TCONS_00057575 (transcript) - C. hemisphaerica

Overview
NameTCONS_00057575
Unique NameTCONS_00057575
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length6417

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00057575 ID=TCONS_00057575|Name=TCONS_00057575|organism=Clytia hemisphaerica|type=transcript|length=6417bp
acaaaatttcagagCTCTATCACAATTTGAAGTATACATGTGATAATCCG
CCCCACTACTAATGTATCCAGGCATATTGAAATTATAATGTTGTTTCATt
atttgaatttaaagtttATAGCATAAATATTGTCCTGGGCCATCTgtttt
tgtttaaagaaaaaaattgaaaaagttagTTAGGTCCTTATTATCGTTTT
GATTTACAATACAATGTTCATTTCTTACTTGGTTTGCATCATGTCAAATT
GGGGTGAATGAGGGTTCACTAACGTTTGTTCAATACAATATATGCTTCCA
AGGACGTGATCCGATTCTGTTTTCTTCCTTTATTTAAtctaaaattaaga
ttttcaagttgtcaatttattgattttgttcataaagattttaaaaacca
aaaaagttTACTGATTATAGATAAGATAAGATGCCTGGTCTTCATTTAGC
CTTATTTCCAACCAAGAGTTACTTGTATTGTATCAATTAACAAGTCCATT
ATATATTGCCCTTGCTTATTTAACATTTATGTCTCAAAAAtgtctttttg
atgatgttttcaatcaaatattcctttatttttcaaaatcttttttttta
agaaatatagAAAGTTTTGTTGTATGGCTTGTAAAATACATGGTTAATTC
AATATAAAATTAGTTTATTGAAATATAATGCTGCACTTGAAATTAAAAGA
CTTTAAAGAACCTCAAAAGTTGTAATATGACTGATATCAATATATTTGGG
AAGACGTAGATTATTGATTGGAACTATGCCCTATATGAATAGTGGTGCGC
CTGATCATGATTTGGCCACACAGTTTCGACGGCTCCTTGCAACTCCAAAG
GATCTTAGAAGTAGAGAGGAGGTGCAAACTATCTATGGTCATCTTCGAGA
AATCAAAGTTGTTTCTAAGTTGCCTGAGGGTGAAGTAAGGAAGATGGCAG
AGAATGCACGTTATGAAGTTCATGAATCCAATCAAACCATTTATCAAGCT
CAAGATATTGCAACATGTTGGTACATTTTACTGTCAGGCTCCCTGTATTT
GGAAGGTGCAATTTATCATCCTGGTTGCAGctTTGGACAAGTCACCCAAA
CTGGACGCCGTATCTCAGACTGCCTCATTCTGGAACGTTCTGAAATGATT
GTGATTGATTACCCACAAAATGCAGTGCAACTTCCATTTGGGACAAAACC
AAATAACTTAGGCGATGACAAGAGTTTGACACACCaaGATCCAAATCTTG
CTGAGATGTCCCAAATGTTAGTAAACAATGAGCCTTACTTCAATCAAATG
GCAAGAAAACAGGAACAGAGACCGTCAAAACAACACCAAAAACAGCACAG
GGGGAGTCGTTTAGATGAGCCTGACCTCGATCTTTCTGGAATGAAGGAAA
CTATTGTGGACCTTGATTCAGATGATGAAGATGATGTCATGCCAAGTGAG
TCAGCTGTTGTTCGAGATATTGTGCGAGATTGTTTGGAAAAAGAGCCTTC
AGAAAGAACGGAAAACGACATACATATACTCATGGACTTCATGCAGCATT
TGCCAGCCTTCAACAGTTTATCACACAACATCAAACTAGAAATGTGTAAA
GTTATGGTATTTGCTGTTGTGGAGAAAGCCGGAGCCACCGTCATGTCTGA
TAAAGAAGAGatggATTCATGGTCAGTGATATTGAATGGATCGGTTGACA
TTCTCATCGAAGGAGAAGCACCTGTCTCTCTTCATCTGGGTGACGCTTTC
GGTGTGCATAccgagaaaaagaaaatgtaccATAAAGGTACAATGCGGAC
GCGAGTGGACGATTGTCAGTTTGTGTGTATCGCCCAAGAAGATTATTGGA
GGATTTTTTCACAAGGAGAAGCCAGTTGTCGTAAAGTGGAAGAAGAAGGC
GAGGTTGTCATGGTAACTGAACATCGAGTTACTGATGGTGGTAGTAGACA
AGGTCAAGTCGTTATTAAGGGAACACCTGACCGTCTATTGGACCACTTGA
TGGAAGACCATTCCGTCATCGATCCCACTTACGTCGAGGATTTTCTTCTG
ACTTACGTCGTGTTTTTCAACAAACCTCATGATATCGCCTCCAAGTTGTT
GAAATGGTTCGAACGTCCTCAGTTAAAAGATAAAGTTACTAGGGTGATGT
TGCTATGGGTGAACAACCATTATGCGGATTTTGAGGGTGATGTTTACATG
GAAACAAGTATGCAACGGTTTGAATACTTATTGGAAGCAAAGAAAATGGT
GGGTCAGCTACGTCTCTTAAATATGGCTTGTTCAGCTAAGTCGAAACCCA
GGATAATCACATTACAACGTCCTTCTAAAGACAGTCGACTTGATTTCTCA
ATCTGCGGTGGCAAAGATCGAGGTTTTCCTATCTTCGTCTCCAAAGTGGA
CACGGTTTCGAAAGCCAGTGATTTGGGATTGAAAAGGGGTGACCAGATAT
TAGAAGTCAATGGACattcatttgaaaatattacgGGACCGAAAGCTATA
GACGTTCTCATGTCACATGCTCATTTATGCGTGATCGTCAAAACAAACAC
GATAGGATTTAAAGAGGTCATTCAACCCAGTAttaaaaaaaccaaaagta
atAGTTCGTTGACTAAAAGTAACGGCACTTTGGAGGTGCCAAAAGGTCAG
GCTAGTGTTCAACGGAGTTCGTCTGCCGTAAGTTCGTCAAATTCGAAACA
GTCAGGTAAATCAATGACCATGGAAGATCACCATCATCAAAGCCATCGAG
GAAGCAAGGATTTTACTTCAATGAACGGCAGTAAAACACTACCACGTGGC
AAGCaaagaatcaaaattaaaatgccCTTCGGAAAATCTAGCAACACAGA
CCTGACGCGTACGCAATTCCAAAGTGAAGCGGGTGAAGAAATAATCCGAT
ACGCGAAATCAGGACAAGAGAAAGTGAACCAGAGTAACCAGATGTTTGGT
CAACTTCCCAACGCTTACGGAGAAGATTCTCTGGATTTGAACAGCCAAGT
CATCAAGGTTTATCGTGGTGACCACACCAGTCGATTCTTCGTTCTCACCA
AGGATACGAGTGCAAGGGAGGTCGTACAAACAGCAATCGATGCTTTCGGG
ATCACTGATCATTCAACCAAATCATATTTCTTGTGTCAAGTCACGGTGAC
GGAGGACGGCTTGATCAAGCAACGAAGGTTAAACGACGCTCTCAACAACC
TTGCTAATAGGATATCACTAAACGGAAGATACTACATCAAATCGAGTATA
TCAGAAGGCCCGCTACCGGATGAAGTAGCCCAGGAAATTGCACGCGAAGC
TAACCTAACACTACTACAATTATCACCGCTGGAAATTGCAAAAGAGCTCT
CTTTACAGgaCTTCGACTTGTTTAAGAACGTGGACTCAAGAGAATACATT
TACAATTTgttcgaagaaaaaaatgaaagaaaatcgaAGAATCTTCGCTC
GGTCGAACAGACGACCAATGTGGAGATGTATTGGGTGATCAGTGAGATCT
GCAACGAGCATAACATCACCAAACGCGTCAAGCTACTCAAATATTTCATT
AAAGTTGCAAaattttgcaaagacttcaaaaattacaattcCATGTACGC
TCTAATAAGTGGGCTGGAGAACACAGCAGTCAGTCGGTTGAAAAATACTT
GGGAACGGCTCCcacaaaaacatgataaaatatTCGAGGAATTGAAAGAT
TTGATGGACCCCTCACGTAACATgtcaaaatatcgaaatatgttTACTGG
TGAACGTTGCTATCCGCCTTTGatCCCATGGTTTCCTATCGTCAAGAAGG
ACATCACATTTTTGCATCTGGGTAATAAAACACACGTCGATGGTTTGGTC
AACTTCGAAAAACTACGTATGATCGCCAAAGAAGTTCGACGTGTTTGTAA
ATTCTGTGCCATCGGATACGACCCTTACAAAATGGACTCGATGCAGGATA
ACGTCGGCGACACGTCAAACGTTGCACAATCGGTCGTCAGTATCATGGGC
AACTCTCCCAACCCCAGTCGTCGTGGTCGTGGAAGTCTTGCGATGAAGGA
CCCTAAGAAAGCTTACGAAGAATTCCAAACCAGCCGTCGGATACGACAAT
ACCTGGAAAAATTGTCCGGTAAAAGTTATAATGAAAAGGAAATGATGGAA
ATGTCGTATAATTGTGAACCACCCGTCAGTTCACAAAACAGTTTGGCTCG
TCAAAAGAAGCCGAGTTCACCGTTACCATCAGCGGGCGATTTGAAACGTA
AAGAAGAAAGATCTTCCAAATCTTCTACTGATTCAACCAGATCAGTCGAA
TATAGCGAACCAAAGCAAGCCGATAGCTCCACGCCACGAAAGAAACAAGC
ACCTCATCAGTGGAATGACGATCACCACCCAACAGGAAGAGGACCTTTAT
ACTCAGAATCATCGAATAGTATTTCATCGAGGAACGGCTCCTTAAAATCC
ATCACTTCAATCGGCTCAAGAAGTCTTCCACCTTCCTACCAAGAATTTCG
ATCTGAATCACCTCTTAATTATGACGATGATGATCACCATGGACAAGTAT
CGATGGTATAGCGACCTAGCAACCAATCACAATCACGTGGTTATCACGTG
GTCTGGTAATTTTATAATTCGTGACGtcacgatgacgtcattttgtagCG
CATGATGTAATGATAAGACTTATTGTAAGTGGACAAATTTTTATtagtat
ttttattattattaaaaaccAGAACTCTAGAGAAACAGTTTTAGAGAGAA
TTTTACCGTTGATTAGCCTGCCTGTCCAGAATTGATAATGCCTTTGACGA
TGCATCGTCAAAGATGAATGCTTTCCACTCTTTTTATCTACTGAATAAAG
TCGAACCAATAAGGGTGTCTTTCAGAATCTgcgtaaaggccggtctccac
tttcgcacgaaatgggcgacagttttttttaaccttttttgcctgaagaa
aagattacgtcataaaaaagttttcgctcatgtcacgcgaaagtggagac
cggcctttaaaagCGTTGGATGAACTTTAGGCTGTCCAAATCGTcaaaaa
aactttccaaaagaACTAGGTACAAGGCTGGACCTAAATTCATTCTAACA
TTGTGACAAACTATAGAAATTTGACCCTTGAAGAATTTTTGGTCCTTGAT
AGTTATCGCCATAAGTTAATTCAAAGCCGGTCATCCATAGTCACCTCTAT
TGAAGATatagttgactctcgctaattcgaactcgtaCGGTGAATCCagt
tttttcgaattacagagagattcgagtTGAAGAAAGACTTTCTAACGGGG
ACTATAAACGAGTCCAAATTATAGAAAGGTTCGAATAAGGGAGAGTTTAC
TGCAGAATTTAGTAGAttgattaatatttttttagtgGGACCTGTTATTA
TctttagatattttttctttaatttgtaCATAAATAACTCAATTGCTTAT
AAACACTGTTTTATTGCCCCAATTTCGTCGAATTGTAAGATTTTGTTgga
atcactgacctttatatatccctggaccatgTTACTCAATCCCGGctaac
caaaaatttttgatcggagtttttttgaaattggtaccctaatagcggca
ctactcaatagtggtgaaaatgcatcgagagcgctaggtctacttttcct
caaatacttttgatgatgtagcgccgttagacgttaatttttaacattgc
aatggcttcttctcgggtaccaattccaaaaaaactccgatcgaAAAgag
cggatatagcttggtccagggatatataaaggtcagtggttggaATGAGC
TAATCAGTCTCCTTCATTTGATACATGCTCGTGGTTCCTTTTTTGTTCGC
TTATTTTCGGTTCTTTACGGAAcagataaaattaattttctttcgGTCAT
TGAACaaatgacagttttttatcaaattcttagtgaattttatctcattt
tgagccttcactGGGGACACTTTAACGGTCGTTTCGCCGGGCCTGAAGTT
GGAATTATTCAAAAATAGAGATGCTACTTTTTTCACGCACGATTGAGGAA
TTTTCATGCCAAAGGTTCCTTGGgattatttttttagaatttataaTTTT
CACAACTAAAATTTCGTCACATTCTTGTCTATTctttagaataattttta
atGTAAGAGTTTTTCCTCATTTGTTTTTCCCTCATCTTACGGACCTTTTA
TTTTCAACATACGTTTGATATTATTGCTGACTCAGCAAGAAGATTTTATT
GCTGATTGCAGTGGCAAGTCCTactttaattatatttttgtacagAACCA
AAAACGAATATAATacatacttttttgaaaaaaataaatacatttatgtg
tcttttcaattttttaatccCTCCACCGGGGGGAGAGTGGGTCAACCAAC
TGACGGTAAGTgcggag
Run BLAST on NCBI

transcript from alignment at scaffold_293:103203..129165-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00057575 ID=TCONS_00057575|Name=TCONS_00057575|organism=Clytia hemisphaerica|type=transcript|length=25963bp|location=Sequence derived from alignment at scaffold_293:103203..129165- (Clytia hemisphaerica)
ACAAAATTTCAGAGCTCTATCACAATTTGAAGTATACATGTGATAATCCG CCCCACTACTAATGTATCCAGGCATATTGAAATTATAATGTTGTTTCATT ATTTGAATTTAAAGTTTATAGCATAAATATTGTCCTGGGCCATCTGTTTT TGTTTAAAGAAAAAAATTGAAAAAGTTAGTTAGGTCCTTATTATCGTTTT GATTTACAATACAATGTTCATTTCTTACTTGGTTTGCATCATGTCAAATT GGGGTGAATGAGGGTTCACTAACGTTTGTTCAATACAATATATGCTTCCA AGGACGTGATCCGATTCTGTTTTCTTCCTTTATTTAATCTAAAATTAAGA TTTTCAAGTTGTCAATTTATTGATTTTGTTCATAAAGATTTTAAAAACCA AAAAAGTTTACTGATTATAGATAAGATAAGATGCCTGGTCTTCATTTAGC CTTATTTCCAACCAAGAGTTACTTGTATTGTATCAATTAACAAGTCCATT ATATATTGCCCTTGCTTATTTAACATTTATGTCTCAAAAATGTCTTTTTG ATGATGTTTTCAATCAAATATTCCTTTATTTTTCAAAATCTTTTTTTTTA AGAAATATAGAAAGTTTTGTTGTATGGCTTGTAAAATACATGGTTAATTC AATATAAAATTAGTTTATTGAAATATAATGCTGCACTTGAAATTAAAAGA CTTTAAAGAACCTCAAAAGTTGTAATATGACTGATATCAATATATTTGGG AAGACGTAGATTATTGATTGGAACTATGCCCTATATGAATAGTGGTGCGC CTGATCATGATTTGGCCACACAGTTTCGACGGCTCCTTGCAACTCCAAAG GATCTTAGAAGTAGAGAGGTAATTCTAGCCCTTATTACGTGAAATATTTT TTTAACAATACTTATCAGTAGTGCATTAAGTAAATAAGACATAACATCTT TTCTTGTATTTTAATGTTTAACATTTTGGATGGCTTTAATTATGTTAGTG TTAATGTTATCTTAGTGCAAAGATAGAGCATCAGACTACAGCGAGAAAAT GGGTTTAATCCCTGGCTGGGTCATACCAAAGACTTTATACTACTTAAAGG TACTTGGGTCGCGCCCTCCCCTATTATTTGGTAAATAGTTTCTCAAAGGA TCTTTAAGGTTGCCTCCAACTGCACTTGTAGACCAATACTTGTCGTTTCA ACAGGAGGTGCAAACTATCTATGGTCATCTTCGAGAAATCAAAGTTGTTT CTAAGTTGCCTGAGGGTGAAGTAAGGAAGATGGCAGAGAATGCACGTTAT GAAGTTCATGAATCCAATCAAACCATTTATCAGTGAGTTTCCAACTATTT ATGAACAATGCTTTCTTTTAAAAGATACTGTTAAAATGATTTTATCCCGG AAAAGATTTTTGCTCAATAATATAATAAGCTTATCCTTTTTGTTATTCAC TACCAAACACCTTTAGCTCAAAACCTTTTATTTTAAAAAAAGCAGTTGTT TTACTGAAGGGATGATTTGTGTTTTTCAAAATTTTGGTTGGTTTCATGTT TCTTTATTTTGTTTATGAATTTAGAGCTCAAGATATTGCAACATGTTGGT ACATTTTACTGTCAGGCTCCCTGTATTTGGAAGGTGCAATTTATCATCCT GGTTGCAGGTATTACTTGAATCCTCCTATTTTATTTGGTCTAGGTCTAAT GTATATAAGGTAGCCTAAGGAATAAGGAATCTTTTGTGTTTTTTATTTAG CTTCTTTTGATGTTGCATCTATTAATTTTAAACTTTTTCTTGCATTATGA AACTCACTGAAAATTCTTTTTCATAAGCTCTAGAAGTTCCCTATCATTTT GTTTACTTTTCACGTGTTAGTATCAAGCTTAACCTAAAATGTTATAGGTG ATTGTTTCCCTAAAAATCCCTTTCTTTCCCCAAGATATATTGACAACATC TCAAGTATTACAAGCATTATAAAGTGTGATTACTTACCATTTATTTGTTT TCATTTTTCTAGCTTTGGACAAGTCACCCAAACTGGACGCCGTATCTCAG ACTGCCTCATTCTGGAACGTTCTGAAATGATTGTGGTAGGTCTCCAATAA ATCCTTCAAATAATAACAAAAATCTTTGCTTCTTAGATTATCTAGATAAC ATTATTTGCATGGAATGAACATCAAATATATTTAATTTTCTCATTTTTCT TGTTTTTTTCTTGGCTCATCAATAATTCAGCTGAAATGGATAGAGAAATA TTCAATAATTTATCCCTGAGGTTTAATTTATATTTTTCTCAATACTCCTC TTCATGGAATATACTTTTTCTTCGCTCAAGGAAAACCTTTTTTCACCACT CTTGCACTTATCTATCTAAATGTGATATCAAGAATATGTCTACACAGATT TTATAGAGAAGGTTGTTTTCAAAGTATACATCAGGCCTCTCATGTCTGAA ATATTTCTCTGATTGTTTGTGTAGTAATGATTTCATGTTGTCTTTTTGTT TTTTGTTTTGTTTGTTTTTAAAAGAAAACTGAAAGCTCACAAGTGTTTCT CTGTGTGCTAATGTAGAATATCTCATAATAAGATTTCACGTAATTGACGC ATCTCAAAATAAAGAAGTGTCAGGCTTTTTTATTTTTATTTTAGTTATTT TGGCTTGGATTTTATCTATTATTGCTATCTTACTTTCACCATAGATTGAT TACCCACAAAATGCAGTGCAACTTCCATTTGGGACAAAACCAAATAACTT AGGCGATGACAAGAGTTTGACACACCAAGTAAAAATCTTTTATACCATCA AACTCTCCAAATTACATCTCTAAATCTATGCTGAGGCTTCAGACAGTGTG TAATGGTTAATTCTAACAAGACTATATGAGAATTGAGTGCTATATCTAAT GTTTTTAAGCTAATGTAAGCTTTATGTTAACTTTCCAAACATCTAAATTA TATGATTTCTTTCAAGGATCCAAATCTTGCTGAGATGTCCCAAATGTTAG TAAACAATGAGCCTTACTTCAATCAAATGGCAAGAAAACAGGAACAGAGA CCGTCAAAACAACACCAAAAACAGCACAGGGGGAGTCGTTTAGATGAGCC TGACCTCGATCTTTCTGGAATGAAGGAAACTATTGGTAAGTGTTTATCAT ATCCCTAATAGTAGGGCGCTAAGTCTCAGGTCCCGTGGTAACTTTTATAG GACTAAACGAAGTCTAATTATATACTAAACTTTGTAATGGAACATGCTTC GTTTAGTCTATAAAAGTTGCCACCTAGGACCTGAGACTTGGCCCCCTAGT GTAAGTAAATGTGAATGATTTAAAGATAATTATGCTTTTAAATTTGAATT GCAGAATGGTTCTCCCAGTTAAGCATTTATCTTTCCACCAAGTGGTTGCA GTTATGACCCCTGACGGTTACTTATAAAGGGAATGAAACTAAAGTAGATT GCTATATGGTCATCTGATTTTGCTGTTTGAAAACTGAAAATAGGTTTGGT TTCATGTACTTCCCGACGCAATCCATATCCCTGACCTTACTCTAGTTTAA CGAAGTAATAATATGGAGGCAAACTTTCACATTTAATAGGTTTCTTTTGG AACTTAGCTTTAAAGTGAAATTTAACATGGAAACAAAATTAATAAAAACC AGTCCTAATTGGAAAATTTGAAGAAGTGTACCATGAGTAAATCACTACTA CCATCTTCTGGAACAAGTCAGGCAACTCTCCAAAGTTTTTAATCTCAACT CTTTAAAAAAAGTTAAAAAAAGGATCTACAAACTCATTCCATCATACACA CTCACAACCATAATCTACTTTGAAAATGTAACTTTTCAAAGGAAGGACGA TCTAGTATAAACCACACTGAAATCCTATTATAAAAAGTTTCTAACTTGAC AAAAATTAACAATCTGTTTTGTCTTACATGATCAACAAGACCATCCAATG GGGATGAAGAAAATTTTACTATTCTAATCTTCATATAGTGTGAAACACTC TCAAAAACCTTCTCTTTTTAATTTTCATCAAAACTTATTTGTTTTTGTCG ATATTTCTAATGCTCTTTACTTTAATAAAATATGGTTTGGATTTACATGA AAATTTCAATGTTCTCAATACTGAACTGACCCAAGACAGGATAAAGACAA ACTAAGTTGATCAAAATGCTTGTGACTGATGGGAGTCTCTAGATGCAAGT TATAGATGATGGAGGAAATTAAGCCTCCAAAGAGGATGTTGTTTTCTGCA AATAAGCCTCACGCCAAACGTCTCAAACACGTGAATACCACTTCTGAGAA TGAACAGAAAAAAAGGCAAATTGAAAGGCGACAAAGTTTTGATCCAGCCC CAAATATTTTCACAAGGCTTGGAAGTCTAAGGTCATCCAGGAGACCTGTT GTCGTTGCATCTGCCTTCCCTAGAATGAATATGACGCGGCTACCCTGGAA AACAAGGATCATTCGAACCATCTATCCAGTGTTTTTCCACTTCAAAATGA AATTTCTCAAAACATTCCGTTTACGTTCAGTTCGGACCAATGTGTTTGTA CCTTATCAACCACCTGCTATTAAGAGTAGGTGAAAAAGTAGATGTTTATT ATATTTAGTATTTAACTCCATAGCTTCAGCCCCCTTACTTTTTTTTTTGG GGGGGGGGGCTAAGAAATATTTTGGCAAAATATTTCGGTGGGACCTAGAT TGTTAGAGACTGTGGGGGCTGTTCAGCTAATTTTAAAAGATCTCTGATCT TACTATTAAATCAAATATAAAAAGCAAAAGATTTATAAAGATAAATATTA ATACAAGTAAACTTTAGTTTTCATTTATCAGTACTGTACTCGCATATATT TTTTATTGACTTCTCTCTACGGAGGCCGGACCTGAAGTGTTAGGGGACCT AGCACAAGGCAAGTTTTTGGGGGGAGCTAAATTGTTGGGGGATCTTACTT TGTTGGGGGGAGCTAGAAACCTGGCTGAAGCTATGTAACTCATTGTCAGA TTATGAAGGATGGCGGGTGTGCTTCCCTGATTTTAATATCCCTGTAAACA TAGCTGTTAGCTGTAAAATTCAAGGGAAAGCTGTAAAACCCAAGGGAAAG CTGTAAAACTCAAGGGATCACTTTGTTTGATTTCTATGTATATATAAATC TCATAAAGTTCTAATCCTGATAACTCAAAAAAAATTCCCTTTTTCTTTTC AGTGGACCTTGATTCAGATGATGAAGATGATGTCATGCCAAGTGAGGTTT GTAAAAACATATTCTTTTTGTTGGTTCATTTCCAGTTCTGGAATCGTTCA AACAAGGACTGTTCTGTACAGCTCTAATTGTGAAAATAATTTTAAATGTT TTGGGTGTGATTGATCGCAATCCTCAGACATCTTTGGTGTGTGTGGAGAT GTGGGCATACTATCACACACCTCAAATGATGCAGTCTGGACTATACAAAA AATAATTCACATTTCATTTTAACTGTTGAACGTAAGAATAAAGGAAAGCA AATATAAAATTTTGCCTAGATTACAACCCCAGCCCAAGTCTGACATCACT ATCAGATGGGAAAAAACTAAATAAACTACTATGGTATACTTTAGAAGGAA CTAGAACTTTCCCAAACCTTCCCAATGTCAATATTCGACCCTTTATTACA TTATTTATCACTAAATTTTTAGTCAGCTGTTGTTCGAGATATTGTGCGAG ATTGTTTGGAAAAAGAGCCTTCAGAAAGAACGGAAAACGACATACGTAAG TGTTGCCTCACTTTCTCATTCTTGATGACAACTCTTAAAATTGGCTTTTG GGTTCAATCAGCTAAAACTTCCACTATATTTATTTACTTTTACAGTTAGG CCTTTTTGAAATGAATGACCTTTTTAGTATAAAGTATAGCCTCACGTCAA AGCGTAAAAGGAGAAAGGTCTTCTGGAAACTTGTGGAGATGAGATGGATC CCAAATAAAGATTGACAAACATGTAGTCTAAAATAAATAACTGGAAAATT TGAAGTGCATCACTTCTTGCAAAGACGTTTAGAAGTTACCCAAAAAAAGA CTTTCAACAAGATAGGTACCACAAAAAAAATAAGATCTAGAATTCCTCTA GTGTTATGGGGAAATCTTTGTTAGATTTGGAGTACATAATACCTCATTTT ATTTTATAACTTTTTTCAGATATACTCATGGACTTCATGCAGCATTTGCC AGTAAGAAATTCATTGTATTCTTTGACCTGGTTAAGCTTCTCTTTGATAT ATTTTCCTTATTCTACCTGACTTTCACCCTTAACCAATCTTTTAAAAAAG TCCTGTTTTGTATTGTAGTTATTACACATAGAGACTCCCATCTGATCTTC ATATGTTTAGAAACAAGCTTACTATGTCACTGGCAGTGAGTGCAATACGT TGAGATTAAGTGGGAATCGCCAGAACGACACTTTTTTACTTTCCAAAGAG AAATTATATCATTTTAATCAAACACTTTTTCACTTTCATTTAGGCCTTCA ACAGTTTATCACACAACATCAAACTAGAAATGTGTAAAGTTATGGTATTT GCTGTTGTGGAGAAAGCCGGAGCCACCGTCATGTCTGATAAAGAAGAGGT GAGCATTCATTCTTCCACCGATTCCTCCACTACCAGAGCAGGGATTTTTT TAAGTACTTTTTTTATGTCCGTATACCGGCCAAAATACTCAATCTAAGTA TTAAATGAGATTTTTCTAGCGAAATCTTTTGTTGTTTATGAGCAACAATA ACTAATTGTTATCTACATATTCAAGAGTTTTTGGGAGCTTCCATAGTGTC CCCCCCCTGGATTCAGGGGGAATGGGTTTTAAGGCCAAAAAGGACGTATG GGGGGGGGGGTGAATATGGAAAATTTTGGGAACTCACCAAAATCAATTCA AAATTGAAAAACATCTGGTTTTATGAGATGATGTTGTGATCAAGAATATC AAGATCATAGAAGATTTGAGTGTATAGCATTATGCTTCGTTTTTCTTTCA TTTATTTCAACCAGCAATATTACGGTTTAAAAACAACCATCCTTTCCATC TATTCTTGAATTAGAACTACTTTAGGGAAAACAATAAGTGTTAAATTCGT CAAATTACAGCTTTTTATGCTTGAGGGCCGGGAGAAAGAGAAATATTTAG AGGCAGGGTGGGGAAAAATGAGGGGGTGGAATGGAAAATTTTCATTCTAG GCATGGGGGAGAGACCCTAAAGGACACCATGGCTTCGCCCTCTGAACACC CACAAGACCCCCAGCTTCATCAATGTACAGCTTTGCTGAGTAAGTTCCCT TCCAGGCATATTAGAAATTCACTCCAAGTTTGCAAAAACGACCCTAGCTC AAAGTGCTTAGAAATCCCTGCGGAGGGCTGGGTTCAAGTGTGACAGTAAA ATGCAGGGATTGCTAATAAAAACATCCTTTTTCTTCTTTCAAATTAATGA CACATTGCAAATTTTAGCAAGGAGAAATGAATCTTCTCACATTTTAGCTT GGACTAATTTACCAATTACAAGAGCCGTACACCAGGGCCAACATGGCTAA ATACAATAGCTTGTATGATACAAATGCACCTTCTTGGCTCTGAAATAACT TTTTGTTTGATGATACTTTCATAAACGTAAATTAGCATCTAAACATAATG TGAGCACAAATTTGTGGATAGATTTTTAATTTGGAATGTCGTGATGCACT GTTATGGCAGTCATTGTATCAAAGTTGAAGACAGGCATTGTATCACATTC TAAATTTTGTGTTTTTTCATTTTTAGATGGATTCATGGTCAGTGATATTG AATGGATCGGTTGACATTCTCATCGAAGGAGAAGCACCTGTCTCTCTTCA TCTGGGTGACGCTTTCGGTGTGCATACCGAGAAAAAGAAAATGTACCATA AAGGTAAACAACATCTTCCTCAAGTTTGCAAGATTGTTTTGCAGTAATTT CGAAATATTACATCTCAATTTTCAAAGCAATCTTCTTCAGTCTATTGATT CCAGGCATAAATTTATCAAACACTCTGAGGTAAAACTCATTGAATCTTAT TCTTGTAATTTGAACCAGTTACTTTTTCAACTCGGTATTATTCCTTGGTA GTGTTGTTGAATTGAGTGCAAGGTGATCTGAAAAGTGCCAATTTATTTTG CTTTCAAAGCAGACGATGAAAGAAGCTTTCTCCTCATTGGTTCTTTACTT TCTTCCAGGTACAATGCGGACGCGAGTGGACGATTGTCAGTTTGTGTGTA TCGCCCAAGAAGATTATTGGAGGATTTTTTCACAAGGAGAAGCCAGTTGT CGTAAAGTGGAAGAAGAAGGCGAGGTTGTCATGGTAACTGAACATCGAGT TACTGATGGTGGTAGTAGACAAGGTCAAGTCGTTATTAAGGTGTGTGTGT TTTTTATACCACTTTGGTGCATCTACAGTAAACAAATTAAATCAAATTTT GAAAAGGTCATGGTAGTAGATGGTAGAGACTATAGATGTTTTAATTTGAG TTGTTGAGAATTCTTTGTAGATCGCAATATACCTTTATGAATTACTAACA ATGTGTTTAGTTAGAGAGGTTGACTAAGCTAAGTGAAGTTTGTCTGAATA TTATTTGACTCATGATGAAGAGATGAAAATTAATGCAATGAATTCGGTTT TCCATGGAGTCACTTGCTACACATTCAGCCATTACAACACTTATTTACTT CATTTTCTTTTTCACTCACTTTGCAGGGAACACCTGACCGTCTATTGGAC CACTTGATGGAAGACCATTCCGTCATCGATCCCACTTACGTCGAGGATTT TCTTCTGACTTACGTCGTGTTTTTCAACAAACCTCATGATATCGCCTCCA AGTTGTTGAAATGGTTCGAACGTCCTCAGTTAAAAGATAAAGTAGGTTAT CTCTCTGTACTATCCTGAAGATTTTCTTTTTCATTTATGGGTTTTTGTCT TATGGATATTGATATATTCGCACATTAGATTATGTTTTAAGACAGCGCAC AAGTATTCAGATTCTCTAGCACCTCAACGCCCCTTCCATTTTAAGGAAAC CTAATGTGACACTAATGAACATGTTACCAAAAATAGACACTTTTGGTTCT TTTTCTAAAAGGCTCGTTATTTTTTAAATTTTTTAATTGGCAATCTGGTG AGTAAATCATTACTTAAAATCACTTTTTGGAAATTTATATGTTGTTGACA ATCAATAAAATAGGTTGAGCAGTTTCTTGTATTAGTAACTCGGTTATTTT TTTGCACCGCTTCGTTCACTGGTCACTGTCATCCACTATTTTACTTTAAC CTTTTATTTACCAGGTTACTAGGGTGATGTTGCTATGGGTGAACAACCAT TATGCGGATTTTGAGGGTGATGTTTACATGGAAACAAGTATGCAACGGTT TGAATACTTATTGGAAGCAAAGAAAATGGTGGGTCAGCTACGTCTCTTAA ATATGGCTTGTTCAGCTAAGTCGAAACCCAGGATAATCACATTACAACGT CCTTCTAAAGACAGTCGACTTGATTTCTCAATCTGCGGTGGCAAAGATCG AGGTTTTCCTATCTTCGTCTCCAAAGTGGACACGGTTTCGAAAGCCAGTG ATTTGGGATTGAAAAGGGGTGACCAGATATTAGAAGTCAATGGACATTCA TTTGAAAATATTACGGGACCGAAAGCTATAGACGTTCTCATGTCACATGC TCATTTATGCGTGATCGTCAAAACAAACACGATAGGATTTAAAGAGGTCA TTCAACCCAGTATTAAAAAAACCAAAAGTAATAGTTCGTTGACTAAAAGT AACGGCACTTTGGAGGTGCCAAAAGGTCAGGCTAGTGTTCAACGGAGTTC GTCTGCCGTAAGTTCGTCAAATTCGAAACAGTCAGGTAAATCAATGACCA TGGAAGATCACCATCATCAAAGCCATCGAGGAAGCAAGGTTTGCCCACTT TTTTATGTGTGTTTTGTTTTCTCTTTTTCCTTTTATTAGGCTCCGTTAAA AAAATTTGTATCTTCCCTAACCGCCGTTGGTACTGCTGCCACTTAAGTTC AGGGATTTTTCTAAGCTCTTTTTTTGTCCATATACTGGCCAAAATACTCA ATCTAAGATTGAGTTTTTGAAACTAAATCTAAAATATAAAAGATATTTTC AAGAAAAATTAAACTTGTTTGCTGTTTACAAACAAAAATATCTACGTATT CAATTATCTACATATTCAAAATATTTTTGGGATCTTCGCCCTCTGAACAC CAACCAAACCCCCAGCTTCATCAATATACAGCTTTGCTAAGAAAATTCCC TTTCAGGCATATTAGAAACTCAATACAAGTTTACAAAAACGGCCTAGCTC AAAGTGCTTAGAAAATTCCCTGATATAAAGGTTGTTGTTTTTAGCATAAG GGTATGATTTTCAGTTTCCCAACGCTGACTAAACTAGATTCTCTTCGTTT GTATTGCCACATGTAGTTCAATCTACTCCTCCTATGATTTTACCAATTCC TGTAGGATTAAAAGGACATAAAAGTAGTAAAATGTAAACATTGCGTGAAC CACGTGTCATTAAAGAGAACAATTAAAATCGCGTGTCTAAAACAAACTTG TAAAATTGAAACAATCAATATCAGCCATATTTGTTTTTATTTTTTATTTT GACATGTGACTTTTTTACTGATTTTGTATCCTGCTGCATACGGTTTGTTT ACAAATCTCGTCACTACTTTTATGTCTATTTAAAGTCTTTCAGCCAAGGA CATTATCGAGTTTATGTATGTGTGTTTTTCAGCGACGGAGACGGTAAGGT TCTTATTCGACTAGATCATGACCAGCTAAGGACGACGGTAAATCAGCACT TTTACCGTCCTCGATTTTGCGGGTCAGAACTGCGGGTTATTCCAAATCGC TTCAGTCACTCTACCGTCCTCAAAAGTGCAAATACATCATAAACTCGCTA TTATTCTTCTCTGAAATGTTATTGTTTAAATTCAATGTTCTTAATCTCAT TTCATCTCGATATAAACACAGGATTTTACTTCAATGAACGGCAGTAAAAC ACTACCACGTGGCAAGCAAAGAATCAAAATTAAAATGCCCTTCGGAAAAT CGTAAGAAAAAACCTTTGATGTTTACATACCCTTAAAACAGACTGTCTCT ATCATGAAAAAAAATCGAACGAATTTTTAAAATAAAATACAAATGTATTA CCAAAAAGTTACACGCTCAATGGCGACATTTTAACTAACTCCAAATTGCG GGTTTAATTTATTATTATGGCTCAAATTAACCTGGACTGAAGGCACTGTT TTGATACGCTAGTGTTTGATACAGTGTGCTTCAATTTCGTTTTTTCTTTC ACGCCATCAAACGGATGAAACGTATCTCTTACAAAAGTGTTAGGATTTTT TTTCAGCGGTGACAGTCTGTTTTATAGGTTCATCTTCATTACAATTTATT TTGATTTTTTGGTTATTTTCTTTTTCATATTAACAGGGACACGATTGGAC GGATTTTTCGGGAAGTCAAACTTTACCAAAGAAAGCGTTCAAACGGTTCA AATTGAACCCCTTTCAAAGATCGCCGTAAGAAAATGAAACTAAAAAAAAG CATGATATTTTTTAAACTTCAAAACTAATGATAGCTTGTACTTATATATT TAATATTTCATCGGACAGTAATCGTATCAATGAGACAGATGTGATGGAAT TTTTATAAGATACTTTAATAATTGGTCATTTGAAGTAATAAAAATGACGC GTTCTTAACAAAATTGTTTTATTACTGGTTAACGACCAACCAAATCAAAT AAGAGCTTGTAAAAACTCCACCACGTCCCCAATGAGATTGTAAGCCATGC TCTTAAAACATTCGCATCAGAAACTTTAGCCCACAAGTTCACACGCTACG GTTTTGTTTTGCTCCGAACAGAAACGAAGCCATTCTATTAGTTGAATTCA ACTTTTACGTCACTCCTAACCAATAGATTGCCTTCATTTTGTTTTGAAGC GAAACGGAACCGTTATCTGCGAACATGGTCTCAGTCATTGTTTGCAAATC GTAAAATCTCGTTGATGGATTGCCATCCGAATACGCACTAACACAAAATC GATCAAAATTCACAAGCACAATCTTTATCTTCAAATTGCATGTAAAATTT GCACTAACAAATTTTATATTGAGAGAATCACATAATTTCATACACATTGA AAACCAGTAAGAACTTATTGCAGGTTCACATGTTAACGGTGTCTTCCAAC AAAAACATTTAACAAAATATTTCTATGTTAATTGTAAGAACATGCGTTCC TTTTCTCCTGCTAACTAATTTTTCTGATGAGCAAATTTTCAATTATTGTC GACATTACACGTAGTAACGTTCGTATACTAATAAAAATGCATGCCTATCA AATACTTTTGAACGCTATTCATTTAACCAGTGGATGTCATCAACCTTCAC TGAATATCATGCTACAAACATCTCAGTATAATGATAATACCTACACTATA TAAAACCAAAATTACGTATTATACATCACTTAAAATCTAGTGATATGCAA ATTACATTCAACTCAACATCATTCTTTGAAACACGGTGCACGCTTTCACG TAGATTAGAAACAAAGTTACAGCGGAATCTCCATAACTCGGACATACACG GGGAACACAGATTTTTTTTGAGTTAAGGAAATTTCGAAATATGGAGTTTA TTATAACAATAGCGTTCAGTTTGAGGTCGTTGTTGGTATTTTCTGCACGC GTAGTTTGATTATTCGCCCGATAGTGTCATTTGGGCCCGACGCGAAGCGG AAGGCGCAAATGGCATTAGAGGGCTAATAATCAAATTGCAAGGGCAGAAT TAATGACAACAACGAACGAAAACTTAATGCTATTACTATTATTATCCATA TCGGACATTCAAACAACGTTTTTTTTCTAGCGTCAACCAATTCTTTTCGC TTCAATGCAATGTCTTCAACAAATTTTTAGCACCTTGCGAGCGGGCCGCA AATGACCAAAAAGTGTTTTTTTTCTGACGTTAGTTAAGTCTCTTCGCTTC AATGCAATGTCTTCAACAAATTTTTAGCACCTTGCGAGCGGGCCGCAAAT GACCAAAAAGTGTTTTTTTTCTGACGTTAGTTAAGTCTCTTCGCTTCAAT GCAACGACTTCAATCCAATTCCGAGCGGGCCGCAAATGACTTTATTGCCA TATAACCGGGCCGTTAATGATATTTTAGCCCTCTGAAGCCTGGCGCTTTA GTTTCCTCAGCGCGGGTATGACAATTTGAGTCACAAAACCACTCAATACC GCCCGCCGATTGAACCTTTAATGGCTTACTTAATGACCGCTATATGGATG ATAATAATACAATAATGACCGGTTAGTGAGGGCTGTACTGAGAAATATTG CTCGAGGTCAAGTAACGACCGAGCTTGCGAGGTTGTTGCGTTGACCGAGG GCAATATTTTCAGTACAGCCCGAAAAAGCCGGTCATTATTGTATTTGTTA ACCGTTTCCTTCAGCTTCGATCGATTTTTAGCGCTTTATCCAGGAAAAAT AGCGAAATAAAGCGAAAAAAACAAGCGAAAAGAGATCAAAAATTGTTATA ATTTCTGACGTCAGAAATAAAAAAATGAGAGAATTGATGTCAACGCATTG TTCCTTTTCCTTTGAAAAAGTGACGTCAAAATGAATTTTCCGTCGTCATG CGAAAAGAACCAATTGCATTGCGTAAAAAGCCGGGTAGCCCGCTTCGAAA AAGTAACCGGTTAACAAAAGGCATTGTTGACTGAAGGGTCCATAAAACTT GCTCGTATTGAGAAGACATTCGAGTTATATAGAGGTTCGAGTTCTGGACA CTCCGTTGTAGTTTTTTTAGTCCTGAATGTCTGTCCATTCAGAAACCATA ATAATCATTAGCTTTTCACTAAGCCATGAACTCAGTCACGATTAACCACC ACAACGTTTTTAGTCAGGTCAGCTTATACACTCTAATATATCAGCACTCG CACGATGCATGCTTTCAAGCTATTTACACTTTTCGTTTTAACGTCACCAT CACTGAACTCTAAAAAACAGACGGAATGGACATCTCCATGGCAATTTCTT TAAAAAAATGTGTAACCGGCTACACATAATTTATTTGGTGACATTGTGTG TAGCCTGAGCAGTGGAGTGGGGAATTTTATCTTCGTTCATTTGTCCATTT CAGTCTTAATTTAGAGTTCNGTGGAGTTGGGAATTTTATCTTCGTTCATT TGTCCATTTCAGTCTTAATTTAGAGTTCGGTGATCACCATATCCTCGTCA TTAGATGTCCTTTTTTGTTCTAATCATACGAGTTAAATTGATTTCAGTCA ACTTGGCTCAAAAGCCCATTGTCGAGAATATGTTCTTTAAACTGATACTC AATTCTTTTAGTAATCATCAGATATCAAATTGACCTTGTTTTTTACCGAA TTTCTCTCATAGTAGCAACACAGACCTGACGCGTACGCAATTCCAAAGTG AAGCGGGTGAAGAAATAATCCGATACGCGAAATCAGGACAAGAGAAAGTG AACCAGAGTAACCAGATGTTTGGTCAACTTCCCAACGCTTACGGAGAAGA TTCTCTGGATTTGAACAGCCAAGTCATCAAGGTTTATCGTGGTGACCACA CCAGTCGATTCTTCGTTCTCACCAAGGTTCGTCTTTGTGAGGTTTCTGCC TTAGATTTATATAGTATAGCCCAAGGAACTAGATGTCGTGCTTTAAGCCA TCTCCGGCAAAAAATGAATATCGGAAAAAATATTGAAATTGTTTTCGAAA ACCCGCGAAGCTTCTGATTGGTCAAGCGCTGGAATTCTATTGTAATGTAG CGTGACCTAGGTAGGGTTTCCTACCTAACCACGGCACACTTTTCAATCAA AGCACGCCATCCAGCCCTTCGGGCTATATAAATCTATGGTGTCTACCCCT CAGTATCAGGCTAGAGTTTCATAGCCACAAATTATCCATTTTATGGGTTG ATATACCCCCTTTTGAGCACTGAAAACAATTACTCCACAGTGGAGTGTAC TGTTGGTGGTGTGACAAAGATTCTCCCAAAATGACAGTTATTCATCATAG TGTCATGGGGTAGCTGCATGACCCCCCTGTTTAGACTCAGCACTGTATTC AGGTTCTTTTTAAAAAGAATATCCCTCTGTACTCCTTAAATACTTCACCC CTGCTCGAATTATAGATGAAGTTCTGCCAGCTCAATTTTTTGTCCTTTTT GGTCCTTTTTGGGCCGACCGTTAGTAGAACTATCCACTGATACAGCGTTA AACATTTGAATCATTCTTTCCTTTCATTTCATAGGATACGAGTGCAAGGG AGGTCGTACAAACAGCAATCGATGCTTTCGGGATCACTGATCATTCAACG TAAGAATAAGCTTTGTTTTGAATCTGAATAAAATCTCAGTAGTCAACCAT CATCAAATTATCGCTATAATTGTGTCCCTGGTGTTGTATGTCCGTTTTTG AAGAAGAGCGCTTTGTCGAAGAAGTAACAATCAGTCGCTGGGCCTTCATA TCACTTCGGCTTCTTGTTATGATTAACAACCATTCAAATTTTATCAACAA TCCTTGTCAGCTTCAGCTCGTTTCATTTATATGAGCTTAATTTTCGGTCA CGAATTACTTACGATATTGTCTTTGGTAGTTTTGTTTTCTCGATTTCTGT TGCTCAACAAATTTCACGAGATAACTAAAGTTAACCTTCGCGTGCTGGGC TGGTGACTTGTATAACATTTGAATCACTTTCCTCATGCATCGATGTTTTC CATTTTTCAGCAAATCATATTTCTTGTGTCAAGTCACGGTGACGGAGGAC GGCTTGATCAAGCAACGAAGGTTAAACGACGCTCTCAACAACCTTGCTAA TAGGATATCACTAAACGGAAGGTATGCTTCATTGAACGTCATCTCCTACC GTTTGCTTACACAGTATTTTTAAACAATAGAAAGAACAACTTTCTCCCCT TTCGGCGCCCGACGAACCCAAACCCAAAATTCTTTTGTTCATTTTGCTTT GTCAATATAGATGCATGCCGCATTTTAATTTAGTAAAATAGAACATCTCT AAAAGGCTCTTTTTTTCTGCCAGATGTTATTTGGATTAACTTAAACTCGT TCTCAGACTGATTATAAAAGTTGGTATAGGAGATTTCTTGCAATGTGAAC AAAGCTAAAACTTTTCAACATACCTGGTTTATAGATACTACATCAAATCG AGTATATCAGAAGGCCCGCTACCGGATGAAGTAGCCCAGGTAAGAGCAGA TTTTATATATCAAGACTATGAAGCCTAATAGCGCACATTTTGTCTTTTTC ATGGTTATTCAGTTTTGTTGTTCAACCTTGTTGTTCAACCAAGGAGGCTA AGGGTTGTTTGATAGCGAAACATTGTATATGCGACTTACCCAGCATCTAG AATACTCGCAGATGATTGTGAGTATGTAATTAAAGATAAATTGCATGTCT CCTCTCTTAAGATATTGGATTTATTACCTTTTATCGGGTTACCTCGAGTT AATAAATCGCAATATCTAATGAAAGGCCATACAATATCTGCTCATTGTTG GGCTTCGATCGAAAATTAACATTTAATAACTTATTTGACTACAAATGTCG TTTGCTATTTTAATCGCATTTTTCTTCTTTTTCCAGGAAATTGCACGCGA AGCTAACCTAACACTACTACAATTATCACCGCTGGAAATTGCAAAAGAGC TCTCTTTACAGGTATTGTGATGAGTCTAAGTAATCTTTTACATGATTTTA TCGTCTTTGTTTTGCTTTTTCTCATGTAAGGAGTTTGACTTTCTGTGTGT TACACCGGGAGAAATAATGAGAATCTATCAAAGTATATAGATGAGGTTTT TAGTGTTGTTTTAATTCGTTGGGTGCATTAGATATACCTTCGCACTCTCC AGGGTATTGCAAACCTTTATGAAAATTATCTTTTTTCTTTCAGGACTTCG ACTTGTTTAAGAACGTGGACTCAAGAGAATACATTTACAATTTGTTCGAA GAAAAAAATGAAAGAAAATCGAAGAATCTTCGCTCGGTCGAACAGGTAAA GACAGTCTTAATAAATTTTCAGCGAGTCTAGAATAAATTAACTAGAATTT ATTTCAACCCCTTTACATGCATGTATGATTTCCATGATTGAGACCATTTT AAGTATAACTTTCCAAAATTTAATCCTGTTTCAAATGACCTCGCTATTGT GTATGGCCTGTAAAAAAAGTTAACCCGGTGCGGTCTGCGAAGATGTAAAC GAGCTCTTTGACATCAAATTTTGGAAGAAGAAGATAAAATGGAAGGATTT CTAGGTGTTTGTCGCATCATTCATCATTAATACTAAAATTCCTTCTTTAG ACGACCAATGTGGAGATGTATTGGGTGATCAGTGAGATCTGCAACGAGCA TAACATCACCAAACGCGTCAAGCTACTCAAATATTTCATTAAAGTTGCAA GTAAGCTCTTCTGTCATGACGAAGGATACAAACTTTCTCAAAAGTCAATC TCAAAACTCGTTGATGTGATTCTTCTTTATTTTTGGGGACTAAATTGTTC GATTTTTGTGATGGAGCTCTACCTCTATCTATCGTGTTACGAAAATACCA AGTCTTTGCTAATCCATATATTCGGCTCTTCCAGAAAATGTCCGTACATG GGGGTGGAGGATATATTGTCCGGGGGTAGCAAAAAATCATCAAAATTTGC CTTCTCCTGGGGGTAATTTGGGTTGTCCGGGGGTCAACTGATGCTTGTCC GGTGGGTAAAACTCGTTGTCCGGGGGGCTAAAAGTCACTTTGTTCGGGGG TAAATCACTGAAAATTGTTATATCCTCCACCCCCCATATTCAAATATTTT CTGGAAAAGCCCATTTTCAGAGAAACTATAACGTCATTGCCTTTCAACCA ATAAGGAGTCAATTAATTAATGTATTTATATACAGTCATCTCTCTTTATT TCGAATCTCCACTATTCAAATCTTTCTGTGATTTAAAGTAAATCATTTGC CCCTTTAGCCTTGAGATTCATATAAAATGCACTCCGTGATCCGAATCTTT CTCTAATTCGAAGAAAATTCTTGTTCCCTAGAAAATCGAATTAACGAGAG TCAATTGTAGTTAAAAGAGCAAAATATTCCTCCTTCATTTTGTCATTGAA TATGTTTAAAAATGCTTTTTTTGTTTAGAATTTTGCAAAGACTTCAAAAA TTACAATTCCATGTACGCTCTAATAAGGTGAGTTTTTTCATATCTCATTT TATGATTAGTCGGTATTTGACTCCACAAATGTCTTTGAAGAGGTCGAAGG TATCTGTTTTTCCAAAAAAGTTTTTTTTCTTCGACCAAAATATGATTAAT CAAAGATTGGATGTCATCCGAAAAACATCCATCCATACTGCCATCTACCA AGGTATCAAAAAGCAAACAAATTACAATCTAAGTCACATTATATCGTTAT TTCCGATAATATTGATGTCTTTTGCAATGGTCACCAGAGCTCTCGGCTAT TCTGTAACACAACGTCCAATCAAAGCAAAATCTAATTATTTTACTTTCCT GTTTCAGTGGGCTGGAGAACACAGCAGTCAGTCGGTTGAAAAATACTTGG GAACGGCTCCCACAAAAACATGATAAAATATTCGAGGTTAGAACAATTTC TTTTTTCGTCTGGCTCATTTCTGAAAGCGTTAGAATTTTCTGAAAAAAGT CCGACGTGTTTATCTTTTTTTTGAATTTCGGACACCGGCAACTTGATATA CTTATGTTTGAATTATTCCATTTGAATCAACGTTCATTTTAGCTTTTTGG TTTGGCTTTGGCGAAGCTAAAAAAACTAGAAAAAACAGACTAATCTCATT TACCTATCACATGGTATATTTCAGGAATTGAAAGATTTGATGGACCCCTC ACGTAACATGTCAAAATATCGAAATATGTTTACTGGTGAACGTTGCTATC CGCCTTTGGTAAGATCCAACCTAATCATGCTATAATGGACTATTCCATTA AATTTCCATACAGGGGAGTGGACGAACATTTTCAAGACAAAAAAGATTCT TAGAAATGTGTGGATACCCCCTGGAAAATGGTAAAACTTGCAAAAATAAA CCTTTGAGAAAATTTATTTTTATACTTTAAAAGTACGAACTAAAATCATT TTCGCCCTCTGAAAATTTTAGAATAACATTTTACCCCCTTGAAAAACGAA AAAATACTCCTTTATACCCCTTGAATATTCTTCAACGATAACCCCTGGAA ATCTTCGTCCGACCCCCCCCCTGTATGGATATAAAATGGAATGGCCCAAT AATTATGTTGTATTTGGGAATGTTAAAACGCGGCGATGCTCATCTCTCAC TCACAGCTTCCCTGCCCTTACTTTGTCAGTCAGTTTTCTACTTCTCACGG CCCTAAAACAAACTTACATTTTCGTTATGTAATTTCATTTTCATCTTCAG ATCCCATGGTTTCCTATCGTCAAGAAGGACATCACATTTTTGCATCTGGG TAATAAAACACACGTCGATGGTTTGGTCAACTTCGAAAAACTACGTATGA TCGCCAAAGAAGTTCGACGTGTTTGTAAATTCTGTGCCATCGGATACGTA AGTTATGAACAGTGTTTTTTTTTTGGAAAAAAAAAAAGACGCCCTCGCCA AATACCTTCGAAATCATGATGATAGCTTTATGTTTTTCGGCAAAAATGAT AAATTTTGATCTGCAATCCAGATTGTTGGTATATTCTTCTTTGAGTCGGT TCTGCTATAAGAGGGATAAACCATTTTACGCAGGTTGTCCTTAAATCTGG AAAAACAAGGCAAAATTATTTTTCTTGATCGGAATCGCAGCGTATTTATA ACGGTTATTAAATTAAAATTTGTACGTACAACAACTTTATGTTTCTACTT TACAGGACCCTCATTAAACGAACTCGATGCTTGCCCTTTTACTAAACAAT TTTCGGTTGCTTCTTTTTACTTCCCAGGACCCTTACAAAATGGACTCGAT GCAGGATAACGTCGGCGACACGTCAAACGTTGCACAATCGGTCGTCAGTA TCATGGGCAACTCTCCCAACCCCAGTCGTCGTGGTCGTGGAAGTCTTGCG ATGAAGGACCCTAAGAAAGCTTACGAAGAATTCCAAACCAGCCGTCGGAT ACGACAATACCTGGAAAAATTGTCCGGTAAAAGTTATAATGAAAAGGAAA TGATGGAAATGTCGTATAATTGTGAACCACCCGTCAGTTGTAAGTGATCT CTCATACCAATTCTCTCTTTCTGATCTGAGTAGAAACATAGCTTGGTCTC GTTTCCAAGCAGTCTATTTAACTAACTTCTTTAGCCATTATTAAATAATT ATTTCGTTTCCAAACGAGGTCTGCTATTCATGATATGCACCATTGCAATG TCTTCTGAATTACATCACGAACCCAAAAGCTGATTGGTTGTAAGTGACGT AAATCAGTCAATACGTCACTTTCAACCAATCAGCTGTTGAGTTCGTGGAA GACATCGCAATGGTGCATATCATGAATACTATATACGTTTCGAGAAGAAT GCATTAATTTATCGCTATGTTGACATACAACATGATGATTGATTGTTGTG CTTATTGTCTAATAGTCGGATAAACACTTGTGTGAAAATCTTGTGTAGTG TGTATTCCATTTCCTTTGTTGCATTTGGAAATACCCTACAGAGCGAATAT ACGTATCCTATTACAGTCTATCTCAATAAAGTCTGTAGCATAGAAAAAAA AAGGCTTTACCCTTTGATACGATACGAATTAGATAGCGTTTTTGGGCTCG TTGAAAAGATAACCGGGAGTGGATATGATGAAATTGAAAAATAGTTAATA AAAATTAATGTAAAAAATTATATCAGAATTGCTTATAATCGCCATTTAAC AGACGTTTAAATGTGATAATTTTCGACCCGTGATTCATTCAGATGACCTT GCTTTAATGTATATACATGTTTTCATTGTCCCGTTGTTCTCACGTTTCAG CACAAAACAGTTTGGCTCGTCAAAAGAAGCCGAGTTCACCGTTACCATCA GCGGGCGATTTGAAACGTAAAGAAGAAAGATCTTCCAAATCTTCTACTGA TTCAACCAGATCAGTCGAATGTAAGTTCCTTTGTTCCTTTGTTATGACTG GCTTTGCAAGGAATTCTCATTGATCGAATCATTTAACTAGTTTTGGTTAG CCGCAAAAATCCTATGAAATTTAAATTGAGCGTGGAACATATTTTTTATC CTGGTGCAAACTGATTTTGGTGAATGGCTGGGTAAATTTGTTCTTTTTTA CCTAAAGATGAGTGCGTTTTAATTTAGACAAAAATTAGGGGTTATCTGAA ATTTCTGAATCAGCCTAACTAAATTTTCTTCTATTTCTCTTTTTAGCCAA CCTCGCAAAACAAGGTATTTAATTTCTTTCATTCTATTGAATATGGAGTA GTTTGCTTTCAGATATACTTTATGACTCAAAACAATAAGCAGATATTCAA TGGGTAAAAGTTGGTTATTGAGATTTATTAACCCGAGGTGATGTAATATT CAACGAGGCGAAACCGAGTTGAATATATATCACCGAGGGTTAATAAATCC AATAACCAACGAAAACCTATTGAATATATGTTTTATTATATACCTAGAGG CAAAAACGAAACATTATATANNNNNNNNNNNNTATACATCACCGAGGGTT AATAAATCCAATAACCAACGAAAACCTATTGAATATATGTTTTATTATAT ACCTAGAGGCAAAAACGAAACATTATATATGTCAATTGTTAAACGTTTCA CTTTAAAACACTCCCATATAATCGAACGTTCGAATGTTTTTATTTTTTAA TAATTTTCTTAATTACTTTGAGTCATAAAATGTGTTCATGAAATTGACAA TAGATTTATTTTAATGCAGGGTTGCCTAAAAAATCCTATTTTCTCCTAAA TTTTGAAAAGTCTCCTAAAATCTCCTAAAATCTCCTTAGGAAATTGAAAT TTTGAATACTTTCTCCTAAAATCTCCTAAAAAATATTTTACCAAGTTTTC AAAAATTCAATTTAGTACTCTGATTATCAAATTTTTATTGCTAAATGATC CTATTCATGGCATACATGATTATTAACAAAAGCATTTCACTCTGTATGCT TAAAGGTCTTTAAAAACATTGGAAGTTATGAAAATTTTGTAGAATTTTCT CCTCAAAAATTCAAAAATTCTTTTAAAAAGTGTGAAAATCTTCTCAAAAC TCCTAAATTTTTTCCCCGTAATTTTCAGATTCACCTAAAAAAATAGATGA AAATCACCTAAAATCTACTAAATTCTCTTAAATTTTGATCAAAACAAAAT AGTGGCAACCCTGTAATGAATTTCTTTGATATAACAACAAAAACGACAAA GAAATCAAACTTTGAGAGCAAAATTTGAAAAAAAAGTTCTACCGTGGTAT AATAGCCATGGTATATCAGGAATTATTCAGTGGCTGTTTTTGCCTACAGG TATATAATAATAACTAATACATGAGAGTCTCTTTAACTCGAACCTCTATA ACTCGAATGTCTCCTTAACTCAAACAAGTTTTCTAGTCCCTTCAATTAGC AATGCCTCATACCTTACTTCATAACACTAAATATCCTCAACTCAAACAAA TTTGTGTTCCCTGTGCATGTTCGAGTTTATAGAGACTTTACTGTAATCCA GTTGCTTATTTTCTCTCTTCAACAACAGTTATACGTTAAAACCGTTTTAC TTTTTCAATTTGCAGATAGCGAACCAAAGCAAGCCGATAGCTCCACGCCA CGAAAGAAACAAGCACCTCATCAGTGGAATGGTAAAGTATTATTATCAAT TTGATATAGTGTTTTTAAATGCCAGCGCTTTTATTTTTACTGGTTGTTTC TAAGACTTGAGCGGTTTCACTAATCAGCTGACCATAGCTATTGGTAAATG AGTCGAGTAATAAATTTAGATGGAACGATACTAGATGTTTCCCATTATTG TCAGGATTGACGAGTTGACCCACATCTCAATATATTATCTATAGTATCTA CCTAGGACAATTAGATACTACGATTCTGGAACTGGTATAGCCCACCACTA AGTTTTTTCTTACACGTCATCCTAATAACAAATCCTTTCCCTCTTCAGAC GATCACCACCCAACAGGAAGAGGACCTTTATACTCAGGTAAGGATCGAGT TTCCTTTCCTTGAAAGAAAATTTTTCTATACCTGAAGGCTTAAACAGCCA TTGAATAATCCCGTGATATACCGCTATGGTCAAAACTTTTTTCAGATTTT ATTTCGAAGTCAATTTTATTTTATAGATATTATTTTTCTGATCAAAGAAT ACTGTACTTTCTTTGCGCTCTCTGATATACATGAGACTGGTACAGAGCAC TCTAGCCCATGTTCTTTACTCGTGATAAGCATCACTGCAGTGTCTTCGAT GTAATGTTAGAAGACATTGCAATGGTGTATATCATAAATTCATAATTTTA ATCGTTCCATAACCCACCTTCGATCTTTCTTCAATGTTTTTTTTTTCTCT CATAGAATCATCGAATAGTATTTCATCGAGGAACGGCTCCTTAAAATCCA TCACTTCAATCGGCTCAAGAAGTCTTCCACCTTCCTACCAAGAATTTCGA TCTGAATCACCTCTTAATTATGACGATGGTAAGTGAATATACTTGGTGCT CAACTCCGCGTGAATGCGAAGATCTGATTTGGTTGTTCAGCCCATACAAT CAAAACAGTGTTGCTTTGTTGAAATCGACTGGGTTCTAATGTTTATGTTA ATCTTTATGATTGGCTTTTGTTTTGGCACGATTGTTTGCTTTAGCCAATT AAATATTCATCCCAAATTTGAATGAAAAAGATAAAAGCGATGCGCCATTT AGGTACAGATTCTCTTACGGAGCCACGGCTTTTAGAGCGAATAAATGCCA TGCGCGGAGTATGGAAATCTGCTTTGAAATTGTATACTATACTATAGATT ATATAAACTTGTGTTTCGCTTCTAGATGATCACCATGGACAAGTATCGAT GGTATAGCGACCTAGCAACCAATCACAATCACGTGGTTATCACGTGGTCT GGTAATTTTATAATTCGTGACGTCACGATGACGTCATTTTGTAGCGCATG ATGTAATGATAAGACTTATTGTAAGTGGACAAATTTTTATTAGTATTTTT ATTATTATTAAAAACCAGAACTCTAGAGAAACAGTTTTAGAGAGAATTTT ACCGTTGATTAGCCTGCCTGTCCAGAATTGATAATGCCTTTGACGATGCA TCGTCAAAGATGAATGCTTTCCACTCTTTTTATCTACTGAATAAAGTCGA ACCAATAAGGGTGTCTTTCAGAATCTGCGTAAAGGCCGGTCTCCACTTTC GCACGAAATGGGCGACAGTTTTTTTTAACCTTTTTTGCCTGAAGAAAAGA TTACGTCATAAAAAAGTTTTCGCTCATGTCACGCGAAAGTGGAGACCGGC CTTTAAAAGCGTTGGATGAACTTTAGGCTGTCCAAATCGTCAAAAAAACT TTCCAAAAGAACTAGGTACAAGGCTGGACCTAAATTCATTCTAACATTGT GACAAACTATAGAAATTTGACCCTTGAAGAATTTTTGGTCCTTGATAGTT ATCGCCATAAGTTAATTCAAAGCCGGTCATCCATAGTCACCTCTATTGAA GATATAGTTGACTCTCGCTAATTCGAACTCGTACGGTGAATCCAGTTTTT TCGAATTACAGAGAGATTCGAGTTGAAGAAAGACTTTCTAACGGGGACTA TAAACGAGTCCAAATTATAGAAAGGTTCGAATAAGGGAGAGTTTACTGCA GAATTTAGTAGATTGATTAATATTTTTTTAGTGGGACCTGTTATTATCTT TAGATATTTTTTCTTTAATTTGTACATAAATAACTCAATTGCTTATAAAC ACTGTTTTATTGCCCCAATTTCGTCGAATTGTAAGATTTTGTTGGAATCA CTGACCTTTATATATCCCTGGACCATGTTACTCAATCCCGGCTAACCAAA AATTTTTGATCGGAGTTTTTTTGAAATTGGTACCCTAATAGCGGCACTAC TCAATAGTGGTGAAAATGCATCGAGAGCGCTAGGTCTACTTTTCCTCAAA TACTTTTGATGATGTAGCGCCGTTAGACGTTAATTTTTAACATTGCAATG GCTTCTTCTCGGGTACCAATTCCAAAAAAACTCCGATCGAAAAGAGCGGA TATAGCTTGGTCCAGGGATATATAAAGGTCAGTGGTTGGAATGAGCTAAT CAGTCTCCTTCATTTGATACATGCTCGTGGTTCCTTTTTTGTTCGCTTAT TTTCGGTTCTTTACGGAACAGATAAAATTAATTTTCTTTCGGTCATTGAA CAAATGACAGTTTTTTATCAAATTCTTAGTGAATTTTATCTCATTTTGAG CCTTCACTGGGGACACTTTAACGGTCGTTTCGCCGGGCCTGAAGTTGGAA TTATTCAAAAATAGAGATGCTACTTTTTTCACGCACGATTGAGGAATTTT CATGCCAAAGGTTCCTTGGGATTATTTTTTTAGAATTTATAATTTTCACA ACTAAAATTTCGTCACATTCTTGTCTATTCTTTAGAATAATTTTTAATGT AAGAGTTTTTCCTCATTTGTTTTTCCCTCATCTTACGGACCTTTTATTTT CAACATACGTTTGATATTATTGCTGACTCAGCAAGAAGATTTTATTGCTG ATTGCAGTGGCAAGTCCTACTTTAATTATATTTTTGTACAGAACCAAAAA CGAATATAATACATACTTTTTTGAAAAAAATAAATACATTTATGTGTCTT TTCAATTTTTTAATCCCTCCACCGGGGGGAGAGTGGGTCAACCAACTGAC GGTAAGTGCGGAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_036304XLOC_036304Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00057575-exon-scaffold_293-1575043694:128298..129165TCONS_00057575-exon-scaffold_293-1575043694:128298..129165Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:127834..127961TCONS_00057575-exon-scaffold_293-1575043694:127834..127961Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:127508..127591TCONS_00057575-exon-scaffold_293-1575043694:127508..127591Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:127081..127153TCONS_00057575-exon-scaffold_293-1575043694:127081..127153Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:126388..126471TCONS_00057575-exon-scaffold_293-1575043694:126388..126471Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:126031..126199TCONS_00057575-exon-scaffold_293-1575043694:126031..126199Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:123920..123963TCONS_00057575-exon-scaffold_293-1575043694:123920..123963Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:123421..123493TCONS_00057575-exon-scaffold_293-1575043694:123421..123493Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:122965..122996TCONS_00057575-exon-scaffold_293-1575043694:122965..122996Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:122568..122672TCONS_00057575-exon-scaffold_293-1575043694:122568..122672Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:121263..121389TCONS_00057575-exon-scaffold_293-1575043694:121263..121389Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:120776..120957TCONS_00057575-exon-scaffold_293-1575043694:120776..120957Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:120275..120439TCONS_00057575-exon-scaffold_293-1575043694:120275..120439Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:119228..119851TCONS_00057575-exon-scaffold_293-1575043694:119228..119851Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:118065..118144TCONS_00057575-exon-scaffold_293-1575043694:118065..118144Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:114490..114703TCONS_00057575-exon-scaffold_293-1575043694:114490..114703Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:113767..113831TCONS_00057575-exon-scaffold_293-1575043694:113767..113831Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:113245..113355TCONS_00057575-exon-scaffold_293-1575043694:113245..113355Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:112877..112931TCONS_00057575-exon-scaffold_293-1575043694:112877..112931Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:112405..112479TCONS_00057575-exon-scaffold_293-1575043694:112405..112479Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:112071..112172TCONS_00057575-exon-scaffold_293-1575043694:112071..112172Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:111666..111765TCONS_00057575-exon-scaffold_293-1575043694:111666..111765Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:110889..110937TCONS_00057575-exon-scaffold_293-1575043694:110889..110937Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:110480..110558TCONS_00057575-exon-scaffold_293-1575043694:110480..110558Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:110158..110241TCONS_00057575-exon-scaffold_293-1575043694:110158..110241Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:109519..109665TCONS_00057575-exon-scaffold_293-1575043694:109519..109665Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:108877..109138TCONS_00057575-exon-scaffold_293-1575043694:108877..109138Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:107996..108115TCONS_00057575-exon-scaffold_293-1575043694:107996..108115Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:106285..106350TCONS_00057575-exon-scaffold_293-1575043694:106285..106350Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:105929..105967TCONS_00057575-exon-scaffold_293-1575043694:105929..105967Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:105438..105560TCONS_00057575-exon-scaffold_293-1575043694:105438..105560Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1575043694:103203..105090TCONS_00057575-exon-scaffold_293-1575043694:103203..105090Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:128298..129165TCONS_00057575-exon-scaffold_293-1510915933:128298..129165Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:127834..127961TCONS_00057575-exon-scaffold_293-1510915933:127834..127961Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:127508..127591TCONS_00057575-exon-scaffold_293-1510915933:127508..127591Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:127081..127153TCONS_00057575-exon-scaffold_293-1510915933:127081..127153Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:126388..126471TCONS_00057575-exon-scaffold_293-1510915933:126388..126471Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:126031..126199TCONS_00057575-exon-scaffold_293-1510915933:126031..126199Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:123920..123963TCONS_00057575-exon-scaffold_293-1510915933:123920..123963Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:123421..123493TCONS_00057575-exon-scaffold_293-1510915933:123421..123493Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:122965..122996TCONS_00057575-exon-scaffold_293-1510915933:122965..122996Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:122568..122672TCONS_00057575-exon-scaffold_293-1510915933:122568..122672Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:121263..121389TCONS_00057575-exon-scaffold_293-1510915933:121263..121389Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:120776..120957TCONS_00057575-exon-scaffold_293-1510915933:120776..120957Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:120275..120439TCONS_00057575-exon-scaffold_293-1510915933:120275..120439Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:119228..119851TCONS_00057575-exon-scaffold_293-1510915933:119228..119851Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:118065..118144TCONS_00057575-exon-scaffold_293-1510915933:118065..118144Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:114490..114703TCONS_00057575-exon-scaffold_293-1510915933:114490..114703Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:113767..113831TCONS_00057575-exon-scaffold_293-1510915933:113767..113831Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:113245..113355TCONS_00057575-exon-scaffold_293-1510915933:113245..113355Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:112877..112931TCONS_00057575-exon-scaffold_293-1510915933:112877..112931Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:112405..112479TCONS_00057575-exon-scaffold_293-1510915933:112405..112479Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:112071..112172TCONS_00057575-exon-scaffold_293-1510915933:112071..112172Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:111666..111765TCONS_00057575-exon-scaffold_293-1510915933:111666..111765Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:110889..110937TCONS_00057575-exon-scaffold_293-1510915933:110889..110937Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:110480..110558TCONS_00057575-exon-scaffold_293-1510915933:110480..110558Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:110158..110241TCONS_00057575-exon-scaffold_293-1510915933:110158..110241Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:109519..109665TCONS_00057575-exon-scaffold_293-1510915933:109519..109665Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:108877..109138TCONS_00057575-exon-scaffold_293-1510915933:108877..109138Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:107996..108115TCONS_00057575-exon-scaffold_293-1510915933:107996..108115Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:106285..106350TCONS_00057575-exon-scaffold_293-1510915933:106285..106350Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:105929..105967TCONS_00057575-exon-scaffold_293-1510915933:105929..105967Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:105438..105560TCONS_00057575-exon-scaffold_293-1510915933:105438..105560Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1510915933:103203..105090TCONS_00057575-exon-scaffold_293-1510915933:103203..105090Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:128298..129165TCONS_00057575-exon-scaffold_293-1491911889:128298..129165Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:127834..127961TCONS_00057575-exon-scaffold_293-1491911889:127834..127961Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:127508..127591TCONS_00057575-exon-scaffold_293-1491911889:127508..127591Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:127081..127153TCONS_00057575-exon-scaffold_293-1491911889:127081..127153Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:126388..126471TCONS_00057575-exon-scaffold_293-1491911889:126388..126471Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:126031..126199TCONS_00057575-exon-scaffold_293-1491911889:126031..126199Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:123920..123963TCONS_00057575-exon-scaffold_293-1491911889:123920..123963Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:123421..123493TCONS_00057575-exon-scaffold_293-1491911889:123421..123493Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:122965..122996TCONS_00057575-exon-scaffold_293-1491911889:122965..122996Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:122568..122672TCONS_00057575-exon-scaffold_293-1491911889:122568..122672Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:121263..121389TCONS_00057575-exon-scaffold_293-1491911889:121263..121389Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:120776..120957TCONS_00057575-exon-scaffold_293-1491911889:120776..120957Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:120275..120439TCONS_00057575-exon-scaffold_293-1491911889:120275..120439Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:119228..119851TCONS_00057575-exon-scaffold_293-1491911889:119228..119851Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:118065..118144TCONS_00057575-exon-scaffold_293-1491911889:118065..118144Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:114490..114703TCONS_00057575-exon-scaffold_293-1491911889:114490..114703Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:113767..113831TCONS_00057575-exon-scaffold_293-1491911889:113767..113831Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:113245..113355TCONS_00057575-exon-scaffold_293-1491911889:113245..113355Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:112877..112931TCONS_00057575-exon-scaffold_293-1491911889:112877..112931Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:112405..112479TCONS_00057575-exon-scaffold_293-1491911889:112405..112479Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:112071..112172TCONS_00057575-exon-scaffold_293-1491911889:112071..112172Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:111666..111765TCONS_00057575-exon-scaffold_293-1491911889:111666..111765Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:110889..110937TCONS_00057575-exon-scaffold_293-1491911889:110889..110937Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:110480..110558TCONS_00057575-exon-scaffold_293-1491911889:110480..110558Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:110158..110241TCONS_00057575-exon-scaffold_293-1491911889:110158..110241Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:109519..109665TCONS_00057575-exon-scaffold_293-1491911889:109519..109665Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:108877..109138TCONS_00057575-exon-scaffold_293-1491911889:108877..109138Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:107996..108115TCONS_00057575-exon-scaffold_293-1491911889:107996..108115Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:106285..106350TCONS_00057575-exon-scaffold_293-1491911889:106285..106350Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:105929..105967TCONS_00057575-exon-scaffold_293-1491911889:105929..105967Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:105438..105560TCONS_00057575-exon-scaffold_293-1491911889:105438..105560Clytia hemisphaericaexon
TCONS_00057575-exon-scaffold_293-1491911889:103203..105090TCONS_00057575-exon-scaffold_293-1491911889:103203..105090Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_293supercontigscaffold_293:103203..129165 -
Expression

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Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
1.6225 2.23708 1.06026 6.99209e-11 23.6386 16.7702 13.2821 12.1397 9.76636 10.2161 9.45762 7.84804 3.05551 3.81237 2.84366 3.57153 3.14672 2.67639 0 0.833722 0.648704 0.0754136 1.98774 0.58527 0 1.25746e-06 6.37431 4.22932 2.47431e-07 1.63413e-05
Blast
BLAST of TCONS_00057575 vs. Swiss-Prot (Human)
Match: RPGF6 (Rap guanine nucleotide exchange factor 6 OS=Homo sapiens GN=RAPGEF6 PE=1 SV=2)

HSP 1 Score: 483.411 bits (1243), Expect = 5.685e-141
Identity = 267/601 (44.43%), Postives = 394/601 (65.56%), Query Frame = 2
Query:  857 RSREEVQTIYGHLREIKVVSKLPEGEVRKMAENARYEVHESNQTIYQAQDIATCWYILLSGSLYLEGAIYHPGCSFGQVTQTGRRISDCLILERSEMIVI----DYPQNAVQ--------------LPFGTKPNNLGDDKSLTHQDPNLAEMSQMLV--NNEPYFNQMARKQE------QRPSKQHQKQHRGSRLDEPDLDLSGMKETIVXXXXXXXXXVMPSESAVV--RDIVRDCLEKEPSERTENDIHILMDFMQHLPAFNSLSHNIKLEMCKVMVFAVVEKAGATVMSDKEEMDSWSVILNGSVDILIEGEAPVSLHLGDAFGVHTEKKKMYHKGTMRTRVDDCQFVCIAQEDYWRIFSQGEASCRKXXXXXXXXXXXXHRVTD-GGSRQGQVVIKGTPDRLLDHLMEDHSVIDPTYVEDFLLTYVVFFNKPHDIASKLLKWFERPQLKDKVTRVMLLWVNNHYADFEGDVYMETSMQRFEYLLEAKKMVGQLRLLNMACSAKSKPRIITLQRPSKDSRLDFSICGGKDRGFPIFVSKVDTVSKASDLGLKRGDQILEVNGHSFENITGPKAIDVLMSHAHLCVIVKTNTIGFKEVI 2572
            R+ E++ TIY +L  ++++S L E ++R M+  ARYE +  NQ ++ ++ IA CWYILLSGS+ ++G++  P CSFG+    G+R  DCL+LE SEMIV+    D   + +Q              + +  +   + DD  +       A++++M +  N  P    ++  Q          S      ++ +  +  D+DL+ + E  VD + D+E+D     +  +  RD+VR+CLEKEP+++T++DI  L++FM  LPAF +++ +++ E+C VM+F VVE+AGA ++ D +E+DSW VILNG+V+I        +L +G++FG+     K Y  G +RT+VDDCQFVCIAQ+DYWRI +  E +  KVEEEGE+VMV EHR  D  G+R+G +VIK TP+RL+ HL+E+HS++DPTY+EDFLLTY  F   P D+  KLL+WF+   L+DKVTR++LLWVNNH+ DFEGD  M   ++ FE  LE  KM G LRLLN+AC+AK+K R + LQ+ S++S L FS+ GG ++GF IFV  V+  SKA+D GLKRGDQI+EVNG +FENIT  KA+++L ++ HL + VKTN   FKE++
Sbjct:   20 RTPEDLNTIYSYLHGMEILSNLREHQLRLMSARARYERYSGNQVLFCSETIARCWYILLSGSVLVKGSMVLPPCSFGK-QFGGKRGCDCLVLEPSEMIVVENAKDNEDSILQREIPARQSRRRFRKINYKGERQTITDDVEVNSYLSLPADLTKMHLTENPHPQVTHVSSSQSGCSIASDSGSSSLSDIYQATESEVGDVDLTRLPEGPVDSEDDEEEDEEIDRTDPLQGRDLVRECLEKEPADKTDDDIEQLLEFMHQLPAFANMTMSVRRELCSVMIFEVVEQAGAIILEDGQELDSWYVILNGTVEISHPDGKVENLFMGNSFGITPTLDKQYMHGIVRTKVDDCQFVCIAQQDYWRILNHVEKNTHKVEEEGEIVMVHEHRELDRSGTRKGHIVIKATPERLIMHLIEEHSIVDPTYIEDFLLTYRTFLESPLDVGIKLLEWFKIDSLRDKVTRIVLLWVNNHFNDFEGDPAMTRFLEEFEKNLEDTKMNGHLRLLNIACAAKAKWRQVVLQKASRESPLQFSLNGGSEKGFGIFVEGVEPGSKAADSGLKRGDQIMEVNGQNFENITFMKAVEILRNNTHLALTVKTNIFVFKELL 619          

HSP 2 Score: 342.813 bits (878), Expect = 1.966e-95
Identity = 187/426 (43.90%), Postives = 291/426 (68.31%), Query Frame = 2
Query: 2984 DLNSQVIKVYRGDHTSRFFVLTKDTSAREVVQTAIDAFGITDHSTKSYFLCQVTVTEDGLIKQXXXXXXXXXXXXXISLNGRYYIKSSI-SEGPLPDEVAQEIAREANLTLLQLSPLEIAKELSLQDFDLFKNVDSREYIYNLFEEKNERKSKNLRSVEQTTNVEMYWVISEICNEHNITKRVKLLKYFIKVAKFCKDFKNYNSMYALISGLENTAVSRLKNTWERLPQKHDKIFEELKDLMDPSRNMSKYRNMFTGERCYPPLIPWFPIVKKDITFLHLGNKTHVDGLVNFEKLRMIAKEVRRVCKFCAIGYDPYKMDSMQDNVGDTSNVAQSVVSIMGNSPNPSRRGRGSLAMKDPKKAYEEFQTSRRIRQYLEKLSGKSYNEKEMMEMSYNCEPPVSSQNSLARQKKPS-----SPLP--SAG 4237
            D+  QVI+V++ D  S + +++KDT+A+EVV  A+  FG+T  ++ +Y LC+V+VT +G+IKQRRL D  + LA+RI LNGRYY+K+++ +E    DE AQE+ +E+ L++LQLS +E+A +LS++DFDLF+N++  EYI +LF+  ++  + +L+  E   N E +WV SEI  E N  KR+K++K+FIK+A  C++ KN+NSM+A+ISGL   +V+RL+ TWE+LP K++K  ++L+D+ DPSRNM+KYRN+ + +   PP+IP FP+VKKD+TFLH GN + VDGLVNFEKLRMI+KE+R+V +  +   DP  M   +     ++N   +++ + G +    +R R S ++ + KK YE+ Q +R+++QYL  L  ++  EK  M MS   EP   +      +K+ +     SP+P  SAG
Sbjct:  747 DIPDQVIRVFKVDQQSCYIIISKDTTAKEVVFHAVHEFGLTG-ASDTYSLCEVSVTPEGVIKQRRLPDQFSKLADRIQLNGRYYLKNNMETETLCSDEDAQELVKESQLSMLQLSTIEVATQLSMRDFDLFRNIEPTEYIDDLFKLNSKTGNTHLKRFEDIVNQETFWVASEILTEANQLKRMKIIKHFIKIALHCRECKNFNSMFAIISGLNLASVARLRGTWEKLPSKYEKHLQDLQDIFDPSRNMAKYRNILSSQSMQPPIIPLFPVVKKDMTFLHEGNDSKVDGLVNFEKLRMISKEIRQVVRMTSANMDPAMMFRQRSLSQGSTN--SNMLDVQGGAHK--KRARRS-SLLNAKKLYEDAQMARKVKQYLSSLDVETDEEKFQM-MSLQWEPAYGTLTKNLSEKRSAKSSEMSPVPMRSAG 1165          
The following BLAST results are available for this feature:
BLAST of TCONS_00057575 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
RPGF65.685e-14144.43Rap guanine nucleotide exchange factor 6 OS=Homo s... [more]
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