCATTCTTCAT TCCGGCCAGAATTTTGTTATTAATCATATTATCATAATCATAAATACTAT TTAATATTACCCATAATTCGTTGCAAATTTGAAATTAATTGATTGTTAGA TAAAAATTCGCATTACTGTATATCATTTTTTTAGAAGAAGACTTTTCATT GGAGGAAGGAGAAAAATCAGACGACAACGACCACCGAATCTTTGATAAAG GACTGGACCCGAGTAACACGACAATAGATCAGAACAATAACAATGTGACG ACATACCCACGTGATCAATCAGAAGAGCCAATCAAATCACTCATTGGTGA TGTCCCGTCACATGTGGATTTGGTCAATCTAAAACTTTCATCAGAACAGG TAGGAAACACTGGAGTGATAGAGATTCGTTATTCTTAAAATTTTTCAATT TTGTGCCTAAAAATGTTCTAGAGGAGCAATGAAGTTTTTTTTAATTAATT ACTTATTTGGTTGTCTCTGGCAAGAATCTTTTGATCCACTAATAGTCAAA ATATATTTTCCTTTCAAGGTCATATGTTTCAAACCTGAAAATTAAAACTG AAAAATTTTAACTTTATGAAAAATTAAACAAAATTAATTGAGGCTCAGCA TGATTCATAAAAATTTATTAAATTGTGCAAATCTGAGCCTGAAAGAATTT TTATAAAACTGTGTATGTCTAAAAGTTAAGAGCTCCTTAGCATGCCCCTC CCTTGAGATTTGAGATCATTTTTTTCCTCCCTCAAAATATCTCTAACCAT CTAATTATCCCTTTATTAGACAGAAGAACTTGCGCTCTTGCTTGAAGAAA GAAAAGATGACATTGAAAATTTGTCATTACGTAATGTGGAGTTGGAAGGA GGTCTTGAACGAATCAAACATTTTGTCATGACGATGAATAATTTGAAGGT GTGTGACACACAATGTCATACTAACTTGATATCCTAATTTTTTCTGCAAT TTGTGAAAGAATTACCATTTTCTTGAAATCGGGATGATCAGCAAATTCCT CTTCCAGCTTGATTAAAATATACTATATTACTTCGAATAACGCCCTCGAA AAGACGCCTCTCCCTAAAGGAACAAAGTTCAATAAACGCCCCTCCTAAAA TCCTAAAAATTTAATAAACGCACGGGGCGTTAACGTGAAATGTCTGTTTC GACAACAAAGTAATTAAGAAAAAAGGAAATTTTCAATGAAAATTAGTCTT TACCATTTCTCTATCTTAAGCACTTTGGACATAATTTAATGGTTAATTTG AAATTTGATTTAACATCTTTTGTTATTTTATAGGTATTGAATTTGAATGA TAGTGACATTAACATCCAACAAGCTCCACATTTAACCGATATTTTATCGA CATGTAAATCAACCCTTACAACTGTGGCGTAAGTCAGCTCACTTCTTTTC GTTATTATGTTTCTTTTTAATGCTAAATGCACCTATCATTTCGTTACCAG CCCCATGAAATGTAAAACGCGCCGCTGAGGGTTGATAGGTGAATAAAATC TCAGCTGACTTTTGTTGCCTATTGTACTCTCGAAACATGGGGTCCGCAAA TTCTCTCGGTAAAAATATCATTTCATTAGTGTACCACCCCAGCTGGCACA CAACGTTGTTTCAACGTTTATTTAACGTTCACAACGTCCATATAACGTTA GATGAACGTTGAAACAACGTTGTGTGCCAGCTGGGACAATTAAAATGAAA TTGGCCTGTTTTTGCTCACAATTCATGATACCATGACGTAAAGTTTTATA CGAAAGCAGCCAAAAAAGACGGGCATGTTTGCCACTAATTTTGAATTCTA ATAAAAAAAACTAGTGGTAAAGTTCGGGCTCTTTTTGGTGCTTCCGTATA AAACATTACGTCATGAGTATCATAAATTGTACTCTCCAAACGTGGGGTTT GCTGATTCTCTGGAAGAAAATGTCGTTTCATTTGACGTATACCACAATTG AAATGGAATTAGCCTGTTATTTATGCCTATTTTGATTTAATGTAAAATAC AAAAAATATTCTTCAGTTTAAACGGTAACCCTCTTGGTAATGACGGCATT ACGTCGGTTTTGGACGCCGTCACCGATTCCGTCACATTAACGTCACTTGA TATTGGACGTTGCGAAATTGCCGATACGGGAGCTGAACAAATTGGTGAAT TGTTAAGGAAAAATCAATCTGTGGTTGAACTTACAATGGGATGGAATACA ATTACAAAAGAAGGTATGTTTGACCACGCCTTTGAAGATACACAAACTCT ACTCAATGTTTGTTTACCGGCTGGTAGCAAGAAATGACCTCGACAGGCCT TTAAATAGAATATGTTGTGATTGAAATAGTGTGTTCATTTTTTAACAGAA CTAGTTTTTCGTGGGAGTGGTTATCCAAAGGGTTTTAGTAGTTCTAAATG ACATTTCTTTCCTCCTTCATTCGGTCAATATCGCTGAACGGGAATAATTT AAGTTGAGCCATAGATCTTGATCATAATTTTACAAAAATCTTCTAACCTA CTGTACTTACCTATGACAATTCAAAATTTCCCATAACAATCAAACCGATC TGATTGGTTGAAACTTGAAATTATGATGTAATTGGCCTAGATGAACCAAT AAGTGCTCAGAAAAAGCGTTTGATTGCTAAGAGAAATTTTGGATTGTTAT AAGTAAGTACGGTAGAGCTTTAGCCACTAGATATTGGGCATTCCATTGAA CCAACAGTAAAATTTGTGATTGTCTCAAATGATCGAACCTTCTTTATATT TAACAACATTTTTAAGTCGACCTCCGTAATATAACTTAAACTCTCAATGA TAAATGAGTTCGCGTTCCGTGTGTAACCGAGCTCATCTGACACACAACGT TATAATGTTTTATGAACGTTATATGGACGTTAGTGACGTCAGATAAACGT TGTAGTGACGTTCTGTGTCAGATGGGAAGCCTACATTGGATTTGTACTAG ATCTGTTACACATTGGGCTTTTCCAGAAAAAAAAAACATGAACCCCCTGT TGAGGAGATCCATTTTTGTTCCAAGGGGGTAAGGTTTGATATGTGGCGGA AATCCATAGGGAGATACAAAAATCTGTCAAAACTAACTGGAATTCCATGG GGCCAGCTTTTTAAATCCTACTAAAATTCAGAATTCCAGAGAGGTTTAAA CCTGAAATTTCCTGGAATTCTAAAGGGTTTAGTATTTTCAGCCACAGAGG GATGGACGTCCTCAACAGCAGGTATACAGTTTTTTCTTCTGGAAAAGCCC ATTAAGAACTTTACATTTTATGTTTTTCCTTAGGTTGGATTCACATTTCC AACGCGTTAAAGTGTAACACTTCCTTAAAGACACTCTCCATTGATGCGTG CCAAATTGCTGACGAAGAACTAAATATCATATGTCAAGGCATCGCTGATA ACAAGAGTCTACAAGGCGTTGATATGGAAGCAAATATATTTACCGATAAG GGAGTTGAAGCTTTGATACAAGCTATTGAAAAATGTGAGACTCTTTTAGA TGTGACAATTGAACCTTGTGAAAACGTGTCTCATGAAATGCAAGAACAAG TACGAGAGGTTTTGGAAAAACGCGTTGAAGGCCTTTGATTGTAGACTGAA AATACTGTATCTTACTTGATCATACATGATATTCGAGTATGTCTATTACT TTAAGATGTGGGTTTGGAAGAAATTGGAGTGAGAGACATTTTGGATGCAT TTAAGGACTTCAGATATGGATTTGGAAAAAGTCAAAGTGTTTTTACTTGA ATTTTGACGGGGAAAAGGCTAAAGAGACTTTGAGTATGAAATGGTGAAGT TGATTTTGTGTACAGGGCTCAAATAGACCCTGGAAAACCTTGAAAACTAA GGTTTTTAGAAAAAACTCTTTGAAAAGAATTTCTTTTCAAATTTTCGATA AATCAAGAAATCTCAGGCAGGGAATCTGATTTTCTAGACTCCTTGTCACA GAATAACTTGTATTTTAGGGTCTGGAGTATCTGTTTCCAAACTTTCTCTC TTCGGGTGAAAGAAGAGTGACTCCTCAGATCACTGTGAAGTCATATAGAA CTTCTCACAGACTCTTTAGGATTTTTTCGGCCATTGGGATCTGAAACTCG ATGGGGATTGATATTTATCATTGGGGATTTTGATTCTATTGTCAGAAAAC CTTTCTTTAGGATGTTGCACTGTCATGCTAAATTCAGTAGGGATGAAAAA AAATAGCACAATATTTCGCATTTAGCATTTTTTTATTTGATTATTTTTGG CGGGATAAAAATTTAAGTATAATTTTCCATAATTATTCTTAACTTTTCCA GTTAAGGGTGGTTTTACTGGGTTTGTGGGAAGTGAATTATCAACATATAA TGGATTCCATTCAGGGGTAAAATTGCATTATTACTAGTCAATTTTCAGGA AAACTCAGGGGAAAAACATTTCTCTCAGTTCTAACTAAACTCTGGTATAA TTTCATTATGTATAATTCTTCAGGGAAAACAAGTATCTGTATCAGAGCTC AGGGAAAATCATATATTACTCTGGCAATTCCGTTTTAACCCTTTAACTGC CGTTCGTATTTTTAAGGCTTTGACCTATTTGCCAGGGGAAAAAATGAAGG TTCGACCTATTTGCCAGATGTCGGCATATGCCGACATGAGCGATCACAGA GTTTACCATCACATTTAGCTTTATTTTCTGAAAAATATCAAAAATATAAG TGATATGTGTTTACTTTGAGTTGAAAAATGTATAATAATGAAAAACATCT TTGAAAAATATTTTAATTATTCAACTGGGCTATTTAATGAAAGCTAGTTC AAAATCGAACTTTCAATAAACTTAAAAAGAAAATCTCTGGAAAATAGGTC GAGATCTCTCTTGTCGGCAAACGAAAGGATTAATGCTAATTTAATGTAAA CGTTAAAGCGATAGGAAAAAGTATTTATTTTTGCAATTTTGTAATGATTG TGGATGTGATCGGGAAGACCTACCAATATTCTGGTGTGGCTCCCGTTGGG AATTATGATAAAATTTTGTTTGTAAAATTGTAGATAATATTATGTTTTTT TATATTGATAGAAGAGTGTGATTTCATGATAGCTTTTAAAGGTTTTATTT TTACATAATTGTTTCCGTTTCATATCAGACACATATTTCATATCAGGACA GTGTCTGCCTTTTGTTATATTATGTTGATATAAGCAAAATAAAAAATGTT TTTCTTTTTCTCTTTCTGGCCAATCTTGCTCCACATTCGTGTCAATTTAA TGTGAAATCGTGAATTAAAATTGATGAGTAAGCAAACGATATCACTCTTA TTTAAAAACAAAACCTTTAATTATAAATAACTTATAATGATGAAAGGTCC AAAGAATTCTAAGGACCTGAGAAATCATACAGGTGTGGATGATTTGTACA ATTGTATATTCAGAACTAATTATTTTATTGTAAATCAAAATATATAATGA GGTGCAAGCTATCTAATATTCTAAGAACAGTTAAAAACTCCCCTGTCTCA CAGCCCCGGTAAAACTTTCCCACAGCGGGGATAAAAATTTTCCATCGTAA TCTTAATGGGGATAGAGATTCTAATTGTTCCAAGCTTAAAAAATCCAGTG GGGATGGTTTTTGAGGGTGCAATTTTTTACAATGAAATTTGAATGTGGAT GTAATCAAAGTCAATTTCCCAGTGGGGTTGAAATTTTGGGGTATTTTTAG TACCGGGACAAAATTTTGTGCCCTGGGGCAGCGGGTCTGTGACACAGGGG TGTTTAAAATGTTAGAAATTAGATGAGGCTAAGTGTAAAGAGGAGAAAGT TGTGATGCTCACATATCTAAAAGACTTCTATATCATGAAAGTATTTTTAG TCGAAACCATCATCATAGAGCTAATTTCAAGTTACGTCCTGACAAATCTT GTAACATAGCTTAGAATTACGATTGTATATTGTTTCTTTATCTATCCTGA TAAGACTTGAGCGAATTTGGGTTTACAGTTTTATTGCAAGAATTAATTTA TCCTCTAAGAAAACCTCTAGCCTTTCGTGGTTTTTCGTACCCTTCCCACT CGAAATATAAAAATTTTGACCAGAATATTCTGCCATTTTGTTGTC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_031446XLOC_031446Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00049596-exon-scaffold_161-1575043694:103580..104108TCONS_00049596-exon-scaffold_161-1575043694:103580..104108Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:102964..103057TCONS_00049596-exon-scaffold_161-1575043694:102964..103057Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:102558..102683TCONS_00049596-exon-scaffold_161-1575043694:102558..102683Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:101700..101951TCONS_00049596-exon-scaffold_161-1575043694:101700..101951Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:100982..101149TCONS_00049596-exon-scaffold_161-1575043694:100982..101149Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:100601..100648TCONS_00049596-exon-scaffold_161-1575043694:100601..100648Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:99661..99820TCONS_00049596-exon-scaffold_161-1575043694:99661..99820Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:99133..99319TCONS_00049596-exon-scaffold_161-1575043694:99133..99319Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:98626..98680TCONS_00049596-exon-scaffold_161-1575043694:98626..98680Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:98212..98302TCONS_00049596-exon-scaffold_161-1575043694:98212..98302Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:97494..97783TCONS_00049596-exon-scaffold_161-1575043694:97494..97783Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:96417..96789TCONS_00049596-exon-scaffold_161-1575043694:96417..96789Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:95786..95904TCONS_00049596-exon-scaffold_161-1575043694:95786..95904Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:94731..94877TCONS_00049596-exon-scaffold_161-1575043694:94731..94877Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:93605..93679TCONS_00049596-exon-scaffold_161-1575043694:93605..93679Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:93050..93281TCONS_00049596-exon-scaffold_161-1575043694:93050..93281Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:89260..89474TCONS_00049596-exon-scaffold_161-1575043694:89260..89474Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:88711..88839TCONS_00049596-exon-scaffold_161-1575043694:88711..88839Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:88231..88325TCONS_00049596-exon-scaffold_161-1575043694:88231..88325Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:87396..87592TCONS_00049596-exon-scaffold_161-1575043694:87396..87592Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1575043694:83514..86325TCONS_00049596-exon-scaffold_161-1575043694:83514..86325Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:103580..104108TCONS_00049596-exon-scaffold_161-1510915933:103580..104108Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:102964..103057TCONS_00049596-exon-scaffold_161-1510915933:102964..103057Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:102558..102683TCONS_00049596-exon-scaffold_161-1510915933:102558..102683Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:101700..101951TCONS_00049596-exon-scaffold_161-1510915933:101700..101951Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:100982..101149TCONS_00049596-exon-scaffold_161-1510915933:100982..101149Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:100601..100648TCONS_00049596-exon-scaffold_161-1510915933:100601..100648Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:99661..99820TCONS_00049596-exon-scaffold_161-1510915933:99661..99820Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:99133..99319TCONS_00049596-exon-scaffold_161-1510915933:99133..99319Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:98626..98680TCONS_00049596-exon-scaffold_161-1510915933:98626..98680Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:98212..98302TCONS_00049596-exon-scaffold_161-1510915933:98212..98302Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:97494..97783TCONS_00049596-exon-scaffold_161-1510915933:97494..97783Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:96417..96789TCONS_00049596-exon-scaffold_161-1510915933:96417..96789Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:95786..95904TCONS_00049596-exon-scaffold_161-1510915933:95786..95904Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:94731..94877TCONS_00049596-exon-scaffold_161-1510915933:94731..94877Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:93605..93679TCONS_00049596-exon-scaffold_161-1510915933:93605..93679Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:93050..93281TCONS_00049596-exon-scaffold_161-1510915933:93050..93281Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:89260..89474TCONS_00049596-exon-scaffold_161-1510915933:89260..89474Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:88711..88839TCONS_00049596-exon-scaffold_161-1510915933:88711..88839Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:88231..88325TCONS_00049596-exon-scaffold_161-1510915933:88231..88325Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:87396..87592TCONS_00049596-exon-scaffold_161-1510915933:87396..87592Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1510915933:83514..86325TCONS_00049596-exon-scaffold_161-1510915933:83514..86325Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:103580..104108TCONS_00049596-exon-scaffold_161-1491911889:103580..104108Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:102964..103057TCONS_00049596-exon-scaffold_161-1491911889:102964..103057Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:102558..102683TCONS_00049596-exon-scaffold_161-1491911889:102558..102683Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:101700..101951TCONS_00049596-exon-scaffold_161-1491911889:101700..101951Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:100982..101149TCONS_00049596-exon-scaffold_161-1491911889:100982..101149Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:100601..100648TCONS_00049596-exon-scaffold_161-1491911889:100601..100648Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:99661..99820TCONS_00049596-exon-scaffold_161-1491911889:99661..99820Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:99133..99319TCONS_00049596-exon-scaffold_161-1491911889:99133..99319Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:98626..98680TCONS_00049596-exon-scaffold_161-1491911889:98626..98680Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:98212..98302TCONS_00049596-exon-scaffold_161-1491911889:98212..98302Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:97494..97783TCONS_00049596-exon-scaffold_161-1491911889:97494..97783Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:96417..96789TCONS_00049596-exon-scaffold_161-1491911889:96417..96789Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:95786..95904TCONS_00049596-exon-scaffold_161-1491911889:95786..95904Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:94731..94877TCONS_00049596-exon-scaffold_161-1491911889:94731..94877Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:93605..93679TCONS_00049596-exon-scaffold_161-1491911889:93605..93679Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:93050..93281TCONS_00049596-exon-scaffold_161-1491911889:93050..93281Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:89260..89474TCONS_00049596-exon-scaffold_161-1491911889:89260..89474Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:88711..88839TCONS_00049596-exon-scaffold_161-1491911889:88711..88839Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:88231..88325TCONS_00049596-exon-scaffold_161-1491911889:88231..88325Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:87396..87592TCONS_00049596-exon-scaffold_161-1491911889:87396..87592Clytia hemisphaericaexon
TCONS_00049596-exon-scaffold_161-1491911889:83514..86325TCONS_00049596-exon-scaffold_161-1491911889:83514..86325Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_161supercontigscaffold_161:83514..104108 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
1.24338 1.12679 1.22567 1.11736 17.2768 12.3112 6.71034 6.62456 3.59547 3.52021 3.2892 3.37786 0.37479 0.229165 0.201996 0.283618 0.395662 0.386792 0.269613 0.328917 0.488355 0.480095 0.478638 0.706042 4.46847 3.70131 1.75183 1.80105 0.263426 0.330866
Blast
BLAST of TCONS_00049596 vs. Swiss-Prot (Human)
Match: ERIC3 (Glutamate-rich protein 3 OS=Homo sapiens GN=ERICH3 PE=2 SV=1)

HSP 1 Score: 132.109 bits (331), Expect = 1.890e-30
Identity = 54/125 (43.20%), Postives = 81/125 (64.80%), Query Frame = 3
Query: 1206 HRVQVQSMAEVTMKFLGSNLQLASDMFPANKLSEIQVIQQHCGASTVCVFREMIPPNTVFTFVSRRHRGSPFGLTINIDGIKNIRISSCCEYKHKPGYRLGGKNSQFGLISVQGAAPCYRCQVRL 1580
            H+  + S A +TM +LG N+ L+SD    +   EI+V QQHCG   +CV++  +     F F+S+RH G PF LT  ++G++  R+SSCCEYKH+ G RLGGK   FG + V+ ++PCY+C + +
Sbjct:  279 HKTSLHSNAAITMIYLGKNVHLSSDN--PDFRDEIKVYQQHCGGENLCVYKGKLLEKETFQFISKRHHGFPFSLTFFLNGMQVNRLSSCCEYKHRKGSRLGGKRGYFGFVCVERSSPCYKCIIAM 401          

HSP 2 Score: 122.094 bits (305), Expect = 2.411e-27
Identity = 58/119 (48.74%), Postives = 85/119 (71.43%), Query Frame = 3
Query:  516 SYTAGQFANYNSLTDKNLSGYFANTQMRKHLVRSGLITKNGKITSENSYRLKIAKREHREHVKDLLATAIVEKALDMERMRQYEIRKKLDELYKIELVNKVRSERGGKSKEELYALLSP 872
            S+ AG  A YNSL DK+L+GYF NT++R+HL+RSGLIT++G+I SE  Y+L + KR+H++++++ LA AI  K LDMER  Q EI+KKL+ L + E + + + E   +S E    +LSP
Sbjct:    4 SHPAGLLAAYNSLMDKHLAGYFNNTRIRRHLLRSGLITRSGRILSEKEYKLNMMKRDHQKYIRECLAQAIFHKVLDMERYHQLEIKKKLETLARKERIQRFKGEHTRRSVENNMPILSP 122          
The following BLAST results are available for this feature:
BLAST of TCONS_00049596 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
ERIC31.890e-3043.20Glutamate-rich protein 3 OS=Homo sapiens GN=ERICH3... [more]
back to top