TCONS_00046461 (transcript) - C. hemisphaerica

Overview
NameTCONS_00046461
Unique NameTCONS_00046461
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2250

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00046461 ID=TCONS_00046461|Name=TCONS_00046461|organism=Clytia hemisphaerica|type=transcript|length=2250bp
CGATCATTTTATTGAGCAAATGTTTGTTGAAAAGAATGCCAAGGAAAGAA
AAAACGACAAGGTTGAGAGGCGCGTTTTTAAAGATGATTCCATTCTGAGA
GAGGTACACCTTTTGCAATAGCAGTAACAACATCCCAACGTCATTATCTA
CATGAATCAATGTTTTTCTGGCTGATCATATTTTGCTGTTCTTTGAATTT
TTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATACGTTATGATATTC
GTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAATTACAGCCTGTT
TGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCCACCATATGCTTT
CAAAGACAAAGATGGAACTATACAAGGATTTATACCAGGTTATTTCAAGA
AAGTCTTCATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTT
CCACAGAAAACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGA
AGCCGATATCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACC
TAGGGATGAGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATT
GGCGTTTTGGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAA
AAGTATATTCGAGACCTGGCCACTCGTtttaatgtgtatttcaatgtCAA
TCGGTGCTGGATCACTGGTTTGGGTCTTGGAAAATCGATCGAATATGAAA
CAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTGGTTTACTTT
TGTTTCCATGACAGCTGTCGGttaTGGTGATACAATTCCCCAATGTTGGC
CAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCACCTTCTTT
GGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACCTACAAAC
AAAAATCGAATTCAAAACAACTGGGCAACCTGTTGGTGTTTTGTCGTGGA
CAAACGCACCACATCAAAACGTCATTCAGGAGCACGGAATACCTAAACCT
TACGATACAATCGAAGAACTGATTGATGCAtttaaaatgaacaaaattca
CGCAATCGCTCTTGATAAATGGATGTCCGAATATTACTTACCAGAAATCA
AGAAAGCAAACCCAAAAGCTAAAATCCACAAGCACTCAGTACCATTGGAT
TCTGGGATAGGTTTCATTACTCCCgatgaaaatatattcaaaatgaaaaa
gttctTCCATGAGCAAAATGTGGATAATATGATCAGACTGTGGTACGATG
TTGCATTGCAATTCAACCTGGGTAATTCGAACACAACGACCATGACGAGC
TGGGAAGCAGAACAACTCAATGCAGCAGTTAAAGATGAGGAAATTGACGT
CTTATTCACAACAGAGCATATATCGTTCCCTATATGTTTGATTCTCATGC
TAGTTTTGACAATTTGTTGCATTGCAACAAACATTTACCTCAATAAAAGG
CAAAATGAATCGTGTATGAATTTTAACAATCCTGGGTCCAATGAGATGCT
TGAAATGGAAGAGCCAAATAGATTAGAAGCAAACTATAGAGCAATGATGA
AAAACCTGCAGAAGTGTGTTAAAGGATCTTCTTCAAGAAGCCAGCAATTC
GATGGGATTCAAGAAAACTCAAATACAAACACTGGAGAAGGAAGCCAACG
AATGTCAATGATCGGAAACTACAAGGCACGCGAAGGAGCCCCAGGAAAGC
TAGGTCGACATGAATATCGAGACTCACTTGGAAATCCAGAAAGCTTTTAT
TCGGTGTGAGAACTTTGTAAAGTCAGGTGTAAATTCATAAGGAGTATGTa
gacatccccttctcacagaccaactgggaacgtttcccactggaaaaatt
gtccaaaatgtCGTCTCCGGTtggaaattatcctccaatttttgtctcca
ctgaaaataatcaactaaccaatcctcactgctaaatatttactattttc
cTAATCCCTATTGgactttttgacttgaaaacaaaagaattgaaatttcc
GAATATGAGAATATTAATGCCCATCGAGTTtcccgttatttttatcccca
ctggccgAAAAAATCTGGGTCTGTCTGAAGGGAGTGCATGTGGATCTTTT
GTGCAATACTTAGTACCCTTGTCACTTATTGATCTAATTATGTAACGAGT
CCAAAGATTTATCAgcaattatataaaaaattttgattcatCTAGTAAGC
Run BLAST on NCBI

protein sequence of TCONS_00046461-protein

>TCONS_00046461-protein ID=TCONS_00046461-protein|Name=TCONS_00046461-protein|organism=Clytia hemisphaerica|type=polypeptide|length=549bp
MFFWLIIFCCSLNFSYQETYLPSCEIRYDIRHYFNHTCEEVYELQPVCNR
TLQVAYSNFPPYAFKDKDGTIQGFIPGYFKKVFIDTCCLGCGKINYLPQK
THKKKIDDQFIGEEADIVVPVQNYINGEYYLGMRYANILELDEIEYIGVL
DPPDPGRKKTILFKSIFETWPLVLMCISMSIGAGSLVWVLENRSNMKQFP
RTWQGLFEGIWFTFVSMTAVGYGDTIPQCWPARVFSAVWIFIGVTFFGMY
LGTITSVMTTNLQTKIEFKTTGQPVGVLSWTNAPHQNVIQEHGIPKPYDT
IEELIDAFKMNKIHAIALDKWMSEYYLPEIKKANPKAKIHKHSVPLDSGI
GFITPDENIFKMKKFFHEQNVDNMIRLWYDVALQFNLGNSNTTTMTSWEA
EQLNAAVKDEEIDVLFTTEHISFPICLILMLVLTICCIATNIYLNKRQNE
SCMNFNNPGSNEMLEMEEPNRLEANYRAMMKNLQKCVKGSSSRSQQFDGI
QENSNTNTGEGSQRMSMIGNYKAREGAPGKLGRHEYRDSLGNPESFYSV
Run BLAST on NCBI

transcript from alignment at scaffold_110:231356..238160-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00046461 ID=TCONS_00046461|Name=TCONS_00046461|organism=Clytia hemisphaerica|type=transcript|length=6805bp|location=Sequence derived from alignment at scaffold_110:231356..238160- (Clytia hemisphaerica)
CGATCATTTTATTGAGCAAATGTTTGTTGAAAAGAATGCCAAGGAAAGAA
AAAACGACAAGGTTGAGAGGCGCGTTTTTAAAGGTATGTAATTTTGATGT
ATTTTTCGGGGGAGGGGTTCGCCAGTATGAAAAGAATTTTCAAATTTCTC
CGTTAAAACATGAAACCAAATTGTATAAGACTCCACTTTGGGGATTCTAA
AAAAGAAAGCGCTTTAATTTTCGGATGTATCGGACAGAAAAATTAAAGAT
TACAAAAGACAAGAACGAGAGAGGGGACCTGGAGAATACATTTTTTTGCT
AGAGTTTGTATATGAAGGTACGAAGACTATAAAACTTTCGAGAAAAGTTG
AGGCATTCATTTGGGAAGAAACTATCTAGGTTTGCGGATAGGGTATGTGC
TGCCTGACTTTTGAAAATCGAAAAACTGAGGGTCAGAAATTTGGGAAAAA
AGCAATTTTTTTTTTTAATTTTGGGACCCTTATCAACTTACCAAAATTAG
ATATTTTGAGTGGTTAAAATTCGAATTTTGGCTTACCTTGTAACTCTTAA
GACCAAACTGAAATCATTATAGCCCTTAGCATAGTTTTGAAGTTCTAAAA
AGGTACCATTTAAAGGAGTAGACATAATACCAACCAAGTATTTAGAGTGT
TGATTTCTTGGATGCAGATGGAACACTCGAATGGACTTAAAAGCAAACTG
ATCGAAAAATATATTTTAAGATAATTAAGATTATTGCAACTTTTAACGAC
AATACCGTAATCAAAATAATCCCAACCTTTTTCCGAGGTTCCTATGAAAT
AAACAGAGGTCTTCATTTCCAAGACCTGAAGATTTGAGAAATTTGATCAA
TCAGGCAAATCTATCTTTTAGATGATTCCATTCTGAGAGAGGTACACCTT
TTGCAATAGCAGTAACAACATCCCAACGTCATTATCTACATGAATCAATG
TTTTTCTGGCTGATCATATTTTGCTGTTCTTTGAATTTTTCGTACCAAGA
AACTTATCTGCCGTCGTGTGAAATACGTTATGATATTCGTCACTATTTCA
ACCATACGTGTGAAGAAGTTTACGAATTACAGCCTGTTTGCAATCGAACT
TTGCAAGTAGCTTACTCGAATTTCCCACCATATGCTTTCAAAGACAAAGA
TGGAACTATACAAGGATTTATACCAGGTACAGTGCAAAATATTATAAGAC
TTGTTATTTAATTCTTTGAATACAAGATGTTCAATGCTTCGTTCTGAGCA
CGATCTATTTTTTTATAGGACGAGAGTAATGGAGATTTAATTTCGGCTTT
GAAAAGTATTGTCTTGTAGTAATACGACAAATATCACTCTTTATAGGTTA
TTTCAAGAAAGTCTTCATTGACACTTGCTGTCTTGGATGCGGCAAAATCA
ACTACCTTCCACAGAAAACTCATAAAAAGAAAATCGACGATCAATTTATT
GGCGAAGAAGCCGATATCGTGGTTCCCGTTCAGAATTACATCAATGGCGA
ATATTACCTAGGGATGAGATACGCTAACATTCTCGAACTCGATGAAATCG
AATATATTGGCGTTTTGGACCCTCCAGATCCTGGACGCAAGAAAACAATC
TTGTTTAAAAGTATATTCGAGACCTGGCCACTCGTTTTAATGTGTATTTC
AATGTCAATCGGTGCTGGATCACTGGTTTGGGTCTTGGTAAGTACTGATG
AAGTTCTTGTTTGGACTGGAGATATGCGAAAACTTTGAAAGTATTTTCAT
TTCATTGGTTGAAAGGGAGGACAATACAATGCTAGTGGTAAAACTTCAAA
TCGATTTGCTTGGTAGGGGTTACCCATCACAGATTTATAAACCCAAAGGC
CTAAATGTCGTGCTTTGGCTTTAATCCTACAGGTCACGCCACATTACAAT
ATAATTTCAGCGCTTGATCAATCAGAAGCTTCGCAGATTTTCGAAAACAA
TAGCAACTATATTTCTTGCGATATTCACTTTTTTTGCCTACGATAATGGC
TTAAAAGCAAGACATCTAGCCCTTTGGGCTTTATAAATCTGTGATCACCA
TTATAGCAAAACTAATAATATCTAATCCGGTGGACTTTGTTGAACCGTTG
ACAAAACAATGGTTAGAATGGTCAAGTTTAAATTTTAAAGAATTTAGGCT
GTTTGTTGACTTCAATTCTGATGAAAAGATCTATTATTTTTTTAACCACG
CAGCACACGTCATTTCTGTCGGAAAAATAATGCGATTCAAATTGAGAATT
GGGGTTACACTTACAGTAAGTCAAAATGTAGGATTTATTCGACTACTTTG
TCGCAGAATGGATTACTGCATAATCTGCGGATTTAAATATGACGCGAGAA
GACTTCTTCAATTCAAACTTTTTTATTTTATTTCCTTAGGAAAATCGATC
GAATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTT
GGTTTACTTTTGTTTCCATGACAGCTGTCGGGTGAATTTTATTTTAGTTT
ACGTTTTCTTAAATAAAATACAACTCGATATATTGAACTACCTAGTAGAT
CTTGCAGTAATAAACATTGTTAAATAATCTAAATTCAAGCTCCTTTTAAG
TTCCCTTTAACAAAATCTTAATGAATTTAATTACTCATTATGTCGCTGGT
ATCAAATGAGATTGCTTAAAATTTTCAGTCCTGTTTTGATCTATGAGTGA
GCTGCGACACTTCGTTAACTCCGCTCGAATAGAGAAACTAATAAGTCAAG
ATCGGCATCATTTTCTTTTTTGGATGTTTCAAAAGAAAAATAAGTTGGAA
ATTTGAAGTTACTCAATTATGATATTTAATTTCTATTTTTCCTAACGAGA
TAAAAAATATATCATTTACCTTTTCATTGAAATTTCTTTCTTTAAAGTTA
TGGTGATACAATTCCCCAATGTTGGCCAGCTAGAGTCTTTTCGGCCGTTT
GGATTTTCATTGGTGTCACCTTCTTTGGAATGTATTTGGGCACAATCACA
TCTGTCATGACCACAAACCTACAAACAAAAATCGAATTCAAAACAACTGG
GCAACCTGTAAGAATTTATTAATTTTGTTCTTCTTTTTCACAAAAATGCT
ACACTTTCCAAATCATGATATATAATTTAAAATTGGTTGATTTATAATGG
ACATCCTTCCTAGTAAGGAATGCGTTGTAGTATACTTTTTAGTTCAGAAT
GCCATTCTCTATCCGGTGTTTTTGACCTTTTTTGTCGCATTCGATTTCGA
GAAATCTAATGCGTAGACTGTTATCCGGGGTCCTAAAAAATGGCCCCTTA
AAAAACAAGAAACAACATTTAATTACCTTGATATAACATGTTCTCACTCT
AGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAACGTCATTCAG
GAGCACGGAATACCTAAACGTAAGTCAACTACAGTTCAATAACGTTATTT
GAAATACATCGGAGACTAATTATTAATTATTCTGCAAGCAATACACCTAT
CATCTCTTACCGCACGGTCAGGGACTGGTAATGGTAACGAAAATACAACC
CCTTTTTAACGAGCACAAAACCACTATATAATTCGAATTCTATCAAAAGT
TACAGCCTATTATGTCTCCGCTGCTTATTAAATCGAGATAGACTTTACAT
TTTGATATTATTTGATATTTGGAATTTATTGGAATTGAAATTGAAATCGG
AAGGGAAGAATCTTTTTATTTAAGGAGATAGTAAAAGAGTATTGACAAGA
GTTTCTTTTCTTTCAGCTTACGATACAATCGAAGAACTGATTGATGCATT
TAAAATGAACAAAATTCACGGTAAGACAACCAAAGTTTTTAATCATATAC
CTTATCGGCCCTTTTTACGCCGGCCCTTATTACACCACAGTCCAATTTTG
GGCTTACGCCAATTACAGCCGTCAATAACGCCAAAATTTGTAAAAATGGC
TACTTATGCTTCAAATTAGTAAATAATGACAAAAAGTTACATTAAAATGT
CATTTTCAGTAGTAAACTGTTGAAAATTCCATCGAAAATCACTGATTTTT
AAACGTATTAAATACTTCACTGAAGTTTTAAATATGGAGTAAAACAATGG
ATAATTTTCGTCTTCGAATCATACCTAAAATCCTTTAAATTGAAAAATAA
TGATAAAAAATTTTAACGCCGCTTTTAGGTTAAAATTGCAAAATCTTGGC
TCTTTTTACGCCGGCAATTATTACGCCACGAGCCCAAAAATAACGCCAAT
AAGGNGAATTAACGCCGCTTTTAGGTTAAAATTGCAAAATCTTGGCTCTT
TTTACGCCGGCAATTATTACGCCACGAGCCCAAAAATAACGCCAATAAGG
GCCGGTGTAACAAGGGCCGATAAGGTAATGAATTGTAGGTTATAGTAAGG
AAAATGCCTTTGAGTACACCCCCTTCTCACAGACCCACTGGCCATTGTTT
ACAAAAACGTCAAAAAGTTTTCGCTCATGTCGCGCGAAAGTGGAGACCGA
CCTTTTTTCTTAGCATTTTGGCCATTGAAGCCTTATGTTCTTATAAAAAA
AACGTGTACAGGTCCAAATGTAGGGCGAGAGCGCTGGATCTACTTTTCCT
TTACATAAAGCTCCGTGATTCGAAAAGCTCAACTAAACTGGCGCTACTTT
ACCATGATCTCCATGAACTCAATTTAAGGGCTCTGACCATAGTCAGAAAA
GTAGTTTTGAAAACTTTGTTTTGGGTTCCTTGGCACTTTTAACAAAAAAT
TGCCTTTACAAGTTGTTTGGTAATTTATTCTTTCAAAAGTAATTAAGAAT
TTAATTACTAAAATGACGCTTTTTAAGGTTCACAGCGTCATTAAACGTTA
ATAAAATATTACATTACCCTCTTTTACAAAAAATGCTTAGTTTCAATGGG
TAATTAACCTTTTTCTTGCGAAAATTTCTAAAGATTTTCGGAAAATCTTT
CCATATTGATGTATCAAGTACTATGACTGTTCTACGAAAAATTCGGATGA
AAAATTAGTCAAAAAACACTATTTTCAGGATTTTGAGACAAGGATGCTTT
TACAAAAGAATTCCAAAAATCCGTTTTTAGTTTGGTTAAAGATACGCCAT
CTAACGCAAAAAAAATTCAAAATCATTTTTCTTCGCCCAAAATAAGGTCT
TAAATACTTCGCAAAAGTCTCTATTTTCTTTTTCCTCGAATTTTTTCATT
ACAATTTCTAAATTTTCAAATTCAAGATCGGTTGGCCTAACAGAAAATGT
ATAACGTGCCATAGTTAAGAAATATGAAAAAATCACTATGGTCAAAGCCC
TTAAGGTCATCAACATTTATCAAAATAATTTTTAAACTATCACCAAAAAA
ATCTTCCAAGCGTAGGTGGTTTGATTTACCCTAATTTTATAATATATTTT
TATAGCAATCGCTCTTGATAAATGGATGTCCGAATATTACTTACCAGAAA
TCAAGAAAGCAAACCCAAAAGCTAAAATCCACAAGCACTCAGTACCATTG
GATTCTGGGATAGGTTTCATTACTCCCGATGAAAATATATTCAAAATGAA
AAAGTTCTTCCATGAGCAAAATGTGGATAATATGATCAGACTGTGGTACG
ATGTTGCATTGCAATTCAACCTGGTAAGTTATTTATTCATTCAAAGGTGA
GATGGTCAAAGCCCTGTACACCCCTGTTCATGCAAATTTTGAGTATTAAA
ATTTAAAATTCACTGAATTACCCAAGAGGTGGCTATCCGCAATTCTATTT
CTAAAAGAGTTACTCTTTAATCTTTAAAAAACAAGAATATTCCAACGTTA
GCCTACCGGTTATTATTCCAGGGTAATTCGAACACAACGACCATGACGAG
CTGGGAAGCAGAACAACTCAATGCAGCAGTTAAAGATGAGGAAATTGACG
TCTTATTCACAACAGAGCATATATCGTTCCCTGTATGCTTGATTCTCATG
CTAGTTTTGACAATTTGTTNACATATATCGTTCCCTATATGTTTGATTCT
CATGCTAGTTTTGACAATTTGTTGCATTGCAACAAACATTTACCTCAATA
AAAGGCAAAATGAATCGTGTATGAATTTTAACAATCCTGGGTCCAATGAG
ATGCTTGAAATGGAAGAGCCAAATAGATTAGAAGCAAACTATAGAGCAAT
GATGAAAAACCTGCAGAAGTGTGTTAAAGGATCTTCTTCAAGAAGCCAGC
AATTCGATGGGATTCAAGAAAACTCAAATACAAACACTGGAGAAGGAAGC
CAACGAATGTCAATGATCGGAAACTACAAGGCACGCGAAGGAGCCCCAGG
AAAGCTAGGTCGACATGAATATCGAGACTCACTTGGAAATCCAGAAAGCT
TTTATTCGGTGTGAGAACTTTGTAAAGTCAGGTGTAAATTCATAAGGAGT
ATGTAGACATCCCCTTCTCACAGACCAACTGGGAACGTTTCCCACTGGAA
AAATTGTCCAAAATGTCGTCTCCGGTTGGAAATTATCCTCCAATTTTTGT
CTCCACTGAAAATAATCAACTAACCAATCCTCACTGCTAAATATTTACTA
TTTTCCTAATCCCTATTGGACTTTTTGACTTGAAAACAAAAGAATTGAAA
TTTCCGAATATGAGAATATTAATGCCCATCGAGTTTCCCGTTATTTTTAT
CCCCACTGGCCGAAAAAATCTGGGTCTGTCTGAAGGGAGTGCATGTGGAT
CTTTTGTGCAATACTTAGTACCCTTGTCACTTATTGATCTAATTATGTAA
CGAGTCCAAAGATTTATCAGCAATTATATAAAAAATTTTGATTCATCTAG
TAAGC

Coding sequence (CDS) from alignment at scaffold_110:231356..238160-

>TCONS_00046461 ID=TCONS_00046461|Name=TCONS_00046461|organism=Clytia hemisphaerica|type=CDS|length=14850bp|location=Sequence derived from alignment at scaffold_110:231356..238160- (Clytia hemisphaerica)
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
ATATATCGTTCCCTATATGTTTGATTCTCATGCTAGTTTTGACAATTTGT
TGCATTGCAACAAACATTTACCTCAATAAAAGGCAAAATGAATCGTGTAT
GAATTTTAACAATCCTGGGTCCAATGAGATGCTTGAAATGGAAGAGCCAA
ATAGATTAGAAGCAAACTATAGAGCAATGATGAAAAACCTGCAGAAGTGT
GTTAAAGGATCTTCTTCAAGAAGCCAGCAATTCGATGGGATTCAAGAAAA
CTCAAATACAAACACTGGAGAAGGAAGCCAACGAATGTCAATGATCGGAA
ACTACAAGGCACGCGAAGGAGCCCCAGGAAAGCTAGGTCGACATGAATAT
CGAGACTCACTTGGAAATCCAGAAAGCTTTTATTCGGTGTGAGGTAATTC
GAACACAACGACCATGACGAGCTGGGAAGCAGAACAACTCAATGCAGCAG
TTAAAGATGAGGAAATTGACGTCTTATTCACAACAGAGCCAATCGCTCTT
GATAAATGGATGTCCGAATATTACTTACCAGAAATCAAGAAAGCAAACCC
AAAAGCTAAAATCCACAAGCACTCAGTACCATTGGATTCTGGGATAGGTT
TCATTACTCCCGATGAAAATATATTCAAAATGAAAAAGTTCTTCCATGAG
CAAAATGTGGATAATATGATCAGACTGTGGTACGATGTTGCATTGCAATT
CAACCTGCTTACGATACAATCGAAGAACTGATTGATGCATTTAAAATGAA
CAAAATTCACGGTTGGTGTTTTGTCGTGGACAAACGCACCACATCAAAAC
GTCATTCAGGAGCACGGAATACCTAAACTTATGGTGATACAATTCCCCAA
TGTTGGCCAGCTAGAGTCTTTTCGGCCGTTTGGATTTTCATTGGTGTCAC
CTTCTTTGGAATGTATTTGGGCACAATCACATCTGTCATGACCACAAACC
TACAAACAAAAATCGAATTCAAAACAACTGGGCAACCTGAAAATCGATCG
AATATGAAACAGTTCCCACGAACATGGCAGGGCTTATTTGAAGGAATTTG
GTTTACTTTTGTTTCCATGACAGCTGTCGGGTTATTTCAAGAAAGTCTTC
ATTGACACTTGCTGTCTTGGATGCGGCAAAATCAACTACCTTCCACAGAA
AACTCATAAAAAGAAAATCGACGATCAATTTATTGGCGAAGAAGCCGATA
TCGTGGTTCCCGTTCAGAATTACATCAATGGCGAATATTACCTAGGGATG
AGATACGCTAACATTCTCGAACTCGATGAAATCGAATATATTGGCGTTTT
GGACCCTCCAGATCCTGGACGCAAGAAAACAATCTTGTTTAAAAGTATAT
TCGAGACCTGGCCACTCGTTTTAATGTGTATTTCAATGTCAATCGGTGCT
GGATCACTGGTTTGGGTCTTGATGTTTTTCTGGCTGATCATATTTTGCTG
TTCTTTGAATTTTTCGTACCAAGAAACTTATCTGCCGTCGTGTGAAATAC
GTTATGATATTCGTCACTATTTCAACCATACGTGTGAAGAAGTTTACGAA
TTACAGCCTGTTTGCAATCGAACTTTGCAAGTAGCTTACTCGAATTTCCC
ACCATATGCTTTCAAAGACAAAGATGGAACTATACAAGGATTTATACCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_029649XLOC_029649Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00046461-exon-scaffold_110-1575043694:238078..238160TCONS_00046461-exon-scaffold_110-1575043694:238078..238160Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:236985..237289TCONS_00046461-exon-scaffold_110-1575043694:236985..237289Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:236474..236814TCONS_00046461-exon-scaffold_110-1575043694:236474..236814Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:235680..235771TCONS_00046461-exon-scaffold_110-1575043694:235680..235771Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:235104..235263TCONS_00046461-exon-scaffold_110-1575043694:235104..235263Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:234742..234808TCONS_00046461-exon-scaffold_110-1575043694:234742..234808Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:234341..234394TCONS_00046461-exon-scaffold_110-1575043694:234341..234394Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:232538..232755TCONS_00046461-exon-scaffold_110-1575043694:232538..232755Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:232243..232339TCONS_00046461-exon-scaffold_110-1575043694:232243..232339Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1575043694:231356..232188TCONS_00046461-exon-scaffold_110-1575043694:231356..232188Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:238078..238160TCONS_00046461-exon-scaffold_110-1510915933:238078..238160Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:236985..237289TCONS_00046461-exon-scaffold_110-1510915933:236985..237289Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:236474..236814TCONS_00046461-exon-scaffold_110-1510915933:236474..236814Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:235680..235771TCONS_00046461-exon-scaffold_110-1510915933:235680..235771Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:235104..235263TCONS_00046461-exon-scaffold_110-1510915933:235104..235263Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:234742..234808TCONS_00046461-exon-scaffold_110-1510915933:234742..234808Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:234341..234394TCONS_00046461-exon-scaffold_110-1510915933:234341..234394Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:232538..232755TCONS_00046461-exon-scaffold_110-1510915933:232538..232755Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:232243..232339TCONS_00046461-exon-scaffold_110-1510915933:232243..232339Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1510915933:231356..232188TCONS_00046461-exon-scaffold_110-1510915933:231356..232188Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:238078..238160TCONS_00046461-exon-scaffold_110-1491911889:238078..238160Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:236985..237289TCONS_00046461-exon-scaffold_110-1491911889:236985..237289Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:236474..236814TCONS_00046461-exon-scaffold_110-1491911889:236474..236814Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:235680..235771TCONS_00046461-exon-scaffold_110-1491911889:235680..235771Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:235104..235263TCONS_00046461-exon-scaffold_110-1491911889:235104..235263Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:234742..234808TCONS_00046461-exon-scaffold_110-1491911889:234742..234808Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:234341..234394TCONS_00046461-exon-scaffold_110-1491911889:234341..234394Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:232538..232755TCONS_00046461-exon-scaffold_110-1491911889:232538..232755Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:232243..232339TCONS_00046461-exon-scaffold_110-1491911889:232243..232339Clytia hemisphaericaexon
TCONS_00046461-exon-scaffold_110-1491911889:231356..232188TCONS_00046461-exon-scaffold_110-1491911889:231356..232188Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00046461-proteinTCONS_00046461-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_110supercontigscaffold_110:231356..238160 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values : 
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0.10753	0.0336366	0.239969	0.0984798	0.175867	0.0395564	0.437161	0.196649	0.19005	0.362458	0.0880542	0.127943	0.2091	0.171279	0.078963	0.0989522	0.0397775	0.0657915	0.131712	0.0861228	0	0.101796	0.15537	0.0984413	174.343	90.2664	0.411973	0.416088	0.646463	0.249533
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR013099K_chnl_dom
IPR001320Iontro_rcpt
Vocabulary: Molecular Function
TermDefinition
GO:0004970ionotropic glutamate receptor activity
Vocabulary: Cellular Component
TermDefinition
GO:0016020membrane
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
cellular_component GO:0016020 membrane
molecular_function GO:0004970 ionotropic glutamate receptor activity
Blast
The following BLAST results are available for this feature:
BLAST of TCONS_00046461 vs. Swiss-Prot (Human)
Analysis Date: 2017-10-03 (blastx Clytia hemisphaerica v1.0 mRNA vs SwissProt (Homo sapiens))
Total hits: 0
Match NameE-valueIdentityDescription
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