TCONS_00052395 (transcript) - C. hemisphaerica

Overview
NameTCONS_00052395
Unique NameTCONS_00052395
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3869

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00052395 ID=TCONS_00052395|Name=TCONS_00052395|organism=Clytia hemisphaerica|type=transcript|length=3869bp
AAATTCTCATTGTtactcaattttagaaaaatagacAAAAGAACAACAAC
TTCAAATagaaagatcaaaacaaacgataaacaaaaagaaacacacaaat
tattaaaaaaaagaaaaataatattagaaataaaatacagaccagaaata
TGGCATCTTCACAACAATCAGAAAATAATGGTGTAAAATACAGACCACGA
GAAGAAATAGTATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAAC
CATAGATTGGAAAGATGATAAGGTAGAAGACAATGAAGAGGTGAAGTGTA
CTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGACCTCGTGTACCG
TCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAATCtaagaaaaa
gaaatgtaaaATTGTCGTCGAAGCCTATCCAACAAGGACGAAATGTGAGC
CACAAACATACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTAT
AAACGAGATGTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGaccA
AACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTgataattttca
aacatttctcAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGA
TGGAACAGACTAGGGTCAGACTCCAGTTTGTGGAAGTCCGTGAATTGTGA
CTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATACTGCATCGAG
GTGTGGAATCGCTACGGCTGAGTAAAGCAGAAGTACTGGCTAACATTTGT
ATAGAAGACTGTGCATTACTGAAAGATGAAATAGAATGTGAATTCCAACT
AAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAGCATTGTCAA
CTTTAATACtgAATTGCAAACAACTTGAAAACTTGTCATTCGAGAGCTGC
AAACTTAATCCGACGGTACTAAGtgGTGTTGGACTTAATAGGAATCTACG
CGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGTTCATTGGATA
TGATCACGAGACAATGTCAACAAATCACGTCATTGAATTTATCATGGACC
AATCAGACAAGGGATGCCATACGAACGATTTGTCGATGCCGTGAACTTCG
TGAATTGAACTTGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATACATGG
AACTACTTGTCAAGAATTGTAACAAATTAATGCAACTTGATTTAAGTGAC
GTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTAACGTC
ATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGAGCAGC
TCTTtgaTCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGG
TTCCTTAACATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGT
TCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCG
CTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGA
AGCGTTTTCATCATTGGCTGTTTTGGTAACCTTACGTGATTTCAATGTAT
CGAGTGTGGGAAAGTAATGTCAGATCTCGGAGCTCGGAGCATTATGCTCT
TTCCAATGAGTTTAAAGATTGCTGAGCCAATTTTACAAAGTCGGAACCAT
TATTCTGTGTTTGATAACATTATGTCATTTTGACGAATCCATTTTGAAAA
AGGACTTCTTGAATTCAGTAGTCATCCACCAATTGTCGTGTTCCAGAAAA
CGAGTATTCTATTTTCAACTGACTTCTACGTGTACGCAAAAATTTGGTTT
CCTTTATTGAAACCATTCTAGTTcaagaataaaaacaaaaaatcaaaaat
caccttGGCAAGGTTGCCATGGCCATGGTTAGGTTTATTTCTTGTGATAT
ACATTTAATTTTTATAttcgggaaaaaaaatttaaattcaggTCCCATAG
TTCGAAtttgttggttttcaaaacTGACATCAGTTTACTAAATTTCAAGA
CTAGGGTCCTTTCTACCCAAGCGATTCGATTCTCGACTTGTTCGATTTAC
TCGGTTTTATGGGTTTTCTGAATCAAGAAAGGATATCATATTTGGGGaaa
agctggagtttttacaagctcttatgtgatttggttggtcgttaagatgt
aataaaaacaaattcttttttctaaagaacgtgtcatctctatcactcca
aatgaccaattagtgaagtatcttataaaaactccagttCATCCCAAtat
ttgacgctctctaattcgacgttctactattcgataggctcccttattcg
atgaaatttaaagtccccgtcaacaagaaactctcataaacgatgttccc
ttattcgataagctcccttattcgatgaaaatcctattcccctttgaaga
tcgaattagagagcgtcaactgtagtgtTTGGCAGAAAAGTCATTATCAT
GTAGACTAATTTAGATTATCATGTAGATAATTTTTCCATAGTTTTTATAC
TTAGATAGGGTAAACGcaacaaattatatttttcttatgTATCACATTTT
ACACTATAGAAATTTATTATAAAATCAATATCTCTAGATAGAAACCAATT
TAGTTACCAGTGGGAAaagccattgagtttaaagccccaaaGGGCTGGAA
AGGaattttgaatttctcaagcaagaaaagtgAAGCATTATAATTTGCAC
GGCTCTTTGAATGACGGATtaaatctacaatcatggtcgtaatattttag
agaatagggaaattcccacgaattttcaaaacgataaacgatttggaagt
gctctaacttaggttggaagggtagagttttaactttcttaaaacttagg
atctgaggaaaacgaggaaataagctaaattctcaacggattttgaccat
gattgtagcgctttcattgttttcacgcagaatatgtttttgaaatttgg
cgATCGATGATGGATTTTACTTTTAACCTGGTTTTTGTTCGAAAACTACA
CGGGTCACGCGTTTCAGAGATAGGAAATTAGGTTTCCATTCCCAATCCAG
TAATCTCTAGCCCTTTTGGGGATGTAAACTCAATGGGGAAATCTAATTTT
ATAAATAACTTTCAGGATATCTGAACAACTCTTTATTAGATAAATTTGGG
GAATACTGGATaacactttttcaaatttcttgacGTTTTTAGTCTTGATT
AATTTTTCCTCGTACTGGTAGAATTTGAAAGTTCTAGTCTAGTTCTGCAT
TTCAAATATTAAACTACTAGTcgtgaatttaaaattttgaaaatgaaaga
ttttttgatcCGAAATCTATCTAAGATATTTACTCTGCGATTCTTTTGAt
tctaaatatattttaaagtttttatttttacacgagtgttcctgtttcat
attagacacatatttcatatcaggacagtgtctgccttttgttatattat
gctgatagtagagggcattttgtaaaatcgctcgactgttttgttagaag
cacttgttatacatttttggaaagctaaggggtaggggaatcgaaattac
tatgtttccaattttttttcggacactttggtgtgctTTTCGGACAAAtg
tgacggtctcaggcaaaaatcatagggttaaaaattaatcaaaattttag
ctcgagaaaacggagacctgttgtatatttttggaatgCTCTCAAAAAAT
TAAGATTAGAGATATATTgcaagtataggtgatttctgtacctaactcga
gatattaacccttgaaaaccgtgtttttcagccagaaacagctattttgt
ccagtttttgcgctttttg
Run BLAST on NCBI

protein sequence of TCONS_00052395-protein

>TCONS_00052395-protein ID=TCONS_00052395-protein|Name=TCONS_00052395-protein|organism=Clytia hemisphaerica|type=polypeptide|length=466bp
MASSQQSENNGVKYRPREEIVYQQFLQADLEVQTIDWKDDKVEDNEEVKC
TPDDSNEVCDSKRPRVPSASNSGSSSESCKSKKKKCKIVVEAYPTRTKCE
PQTYSTKSKSSEITTQYKRDVFGGGCSSLCLKDQTNHFASLFDELVLIIF
KHFSRTTILNCMRVSKRWNRLGSDSSLWKSVNCDSKHFIMEGQLGKILHR
GVESLRLSKAEVLANICIEDCALLKDEIECEFQLKQLDCSMSKFKDEALS
TLILNCKQLENLSFESCKLNPTVLSGVGLNRNLRVLNLALCVGLNIGSLD
MITRQCQQITSLNLSWTNQTRDAIRTICRCRELRELNLSGLRGGVNRKYM
ELLVKNCNKLMQLDLSDVALQIGSLKLIADNLTSLTTLSISRCSDVRSEQ
LFDLKELRSLSHLNLFGFLNMSALELFSETRPDVHINKHTFSPIARPISS
ASYEGRLWEQYVGFII
Run BLAST on NCBI

transcript from alignment at scaffold_213:1288779..1301352-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00052395 ID=TCONS_00052395|Name=TCONS_00052395|organism=Clytia hemisphaerica|type=transcript|length=12574bp|location=Sequence derived from alignment at scaffold_213:1288779..1301352- (Clytia hemisphaerica)
AAATTCTCATTGTTACTCAATTTTAGAAAAATAGACAAAAGAACAACAAC TTCAAATAGAAAGATCAAAACAAACGATAAACAAAAAGAAACACACAAAT TATTAAAAAAAAGAAAAATAATATTAGAAATAAAATACAGACCAGAAATA TGGCATCTTCACAACAATCAGAAAATAATGGTGTAAAATACAGACCACGA GAAGAAATAGTATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAAC CATAGATTGGAAAGATGATAAGGTAACATGATATTTTTTTATCATCGATA CTACTCAGTTTGATTTTATTGCAATTTGATTTCTTTTCCTGTATATGATC GATGGATTTTGATTTTTAAATCTAATTTCGATCTGAGCATCATCGTTTGT CAAAGAATCCAAGGGTCACTGTTAAGTACAGTTGACTGTCACTTTCTTAT TTTTTTGCAAGAGTTGAATTTGAAAGATGAAAAGAAGGTAACAAGATATT TTTTTACTCTATATGGACTTTAAATTTTACATTTAGTAGCGATTGAAAAA ACATGGTTGCTCAAGGATTCCAGAGACCACTGCTCAATTCTTAAGTCGCA TTTTTTGACTGAAAGAAACTCGATAATTCAATTCAATTTTTGATAGGTTC TCGCTAATTCGAACTTGAAAGGGAAATTCCATTTCACCGAATTACACAGA GATTCGAATTAAACAAAATAATTTTAAGGGTATATTAAATATTTTTTATG GGAAATGAGAACTTTCTCCTATTAAAAGTTTTATCTTTACATAAGTGTTT CCGTTTCATATCAGACACATATTTCAAATCAGGACAGTGTCTTGCTATTG TTATATTATGCTGGTATAAGCAAAAAATGTTTTTCTTTTCCTCTTTCTGA TCAATCTTGCTCCACATCCGTGTCAATCCAATGTGAAAAAGCTTGTGAAT TGAAATTGATGAGTAAGCAAAATGATATCACTGTTATTTAAAAACAAAAC CTTTAAGGGAAGGTTAGAATAATGAAGGTTCGGACAGCCCTTTCTGTTCG AATGTTACGTCACAATCTTTGACGAATCAGATGGCTAAAGATAGATCACG TGACGTTCGAAAATCTATCCCACCTCACCTAGCTGGGCAAGCCCGTCTCC ATCTGAACATTCCCTAAAAAAGCTGACTGAAACTTACTTTTTCTCAACAT TTCAGGTAGAAGACAATGAAGAGGTGAAGTGTACTCCAGACGATTCGAAC GAAGTCTGTGATTCCAAACGACCTCGTGTACCGTCCGCGTCAAATAGTGG CTCATCCTCTGAATCCTGTAAATCTAAGAAAAAGAAATGTAAAATTGTCG TCGAAGTAAGTTCATGTTCATGATAATTCCCATCTTCCGACAAAATTCCC TTCCCAGCCGGCACACAACGTTTTTTCAACGTTTTTCTAACGTTCACAAC GTCCATATAACGTTAGATGAACGTTGAAACAACGTTATGTGGCGGCTGGG TTAGTTGTATCCAACAGTTTAAGGTAGTTTTTCGTCTCTTAAATATTCTG ACTCCATGCTACTAGTAGGGGGAATTTTGTTCGATTTTTTGGAATCGCTT GACTGTTTTGTTAGAAGCACTTGTTATACATTTTTGGAAAGCTAAGGGGT AGGGGAATCGAAATTACTATGNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNC CTAACTCGAGATATTAACCCTTGAAAACCGTGTTTTTCAGCCAGAAACAG CTATTTTGTCCAGTTTTTGCGCTTTTTGAAGCTCAATATCTCGAGTTACA TTACAAAATGCCCTCTACTAAGCAAAGGATTTGAAAAATTCAACTGTTTA ACTCTGTCCCTGGCTGAAGCAAAATAATATGCCCTCTTTAAAAGTTTGGT GCCGTCAATTTGATCAATCAAGACCATTCTCTCGTTTCCCGCCATGTCAG TTATTTGTTTGATTGAACAAATTGCCGGTATCGAGCTGTGGTTCTACTCA GCAAAGATTACGCATTATTTTGCTTTAATTGCCATGGCATGAGAAAGACA GAGATGTTCTATCTAGTGTTTAATAAGATGTCTGTGTTTACACCAGGCTN ATGAGAAAGACAGAGATTCTCTATCAAGTGTTTAATAAGATGTATTTGTT TACACCAGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTCA ACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTATT CGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAACCAAAAAAATATTT GTTTTAAGGGAATTAAGGTCTCACTACTCTTACTAATCCTGCTTTCTTAT TTTAATGAAAAATCTATTTTTACATTTGCTGTTGTTTTTCACTTTCAAGA AAAAGAGATTTATGCATTTCACCTTTCATTTATTTAGTAGCCAAACATTG TCAGAAAATTTTGCGTCAATGCAATGAATTGAGGCATTTGACGTTATGTA ATTCTGCTAATCTGCAAACTACGCATTATTTCATATAGTCAGCTGTGGTC TAAAAAGAATTGACCGGGTGCGAACAATCCAAAACCAATCTTTTTGATCG AAAAATTTAGCCCAAATTCCTAAAAATCATCAACCAGACCTATCCAAATT ATTTACCTGACGTCCCCGGTAACATTTTAGGTCACAGATGATGTCATATA GACCCAACCTATTTAAAAAATTTTCGTGAGCAAACATGATCAATAATACA GCCTAGCTCCTGTACAATGATTGAGTGCAAATCTCTATAATATACCACAG AGATCCTCTCATTTCGCTCCTTCACTCAAACTTTCATATTTTTTTTTTTT TAGACCAAACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATA ATTTTCAAACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAG TAAAAGATGGAACAGACTAGGGTAGGAAAACAACTTTGTCATTTAGTACC AGTCTTTTTTGTGGTTGTAACCACTGACCATTATTAACCCAATACTAAGC TATATCCGCCACTTTTTGAAAGTGGTACCCACGGAAAAACTTTGTCTGGC GTCAAACGGCGCTACATCACAACTATTTAAGAAAAAATAAATCTAGCGCC CTTGGTGTATTTGTACCACTTTTGAAACCACTTTCAAAGAAACTCCGATA AAAGATTTTGGTCTGCTAAGATTGAAAAAATATCCACAGAGTTAATATAA AGCTCAGTAGATGTAATAGGCAGAAAGATACACAACGTTGTTTCAACGTT CATGAAACGTTATTATGGCCGTTGGGTGAACGTCTGAACAACGTTGGTAC GGTTCGGTAAAATGTCAGTTGTTCTTCAGCCTCATCCTTTGCTGAGAGTC TTAAACTTTAAACAAAAGAAAATCTACCCAATTTACCTAGAGGTTAACGA GTTATAGTATTTTTCAAAACAGACGGGATATATAAGGGGTTAGGTACCTT AGCTAGGTATAAAAGAGGATATCTTGGGGAATATGCACTAGGTTGCTATG CCTTCCAATATTAGTATCATCATTATGTTTTTTCAACGTTTTGTTTGTTT CTAGGTCAGACTCCAGTTTGTGGAAGTCCGTGAATTGTGACTCTAAACAT TTCATTATGGAGGGCCAACTTGGTAAAATACTGCATCGAGGTGTGGAATC GCTACGGCTGAGTAAAGCAGAAGTAAGTATTTCGTTCGTTCGTTCGTTCG TTCGTTCGTTCCTATTCTTGTTCATTTGCTCGCTTGTTTTTTTAACGATA CTTTGTTCATTTCTGCTTTTTAACCTTTTCCATTCCAATAACGCGTTCTG TTACGTCGTATATAACAAAACTTGTTCACCATAGTGTGTGTTCTTTCTTT TGATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTTTCTCCTTTT GATAGGCACTGGCTAACAAGCTTGCTCACCATAGTGTGTGTTCTTTCTTT TGATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTGTTCTTTCTT TTGATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTTTCTCCTTT TGATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTTCTTTCTTTT GATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTTTCTCCTTTTG ATAGGCACTGGCTAACAAGCTCGTTCCCCATAGTGTGCTCTTTCTTTTGA TAGGTACTGGCTAACAAGCTTATTCACCATAGTGTGTGCTCTTTCTTTTG ATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTGTTCTTTCTTTT GATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTGTTCTTTCTTT TGATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTTTCTCCTTTT GATAGGTACTGGCTAACAAGCTTGCTCACCATAGTGTGTGTTCTTTCTTT TGATAGGTACTGGCTAACAAGCTTATTCACCATAGTGTGTGTTCTTTCTT TTGATAGGTACTGGCTAACAAACTTGTTCACCATAGTGTGTGTTCTTTCT TTTGATAGGTACTGGCTAACATTTGTATAGAAGACTGTGCATTACTGAAA GATGAAATAGAGTAAGTGCAATCTAAAGAGGCTTTCGGATATCTTTTTAT GTAAATAGACTGTAAATTCTATTGGATGGTCAGGAGATATAACTACAAGA GCATTGCCTTCATCAAAAAGAATGTTTCAATTCTTTTAGCTGTGCTGCAT CACATCATATTCTTCGATTTCAGTCTTTTCATGAAACTAGACTTTTAGAA TTCTGTGGGAGATTGCAAAGGAAACTTCATTATGACCTTTTCATGAATTA CATCACGAACATCAGTTGCCCCGTTTTGAAATTATTGTCATGGTGATTAA CTCCCAGCGGATTTTCTTAAATCTACTTTCTATTTAAAATTAATAATTTA ATGTCTCAAGGGACATAATCAACATGATAATTGGTTGAATACGAGGCAAG TGATGTTCGTGACGTGATTTATGAAAAGGTCTATTGCCTCTTCAAAAAAA AATGTTTCAATTCTTTCAGATGTGAATTCCAACTAAAACAGTTAGACTGT TCAATGTCCAAGTTCAAAGATGAAGCATTGTCAACTTTAATACTGGTAAA TTTCTTTTTGTTTATTGTTTAGGATTTTTACTGAGATTCCTAAAAAAGCT GTAGTAATTTTGTTCATATCTGAACTTGATTCTCAGCCTCAAACTGCGAC GGTATAAATTCCCTACAAATTTAGCGATGGGTTCTTCCAGAGAAAAACCG TCCTTAGGGGGTGGAAGATATATTGTCCAGGGGTATCGAAAAAATCCTGA AAAATTGCCATATCCATATCTGCTTGTCCAGGGGGTGAAAAATCGAAATG TCCCGGATAGATCATTGAAAAAATAATATATCCTCCACCCCCCCCCCATG AACGAATTTTTTTTCTGGAAGAGCCCAATGTATCAGGTCCAAAAACGTGT ATCGCCAAATTTATTCTGCCGTAAAACTAAAGTATAAATAAAGAATAAAG ATTTAGTAGTAAATTCTCCTAACCTTTTTTATCTTTCTCTCCGCCCTTTT CCCACCCTCTATCCGCCCTCTTTATGTGCCTGTTGTGATTAAACCTGTCT GTTTAGAATTGCAAACAACTTGAAAACTTGTCATTCGAGAGCTGCAAACT TAATCCGACGGTACTAAGGTATATATACTCAATAGTATATTTCCTGTATA CGTTGTTTATCTAACTCGTATTACACGCTTTTTTTATAAGAATATACTTT CTAAGAATTTCATGATGAAATTTGCCAAAAAATTAAGAATATGCTAAGAA TATCACTATCATGGAATTTCCAATCATAGATTGCCAATTACCCCCAAGTA AGGCTCATTACTTTCACAAAAATGCCATTTTATGCTTTAGACGTATGTAT TAAATGTCCTAACCTAAGAATGCTGTAAGAATATTTAAGGATGATTTTCC CCAATAAAAGTTAAGAATGTTCATCATGAAATGAAAAAATAACCATTCTT ATGAATGAAAAAGCGTGTATGATGTTATGGGTGATATAAATGATTCTTAA AACCTTTTTAGAAATTAACGGAAATAATAATTTTTAAATCCATTCGGATC ACTTAAGCAAATTTTCAAAATAAATATGTGGGAACCATTATTTGTACTCA GTGGGAGATCCCAGTCAATCTACAAGAGAAATGGCTTTTCTTCCTCGGTT TTTCTGGTACACCTCCGGAGGATTTTTTCAAAAATACCCTGGATTATATC AAGTTATCAGTCATAATCAAACAGGTTTTATAAAACATTATTTTCTTCTT TTTAGTGGTGTTGGACTTAATAGGAATCTACGCGTATTGAATTTGGCTTT GTGTGTCGGATTGAACATTGGTTCATTGGATATGATCACGAGACAATGTC AACAGTATGTAAAAAACCATTTTTCAGTTTTTAGTTAAAATTATCTTGTT TCTCTAGTAGCTATTTTGAGGGGCTTTGTTATGAAAGACTATTTAAAAGT TTTTTATTCTTTTAAAGACAGAATAGAAAGGGCCGCAAGAAACTCGAAAC TTCTAATGATTACCGTAAGTTGGTCTAATGTCGACATCCCTTTTCTAATT TCGACATCCTTCTTTAGAGATCAACTGATTGCTATAAAGCTATGAAAATT AATTTCAATCAGCGATGTCGACATTAGACCAACTTACGGTACGGTAATAA CCAACCTTTCTTTTTCAGAATCACGTCATTGAATTTATCATGGACCAATC AGACAAGGGATGCCATACGAACGGTAACATTTATTTAGATTTGAATCCCA ATCATTTGAAATTTTATTCGAATTACTGGTTATCGAAAGTAGATCTCTAT CCCCCTTGTTGAAACTTCGAACGAACGGGATTTATCCACAGATTTATAAA GCCCGAAGGGCTAGATGTAGTGCTTCGGCTGAAAAGTGCGCCGTGGTTAG GTAGGAAATCCTACCTAGGTCACGTGACATTACAATAGAATTTCAGCGTT TGACCAATCAAAAGCTTCGCGGGTTTTTGAAAACAATCTCAACAATATTT TTCCGATATTCATTTCTTTGCCTGCTATGGCTAAAAGCACGATATCTAGC CCTTTGGGCATTATAAACATTTGGATTTATCAGATAGAGAAAAGAGATTG TTCAATGAACACTAGATGTTATAAAAGGTATAAGGAGCTGTTACTATAGA AACGCTTGCAAATAAACTAGTGAAGATATAAGAAGTATAAATATTCAATT CCTATCATTTTCAACCGTAGATTTGTCGATGCCGTGAACTTCGTGAATTG AACTTGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATGTAAGTCAATACT ACCTTTAGCACACCCCCTTCTCACACCAGACTCGGTAGGATGTTTTCAAG TCAGTGGGGGCAAAAATGACGGAATGAAACTCGATGAGGATTGATATCCC CATACTTTTTATAGCCGGGGATTTAATTTATTTTGTTTTCAAGTCAGAAA ATTCACTGGGATGGGAAAAATAGCACAATATTTTGCAGTGAGGATTGGTT TATTTGATTATTTTCAGTGGGGACAAAAGTTGGAGGATAATTTCCCACCG AAGACCGGCGATTTTTGTGAGAAGGGGGTGTTTCAGCCTTTTGCTTTCTT TTCAAGTAAATGTAACAGATATAGACTGGATCACCGATCTCTATAATCCC TGATAGTACAGGGTAGTATCATAGCATAAGAAAGTCAGTGCTAGTATGGA TTCGCATTTGTTAGAGGGATAAAAGCTGCCATTAAAACTTAGACTGTACT CCAAAATAATCTCTGATATGATATTTTCTGTTATTTCTAGACATGGAACT ACTTGTCAAGAATTGTAACAAATTAATGCAACTTGATTTAAGGTAAGGAA TCTAAATCCATGTTCATATTTTTTTAGAGATTTTTGGGAAAGTGTTTTTT ATAATTGTTTGAAGTTTATATCTTTTAAATTTACATTTAAAGATTTTGAA ATTGTCCAATCTTTTTCTTTCAGTGACGTAGCATTACAGATCGGATCGTT AAAACTAATCGCCGACAATTTAACGTCATTAACGACATTATCCATCAGCC GTTGTTCTGATGTTCGTTCTGAGCAGCTCTTGTAAGTTTGATCTCTCTAA AGGGCTAATAAAAATTTCCATATACATAGAACATCAGAGAACATTTCTAT TCCAAGCTTCAAAGCTTCTTAATCTCTTCCTTAATAAAAGCCTAATGTTC CATTTATCCACCCAGTAATTTATATTACAGTTGACGCTCTCTTATTCGAC GTTCTACTATTCGATAGGCTCCATTATTCGATGAAATTTAAAGTCCCTAC CAACAAGAAACTCTCATAAACGACGTTCTACTATTCGATAAGCTCCCTTA TTCGATGAAAATTCTATTCCCCTTGAAGATCGAATTAGAGAGCGTCAACT GTATTTCAAAAAGTAGATGGCATCTTAAGGCCGGTTTCCACTTGCGCGCG CTGCGATCGCACCTTTTGGCTTCAATCCTTTACTTGGAAAATGATTACGT CATAGAAATGTAGCGCGCTCTCGAAAAAAAAAGTTGAAGACATTTCAACT TCTTTCAACCGTTACGTCAGATCGCGCCAATGGAGTCGCTTCATTTTTCT TTTGACCAATAGCGTGGAAGCTTTGCTCGAAAAAGTGCAGCGCAAATGGA GACCGGCGTTTGAGTTTTATACACCCTTGATGCAGTTTCTTGATCCCAGT CAAGCAAAATTTTTGATTAGAATTTTTAAAGTGATACTAAATGTGGGTGA AAATATTTTAAACGCATTTCATTGAATCATAAATTAACCAGATCTAAAAA CTCCAATCAAAGATGGCGGATATAAGTTAGTTCAGGTCAGTGATAGTAAC AGCTAATATTCAATTATTATTTTTTTCATAGTGATCTGAAGGAGCTTCGT TCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAACATGAGCGCTCTTGA ACTTTTCTCGGAAACTCGACCTGACGTTCATATTAACAAACACACATTCT CACCGATCGCGCGGCCGATTTCGTCCGCTTCATACGAAGGACGTTTATGG GAGCAATATGTTGGTTTCATTATTTGAAGCGTTTTCATCATTGGCTGTTT TGGTAACCTTACGTGATTTCAATGTATCGAGTGTGGGAAAGTAATGTCAG ATCTCGGAGCTCGGAGCATTATGCTCTTTCCAATGAGTTTAAAGATTGCT GAGCCAATTTTACAAAGTCGGAACCATTATTCTGTGTTTGATAACATTAT GTCATTTTGACGAATCCATTTTGAAAAAGGACTTCTTGAATTCAGTAGTC ATCCACCAATTGTCGTGTTCCAGAAAACGAGTATTCTANGCGTGGAAGCT TTGCTCGAAAAAGTGCAGCGCAAATGGAGACCGGCGTTTGAGTTTTATAC ACCCTTGATGCAGTTTCTTGATCCCAGTCAAGCAAAATTTTTGATTAGAA TTTTTAAAGTGATACTAAATGTGGGTGAAAATATTTTAAACGCATTTCAT TGAATCATAAATTAACCAGATCTAAAAACTCCAATCAAAGATGGCGGATA TAAGTTAGTTCAGGTCAGTGATAGTAACAGCTAATATTCAATTATTATTT TTTTCATAGTGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGT TTGGGTTCCTTAACATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCT GACGTTCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTC GTCCGCTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTA TTTGAAGCGTTTTCATCATTGGCTGTTTTGGTAACCTTACGTGATTTCAA TGTATCGAGTGTGGGAAAGTAATGTCAGATCTCGGAGCTCGGAGCATTAT GCTCTTTCCAATGAGTTTAAAGATTGCTGAGCCAATTTTACAAAGTCGGA ACCATTATTCTGTGTTTGATAACATTATGTCATTTTGACGAATCCATTTT GAAAAAGGACTTCTTGAATTCAGTAGTCATCCACCAATTGTCGTGTTCCA GAAAACGAGTATTCTATTTTCAACTGACTTCTACGTGTACGCAAAAATTT GGTTTCCTTTATTGAAACCATTCTAGTTCAAGAATAAAAACAAAAAATCA AAAATCACCTTGGCAAGGTTGCCATGGCCATGGTTAGGTTTATTTCTTGT GATATACATTTAATTTTTATATTCGGGAAAAAAAATTTAAATTCAGGTCC CATAGTTCGAATTTGTTGGTTTTCAAAACTGACATCAGTTTACTAAATTT CAAGACTAGGGTCCTTTCTACCCAAGCGATTCGATTCTCGACTTGTTCGA TTTACTCGGTTTTATGGGTTTTCTGAATCAAGAAAGGATATCATATTTGG GGAAAAGCTGGAGTTTTTACAAGCTCTTATGTGATTTGGTTGGTCGTTAA GATGTAATAAAAACAAATTCTTTTTTCTAAAGAACGTGTCATCTCTATCA CTCCAAATGACCAATTAGTGAAGTATCTTATAAAAACTCCAGTTCATCCC AATATTTGACGCTCTCTAATTCGACGTTCTACTATTCGATAGGCTCCCTT ATTCGATGAAATTTAAAGTCCCCGTCAACAAGAAACTCTCATAAACGATG TTCCCTTATTCGATAAGCTCCCTTATTCGATGAAAATCCTATTCCCCTTT GAAGATCGAATTAGAGAGCGTCAACTGTAGTGTTTGGCAGAAAAGTCATT ATCATGTAGACTAATTTAGATTATCATGTAGATAATTTTTCCATAGTTTT TATACTTAGATAGGGTAAACGCAACAAATTATATTTTTCTTATGTATCAC ATTTTACACTATAGAAATTTATTATAAAATCAATATCTCTAGATAGAAAC CAATTTAGTTACCAGTGGGAAAAGCCATTGAGTTTAAAGCCCCAAAGGGC TGGAAAGGAATTTTGAATTTCTCAAGCAAGAAAAGTGAAGCATTATAATT TGCACGGCTCTTTGAATGACGGATTAAATCTACAATCATGGTCGTAATAT TTTAGAGAATAGGGAAATTCCCACGAATTTTCAAAACGATAAACGATTTG GAAGTGCTCTAACTTAGGTTGGAAGGGTAGAGTTTTAACTTTCTTAAAAC TTAGGATCTGAGGAAAACGAGGAAATAAGCTAAATTCTCAACGGATTTTG ACCATGATTGTAGCGCTTTCATTGTTTTCACGCAGAATATGTTTTTGAAA TTTGGCGATCGATGATGGATTTTACTTTTAACCTGGTTTTTGTTCGAAAA CTACACGGGTCACGCGTTTCAGAGATAGGAAATTAGGTTTCCATTCCCAA TCCAGTAATCTCTAGCCCTTTTGGGGATGTAAACTCAATGGGGAAATCTA ATTTTATAAATAACTTTCAGGATATCTGAACAACTCTTTATTAGATAAAT TTGGGGAATACTGGATAACACTTTTTCAAATTTCTTGACGTTTTTAGTCT TGATTAATTTTTCCTCGTACTGGTAGAATTTGAAAGTTCTAGTCTAGTTC TGCATTTCAAATATTAAACTACTAGTCGTGAATTTAAAATTTTGAAAATG AAAGATTTTTTGATCCGAAATCTATCTAAGATATTTACTCTGCGATTCTT TTGATTCTAAATATATTTTAAAGTTTTTATTTTTACACGAGTGTTCCTGT TTCATATTAGACACATATTTCATATCAGGACAGTGTCTGCCTTTTGTTAT ATTATGCTGATAGTAGAGGGCATTTTGTAAAATCGCTCGACTGTTTTGTT AGAAGCACTTGTTATACATTTTTGGAAAGCTAAGGGGTAGGGGAATCGAA ATTACTATGTTTCCAATTTTTTTTCGGACACTTTGGTGTGCTTTTCGGAC AAATGTGACGGTCTCAGGCAAAAATCATAGGGTTAAAAATTAATCAAAAT TTTAGCTCGAGAAAACGGAGACCTGTTGTATATTTTTGGAATGCTCTCAA AAAATTAAGATTAGAGATATATTGCAAGTATAGGTGATTTCTGTACCTAA CTCGAGATATTAACCCTTGAAAACCGTGTTTTTCAGCCAGAAACAGCTAT TTTGTCCAGTTTTTGCGCTTTTTG

Coding sequence (CDS) from alignment at scaffold_213:1288779..1301352-

>TCONS_00052395 ID=TCONS_00052395|Name=TCONS_00052395|organism=Clytia hemisphaerica|type=CDS|length=21015bp|location=Sequence derived from alignment at scaffold_213:1288779..1301352- (Clytia hemisphaerica)
ATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCATATTAA
CAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTTCATACG
AAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGATCTGAA
GGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAACTGAC
GTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTAACGTC
ATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGAGCAGC
TCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCAACTTGA
TTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAGTGGGTT
GCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATCATGGAC
CAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAATAGGAAT
CTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGTTCATT
GGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGAAAACTT
GTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTGAATTCC
AACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAGCATTG
TCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTGTGCATT
ACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCGTGAATT
GTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATACTGCAT
CGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACCAACCAT
TTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACATTTCTC
AAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGAACAGAC
TAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTCAACAA
AATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTATTCGGC
GGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAGAGGTGA
AGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGACCTCGT
GTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAATCTAA
GAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAACAATCAG
AAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATATCAGCAA
TTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGATGATAA
GATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCATATTA
ACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTTCATAC
GAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGATCTGA
AGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAACTGA
CGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTAACGT
CATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGAGCAG
CTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCAACTTG
ATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAGTGGGT
TGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATCATGGA
CCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAATAGGAA
TCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGTTCAT
TGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGAAAACT
TGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTGAATTC
CAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAGCATT
GTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTGTGCAT
TACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCGTGAAT
TGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATACTGCA
TCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACCAACCA
TTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACATTTCT
CAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGAACAGA
CTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTCAACA
AAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTATTCGG
CGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAGAGGTG
AAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGACCTCG
TGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAATCTA
AGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAACAATCA
GAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATATCAGCA
ATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGATGATA
AGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCATATT
AACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTTCATA
CGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGATCTG
AAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAACTG
ACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTAACG
TCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGAGCA
GCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCAACTT
GATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAGTGGG
TTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATCATGG
ACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAATAGGA
ATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGTTCA
TTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGAAAAC
TTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTGAATT
CCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAGCAT
TGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTGTGCA
TTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCGTGAA
TTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATACTGC
ATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACCAACC
ATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACATTTC
TCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGAACAG
ACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTCAAC
AAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTATTCG
GCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAGAGGT
GAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGACCTC
GTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAATCT
AAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAACAATC
AGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATATCAGC
AATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGATGAT
AAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCATAT
TAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTTCAT
ACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGATCT
GAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAACT
GACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTAAC
GTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGAGC
AGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCAACT
TGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAGTGG
GTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATCATG
GACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAATAGG
AATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGTTC
ATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGAAAA
CTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTGAAT
TCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAGCA
TTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTGTGC
ATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCGTGA
ATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATACTG
CATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACCAAC
CATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACATTT
CTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGAACA
GACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTCAA
CAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTATTC
GGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAGAGG
TGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGACCT
CGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAATC
TAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAACAAT
CAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATATCAG
CAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGATGA
TAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCATA
TTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTTCA
TACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGATC
TGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAAC
TGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTAA
CGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGAG
CAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCAAC
TTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAGTG
GGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATCAT
GGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAATAG
GAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGTT
CATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGAAA
ACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTGAA
TTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAGC
ATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTGTG
CATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCGTG
AATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATACT
GCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACCAA
CCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACATT
TCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGAAC
AGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTCA
ACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTATT
CGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAGAG
GTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGACC
TCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAAT
CTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAACAA
TCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATATCA
GCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGATG
ATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCAT
ATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTTC
ATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGAT
CTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTAA
CTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTTA
ACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTGA
GCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCAA
CTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAGT
GGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATCA
TGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAATA
GGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGGT
TCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGAA
AACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTGA
ATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAAG
CATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTGT
GCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCGT
GAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATAC
TGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACCA
ACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACAT
TTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGAA
CAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACTC
AACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTAT
TCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAGA
GGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGAC
CTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAAA
TCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAACA
ATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATATC
AGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGAT
GATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTCA
TATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCTT
CATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATGA
TCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTTA
ACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATTT
AACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCTG
AGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGCA
ACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGAG
TGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTATC
ATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAAT
AGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTGG
TTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTGA
AAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGTG
AATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGAA
GCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACTG
TGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCCG
TGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAATA
CTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAACC
AACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAACA
TTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGGA
ACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATACT
CAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGTA
TTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAAG
AGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACGA
CCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTAA
ATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAAC
AATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATAT
CAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAGA
TGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTTC
ATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGCT
TCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGATG
ATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCTT
AACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAATT
TAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTCT
GAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATGC
AACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTGA
GTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTAT
CATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTAA
TAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATTG
GTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTTG
AAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATGT
GAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATGA
AGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGACT
GTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTCC
GTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAAT
ACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAAC
CAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAAC
ATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATGG
AACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATAC
TCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATGT
ATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGAA
GAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAACG
ACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGTA
AATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACAA
CAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTATA
TCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAAG
ATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGTT
CATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCGC
TTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGAT
GATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCCT
TAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAAT
TTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTTC
TGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAATG
CAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTTG
AGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTTA
TCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTTA
ATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACATT
GGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACTT
GAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGATG
TGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGATG
AAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGAC
TGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGTC
CGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAAA
TACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAAA
CCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAAA
CATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGATG
GAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACATA
CTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGATG
TATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATGA
AGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAAC
GACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTGT
AAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCACA
ACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTAT
ATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAAA
GATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACGT
TCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCCG
CTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTGA
TGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTCC
TTAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACAA
TTTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGTT
CTGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAAT
GCAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACTT
GAGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATTT
ATCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACTT
AATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACAT
TGGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAACT
TGAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGAT
GTGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGAT
GAAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAGA
CTGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAGT
CCGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAAA
ATACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCAA
ACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCAA
ACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGAT
GGAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACAT
ACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGAT
GTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAATG
AAGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAAA
CGACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCTG
TAAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCAC
AACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGTA
TATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGAA
AGATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGACG
TTCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTCC
GCTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTTG
ATGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTTC
CTTAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGACA
ATTTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCGT
TCTGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTAA
TGCAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAACT
TGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAATT
TATCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGACT
TAATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAACA
TTGGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAAC
TTGAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAGA
TGTGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAGA
TGAAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAAG
ACTGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAAG
TCCGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTAA
AATACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACCA
AACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTCA
AACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAGA
TGGAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAACA
TACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAGA
TGTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAAT
GAAGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCAA
ACGACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCCT
GTAAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTCA
CAACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAGT
ATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGGA
AAGATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGAC
GTTCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGTC
CGCTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATTT
GATGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGTT
CCTTAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGAC
AATTTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTCG
TTCTGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATTA
ATGCAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAAC
TTGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAAT
TTATCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGAC
TTAATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAAC
ATTGGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACAA
CTTGAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAAG
ATGTGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAAG
ATGAAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGAA
GACTGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGAA
GTCCGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGTA
AAATACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAACC
AAACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTTC
AAACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAAG
ATGGAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAAC
ATACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGAG
ATGTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACAA
TGAAGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCCA
AACGACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATCC
TGTAAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTTC
ACAACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATAG
TATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTGG
AAAGATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTGA
CGTTCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCGT
CCGCTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTATT
TGATGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGGT
TCCTTAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCGA
CAATTTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTTC
GTTCTGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAATT
AATGCAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGAA
CTTGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGAA
TTTATCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGGA
CTTAATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGAA
CATTGGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAACA
ACTTGAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTAA
GATGTGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAAA
GATGAAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAGA
AGACTGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGGA
AGTCCGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGGT
AAAATACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAAC
CAAACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTTT
CAAACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAAA
GATGGAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAAA
CATACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACGA
GATGTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGACA
ATGAAGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTCC
AAACGACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAATC
CTGTAAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCTT
CACAACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAATA
GTATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATTG
GAAAGATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCTG
ACGTTCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTCG
TCCGCTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTAT
TTGATGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGGG
TTCCTTAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCCG
ACAATTTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGTT
CGTTCTGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAAT
TAATGCAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTGA
ACTTGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTGA
ATTTATCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTGG
ACTTAATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTGA
ACATTGGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAAC
AACTTGAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACTA
AGATGTGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCAA
AGATGAAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATAG
AAGACTGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTGG
AAGTCCGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTGG
TAAAATACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAAA
CCAAACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATTT
TCAAACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAAA
AGATGGAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACAA
ACATACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAACG
AGATGTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGAC
AATGAAGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATTC
CAAACGACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAAT
CCTGTAAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATCT
TCACAACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAAT
AGTATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGATT
GGAAAGATGATAAGATGAGCGCTCTTGAACTTTTCTCGGAAACTCGACCT
GACGTTCATATTAACAAACACACATTCTCACCGATCGCGCGGCCGATTTC
GTCCGCTTCATACGAAGGACGTTTATGGGAGCAATATGTTGGTTTCATTA
TTTGATGATCTGAAGGAGCTTCGTTCGCTTTCACATCTCAACCTGTTTGG
GTTCCTTAACTGACGTAGCATTACAGATCGGATCGTTAAAACTAATCGCC
GACAATTTAACGTCATTAACGACATTATCCATCAGCCGTTGTTCTGATGT
TCGTTCTGAGCAGCTCTTACATGGAACTACTTGTCAAGAATTGTAACAAA
TTAATGCAACTTGATTTAAGATTTGTCGATGCCGTGAACTTCGTGAATTG
AACTTGAGTGGGTTGCGTGGTGGCGTGAATCGAAAATAATCACGTCATTG
AATTTATCATGGACCAATCAGACAAGGGATGCCATACGAACGTGGTGTTG
GACTTAATAGGAATCTACGCGTATTGAATTTGGCTTTGTGTGTCGGATTG
AACATTGGTTCATTGGATATGATCACGAGACAATGTCAACAAATTGCAAA
CAACTTGAAAACTTGTCATTCGAGAGCTGCAAACTTAATCCGACGGTACT
AAGATGTGAATTCCAACTAAAACAGTTAGACTGTTCAATGTCCAAGTTCA
AAGATGAAGCATTGTCAACTTTAATACTGGTACTGGCTAACATTTGTATA
GAAGACTGTGCATTACTGAAAGATGAAATAGAGTCAGACTCCAGTTTGTG
GAAGTCCGTGAATTGTGACTCTAAACATTTCATTATGGAGGGCCAACTTG
GTAAAATACTGCATCGAGGTGTGGAATCGCTACGGCTGAGTAAAGCAGAA
ACCAAACCAACCATTTTGCAAGCTTATTTGACGAACTTGTATTGATAATT
TTCAAACATTTCTCAAGAACGACTATTCTAAATTGTATGCGAGTCAGTAA
AAGATGGAACAGACTAGGGCCTATCCAACAAGGACGAAATGTGAGCCACA
AACATACTCAACAAAATCGAAATCTTCAGAAATAACAACACAGTATAAAC
GAGATGTATTCGGCGGTGGTTGTTCTTCACTCTGTCTCAAAGGTAGAAGA
CAATGAAGAGGTGAAGTGTACTCCAGACGATTCGAACGAAGTCTGTGATT
CCAAACGACCTCGTGTACCGTCCGCGTCAAATAGTGGCTCATCCTCTGAA
TCCTGTAAATCTAAGAAAAAGAAATGTAAAATTGTCGTCGAAATGGCATC
TTCACAACAATCAGAAAATAATGGTGTAAAATACAGACCACGAGAAGAAA
TAGTATATCAGCAATTCTTACAAGCTGATCTGGAAGTCCAAACCATAGAT
TGGAAAGATGATAAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_033122XLOC_033122Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00052395-proteinTCONS_00052395-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00052395-exon-scaffold_213-1575043694:1301081..1301352TCONS_00052395-exon-scaffold_213-1575043694:1301081..1301352Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1299998..1300147TCONS_00052395-exon-scaffold_213-1575043694:1299998..1300147Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1298771..1298894TCONS_00052395-exon-scaffold_213-1575043694:1298771..1298894Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1298082..1298199TCONS_00052395-exon-scaffold_213-1575043694:1298082..1298199Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1297331..1297448TCONS_00052395-exon-scaffold_213-1575043694:1297331..1297448Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1296392..1296444TCONS_00052395-exon-scaffold_213-1575043694:1296392..1296444Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1295858..1295933TCONS_00052395-exon-scaffold_213-1575043694:1295858..1295933Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1295285..1295346TCONS_00052395-exon-scaffold_213-1575043694:1295285..1295346Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1294549..1294647TCONS_00052395-exon-scaffold_213-1575043694:1294549..1294647Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1294180..1294234TCONS_00052395-exon-scaffold_213-1575043694:1294180..1294234Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1293616..1293682TCONS_00052395-exon-scaffold_213-1575043694:1293616..1293682Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1293061..1293112TCONS_00052395-exon-scaffold_213-1575043694:1293061..1293112Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1292822..1292929TCONS_00052395-exon-scaffold_213-1575043694:1292822..1292929Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1291967..1292021TCONS_00052395-exon-scaffold_213-1575043694:1291967..1292021Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1575043694:1288779..1291238TCONS_00052395-exon-scaffold_213-1575043694:1288779..1291238Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1301081..1301352TCONS_00052395-exon-scaffold_213-1510915933:1301081..1301352Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1299998..1300147TCONS_00052395-exon-scaffold_213-1510915933:1299998..1300147Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1298771..1298894TCONS_00052395-exon-scaffold_213-1510915933:1298771..1298894Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1298082..1298199TCONS_00052395-exon-scaffold_213-1510915933:1298082..1298199Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1297331..1297448TCONS_00052395-exon-scaffold_213-1510915933:1297331..1297448Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1296392..1296444TCONS_00052395-exon-scaffold_213-1510915933:1296392..1296444Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1295858..1295933TCONS_00052395-exon-scaffold_213-1510915933:1295858..1295933Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1295285..1295346TCONS_00052395-exon-scaffold_213-1510915933:1295285..1295346Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1294549..1294647TCONS_00052395-exon-scaffold_213-1510915933:1294549..1294647Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1294180..1294234TCONS_00052395-exon-scaffold_213-1510915933:1294180..1294234Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1293616..1293682TCONS_00052395-exon-scaffold_213-1510915933:1293616..1293682Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1293061..1293112TCONS_00052395-exon-scaffold_213-1510915933:1293061..1293112Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1292822..1292929TCONS_00052395-exon-scaffold_213-1510915933:1292822..1292929Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1291967..1292021TCONS_00052395-exon-scaffold_213-1510915933:1291967..1292021Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1510915933:1288779..1291238TCONS_00052395-exon-scaffold_213-1510915933:1288779..1291238Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1301081..1301352TCONS_00052395-exon-scaffold_213-1491911889:1301081..1301352Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1299998..1300147TCONS_00052395-exon-scaffold_213-1491911889:1299998..1300147Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1298771..1298894TCONS_00052395-exon-scaffold_213-1491911889:1298771..1298894Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1298082..1298199TCONS_00052395-exon-scaffold_213-1491911889:1298082..1298199Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1297331..1297448TCONS_00052395-exon-scaffold_213-1491911889:1297331..1297448Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1296392..1296444TCONS_00052395-exon-scaffold_213-1491911889:1296392..1296444Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1295858..1295933TCONS_00052395-exon-scaffold_213-1491911889:1295858..1295933Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1295285..1295346TCONS_00052395-exon-scaffold_213-1491911889:1295285..1295346Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1294549..1294647TCONS_00052395-exon-scaffold_213-1491911889:1294549..1294647Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1294180..1294234TCONS_00052395-exon-scaffold_213-1491911889:1294180..1294234Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1293616..1293682TCONS_00052395-exon-scaffold_213-1491911889:1293616..1293682Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1293061..1293112TCONS_00052395-exon-scaffold_213-1491911889:1293061..1293112Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1292822..1292929TCONS_00052395-exon-scaffold_213-1491911889:1292822..1292929Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1291967..1292021TCONS_00052395-exon-scaffold_213-1491911889:1291967..1292021Clytia hemisphaericaexon
TCONS_00052395-exon-scaffold_213-1491911889:1288779..1291238TCONS_00052395-exon-scaffold_213-1491911889:1288779..1291238Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_213supercontigscaffold_213:1288779..1301352 -
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
1.03792 0.0875322 1.34927 1.26392 2.63784 1.54903 3.39548 3.66587 0.959075 1.18235 2.53333 1.2798 1.06348 0.438262 1.99436 2.85036 1.28614 1.69351 2.10162 1.49233 2.21713 1.85964 3.21297 3.24248 2.19083 3.0857 8.87718 8.41909 3.30654 3.10619
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001810F-box_dom
IPR032675L_dom-like
Vocabulary: Molecular Function
TermDefinition
GO:0005515protein binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005515 protein binding
Blast
BLAST of TCONS_00052395 vs. Swiss-Prot (Human)
Match: SKP2 (S-phase kinase-associated protein 2 OS=Homo sapiens GN=SKP2 PE=1 SV=2)

HSP 1 Score: 125.176 bits (313), Expect = 7.645e-30
Identity = 97/322 (30.12%), Postives = 155/322 (48.14%), Query Frame = 3
Query:  567 SLFDELVLIIFKHFSRTTILNCMRVSKRWNRLGSDSSLWKSVNCDSKHFIMEGQLGKILHRGVESLRLSKAEVLANICIEDCALLKDEIECEFQLKQLDCSMSKFKDEALSTLILNCKQLENLSFESCKLNPTVLSXXXXXXXXXXXXXALCVGLNIGSLDMITRQCQQITSLNLSWT---NQTRDAIRTICRCRELRELNLSGLRGGVNRKYMELLVKNCNKLMQLDLSDVALQIGSLKLIADNLTSLTTLSISRCSDVRSEQLFDLKELRSLSHLNLFGFLNMSALELFSETRPDVHINKHTFSPIARPISSASYEGRLW 1523
            SL DEL+L IF       +L    V KRW RL SD SLW++++   K+ +     G++L +GV + R  ++ +   +          E    F+++ +D S S  +   L  ++  C +L+NLS E  +L+  +++ +  N NL  LNL+ C G +  +L  +   C ++  LNLSW     +    +        + +LNLSG R  + +  +  LV+ C  L+ LDLSD  +           L  L  LS+SRC D+  E L +L E+ +L  L +FG +    L+L  E  P + IN   F+ IARP         +W
Sbjct:   99 SLPDELLLGIFSCLCLPELLKVSGVCKRWYRLASDESLWQTLDLTGKN-LHPDVTGRLLSQGVIAFRCPRSFMDQPLA---------EHFSPFRVQHMDLSNSVIEVSTLHGILSQCSKLQNLSLEGLRLSDPIVNTLAKNSNLVRLNLSGCSGFSEFALQTLLSSCSRLDELNLSWCFDFTEKHVQVAVAHVSETITQLNLSGYRKNLQKSDLSTLVRRCPNLVHLDLSDSVMLKNDCFQEFFQLNYLQHLSLSRCYDIIPETLLELGEIPTLKTLQVFGIVPDGTLQLLKEALPHLQINCSHFTTIARPTIGNKKNQEIW 410          
The following BLAST results are available for this feature:
BLAST of TCONS_00052395 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
SKP27.645e-3030.12S-phase kinase-associated protein 2 OS=Homo sapien... [more]
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