TCONS_00027227 (transcript) - C. hemisphaerica

Overview
NameTCONS_00027227
Unique NameTCONS_00027227
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1249

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00027227 ID=TCONS_00027227|Name=TCONS_00027227|organism=Clytia hemisphaerica|type=transcript|length=1249bp
TGGAGCGGAAGTGTCTCACGAATGGTACATGGTCTTTACCGGATACTTCG
AACTGTACGCGATCTTCGGTAGTTGGTTTTCGTGAGAAGTTGTATAGAGG
GATGGAAAAAATTGCCATTAAAaTTTACGCTGAACTGACAACAAAGGTCG
TAAATATGACAACATTGAAAGATTTTACCATACAATACAGAAACGAATGC
TTGAATAAAGCTACCAAAATCAAAAACTTAAACTCGAGACAGAAATGTGG
ACCAGACATGGAGCTCCGTTATCTTCAATGTTGGTCAGAAACACCGAGTG
ATAGCACAGCATCGATTCCATGCCAACGTCCATTTTTTGTACCATTTCAA
GGCTCAATAACAAGACGATGTTTATCAAATGGGACCTGGGAGCGACATTC
GAATGCTACACAATGCATACGGTTACATCCTGGACAGTTATGGTGGCGTT
TAGAAGATCTGTTGAATAAATACGGAGTCTATaGAGTAATGCCTGCCTAT
GTCAATACCACAACGGAACCAGAACCTCCAAAACCTGTTCCATTTAACAA
AACCAGCTTTCAGAAAACTGTCACCATTCATGGACATAACACTACGCAAA
AACTGCTAGGAGTGGAGGTAGTATGTCCAGCTACAGTCGATCCTTACTAC
CAATACTGGCCGGATGGTCTTGTTAATTCCACACTGGTGCAACCCTGTAA
CCGAAATTTCTTCGAAAACGGCCTAACAGAAAGATCGTGTGGAAGCAATG
GTAAATGGGTTTCTAGGGTTGATACGTCAAATTGTGTTAAAAGATCCAAT
GGAACAGCTATTGCTTTACATTTTCAAACGTTTGTTGGAAGATTTGGGTA
TGAGACCGATTTATATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTTT
TCAATGCTTCCTCATCAGTAAGACCAAGCTCCAACGCAACAACCACAAAA
TCCATCACTTTCACTACAAGTATAGATACTACAAAAACTCCGAATAAAAC
GTCGGCATTTTCAAATACCACTACATCTCCCTCTGCTACAAGACTCTCGA
GGaTAACACCTTCAGAGGAAGAAcacataaaaaacattttcaccaTTAAA
TGCAAAGAAATATCTAATCGCACAGATTCATCACCAACCAATATGACATG
TTCCGGTCATGTCGATGAATATTACCATTGTTGGCAAGAAACTCCAGCAA
ATTCAACAATCAGAATCCCATGCATATCACTTTATTTCTATAGTGATCG
Run BLAST on NCBI

protein sequence of TCONS_00027227-protein

>TCONS_00027227-protein ID=TCONS_00027227-protein|Name=TCONS_00027227-protein|organism=Clytia hemisphaerica|type=polypeptide|length=415bp
ERKCLTNGTWSLPDTSNCTRSSVVGFREKLYRGMEKIAIKIYAELTTKVV
NMTTLKDFTIQYRNECLNKATKIKNLNSRQKCGPDMELRYLQCWSETPSD
STASIPCQRPFFVPFQGSITRRCLSNGTWERHSNATQCIRLHPGQLWWRL
EDLLNKYGVYRVMPAYVNTTTEPEPPKPVPFNKTSFQKTVTIHGHNTTQK
LLGVEVVCPATVDPYYQYWPDGLVNSTLVQPCNRNFFENGLTERSCGSNG
KWVSRVDTSNCVKRSNGTAIALHFQTFVGRFGYETDLYTTESFLAKTGLF
NASSSVRPSSNATTTKSITFTTSIDTTKTPNKTSAFSNTTTSPSATRLSR
ITPSEEEHIKNIFTIKCKEISNRTDSSPTNMTCSGHVDEYYHCWQETPAN
STIRIPCISLYFYSD
Run BLAST on NCBI

transcript from alignment at sc0000611:83900..92073-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00027227 ID=TCONS_00027227|Name=TCONS_00027227|organism=Clytia hemisphaerica|type=transcript|length=8174bp|location=Sequence derived from alignment at sc0000611:83900..92073- (Clytia hemisphaerica)
TGGAGCGGAAGTGTCTCACGAATGGTACATGGTCTTTACCGGATACTTCG
AACTGTACGCGATCTTCGGTAGTTGGTTTTCGTGAGAAGTTGTATAGAGG
GATGGAAAAAATTGCCATTAAAGTAAGTTTGAAATTCGTTCCGTCTAAAA
AGCACTAGATCCCAAAAATTAGTTTCACGGTACTGCAAAGCTGTCCTCCA
TCGGATATATATATGGTCGGGGAAATGGGAGATATATAGGTAGAATCGAT
ATTTCATATGAATTAACTCAATAATGTAGGGCTTTTAGACAGCCTTTCGT
TTTTATAGGGTCCACGGCCAGCTCGTTCCGCTATCCATGAACCCAATGGA
TGGAGTTTTGGATAGAGCGGGTATTTGACGAGCATTCAGTGATTCAAGCT
TTTAAGGGAGTACCTAAATTTGCTCAATTAAGCTTTTACCTCTATAAAAT
TGCAACCGTCCTATGCAACCGACTGCTTCCTTCATGCCTTCTTTTTCAAA
CCAGTCGTTTGTTGTAATTGACTTAAATTTCAATATTTTTTAAACATTTA
GATTTACGCTGAACTGACAACAAAGGTCGTAAATATGACAACATTGAAAG
ATTTTACCATACAATACAGAAACGAATGCTTGAATAAAGCTACCAAAATC
AAAAACTTAAGTAAGTCTCCTTAACCCTATTAGCCCCAGGGGGGGGATAG
AATCTACCACGCTGGAGTTCTTTTGTTTATATCTCGGAGAAAAATTTTTC
AAACGACTTGAAACTTTCTGACTTTTAATAAAATCTTANNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNAACTCAAAATTTTAAAGTGCTGATAACTTCTA
AACTATTTATTCAATCATTTTCAAATTTTGACACGTGATAGGCATTGATA
ATAAAAATTTAAAAAATCTAAAGAAATTTTTTGAAAATGATGACGTCATC
ATTTATGACGTCATCAAATTTTGAAAATTTTACTCATCTTCAGCATAGAT
TTTAAGAAAAAATCTTCATGGAAATTAAAAAAACTGGCAATTATGTTAAA
GAATAGTCTTTTACCTTTCAGAATCTTCAAACAGAATTGAAATATCTGTA
TTGGTTCGACTGTAATAGACACTTTTGTAAACCATATATTTGGGCTTTTT
TCCGACAGGTGGAAATTTTGTGATGACGTCATCAGTTTTTGGATGACGTC
ATCAATTTTTTTTTTCTTCCTGGAAAATTGTATCATGATGGAGAACATCT
GTACCAAATTTCGTGGCCATAGCTCTTCTAGATCGAAAATAATCGAGGGT
GGTAGATTCTACCCCCCCCCCCCCGGGGGAAAAAAAAAAAAAAAAACCGG
GGGGGTAAATTTTTCCCCCCCCCCCCCCCTGGGGATACAAAAGTCAAAAA
AGCTTGGGGCTAATAGGGTTAAACCAAATTGATCTTTACAACCGCAAGGT
ACCTGAAATAACAACCTGGTGCACATAATATTGTTTTAGCGTCCAAATAA
TTACGTTAGATAGATATAAAACCAAAGTTCGTACATAACAACACCCCTGT
CGGATAGCCCCGGTGGGAACGTCTTCCCACAGTGAAAATGAAAATTTTTT
TTCTGATCCAAATGGGGATGAACGTTCCATTGTTCTTAGGTAAAAAAAAT
CGGTTTGGAATGGTTTCGGAGTGCTATTTTTTCCATTGAATTTTAAATCG
GGACGAAAAAATAGCCAATTTTCCACTGAGACTGAAACTATAGGATATCT
TTCCCACCAAGGACAAAATATTGGCCAAATTATCAAGTGGGCAGAGAGCC
CACCAGGTATTGGACACAGTGATGCATAGCAGACCCAAAATCTATGTAAA
ATTTGAAAATTCATTGCCGTGCTCTTCGATATACGTGAGACACTCTGGCA
CAGTAGCTCGTTTGTTACCGTAAACATTATTTCAATAACGAAATTCATGG
AATATAACTAAATCGATCGTAACATAAAGGTAGATCATCCAGCTACGGTG
CATTGGAATCTCGACCGGGCCAAAATAGAGATGCATCTCTGCTTTTTGCT
ACGCACTTTAAAATGGGTTACGGGTAAGCAGGGAAAACCAGTCTAAGGAG
TGCCCCCCTTCCCTACCGTTAGGTAGACAACTAAAGAAAAGGGAGCCCGC
AGGTTGCCTCACTGCGGTCGTAAACATATTCAAGCATGCATATCGCCACA
CCAGCACATATTCTTCAATTACGGGCTTCCATGATATTGATATTGAAAAT
TTATATCGGTTACATTATGAGATACGATGAACAAAGGAGGATACTTGTCG
CTTTAGTAAATTATATATATTGTCGGACAAGGTCCATTTTAAATTCATCA
GAACAGTCTCTGGAGTTTGTTAAGGTCCATAAATAGAGAATTCTTTTTGC
ACTTTTTTTCTATATACCTGATGTTTTTTCTCTATTAATCTTATATATAG
ACTTTTCTGTAATAATCAATTTTTAGACTCGAGACAGAAATGTGGACCAG
ACATGGAGCTCCGTTATCTTCAATGTTGGTCAGAAACACCGAGTGATAGC
ACAGCATCGATTCCATGCCAACGTCCATTTTTTGTACCATTTCAAGGTAC
GGCTTTGTTGAAATCGTTATTTTTTCGGCAAATTCAACAAATTGTAAAGC
TAAAGCTTTTTTTGCTATAGTGCACAAGCTCATCGGTTGAACCACTAGCG
GGGTCATTGAAAGAGCTTTAAAATTATTACTTGGTTGCTTCTTCAAAAAT
TTTCAATAGTTTTAAAGCAGAGAAAACTGCCTGTCTTTTAATCTTTGTTT
TGCCAAAATCCGTCGTTTTACTGGATTCTCTTGTCTCCCGAATAGACGGG
GGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGGTCCGAA
TAAGCAGGGGGTAGGAAAATTTTCTAAATTCTAATAGGCGGGGTGGATGG
AATAAGAGGGGGGGTAATTTTTTTTAACTGATATCAATTTCAACAACAAA
AGTGAACCTTTAACAAATTAACACGTAAAAAAAGAACCAATACTAACAAA
AAGGAAAATTTTAACAAGTTTAAGGTCTATCTACACTGTAATAAAAAATT
AATTATTCAAATTTAATTAGCGGGGGGTCTTAATAAGAGCGGGGGGGGGG
GGGGGGGTGGGGGGGGGGGGGGGGGGGGGAGGGGGGGGGGGGGGGGGAGG
GGGGGGGGGGGGGGGAGGGGGGGGGGGGGGGGGAGGGGGGGGGGGGGGGG
GAGGGGGGGGGGGGGGGGGAGGGGGGGGGGGGGGTGGATTTTTTTTGCTC
TTAACAATTAGCGGGGGGGACGTCTATTGGGGAAACAAGAGTATTCTGAA
AGTTTTAGCCCTCCCTTAAATCAGATATATATCGTAAAGAGCATCTCCTT
CTACTTTACAGGCTCAATAACAAGACGATGTTTATCAAATGGGACCTGGG
AGCGACATTCGAATGCTACACAATGCATACGGTTACATCCTGGACAGTTA
TGGTGGCGTTTAGAAGATCTGTTGAATAAATACGGAGTCTATGTATGTAA
AATTTCGTCTTTATCAGGGGGTTCGACTTTGTTTTTATTAGTCCAATCAA
TGACAGTCCGGCTAATACTAGATTGTAGGCAAGTTCTTGATAAATGCTTT
CATATGAATGTGTTTGGGCCAGTCGACAAGATATTTGACCGGCGAATCGT
AATTTTTATTTTGTCTTAGCGACAAAGTTCACCTTTCCCCCCGATGAGAT
GCCAAAATAAGACACCCTCCCTACCGTTAAAAATTCTCAACATTATGCAT
AAGCAAACTTTTTGAAAAGAACTGAGTAGCTTTGAAATTACATATGATAA
ATGTTTGCTTATTCTAATAGCCAGATAAAATTTTTACTGGAATAGAATTC
AATTTTCTTTTTTTCTATAGAGAGTAATGCCTGCCTATGTCAATACCACA
ACGGAACCAGAAGTGAGTATTTTTCGAAAAAATTAGCTCCTTTAAGACTT
TTCATTTAACAATACCAGGCCGAGAGATGGACTAGGTTTGGAAGGTGACG
GGCCAAAGTTTGAAAATTATTCCTTTGAGAGACTGAATTTCGAAAGTTTT
GCCCATTTTATTTTCTAATTCTGGTCCAATTATGGAAATATATGACCCTA
TGAGAGATTTTGTGACCCTTTCAGAGACTCAATCGCTGTTTTATATCACA
TACCTGACACCGATTTTGCCTAAGTCATCCCCCTCCATCTAAATAATGAC
GCATATACCAATAAAGAACAACATTTCAATGTTTGCAGCGAACAATAGGC
TAATAGGAAGCTACTCAATAGAAAGATATCCCAGATAAATAAAATGAAAT
GTTATCATGTAGAAACTGTTGTATTTTGTTACACCCCTGTGTCACAGACC
CGCTGGGACCCCAGCCCCACTGAAAAATTAATCAAAAATTTTGTCCCCAG
TGGGAAAATACCCTTGAATTTCAGCCCCACTGGGAAATTGACTTTTATTT
CATCCCCACTCGAAATTACATGTTTAAAAATTGCACTCCAAAACCATCCT
CACTGGCATTTTTTAACCTTGGAACAATAGAATTTCTATCCCCATTAGGA
TTTCAATTGGAATTTTTATCCCCACTGAGGGAAAAAGTTCCACCGGGGCT
GTGAGACAGGGGTGTTTTGTTAAAGAGACTTAACTAACTTTTCTTTTTGT
ATAGCCTCCAAAACCTGTTCCATTTAACAAAACCAGCTTTCAGAAAACTG
TCACCATTCATGGACATAACACTACGCAAAAACTGCTAGGTAAGAAAATT
GTGTTGCTTAGAATAAATTGCTTTGCTCATTAGTGGTGACTCGCAATGTT
CATTTTACATTTTATGTCAGTTTATGTCAGTGTACCGTGACTTCGGTAAC
TTTGTCAATGAATTTTGTGAAAAGCAAAAGCGGTTTTGAAGGTGATGGAA
ATTCATGGAAGATAAAACTAACCTCCTTTTTACGATAATCTTCCTTATTC
AAATACGAGTTAAAGTTTTCTAATTTTTTGACTCCTTAGGAGTGGAGGTA
GTATGTCCAGCTACAGTCGATCCTTACTACCAATACTGGCCGGATGGTCT
TGTTAATTCCACACTGGTGCAACCCTGTAACCGAAATTTCTTCGAAAACG
GTAGGTATCTACGAAGAGTAAACCACTCAAAAAAGTTCCAATCCAAAATT
CCTTTTGGAATCAAAAGAATATTTTCACGAAGATCATATCACTCATCCCA
AAAGTTTTTTGATAGTCAATAATGTTATTCCTTATTCGTCTCATTTTCTA
TCTTTGAGGAGACGCCAGCTTGATAATGTTTGATATTCGTTTTTAGGCCT
AACAGAAAGATCGTGTGGAAGCAATGGTAAATGGGTTTCTAGGGTTGATA
CGTCAAATTGTGTTAAAAGATCCAATGGAACAGCTATTGCTTTACATTTT
CAAACGTTTGTTGGAAGATTTGGGTATGAGGTAGGTTTCTGAATATTTTC
TCTGGCACTATCCGGTCTGAGTAGGATTTTGAGCATACAAGCTTCAGTCT
GCAAATGACAGATCCCCTAGATTTAGTTGCTACCTTCATTCTCAATTTTA
GACCGATTTATATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTTTTCA
ATGCTTCCTCATCAGTAAGACCAAGCTCCAACGCAACAACCACAAAATCC
ATCACTTTCACTACAAGTATAGATACTACAAAAACTCCGAATAAAACGTC
GGCATTTTCAAATACCACTACATCTCCCTCTGCTACAAGACTCTCGAGGG
TAAGTGTTTTTTCACTGACGGCTTAAATTAACAGGATTAATGAAGCTNAA
TCGGACCCTTGCGTACAGGGTAGAGAAAATCTACCCAAATTTGAGTAAAT
CTGGGCGAAAAATCGACTTTTAACCTTTCAAAGCCGCTAACTTTTTTGAA
AAAGGCCAAAAATTTCATCATTTTTTTCTGGAAATTTATTCTTTCAAAGG
CCATTTCTCGACCAGGACAAACGATTCAGGTATCAACTTTGGTATCGTTA
GAAAGCCCTTTCTCTCAGCTACAAAAAATAGCAGATTTTTTTTCTCTGAA
TCTCAAGTGGTCAGGAGTTATGACCAAAAGACTGTGTATCGGTAAAATGG
CCGTATATAATATATATATACGTATTCTGGCTTCTAAGGGTTAATGGAAC
GAGGAATAGCCCAAAGTATTCGTATAATTTTTGGATAAAAAGATATGGTT
GCCCGTTTTTTTGTTTTTTTTTTCAGCAGTATTTCCCAAAAGAAGGAAAG
AAAGAATCGTCAAATCTTTCGTGTTTTGCATTTATTTTTTAATCCATTTG
ATCTTGGTCGAGGGAATGTTTGAGGGAAAAAAGAGCGAGGAGAAGCGGAA
AGGGGTATACAAAAGATTTTTCGATCCCCCCTGTGTTGATGTGGGGAAAA
ATTGAAACGAAAACATCAACGTGTAACCATCTTGTTTCATTTACAATGGT
GAAATTTGTCGTTCTTTTTTAAATTTGTCGTTCTAAGCATAATGAGCCTC
GAACCGATTTTCTCGTATGCTTAAAAAACGAAATGAGTAGTAAATAAGAA
AACAAAATATGAGTCCATGTCAAATTTTTTTTTATGTTTCAGATAACACC
TTCAGAGGAAGAACACATAAAAAACATTTTCACCATTAAATGCAAAGAAA
TATCTAATCGCACAGGTAATGGTAATGGTAAAGTTCTAATATTTTGATAG
TTTTATTGAATTCACTCTGATCATTTACCAAGGTCGAAATTAATATCTTC
TGATGAATTGCTTTACAGTATATGACTTAAAATAATATTACTAAGGTAGT
TATATCTATCAGTAGTCAGTTGCATGGAAGCAGGGGAGGGCTGCCCCCTA
AACGGCCGATTTTTCGGGGGAAGGCACCGAAAGGCAAGGGTCACTAAAAG
ACACATCTGGTTACTAACCTTTGGGGCCTCTTTGTATATTTACACCTTAG
AATTAGCAGTTTCAACCAAAAAGAGAAAAAATTCCCAAAGATTTTCGTGA
TCGTTTCGTTCGCGTCATTTCAAAAGCTATTTTACTTTCAAAAGGGGGCG
CTTAAATCCCAATTTTCGAAAATTACCTCTCCATCTTTGGCCAACCGACC
ATGCTAATGATGTCTATCATAGATTACCCCTGCGCTCTTGGCTAACGAGT
TGCCTGAACAAACTTATTCTTCTAATAAAGATAAATCGCTATTCAAAGGA
TATGATAATGTGCGGTGTGTGTATTTTACGCGCAAGTTATTTGTAAATAG
ATAAACATTAGAAACTGACTTAATTGTGAATTAACTTGAAGAAGCCCCCT
TCCCTTTTCTCCCCCAGCAATTCTCGTTATCGTGCACCCAGTGGGCACAA
GATGTCCTATGGACGTCCTTAGAAAGTCCATTTTGGACGGGAGGACGTCT
AGAGGAGACGTCTATTGGACGTTCTATGGACGTGCAATATGAAGTCATAT
TCGTCTGTTCGATTTCGGTCCGAATAAGACGTCCTTATTTGACGCGAAAT
GGACGCTATTTGGACGTTTCTTTTAAAATTTGACGTCTGAAGGACGTTTT
AACGACGTCATATGGACGCCTGAGTCACTTCATTAATTGAAGTTTTCCAA
TTCACGATCACATCACATATTTTTTTAATTTTCATGCATTCAAATAGGTA
AAAAAAGCCAATTCAAGCAAATCGCTGGGAAGAGTCCCTTACGGTGTGTA
CACACAACACAGATCTTCTCTGTTACTTCTTTTTCTTTTGAAATTTACAG
ATTCATCACCAACCAATATGACATGTTCCGGTCATGTCGATGAATATTAC
CATTGTTGGCAAGAAACTCCAGCAAATTCAACAATCAGAATCCCATGCAT
ATCACTTTATTTCTATAGTGATCG

Coding sequence (CDS) from alignment at sc0000611:83900..92073-

>TCONS_00027227 ID=TCONS_00027227|Name=TCONS_00027227|organism=Clytia hemisphaerica|type=CDS|length=13695bp|location=Sequence derived from alignment at sc0000611:83900..92073- (Clytia hemisphaerica)
ATTCATCACCAACCAATATGACATGTTCCGGTCATGTCGATGAATATTAC
CATTGTTGGCAAGAAACTCCAGCAAATTCAACAATCAGAATCCCATGCAT
ATCACTTTATTTCTATAGTGATATAACACCTTCAGAGGAAGAACACATAA
AAAACATTTTCACCATTAAATGCAAAGAAATATCTAATCGCACAGACCGA
TTTATATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTTTTCAATGCTT
CCTCATCAGTAAGACCAAGCTCCAACGCAACAACCACAAAATCCATCACT
TTCACTACAAGTATAGATACTACAAAAACTCCGAATAAAACGTCGGCATT
TTCAAATACCACTACATCTCCCTCTGCTACAAGACTCTCGAGGGCCTAAC
AGAAAGATCGTGTGGAAGCAATGGTAAATGGGTTTCTAGGGTTGATACGT
CAAATTGTGTTAAAAGATCCAATGGAACAGCTATTGCTTTACATTTTCAA
ACGTTTGTTGGAAGATTTGGGTATGAGGAGTGGAGGTAGTATGTCCAGCT
ACAGTCGATCCTTACTACCAATACTGGCCGGATGGTCTTGTTAATTCCAC
ACTGGTGCAACCCTGTAACCGAAATTTCTTCGAAAACGCCTCCAAAACCT
GTTCCATTTAACAAAACCAGCTTTCAGAAAACTGTCACCATTCATGGACA
TAACACTACGCAAAAACTGCTAGAGAGTAATGCCTGCCTATGTCAATACC
ACAACGGAACCAGAAGCTCAATAACAAGACGATGTTTATCAAATGGGACC
TGGGAGCGACATTCGAATGCTACACAATGCATACGGTTACATCCTGGACA
GTTATGGTGGCGTTTAGAAGATCTGTTGAATAAATACGGAGTCTATACTC
GAGACAGAAATGTGGACCAGACATGGAGCTCCGTTATCTTCAATGTTGGT
CAGAAACACCGAGTGATAGCACAGCATCGATTCCATGCCAACGTCCATTT
TTTGTACCATTTCAAGATTTACGCTGAACTGACAACAAAGGTCGTAAATA
TGACAACATTGAAAGATTTTACCATACAATACAGAAACGAATGCTTGAAT
AAAGCTACCAAAATCAAAAACTTAAGAGCGGAAGTGTCTCACGAATGGTA
CATGGTCTTTACCGGATACTTCGAACTGTACGCGATCTTCGGTAGTTGGT
TTTCGTGAGAAGTTGTATAGAGGGATGGAAAAAATTGCCATTAAAATTCA
TCACCAACCAATATGACATGTTCCGGTCATGTCGATGAATATTACCATTG
TTGGCAAGAAACTCCAGCAAATTCAACAATCAGAATCCCATGCATATCAC
TTTATTTCTATAGTGATATAACACCTTCAGAGGAAGAACACATAAAAAAC
ATTTTCACCATTAAATGCAAAGAAATATCTAATCGCACAGACCGATTTAT
ATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTTTTCAATGCTTCCTCA
TCAGTAAGACCAAGCTCCAACGCAACAACCACAAAATCCATCACTTTCAC
TACAAGTATAGATACTACAAAAACTCCGAATAAAACGTCGGCATTTTCAA
ATACCACTACATCTCCCTCTGCTACAAGACTCTCGAGGGCCTAACAGAAA
GATCGTGTGGAAGCAATGGTAAATGGGTTTCTAGGGTTGATACGTCAAAT
TGTGTTAAAAGATCCAATGGAACAGCTATTGCTTTACATTTTCAAACGTT
TGTTGGAAGATTTGGGTATGAGGAGTGGAGGTAGTATGTCCAGCTACAGT
CGATCCTTACTACCAATACTGGCCGGATGGTCTTGTTAATTCCACACTGG
TGCAACCCTGTAACCGAAATTTCTTCGAAAACGCCTCCAAAACCTGTTCC
ATTTAACAAAACCAGCTTTCAGAAAACTGTCACCATTCATGGACATAACA
CTACGCAAAAACTGCTAGAGAGTAATGCCTGCCTATGTCAATACCACAAC
GGAACCAGAAGCTCAATAACAAGACGATGTTTATCAAATGGGACCTGGGA
GCGACATTCGAATGCTACACAATGCATACGGTTACATCCTGGACAGTTAT
GGTGGCGTTTAGAAGATCTGTTGAATAAATACGGAGTCTATACTCGAGAC
AGAAATGTGGACCAGACATGGAGCTCCGTTATCTTCAATGTTGGTCAGAA
ACACCGAGTGATAGCACAGCATCGATTCCATGCCAACGTCCATTTTTTGT
ACCATTTCAAGATTTACGCTGAACTGACAACAAAGGTCGTAAATATGACA
ACATTGAAAGATTTTACCATACAATACAGAAACGAATGCTTGAATAAAGC
TACCAAAATCAAAAACTTAAGAGCGGAAGTGTCTCACGAATGGTACATGG
TCTTTACCGGATACTTCGAACTGTACGCGATCTTCGGTAGTTGGTTTTCG
TGAGAAGTTGTATAGAGGGATGGAAAAAATTGCCATTAAAATTCATCACC
AACCAATATGACATGTTCCGGTCATGTCGATGAATATTACCATTGTTGGC
AAGAAACTCCAGCAAATTCAACAATCAGAATCCCATGCATATCACTTTAT
TTCTATAGTGATATAACACCTTCAGAGGAAGAACACATAAAAAACATTTT
CACCATTAAATGCAAAGAAATATCTAATCGCACAGACCGATTTATATACG
ACTGAAAGTTTTTTGGCAAAGACAGGTCTTTTCAATGCTTCCTCATCAGT
AAGACCAAGCTCCAACGCAACAACCACAAAATCCATCACTTTCACTACAA
GTATAGATACTACAAAAACTCCGAATAAAACGTCGGCATTTTCAAATACC
ACTACATCTCCCTCTGCTACAAGACTCTCGAGGGCCTAACAGAAAGATCG
TGTGGAAGCAATGGTAAATGGGTTTCTAGGGTTGATACGTCAAATTGTGT
TAAAAGATCCAATGGAACAGCTATTGCTTTACATTTTCAAACGTTTGTTG
GAAGATTTGGGTATGAGGAGTGGAGGTAGTATGTCCAGCTACAGTCGATC
CTTACTACCAATACTGGCCGGATGGTCTTGTTAATTCCACACTGGTGCAA
CCCTGTAACCGAAATTTCTTCGAAAACGCCTCCAAAACCTGTTCCATTTA
ACAAAACCAGCTTTCAGAAAACTGTCACCATTCATGGACATAACACTACG
CAAAAACTGCTAGAGAGTAATGCCTGCCTATGTCAATACCACAACGGAAC
CAGAAGCTCAATAACAAGACGATGTTTATCAAATGGGACCTGGGAGCGAC
ATTCGAATGCTACACAATGCATACGGTTACATCCTGGACAGTTATGGTGG
CGTTTAGAAGATCTGTTGAATAAATACGGAGTCTATACTCGAGACAGAAA
TGTGGACCAGACATGGAGCTCCGTTATCTTCAATGTTGGTCAGAAACACC
GAGTGATAGCACAGCATCGATTCCATGCCAACGTCCATTTTTTGTACCAT
TTCAAGATTTACGCTGAACTGACAACAAAGGTCGTAAATATGACAACATT
GAAAGATTTTACCATACAATACAGAAACGAATGCTTGAATAAAGCTACCA
AAATCAAAAACTTAAGAGCGGAAGTGTCTCACGAATGGTACATGGTCTTT
ACCGGATACTTCGAACTGTACGCGATCTTCGGTAGTTGGTTTTCGTGAGA
AGTTGTATAGAGGGATGGAAAAAATTGCCATTAAAATTCATCACCAACCA
ATATGACATGTTCCGGTCATGTCGATGAATATTACCATTGTTGGCAAGAA
ACTCCAGCAAATTCAACAATCAGAATCCCATGCATATCACTTTATTTCTA
TAGTGATATAACACCTTCAGAGGAAGAACACATAAAAAACATTTTCACCA
TTAAATGCAAAGAAATATCTAATCGCACAGACCGATTTATATACGACTGA
AAGTTTTTTGGCAAAGACAGGTCTTTTCAATGCTTCCTCATCAGTAAGAC
CAAGCTCCAACGCAACAACCACAAAATCCATCACTTTCACTACAAGTATA
GATACTACAAAAACTCCGAATAAAACGTCGGCATTTTCAAATACCACTAC
ATCTCCCTCTGCTACAAGACTCTCGAGGGCCTAACAGAAAGATCGTGTGG
AAGCAATGGTAAATGGGTTTCTAGGGTTGATACGTCAAATTGTGTTAAAA
GATCCAATGGAACAGCTATTGCTTTACATTTTCAAACGTTTGTTGGAAGA
TTTGGGTATGAGGAGTGGAGGTAGTATGTCCAGCTACAGTCGATCCTTAC
TACCAATACTGGCCGGATGGTCTTGTTAATTCCACACTGGTGCAACCCTG
TAACCGAAATTTCTTCGAAAACGCCTCCAAAACCTGTTCCATTTAACAAA
ACCAGCTTTCAGAAAACTGTCACCATTCATGGACATAACACTACGCAAAA
ACTGCTAGAGAGTAATGCCTGCCTATGTCAATACCACAACGGAACCAGAA
GCTCAATAACAAGACGATGTTTATCAAATGGGACCTGGGAGCGACATTCG
AATGCTACACAATGCATACGGTTACATCCTGGACAGTTATGGTGGCGTTT
AGAAGATCTGTTGAATAAATACGGAGTCTATACTCGAGACAGAAATGTGG
ACCAGACATGGAGCTCCGTTATCTTCAATGTTGGTCAGAAACACCGAGTG
ATAGCACAGCATCGATTCCATGCCAACGTCCATTTTTTGTACCATTTCAA
GATTTACGCTGAACTGACAACAAAGGTCGTAAATATGACAACATTGAAAG
ATTTTACCATACAATACAGAAACGAATGCTTGAATAAAGCTACCAAAATC
AAAAACTTAAGAGCGGAAGTGTCTCACGAATGGTACATGGTCTTTACCGG
ATACTTCGAACTGTACGCGATCTTCGGTAGTTGGTTTTCGTGAGAAGTTG
TATAGAGGGATGGAAAAAATTGCCATTAAAATTCATCACCAACCAATATG
ACATGTTCCGGTCATGTCGATGAATATTACCATTGTTGGCAAGAAACTCC
AGCAAATTCAACAATCAGAATCCCATGCATATCACTTTATTTCTATAGTG
ATATAACACCTTCAGAGGAAGAACACATAAAAAACATTTTCACCATTAAA
TGCAAAGAAATATCTAATCGCACAGACCGATTTATATACGACTGAAAGTT
TTTTGGCAAAGACAGGTCTTTTCAATGCTTCCTCATCAGTAAGACCAAGC
TCCAACGCAACAACCACAAAATCCATCACTTTCACTACAAGTATAGATAC
TACAAAAACTCCGAATAAAACGTCGGCATTTTCAAATACCACTACATCTC
CCTCTGCTACAAGACTCTCGAGGGCCTAACAGAAAGATCGTGTGGAAGCA
ATGGTAAATGGGTTTCTAGGGTTGATACGTCAAATTGTGTTAAAAGATCC
AATGGAACAGCTATTGCTTTACATTTTCAAACGTTTGTTGGAAGATTTGG
GTATGAGGAGTGGAGGTAGTATGTCCAGCTACAGTCGATCCTTACTACCA
ATACTGGCCGGATGGTCTTGTTAATTCCACACTGGTGCAACCCTGTAACC
GAAATTTCTTCGAAAACGCCTCCAAAACCTGTTCCATTTAACAAAACCAG
CTTTCAGAAAACTGTCACCATTCATGGACATAACACTACGCAAAAACTGC
TAGAGAGTAATGCCTGCCTATGTCAATACCACAACGGAACCAGAAGCTCA
ATAACAAGACGATGTTTATCAAATGGGACCTGGGAGCGACATTCGAATGC
TACACAATGCATACGGTTACATCCTGGACAGTTATGGTGGCGTTTAGAAG
ATCTGTTGAATAAATACGGAGTCTATACTCGAGACAGAAATGTGGACCAG
ACATGGAGCTCCGTTATCTTCAATGTTGGTCAGAAACACCGAGTGATAGC
ACAGCATCGATTCCATGCCAACGTCCATTTTTTGTACCATTTCAAGATTT
ACGCTGAACTGACAACAAAGGTCGTAAATATGACAACATTGAAAGATTTT
ACCATACAATACAGAAACGAATGCTTGAATAAAGCTACCAAAATCAAAAA
CTTAAGAGCGGAAGTGTCTCACGAATGGTACATGGTCTTTACCGGATACT
TCGAACTGTACGCGATCTTCGGTAGTTGGTTTTCGTGAGAAGTTGTATAG
AGGGATGGAAAAAATTGCCATTAAAATTCATCACCAACCAATATGACATG
TTCCGGTCATGTCGATGAATATTACCATTGTTGGCAAGAAACTCCAGCAA
ATTCAACAATCAGAATCCCATGCATATCACTTTATTTCTATAGTGATATA
ACACCTTCAGAGGAAGAACACATAAAAAACATTTTCACCATTAAATGCAA
AGAAATATCTAATCGCACAGACCGATTTATATACGACTGAAAGTTTTTTG
GCAAAGACAGGTCTTTTCAATGCTTCCTCATCAGTAAGACCAAGCTCCAA
CGCAACAACCACAAAATCCATCACTTTCACTACAAGTATAGATACTACAA
AAACTCCGAATAAAACGTCGGCATTTTCAAATACCACTACATCTCCCTCT
GCTACAAGACTCTCGAGGGCCTAACAGAAAGATCGTGTGGAAGCAATGGT
AAATGGGTTTCTAGGGTTGATACGTCAAATTGTGTTAAAAGATCCAATGG
AACAGCTATTGCTTTACATTTTCAAACGTTTGTTGGAAGATTTGGGTATG
AGGAGTGGAGGTAGTATGTCCAGCTACAGTCGATCCTTACTACCAATACT
GGCCGGATGGTCTTGTTAATTCCACACTGGTGCAACCCTGTAACCGAAAT
TTCTTCGAAAACGCCTCCAAAACCTGTTCCATTTAACAAAACCAGCTTTC
AGAAAACTGTCACCATTCATGGACATAACACTACGCAAAAACTGCTAGAG
AGTAATGCCTGCCTATGTCAATACCACAACGGAACCAGAAGCTCAATAAC
AAGACGATGTTTATCAAATGGGACCTGGGAGCGACATTCGAATGCTACAC
AATGCATACGGTTACATCCTGGACAGTTATGGTGGCGTTTAGAAGATCTG
TTGAATAAATACGGAGTCTATACTCGAGACAGAAATGTGGACCAGACATG
GAGCTCCGTTATCTTCAATGTTGGTCAGAAACACCGAGTGATAGCACAGC
ATCGATTCCATGCCAACGTCCATTTTTTGTACCATTTCAAGATTTACGCT
GAACTGACAACAAAGGTCGTAAATATGACAACATTGAAAGATTTTACCAT
ACAATACAGAAACGAATGCTTGAATAAAGCTACCAAAATCAAAAACTTAA
GAGCGGAAGTGTCTCACGAATGGTACATGGTCTTTACCGGATACTTCGAA
CTGTACGCGATCTTCGGTAGTTGGTTTTCGTGAGAAGTTGTATAGAGGGA
TGGAAAAAATTGCCATTAAAATTCATCACCAACCAATATGACATGTTCCG
GTCATGTCGATGAATATTACCATTGTTGGCAAGAAACTCCAGCAAATTCA
ACAATCAGAATCCCATGCATATCACTTTATTTCTATAGTGATATAACACC
TTCAGAGGAAGAACACATAAAAAACATTTTCACCATTAAATGCAAAGAAA
TATCTAATCGCACAGACCGATTTATATACGACTGAAAGTTTTTTGGCAAA
GACAGGTCTTTTCAATGCTTCCTCATCAGTAAGACCAAGCTCCAACGCAA
CAACCACAAAATCCATCACTTTCACTACAAGTATAGATACTACAAAAACT
CCGAATAAAACGTCGGCATTTTCAAATACCACTACATCTCCCTCTGCTAC
AAGACTCTCGAGGGCCTAACAGAAAGATCGTGTGGAAGCAATGGTAAATG
GGTTTCTAGGGTTGATACGTCAAATTGTGTTAAAAGATCCAATGGAACAG
CTATTGCTTTACATTTTCAAACGTTTGTTGGAAGATTTGGGTATGAGGAG
TGGAGGTAGTATGTCCAGCTACAGTCGATCCTTACTACCAATACTGGCCG
GATGGTCTTGTTAATTCCACACTGGTGCAACCCTGTAACCGAAATTTCTT
CGAAAACGCCTCCAAAACCTGTTCCATTTAACAAAACCAGCTTTCAGAAA
ACTGTCACCATTCATGGACATAACACTACGCAAAAACTGCTAGAGAGTAA
TGCCTGCCTATGTCAATACCACAACGGAACCAGAAGCTCAATAACAAGAC
GATGTTTATCAAATGGGACCTGGGAGCGACATTCGAATGCTACACAATGC
ATACGGTTACATCCTGGACAGTTATGGTGGCGTTTAGAAGATCTGTTGAA
TAAATACGGAGTCTATACTCGAGACAGAAATGTGGACCAGACATGGAGCT
CCGTTATCTTCAATGTTGGTCAGAAACACCGAGTGATAGCACAGCATCGA
TTCCATGCCAACGTCCATTTTTTGTACCATTTCAAGATTTACGCTGAACT
GACAACAAAGGTCGTAAATATGACAACATTGAAAGATTTTACCATACAAT
ACAGAAACGAATGCTTGAATAAAGCTACCAAAATCAAAAACTTAAGAGCG
GAAGTGTCTCACGAATGGTACATGGTCTTTACCGGATACTTCGAACTGTA
CGCGATCTTCGGTAGTTGGTTTTCGTGAGAAGTTGTATAGAGGGATGGAA
AAAATTGCCATTAAAATTCATCACCAACCAATATGACATGTTCCGGTCAT
GTCGATGAATATTACCATTGTTGGCAAGAAACTCCAGCAAATTCAACAAT
CAGAATCCCATGCATATCACTTTATTTCTATAGTGATATAACACCTTCAG
AGGAAGAACACATAAAAAACATTTTCACCATTAAATGCAAAGAAATATCT
AATCGCACAGACCGATTTATATACGACTGAAAGTTTTTTGGCAAAGACAG
GTCTTTTCAATGCTTCCTCATCAGTAAGACCAAGCTCCAACGCAACAACC
ACAAAATCCATCACTTTCACTACAAGTATAGATACTACAAAAACTCCGAA
TAAAACGTCGGCATTTTCAAATACCACTACATCTCCCTCTGCTACAAGAC
TCTCGAGGGCCTAACAGAAAGATCGTGTGGAAGCAATGGTAAATGGGTTT
CTAGGGTTGATACGTCAAATTGTGTTAAAAGATCCAATGGAACAGCTATT
GCTTTACATTTTCAAACGTTTGTTGGAAGATTTGGGTATGAGGAGTGGAG
GTAGTATGTCCAGCTACAGTCGATCCTTACTACCAATACTGGCCGGATGG
TCTTGTTAATTCCACACTGGTGCAACCCTGTAACCGAAATTTCTTCGAAA
ACGCCTCCAAAACCTGTTCCATTTAACAAAACCAGCTTTCAGAAAACTGT
CACCATTCATGGACATAACACTACGCAAAAACTGCTAGAGAGTAATGCCT
GCCTATGTCAATACCACAACGGAACCAGAAGCTCAATAACAAGACGATGT
TTATCAAATGGGACCTGGGAGCGACATTCGAATGCTACACAATGCATACG
GTTACATCCTGGACAGTTATGGTGGCGTTTAGAAGATCTGTTGAATAAAT
ACGGAGTCTATACTCGAGACAGAAATGTGGACCAGACATGGAGCTCCGTT
ATCTTCAATGTTGGTCAGAAACACCGAGTGATAGCACAGCATCGATTCCA
TGCCAACGTCCATTTTTTGTACCATTTCAAGATTTACGCTGAACTGACAA
CAAAGGTCGTAAATATGACAACATTGAAAGATTTTACCATACAATACAGA
AACGAATGCTTGAATAAAGCTACCAAAATCAAAAACTTAAGAGCGGAAGT
GTCTCACGAATGGTACATGGTCTTTACCGGATACTTCGAACTGTACGCGA
TCTTCGGTAGTTGGTTTTCGTGAGAAGTTGTATAGAGGGATGGAAAAAAT
TGCCATTAAAATTCATCACCAACCAATATGACATGTTCCGGTCATGTCGA
TGAATATTACCATTGTTGGCAAGAAACTCCAGCAAATTCAACAATCAGAA
TCCCATGCATATCACTTTATTTCTATAGTGATATAACACCTTCAGAGGAA
GAACACATAAAAAACATTTTCACCATTAAATGCAAAGAAATATCTAATCG
CACAGACCGATTTATATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTT
TTCAATGCTTCCTCATCAGTAAGACCAAGCTCCAACGCAACAACCACAAA
ATCCATCACTTTCACTACAAGTATAGATACTACAAAAACTCCGAATAAAA
CGTCGGCATTTTCAAATACCACTACATCTCCCTCTGCTACAAGACTCTCG
AGGGCCTAACAGAAAGATCGTGTGGAAGCAATGGTAAATGGGTTTCTAGG
GTTGATACGTCAAATTGTGTTAAAAGATCCAATGGAACAGCTATTGCTTT
ACATTTTCAAACGTTTGTTGGAAGATTTGGGTATGAGGAGTGGAGGTAGT
ATGTCCAGCTACAGTCGATCCTTACTACCAATACTGGCCGGATGGTCTTG
TTAATTCCACACTGGTGCAACCCTGTAACCGAAATTTCTTCGAAAACGCC
TCCAAAACCTGTTCCATTTAACAAAACCAGCTTTCAGAAAACTGTCACCA
TTCATGGACATAACACTACGCAAAAACTGCTAGAGAGTAATGCCTGCCTA
TGTCAATACCACAACGGAACCAGAAGCTCAATAACAAGACGATGTTTATC
AAATGGGACCTGGGAGCGACATTCGAATGCTACACAATGCATACGGTTAC
ATCCTGGACAGTTATGGTGGCGTTTAGAAGATCTGTTGAATAAATACGGA
GTCTATACTCGAGACAGAAATGTGGACCAGACATGGAGCTCCGTTATCTT
CAATGTTGGTCAGAAACACCGAGTGATAGCACAGCATCGATTCCATGCCA
ACGTCCATTTTTTGTACCATTTCAAGATTTACGCTGAACTGACAACAAAG
GTCGTAAATATGACAACATTGAAAGATTTTACCATACAATACAGAAACGA
ATGCTTGAATAAAGCTACCAAAATCAAAAACTTAAGAGCGGAAGTGTCTC
ACGAATGGTACATGGTCTTTACCGGATACTTCGAACTGTACGCGATCTTC
GGTAGTTGGTTTTCGTGAGAAGTTGTATAGAGGGATGGAAAAAATTGCCA
TTAAAATTCATCACCAACCAATATGACATGTTCCGGTCATGTCGATGAAT
ATTACCATTGTTGGCAAGAAACTCCAGCAAATTCAACAATCAGAATCCCA
TGCATATCACTTTATTTCTATAGTGATATAACACCTTCAGAGGAAGAACA
CATAAAAAACATTTTCACCATTAAATGCAAAGAAATATCTAATCGCACAG
ACCGATTTATATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTTTTCAA
TGCTTCCTCATCAGTAAGACCAAGCTCCAACGCAACAACCACAAAATCCA
TCACTTTCACTACAAGTATAGATACTACAAAAACTCCGAATAAAACGTCG
GCATTTTCAAATACCACTACATCTCCCTCTGCTACAAGACTCTCGAGGGC
CTAACAGAAAGATCGTGTGGAAGCAATGGTAAATGGGTTTCTAGGGTTGA
TACGTCAAATTGTGTTAAAAGATCCAATGGAACAGCTATTGCTTTACATT
TTCAAACGTTTGTTGGAAGATTTGGGTATGAGGAGTGGAGGTAGTATGTC
CAGCTACAGTCGATCCTTACTACCAATACTGGCCGGATGGTCTTGTTAAT
TCCACACTGGTGCAACCCTGTAACCGAAATTTCTTCGAAAACGCCTCCAA
AACCTGTTCCATTTAACAAAACCAGCTTTCAGAAAACTGTCACCATTCAT
GGACATAACACTACGCAAAAACTGCTAGAGAGTAATGCCTGCCTATGTCA
ATACCACAACGGAACCAGAAGCTCAATAACAAGACGATGTTTATCAAATG
GGACCTGGGAGCGACATTCGAATGCTACACAATGCATACGGTTACATCCT
GGACAGTTATGGTGGCGTTTAGAAGATCTGTTGAATAAATACGGAGTCTA
TACTCGAGACAGAAATGTGGACCAGACATGGAGCTCCGTTATCTTCAATG
TTGGTCAGAAACACCGAGTGATAGCACAGCATCGATTCCATGCCAACGTC
CATTTTTTGTACCATTTCAAGATTTACGCTGAACTGACAACAAAGGTCGT
AAATATGACAACATTGAAAGATTTTACCATACAATACAGAAACGAATGCT
TGAATAAAGCTACCAAAATCAAAAACTTAAGAGCGGAAGTGTCTCACGAA
TGGTACATGGTCTTTACCGGATACTTCGAACTGTACGCGATCTTCGGTAG
TTGGTTTTCGTGAGAAGTTGTATAGAGGGATGGAAAAAATTGCCATTAAA
ATTCATCACCAACCAATATGACATGTTCCGGTCATGTCGATGAATATTAC
CATTGTTGGCAAGAAACTCCAGCAAATTCAACAATCAGAATCCCATGCAT
ATCACTTTATTTCTATAGTGATATAACACCTTCAGAGGAAGAACACATAA
AAAACATTTTCACCATTAAATGCAAAGAAATATCTAATCGCACAGACCGA
TTTATATACGACTGAAAGTTTTTTGGCAAAGACAGGTCTTTTCAATGCTT
CCTCATCAGTAAGACCAAGCTCCAACGCAACAACCACAAAATCCATCACT
TTCACTACAAGTATAGATACTACAAAAACTCCGAATAAAACGTCGGCATT
TTCAAATACCACTACATCTCCCTCTGCTACAAGACTCTCGAGGGCCTAAC
AGAAAGATCGTGTGGAAGCAATGGTAAATGGGTTTCTAGGGTTGATACGT
CAAATTGTGTTAAAAGATCCAATGGAACAGCTATTGCTTTACATTTTCAA
ACGTTTGTTGGAAGATTTGGGTATGAGGAGTGGAGGTAGTATGTCCAGCT
ACAGTCGATCCTTACTACCAATACTGGCCGGATGGTCTTGTTAATTCCAC
ACTGGTGCAACCCTGTAACCGAAATTTCTTCGAAAACGCCTCCAAAACCT
GTTCCATTTAACAAAACCAGCTTTCAGAAAACTGTCACCATTCATGGACA
TAACACTACGCAAAAACTGCTAGAGAGTAATGCCTGCCTATGTCAATACC
ACAACGGAACCAGAAGCTCAATAACAAGACGATGTTTATCAAATGGGACC
TGGGAGCGACATTCGAATGCTACACAATGCATACGGTTACATCCTGGACA
GTTATGGTGGCGTTTAGAAGATCTGTTGAATAAATACGGAGTCTATACTC
GAGACAGAAATGTGGACCAGACATGGAGCTCCGTTATCTTCAATGTTGGT
CAGAAACACCGAGTGATAGCACAGCATCGATTCCATGCCAACGTCCATTT
TTTGTACCATTTCAAGATTTACGCTGAACTGACAACAAAGGTCGTAAATA
TGACAACATTGAAAGATTTTACCATACAATACAGAAACGAATGCTTGAAT
AAAGCTACCAAAATCAAAAACTTAAGAGCGGAAGTGTCTCACGAATGGTA
CATGGTCTTTACCGGATACTTCGAACTGTACGCGATCTTCGGTAGTTGGT
TTTCGTGAGAAGTTGTATAGAGGGATGGAAAAAATTGCCATTAAA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_015309XLOC_015309Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00027227-proteinTCONS_00027227-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00027227-exon-sc0000611-1575043694:91952..92073TCONS_00027227-exon-sc0000611-1575043694:91952..92073Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:91414..91522TCONS_00027227-exon-sc0000611-1575043694:91414..91522Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:89278..89397TCONS_00027227-exon-sc0000611-1575043694:89278..89397Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:88282..88412TCONS_00027227-exon-sc0000611-1575043694:88282..88412Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:87862..87903TCONS_00027227-exon-sc0000611-1575043694:87862..87903Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:87035..87119TCONS_00027227-exon-sc0000611-1575043694:87035..87119Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:86674..86784TCONS_00027227-exon-sc0000611-1575043694:86674..86784Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:86344..86477TCONS_00027227-exon-sc0000611-1575043694:86344..86477Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:86025..86222TCONS_00027227-exon-sc0000611-1575043694:86025..86222Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:85109..85181TCONS_00027227-exon-sc0000611-1575043694:85109..85181Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1575043694:83900..84023TCONS_00027227-exon-sc0000611-1575043694:83900..84023Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:91952..92073TCONS_00027227-exon-sc0000611-1510915933:91952..92073Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:91414..91522TCONS_00027227-exon-sc0000611-1510915933:91414..91522Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:89278..89397TCONS_00027227-exon-sc0000611-1510915933:89278..89397Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:88282..88412TCONS_00027227-exon-sc0000611-1510915933:88282..88412Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:87862..87903TCONS_00027227-exon-sc0000611-1510915933:87862..87903Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:87035..87119TCONS_00027227-exon-sc0000611-1510915933:87035..87119Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:86674..86784TCONS_00027227-exon-sc0000611-1510915933:86674..86784Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:86344..86477TCONS_00027227-exon-sc0000611-1510915933:86344..86477Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:86025..86222TCONS_00027227-exon-sc0000611-1510915933:86025..86222Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:85109..85181TCONS_00027227-exon-sc0000611-1510915933:85109..85181Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1510915933:83900..84023TCONS_00027227-exon-sc0000611-1510915933:83900..84023Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:91952..92073TCONS_00027227-exon-sc0000611-1491911889:91952..92073Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:91414..91522TCONS_00027227-exon-sc0000611-1491911889:91414..91522Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:89278..89397TCONS_00027227-exon-sc0000611-1491911889:89278..89397Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:88282..88412TCONS_00027227-exon-sc0000611-1491911889:88282..88412Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:87862..87903TCONS_00027227-exon-sc0000611-1491911889:87862..87903Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:87035..87119TCONS_00027227-exon-sc0000611-1491911889:87035..87119Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:86674..86784TCONS_00027227-exon-sc0000611-1491911889:86674..86784Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:86344..86477TCONS_00027227-exon-sc0000611-1491911889:86344..86477Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:86025..86222TCONS_00027227-exon-sc0000611-1491911889:86025..86222Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:85109..85181TCONS_00027227-exon-sc0000611-1491911889:85109..85181Clytia hemisphaericaexon
TCONS_00027227-exon-sc0000611-1491911889:83900..84023TCONS_00027227-exon-sc0000611-1491911889:83900..84023Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000611supercontigsc0000611:83900..92073 -
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	0	0	0	0	0	0.964874	1.14966	7.57022	8.93742	10.0228	16.4033	0.294939	0	1.49154	1.97538	0	0.13124	0	0.151787	0.395791	0.386106	0.977838	1.35128	0.906926	0	0	0.648968	4.39211	2.89323
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001879GPCR_2_extracellular_dom
Vocabulary: Cellular Component
TermDefinition
GO:0016020membrane
Vocabulary: Molecular Function
TermDefinition
GO:0004930G-protein coupled receptor activity
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:0004930 G-protein coupled receptor activity
Blast
The following BLAST results are available for this feature:
BLAST of TCONS_00027227 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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