TCONS_00012820 (transcript) - C. hemisphaerica

Overview
NameTCONS_00012820
Unique NameTCONS_00012820
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length6903

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00012820 ID=TCONS_00012820|Name=TCONS_00012820|organism=Clytia hemisphaerica|type=transcript|length=6903bp
GAATGACGGTATTATTGAGATGTTGAAACAGAGGTTATGAGATTTTTCTT
TCCATGTATGATTTCgtaaaaaggaataaaaaagatgttttgAGTGATCC
TCAGTACGCCTGAGACGGTTCACAGTTCACCATGAAAGCAGacCCTGGTC
GTGTCCAGGTTTTTGTCCGTTTACGACCGCTCAACGAATCGGAAGATCTC
AATAAACACCCGCTTGCCGTGACCATCGCGGATGACGAAAACAAACAGAT
CAATCTATTCGACGGTAAGAAAGACCAACTTTTTCAATTCGATGGCGTCC
TTCCTGACCATGCTAACAATAAAGAAGTGTACAAAAACGTGGCTGAACCT
CTGGTCTATTCTGCACTCAGTGGCTTTAATGGAATTCTCATGTGTTATGG
TCAAACCGGAACAGGTAAAACGTATTCATTGATGTCAAATGATGGGATGT
CAGTACGTGTTATGTACCAGTGCTTCAAAGTCATCAATTGTGATCAACGA
CATCGATATATGGTGACATGCTCGTACATGCAAATTTATCAAGAGAAGAT
TTACGATCTCTTGAACGAGACAAGGACTGTCGAACTATCGCTTCGTGAAC
ACCCCAAAAAAGgagttTACATTGAGAATTTGACAGAATATGTCGTGCAC
TCGCCCGAAGAAGTTTTAAATCTTCTCAAAGTTGGACGGAAACGTTTAGT
GTTCGCTGAAACCAAAATGAATCGTGTCTCTAGCAGATCTCACGCCATCA
TCCAGCTGAAGATTTTGAAAGAACGTGTTGGCAATGACAACCCAGCAAGT
CGAATGGCATCTCCATCTTCGTACGGAATGAAAACTCCCGATTTCTATTT
CTCAGATGACGAAGAAAGTGGTCATGATAGTTTCGCTGGAAGCATGAACG
ATACATTCGAAACACTGAGAGGCGATGATGACGAAAATGAAGATGTGCTT
GGCAACTTAACCGACCTCGAAGATGGAGTCACTTCAGTCCGTGGAAAAAT
CTATATaTGCGATTTAGCAGGTAGCGAACGTATAAAGAAAACCAAGGCTA
GTGGTGAACGTCTATCAGAGGCTATGCATATCAACTCCTCTTTGTTGGAA
CTCGGAAATGTCATCCAAGCTTTAGCTGAAGGAAATACACACGTCCCGTT
CAGAAATTCTACTTTAACCCGACTTCTACAAGAGGGATTATCGGGGAATT
GTAAAACCCGTCTTGTGGTATGTGTTGCACCAACTGTGAAAGATTCCCAT
GAGACAAAATGCAGTTTATTGTTTGGATCACGTGCTATGAAAGTTCAAGT
TACCGCGCATGTCAACTATGAAGTCGATTACAAAAAGTTGGCTGAAGCGC
TTGCTGCTAAACTTGAAACCCTCGaaCAAGAATGGGACATTCAAAAACAA
GAATTCATTTCGCAATTGCAAGGAGAGATCGGTCATCGTAGAGCTATTTC
GCCAAATGAAAACACACCGAGTGTGAAAACCGATATCACACAAGTACGCT
CACTGCTTGTATTAGAATTGATGACACTGcaacttttttacaactttcaa
aaccacacccaatctcacggtaccgaCGATATGATGTCAACGAAAGCTGT
CTTGTTCAGTGCAAACAATCAAGATATGATGCTTAGAAGCATGGAAGGTT
TGTTGGAGCTGTTGCGAGACTACGTACGCGATCGAGCACCAGCTCGGTCT
TCTAACAAACGAAACTATTCAAACCAATCAAGTAGCGGTCACTCATCTGT
TGTGACCAGCCCTGATTACTTGGATCAAGGTACACCTAATGACGTCATGC
CAAACACATTGGAACCGGTTGCGTCATTTCTCGAGCATGCGCAAATCAAT
AAAGCAAATTCACAAGAGACTGGGACAGAGAAATCGTTCGCACAAGACAC
GAAGACTGTGAGTGAGCGTTTGAAACGTGTCGTAAATACGATGATCCAAC
TTCGAGAAACGGTCAACGATAAAGCATTACGTCACTTGAAGGATACTTTC
GAAGCCTCTTTACAAGaTTCCGGTAAAAGCATTGCTTCATTGAACACTTT
GGATGACGTTGTATCAGTTCTGGACCAACAGAAAGATCTTCTCTCAACGT
TCGATTCGTACGACGATGTCCAATCATTGGAAAGTACTTTATATTATCTC
CTGATGGATAAATCCTTACTAAGTAGTATGATTTTACTTCGTGCACAAGT
TGGTGATTTGATGGAAGGCTGGACCTCCCTCCCCGCTGGCACAGGAAGTG
ATGTCAAGAGACTTTTAGAAGAACTAACAAGTGAAAGAACAGCGCGCGAT
AAATTACAAGATGAGTTATATTCACTTCAAGAGGAATCCATTATGTCTGA
AGAGAAGTTAAAAGATGTCGAATTAGAACTTAAAGCTATACGCGAGCTAA
AAGAGAGCTTGGAAAATAAGCTACATTCGTTTGAGAGTAAAAATGAGACA
ATGGGTGAACAACTATCTGCTATGGAACGAGAGAAGGATCTTTTGGAAAA
TCGTATCACAGAAATTGACAAGAAAAAAGAGGGTCTTGAAGCTTGTCTAA
AAGACAGTGAAAACAATAACGCGCGTAAAGAGCGTGCAATGGTGGACTTA
AAAAATGAGAAAGTTGCTTTGGATAGCTTAGTAGCCACACTCAAAGAGGA
GATCAATATGCTAGAGAAGGAGCGTACGCGTGATGTGGAGGATAAGAGAC
ACATCGAGGAGGAGCTGGAGGACCTGAGAGATCGAAATATTATTTTGGAA
ACAGAATGGTCGTGCTGTAAAGAAGAAAATAGTTTGCTGGAGAATGAACT
CAATGCTCTGGAAGAAGATAAAGCCTACCTTGAGGATGAGATCGGAAAGT
ATCGTGAAGACGTCAAAATGCTGGAAGAAGCTCTATCCACACTTGAAGCA
CAGGCTGCGGATTATAAGAAAGATATTGTGGCCTTGAAAAACAAGGAGGA
TCGACTTATAGTCAGtattcgaaatgaaaaagacaAATTCAATAAAGAGT
TGAATTCACTACGTCAGGAAATGAGTACGTTACGTGTTGAACGACGTCGT
ACGCAACGGGAGATTTCCGTATCACGGGCCGATAAGAGCAATACCGAACG
AGCGTACAACGCGCTGAAATCACAAAAAGACTCTTTGCAGGATGATGTTG
TGTCTTATAAACAGGAGGAAAAGAGGCTACAACGTGAAATATCCAGTCTG
AAAAATGACAAAGCAAAACTAGAAAGGGATGTCAATAActtgaaaagtga
aaatatcaaattgaaaaatgaactaCAACATGTCGATAAAATGAAATGTG
ATTTGAAAATGTTGCAGAAAAACGAAGATCGAATCGCGTCGATGTTTAGT
ATCGAAAAAGATCGATTGGTCGAAAATCTTGTGCATTTTAAAGAGAAATA
CAACCGAATGGAACTCGATTTCAATAAAATATGTACTGAAAAAGATAAAC
TTGTGAAACAGTTAAAACGCTTTGAAAACAAACATGATGAATCGGAAAAC
TCAGCACGTCGCTCTCAAAGTCAACCTACAAAAGCCTCCACACCTGATAA
CAGgactaaaaatctaaaatcggcCGCTTCTATGCATGGCATGCTTGCGC
GGAGAAGTGTACACTCAGGTGAGGTATCTGAAGTGGAAGGCAAGGTGTTA
GACTTACAAAGACGATTAGCTTTCTTTATGGCAGAAAAGGAAGATATTCA
AAAAGAACTGATAACGACCAGAGAAAGAAATACAAAGCTCACGGATGAGT
TAAAATTTCTAGAGGATGATACGTCTAAAATTCAGACACTTCTTTCCACG
CTAGCGGACGAAAAATCTAGCCTAGAAACCAAGCTCAATAAAGCTTCGGA
ATCGAGAGCTATTCTTGAAAAAGAGAGAGATGAATTAAAAGGAGTCGTTA
CTATGGCTCATAAATTCACCACTGAACTACAACATCAACTGGATAGCGTC
ACCGAACAGAATCGTGTTTTAGAAGTAGATCACGCCACCTTAAAAGAAAG
CGTGAATGTTCTTCAAAACGAGGCTGTGATACTGACGAACGAGAATAAAC
ATATAAGAATGGAGTTTGAGAAAGTGGATGGTGATTTGAATTCTACGAGG
TCTATGGTAGAAGAAATGAATACCAAGATCACAGACcttaaaaagaaagt
aaagaacGCCAATGATAACGAATTCTTGTTGCATGATAAGCTATCAAATT
TGGAGACAGAGAACGTTTCGCTTTCACAACAAGTGGATGTGTGCCATCAA
GAAGAAGATCTACTGACTAAGCAACTTGTCTTCTTACACGAGAAATTCAA
TACACTGGAAAAAGCTCTTCACAATAttgccgaaaacgaaagtgatgcAG
AGgCATTAGAGAAAGTGAAAGAACTGAAGATGGCAAATTCGTCATTGCGC
AGCACGATCAACGAGTTGAAGAGAGAATTGGAAGCGGTTGTCTTAGATGC
TGAATGTTTGAAAGATGAAAGAGAAGAGattgaaaaattacttcaagTTG
ACAGCAAAGAAAACTTGTCTCAAACAGGCTCGTTGTTCGACAATATTTGT
CGGTTGAAGACacaagttttgaaagtgaaacAAGAGAAGATACATATCGA
AGAGAAAATGAAACTGATTGAAGTTCAACTCATCTCGCTTGGTCATAAGA
ACGAAACACTGGAAAAAGACAGTGTGGAGAAGAGTTCAAGACTTGAACAA
GAAAAAGCCAACTATCGACAACACATCGATAAACTACAACAACAAATTGA
AGAACTCGTTCGCGAGCGAATACAACTCGAAGCTGAAGTTGAATTTCTAA
AGAAACAGAATTCAGAGCTACATCGTGATATAGTCATTATTTTGGATGAG
AATAGTAAACTGGAATCTGAGCTACAAGACTTGGAAGCAGAGTTTGGTAA
GCAGGAACAAGACCTAGAATCAGCAACTGAAGAGACCAAACTTCTTCTCA
GACAATTATGTTCAGCAGAAACACAGAATTTGAATCTGAACATGCAACAA
AGCACCAACCAAGACGATTTGGAGCGAGCTCAACAACAAGTGCAAGAATT
ACAACGTGAAAAAGAGAGATTGAGTGAAGAACATCTCTCTAAAGATCAGC
AAACAAAAACACTGAAGGATCGTTTGTTGATGGCTGAACTTGAAATCTCA
CaattgaaatctgaacattgtATGGTCGAGAGTCAGCGGAGAACGTTAGC
GCGCAACTTAGATGCTGCCGACCAAGAACGAGCCTTGTTGAAAAATGAAC
TCCAAGGTCTGGCACGTGCTTTGTCTCCTCTAAAGAAAGAAGTCTGCCAA
GTGGTCAAAAAACAACACAGTCTCCTTgacaacaataacaataaagatAA
CGTCACTGATGATCGTGGTTGCCAAGACAACAACGATGAAGCCGTGACCG
AGGATAATGATGATGTCAttccaaaagaaaatgaagcTGGTCTTGATTTA
CCGGATGAgGTCAATCGAATGAAAGAGGATTTGACGTCATTCAACGAAGA
AAAATCAGCCTTGGAAATAGAACAAGGCCGTTTGGAAACGAGGCTGAAAG
AGATTGGGGACGAAAAAGATGATTTGAGATCCAAACTAAGGGATTTGATA
CAAGATTTGGACGAGAGCAATAAATTAGCATCTAAAGAAAATTTGTCAGA
AATGGAGGACTCCATTCGCATGATCAGCTCTTTAATGAGTGACAGCGAAA
CATTGGATCACGAAAAGGATGACTCCACCCATCTTTGAACCAATCCCAAG
ACACCGTGCAATGACCACGCCCTTACGACGTACGTCTGACAGTGACGATG
AAATTGTCCGTCCAAAACCACGGCCAAACAGTTGTGTCGGGATTTACACC
ATCAATTTTCCAACTTCCACATTGGTTCGTTCTAACACGACAACATCCGT
TACCACTCCCCAAGTGGCACGTCTAATGGCAATGTCTTCAAGCAGCAGTC
GTTTAAGTCGGAAATACCGCATTGCTGAGCAAGAACGTTCCGCTGTTAAG
CGTACCCGGCGTCCATTGGCTTTACGGATGCGAAGATACCGTGATTTGCT
TGTCTTTGGGAATTGCGCCGGAAAGACTCGAAAATGACTAATGGtgattt
tcattatttcatttgtttttttaatatttttatttagctGTTTTTTCGTT
AATTTTTATGACATTTCTCCCTACTTCTAGGGAGTCTTTGAATTTAGGTT
TGATAATAACAGACCTCTATGAGATTACTTTTCATCCTCATAGATTTAAA
TCTAACTTATGAATTATATTaagatttgttttgaaatagttTATGTTGGT
TCCGTTTGCATTCATCGAGTTTTATCATTTCTCGTGTTTTCTCCCTTTTC
TAAATGATTCTGTCTCACTCAATAGACTTGGTTGAAAACCAACGTCGGCT
TTTTTTAATAATCAAGATATAATTCCAAATTATCCTACTGATATTTCTTT
GTTGATATTTTCTGTACATTATCATTTCTTGTGTTTGTTAAGTCAAATCC
GCCGCTCaccattatttttcttttggatTTACTTTTCACTTGGGTCCTGC
TGTGCGGGAACCGTTTCTTAATCAATTTATGCCATATCCAACATTTGGCT
TTCAAATATTGGTTTTCTGGATTGGCTATTCCAAATTGGCGTCATACTTT
CACATTCTTTATAGAAACTTTGATAACATCACCTTCTTTGTTCGACTTTT
CCGACACAAGAAATTTAAGCACTCTTCGAGTATaatattgtaaaatattt
tttaaaccaTAAAATTTAAACAAGTCATCAATAATTTTAATACCGTCAAT
ATTTTATCTTACAatttatttctcattttatATAAATTCTGTCATGTAGT
GTACATTAAagtgttcaaagtttttttttttcgatgtaaagttttttgct
aga
Run BLAST on NCBI

transcript from alignment at sc0000156:245832..269901-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00012820 ID=TCONS_00012820|Name=TCONS_00012820|organism=Clytia hemisphaerica|type=transcript|length=24070bp|location=Sequence derived from alignment at sc0000156:245832..269901- (Clytia hemisphaerica)
GAATGACGGTATTATTGAGATGTTGAAACAGAGGTTATGAGATTTTTCTT
TCCATGTATGATTTCGTAAAAAGGAATAAAAAAGATGTTTTGAGTGATCC
TCAGTACGCCTGAGACGGTTCACAGTTCACCATGAAAGCAGGTAAGATGG
CGCATCTTTTCATGGTTTGATTGTCTGACGTAATGATGTCAACCCCATTA
CGATGATAGATAATTTAAAATATTTCTGATTGATTCTAAACACTAAAGCA
TTTTTGATGTTAAAAGTTTTCACTTTCAAGATCCACTCTAAATTTTCTTT
ACAATTAAAAAAGAAACCTTAAAACCTGTTTCTTTTTTTCTTGGATATAG
TTTCCAAAGCAATGGAGGGTATCCAAAAGTTAGTGACGTCCTTATCGTCA
AATTATAATAGCGTTTTGTTAATCAGATTTCATTAAGTAATTAATAGGAA
TTAGTACTTTGTCGAATTTATGAGGTATTAAAAAAATGGGGCCATTTAGT
TGCATGAAGAGGGTATGATTGTCGCACCGATGAATTGTCAACTTTTATCT
AAAGGAGATTTAATCCGATCAAGTTAATCCGATCATTTTTTCGATTGATC
AGAATTTTGAATGTTTGATTAAAATCTGACATTCCCTTTTTAAAGTATTT
TTAGCCTTTTTTTCAAACTTCTAATATTTCCCATGTGAGTTTTTCCAGGT
TTTACAATGATTCTGTACTTCTAGAAGGATCAAGTGTCTTTAAAGTGATT
GACAAACTCTTGATTTTTCGATTGTTTATCATTTCCTCATAATTCAAAAT
TTAGATTGTTTGTGCAAAACATAACTTAATCCAGCGTCGAACTTTCATTT
CCTACTAAAATGTCATAAATTCATATTACGAAATAAATTTATTTGATGAC
GTCATTGTTTGAATGTAATCCAAGAAGCTTTTTTTTGTCAGTCTGAAACT
TTCGTCAAGGCTATCAGATTTTCGATATGTTTGTTCATATGATGTAAATA
TCATAGAATTAGAAATTTTTGTGTCAGATCAAAAACGGAATTTTAGGGAT
TTGCTTCATTAAATGGTGTATTTGAGATTTTAACCTTTCAAAACCTGACG
TAACAACTTCACTCAGAACGGTTTTATTAACAAAACCTCCATTTTTAGAT
CCCCTATTTACAAAATATTTCTCTGAAATTTTTGATAATTTTGATGACAA
TATTGACCTTTTGAAATTCTCCTTATTTTCACATGGCGAAGAATTTCCTT
TATGTTTTTGTGAAACATGGAAAGATATGAATTTAAATTTCATTTTTAAA
CACTATAAATTTGGCTCATTTCTCTGACACATTGGTTTACACTTCGTATT
AACCAATTAGATTTCTTTTGATTTGTTGTAATGCATTGCAAATTAAACCG
AGGTGATCATTTTACCGTTTTGAAGCCCTTTTTATACTACTTGGATTTCT
CTTTCCAGCTGATTCCCATTTCCCATACAACAAATCCTGTACCTTAGTGC
GTAGTATAGTATGGCTAAAGGATACCTAAAGGCTGATCAAGTGAACTTTG
ATGCAACTGGGCCTCAATGAGGTAGAAACATGAACTTTATTATTTCTATT
TCTTTTTTAGACCCTGGTCGTGTCCAGGTTTTTGTCCGTTTACGACCGCT
CAACGAATCGGAAGATCTCAATAAACACCCGCTTGCCGTGACCATCGCGG
ATGACGAAAACAAACAGGTAAATCTTGTAGATTATTTCTTTGGCAACAAT
TAGTCTTGATGTCTTGACACTATTCGACTCTGTTTTCTACTAGAAGGAAG
AAGTTTCTGGTTACGCATCAATGTCATATGTTGTTTTTACTGCAAATGCT
GTCTTCCTAAAACTGTGAAATTTAAGTCATCCGTACCATCTCAGATAATT
TCTTATCACATTGTCTGCTCTGCTAAGTTAACTCTGGAAAATAAGTTAGA
TCTGATCAACCACACCTCAATTTTTCTGTGAAAGTTTAACACTTAATACT
CTTTAATTACAGATCAATCTATTCGACGGTAAGAAAGACCAACTTTTTCA
ATTCGATGGCGTCCTTCCTGACCATGCTAACAATAAAGAAGTGTACAAAA
ACGTGGCTGAACCTCTGGTCTATTCTGCACTCAGTGGCTTTAATGGAATT
CTCATGTGTTATGGTCAAACCGGAACAGGTACGAAAAATTAACTTCTCTA
GAAGTCTTATCCCTTCAACTAAAATAATATGCCTGTCNCGAAAAAAATTA
ACTTCTCTCTAGAAGCCTTATCCCTTCAACTAAAATATTATGCCTGTCAG
TGTTTTGTATTGGACTCTACTGTATTGGAACCTTCCCTAAAACACGAAGT
ACCCTTTTTTACTGGAAGGTGTTCTGTATTCTAAAAGATACTTCCTTTCG
ATGGCGCAACTGTACTCGTTATTTCATGTGTTTTTTATATTCTTTAGTCT
GTTTTCTTTTGTGAATGAGCAAGGAAAATTAATTTTTAAAGGATATTTGC
TTGCATATTTTTCAATCGACGAAAGAAAGTCTTTCTCCCCTTTCGGTGCC
ACACGAGTGCAAATTTTGTATGTTCTACCTTCTCAGTATAGAGGCACACC
TCCTTTCTTTATCATAAGAAATATTGTATCATTGATTTACACCTCATAGA
CCACGTGCAATTTCATGTTCAGTGAACTGTCCAATAAGATCTCTCCATTC
TTTTGCAGGTAAAACGTATTCATTGATGTCAAATGATGGGATGTCAGTAC
GTGTTATGTACCAGTGCTTCAAAGTCATCAATTGTGATCAACGACATCGA
TATATGGTATGTTTCTCTCTATCCTCTATGCTTAAATACCAAACGAATAG
ATTCTTCTTTTCACTGTACAGAGTGTTCACAAGTTTTTCCTAGTTAGTAA
TATTTTGTTTCTTTATACCCTGCTCACAGGTGACATGCTCGTACATGCAA
ATTTATCAAGAGAAGATTTACGATCTCTTGAACGAGACAAGGACTGTCGA
ACTATCGCTTCGTGAACACCCCAAAAAAGGTGAGTAAGCTTTAGTATAGA
CGGTCCATCTTTGACACTGTCTATTTTTATTGTCGTGAACATTAATAGTG
AATTTAAGTGGGCAGAAAGTTGGCCGTCTAAACTCAAGGAATGGTCCGTT
TTTGACGTCAATGCATTGTCTTATTTCAAACTTTTCCAAGCAAAGATTTC
AACTGCCTACTCTAACAACTAAAATAGGCAGGGCAGAAAGTTGTCTGTCT
AAACTAGTGCTAAGACAAACATGAGCTTTCAGTGTTGATTTCTTCGTTCG
AAATAGGTTCGCTTTTCTGTCTTAGAACCACCGTGTTTTTAGAAAGTGGA
AAGTAAATAAGACCAGACAAATAGTTTTATGGTCAAGAACTGACATGACA
AAACAAAACTGGACCCCAAAAAATGAGTTTAAACTCATCTTTCCAGCTTA
TTATTCAGGGAGCGGTTCGATCCATTGTACCTTTTAAATAATTCAGAAAT
ATGAAATTTCGGAGGGAATTTTCTAGAAAAGTGATTTGTAAATTAAAAGA
ATGATGTCACGAACTATTCAAATATTAAAAAAATTACATCGAGTTCTTCA
GGGTTTTTACTGATTTTCTACCATATCCGAGACCCCAAAATTACATAAAT
AAGTATTATGTCTCGAAGGTGTTCTCTTGGTGTTATTTTTACTTACTTTC
AACTCTGTTTTGATTTTTAAGGAGTTTACATTGAGAATTTGACAGAATAT
GTCGTGCACTCGCCCGAAGAAGTTTTAAATCTTCTCAAAGTTGGACGGAA
ACGTTTAGTGTTCGCTGAAACCAAAATGAATCGTGTCTCTAGCAGGTAAG
GGACATTTTTTTCTTCAGCAATTTGGGATGGTTGATTCTTTTGCTTAAAA
TCATCTTCTTCTTCAGGCTAAGTGATGTTTTCTGTTTTTGCTTTGAAACA
GAAACTTCAATAATCTAGCATAATCTTTTTTAAACTGGGCATCTTTCTGA
AATGGAAATACCTTTCACACTAAACCTAATACATGGGAACCTGCTTTTCA
TCTACATGTTTCTTTGGTAACCACCAAATTCTAAACATAAGACTTGAACT
AACTTCCTTGAACTATCTTTTCATCTTCATTCTCAGATCTCACGCCATCA
TCCAGCTGAAGATTTTGAAAGAACGTGTTGGCAATGACAACCCAGCAAGT
CGAATGGCATCTCCATCTTCGTACGGAATGAAAACTCCCGATTTCTATTT
CTCAGATGACGAAGAAAGTGGTCATGATAGTTTCGCTGGAAGCATGGTTA
GTCCGCCCAGATATATACCCTGCCTCCAAATTTTCCATAACTCTCTAGGG
TATACTTTATATACCTTAGTAGAAAATTCTGACGAAAAATCGCTTGGTTG
CAAATTCTTTTACCAATGAATCTTTTTTACTGGCGATATTTTTCACGGAC
GAATTCTCTACCGATAAAACACTTTAAAGATGCAAATTTTCAGGGATAGC
ACTTTCACGAATTCTAGTTTTAGAAGAAATTTTACTACTAAAGTTTTCGT
GAATTTTTAAAATGTACATTTCTCGTGTTATGTTTTTCGTGTTACATTTC
TCAGTTAATCAAGAGGCCTGTTTTTGAGAAATGATAGCTCCCGTCTTGAT
GAAAAGCCTATGACGTCAGAAAGACTTATGTGCTACTTTCCATTTGCTTC
TTACAGGGGTTGAATCCCAAAAAAGGGAACTTCACTAACTAAATTGAAGA
AAACGATGAGGAATAGAAAGTATTCCTGTGTAAATTAACTTTAAATTTTG
TATTCTTTACATTCTAGAACGATACATTCGAAACACTGAGAGGCGATGAT
GACGTAAGGATAGTTCCTTCAAAATATTTCCAATGATTATTTGATTCTCA
GAATCTCTTTTTGATATTCCCAATGAATTTGATTTCTAAACTGAATTGAT
GTCGCATTAGAGATATTTATTCACATTCAGTCCTGAAACACTTGATCATT
TCAGAAATTTTCATTTAGAAGTTTTAATATTTCAGTAATTTAGTATTTTA
GAAGCTTTAATATTTCGACCATCTGATTTTACAGGAAAATGAAGATGTGC
TTGGCAACTTAACCGACCTCGAAGATGGAGTCACTTCAGTCCGTGGAAAA
ATCTATATGTAAGTCAAAACCATTGATTCTAATATTCATGGTCTGTATAT
TTTGAAACCAATAGAAGGATTTGGAACTAGTGAGATCTCTTATGAGAGAT
TTTCGTGATGAAATTATGTCTTAACATCCGATCTCGCGCTATGAGTAAGT
TGCACCACTTTTTTCATTTTTACTGATGAACATATGCGTTATTTGTCATT
TCTATCGAACCCCACTTGGAAATTGCCTCTCAATTTTATTCTCATTGAAA
TTAATTTTGAGCTGGAAACAATAGAAATCGGGGTTTCAATAGAAATTTTA
TATCCCCACTGAGGGAAGAAGTTCAACCGGGCTGTGAGACATTGGTGTAT
TTTATGTATACCGATCACCATTCTATCGTATTTTATTTTCTTCTTTTTGT
AGATGCGATTTAGCAGGTAGCGAACGTATAAAGAAAACCAAGGCTAGTGG
TGAACGTCTATCAGAGGCTATGCATATCAACTCCTCTTTGTTGGAACTCG
GAAATGTCATCCAAGCTTTAGCTGAAGGAAATACACACGTCCCGTTCAGA
AATTCTACTTTAACCCGACTTCTACAAGAGGGATTATCGGGGAATTGTAA
AACCCGTCTTGTGGTGAGCTTTCAGCTGACTCTTCTCTTTGAATATTCTA
GATGAAAAAAATCTCATGATTTAGTCCCTTACCCTTTTGAAGGACAATGA
TTAAGGTTCTGCGCACTGATCTTTATAAACCCTGGACCAAGCACAGTAGA
TCTATTACTTTCAAAAAAAGTCTGACCAAAGAGTTTGCTTGAGAAACTGC
CGTCAGGGTTTATAAAGCTCACCGGTGCTGCGTCGTTTGTTATGTTTATT
GCTGCGTAGTACATCTTCTAAAAACACCTCTTATACGTTTTAGTCTTCTA
TTCAGCTTCTTTTCTTTAAAGTTATTAAATACATAATTTTCCTCAATCAG
GTATGTGTTGCACCAACTGTGAAAGATTCCCATGAGACAAAATGCAGTTT
ATTGTTTGGATCACGTGCTATGAAAGTTCAAGTTACCGCGCATGTCAACT
ATGAAGTCGATTACAAAAAGTTGGCTGAAGCGCTTGCTGCTAAACTTGAA
ACCCTCGGTACAAACTTGTTATTTATTTCGAGCATATTGAATTATTTATG
TTTTAGGAAAGTGGTTATGTTTCTAGGTACCCTTTTTTAGCATGTTATTA
CNCTATTGAATTATTCATGTTTTAGGAAAGTGGTTATGTTTCTATGTACC
TTTTTTTAGCATGTTATTACTTTCTATATTAGCACATTCTGATAAATAAC
GAGATTGCTCACGGGAATTTCTAACCCGGGCGAGCAAACCTGCACCTGTC
AATAATTTTTTAGACCTGTCAATCATTTTTTAGCACCATATTCAGTCAGT
TTTGCTTTTCTTTTCACTTGTGGTCCTGAAAAAAGTGTTTGTAAAATAAC
GAAAAAGGACGAAAGTCGATTTTATGCATTTTTTTGTTGAAAGTTTTGGA
AAACTGGACTTTCAAGAGAAGGGAAAGTCATGACTCTTGACTCTCCACCC
GCTAACCAACCTGATCCATTTTGAAATACTGTACTTGAGTCAAACTGCAC
TGAGGTGACACCACTTAGAAAATTTTTGTTTCTTAAAAATATAACGGGAA
TTTTTAAAAATATCAGAGAGCTCATAAAACCAGAAAAAGTTTGGTCAATG
CTGACAAAATAACACAATTTTCAACGCACCGTATAGGATTCGAACTCTCA
AAAATGACACTCTCACTTTTACCAGTAGTTCACCGCCTTATCCACTCGGC
CAATAGATAAAGATGATATTATGGAGGTAACAATACCTTATCGGGGAAAA
CTTCGTCGGAGAAAATTTTCGTCGGGGAAAATTTTCGTCGGGGAAAAATA
TTCGTCACTTGGCCAAAATTTCGTCACTTTTTCCCGACGAAGTTTTCCCC
GATAAGGTAATTGATAATACCATATTTTTATTTGCCATGACCTGTGTAAT
TTTATTTACCCTGTCAAGGTATTAATTTCTTAAACAAATGATTTTAGATT
ATTTCAAACATGCGGGAGCCGAACATTCGTCGAGATTTTTAGGACTCTTT
AGTTGAAGACTGACTCTTCTTGACTTATTCCAATTCTGTAATGGGACTTC
AGCAAACGGGCTGTAAACCCTGCTAGTGCCTATGAAATTAGAATTTCTAT
CTGGGGGGTTAGGACACTCTCCAATATCCTTAAAGTCTCAAAAGACTAAA
AAGAGAAGCTTTTTCTTGCATACAGTACCCATACAGCAGACAGAATTCAC
AGAGCGTACACGCGCGGGCGTTTAAACACGATCGCGCGGAATGCGGTTCA
AAAAATTCCCGTGAGCAATCTTGTTATTTATCAAAAAGTATATTAGCCCT
TTCCGAGAAATCTTTTTTTTTTACTTTCATTATTTCACTCTTTATCTTTC
TGGTTAAGATTGTGGTATTTTCTCCTTTTTCTAACAAAAGAAAGGCATGA
ATAAGTAATGATAAGTTATACTTTTGACATCAATTGTTTTCCTTTCTGAT
ACAAAAAGAGTTTCCTACGCAAAAAGGGTTCCTACGCACTCACATTTAAA
ACGAAACGGATCTAACATTAATAAGAGCCTTGAAACCTGAAATCTTCAGC
TCCAATAATCTTGTATATTATTGCTGAGATATCTCAGAGATAATGTATAG
TTGTTGTAAGTTTAGTCTTTTTAAAAGTAGTTCGTCGTATATCTACAGTG
GCGAATCTGAGAGGGGGCTCAAAATTTATGCAGGAGAGTTTCAATTTCCT
TATAAGGAGGACGGCTAAAAGAAACACTCTCTACCATCAATTTTGAACCC
CCCTCCTCCCTTTTAGATTTTCTATTGATCTACAATTAAGTACGCAGAAT
AAAGACTGAAAAATATTTTCATTTAATTTTTAGAACAAGAATGGGACATT
CAAAAACAAGAATTCATTTCGCAATTGCAAGGAGAGATCGGTCATCGTAG
AGCTATTTCGCCAAATGTAAGAATGATAACTTTTCGAATTGTACAGTCAA
ATGGTCACTCTACCGCTAAGTTTTGTTGAAAGTTTTCATCGAACGTTCTA
AATCTGGATATACAACGCCACAATCGAACGTCTATGTTTTGATTCAAGAA
GATATTTATATCATAATTTCGAAGTTAGAAAAGTACATTACTTCAAGTTT
CATGCCTTACGGCAATCATCAGACGTACAAATAAAAACATTTTCTTGAAA
TGCAATCAGAGAAATCTATAATAACTGACCACTGCTGTACCCGCCCTCGC
CCTCGCCCTAAAAATTAGTATTTGAAATATTATTTCAGGAAAACACACCG
AGTGTGAAAACCGATATCACACAAGTACGCTCACTGCTTGTATTAGAATT
GATGACACTGCAACTTTTTTACAACTTTCAAAACCACACCCAATCTCACG
GTACCGACGATATGATGTCAACGAAAGCTGTCTTGTTCAGTGCAAACAAT
CAAGATATGATGCTTAGAAGCATGGAAGGTTTGTTGGAGGTAAGTACTCT
TCCTTTTATATATTAAAAGGGATATTGGAACTTATTGGGTATATATTTGC
TTAGAAAAACAATTGTATTTTCAAACAGACTGGCGTTTATAATCCGTCTA
AACAGTGATATGGTTGTTGTATGGTAATACCATGATTTTTACGGAATAAT
ATCAGTTTGTATGATTATACTACTAATGTGTTCCTTCCATTACTTTTACT
TATTTTCTACTGTGTCTGAATTAGTCGTCTATAGCATGCTAGACTATTAT
CAAACGGAAGGCGTCAGTCTCAGTCATACGCAATAACAGATTCAATAGAG
TTGTATATTTTATAGTAAATCACCAATCTCTTTTCAGCTGTTGCGAGACT
ACGTACGCGATCGAGCACCAGCTCGGTCTTCTAACAAACGAAACTATTCA
AACCAATCAAGTAGCGGTCACTCATCTGTTGTGACCAGCCCTGATTACTT
GGATCAAGGTACACCTAATGACGTCATGCCAAACACATTGGAACCGGTTG
CGTCATTTCTCGAGCATGCGCAAATCAATAAAGCAAATTCACAAGAGACT
GGGACAGAGAAATCGTTCGCACAAGACACGAAGACTGTGAGTGAGCGTTT
GAAACGTGTCGTAAATACGATGATCCAACTTCGAGAAACGGTCAACGATA
AAGCATTACGTCACTTGAAGGATACTTTCGAAGCCTCTTTACAAGGTGAG
GGAAACAATGTCTTGATTTACATAAAAATCATGTGCTCAACTAATGTAGA
CTTTACAGGTGCAGGCTTGTTGAGGGGCGTAGATTTATTTTATTATGGCA
TAATCATGAGTTTGAAGTGAATACAGTCGCTCTCGTGTCGTCTTCTGACC
AGCCACTAAAACCGTTGGAAAACCAACGGATCCGGCGAGACCATTCCATT
CGTGGACATTTGTTCTATCATTGAGATATGGGTTATGGCATAATGTATAT
TTTTTTCTTTCAACAGATTCCGGTAAAAGCATTGCTTCATTGAACACTTT
GGATGACGTTGTATCAGTTCTGGACCAACAGAAAGGTAGTTGTTTTTCTA
GTGACCATCGACAGAACGCATGGTTGTTCAAAAATTGTCCTTTTCTGGAT
GGAGTGTTGTCATTTCCAGAATAAGTTGATTTCGTATATTGAACCTTATC
AATATGACACACATGGGCCCCGGCGAGCCTTTTTGAGTGAGGGGGCCAAC
AACAAACGATATCTATTTGGGGAGAATAATAGTTTTTGTGGTTTGATTTG
GTCTCAAACCAGCTTAAAATAGTAACTCTTAAAAACGTATGACATGGTCT
ACCAAAAAAGGGGGGGGGGGGGGCATGGACCCCCCCGGGGCCCATGACAC
ATGGTACTCTAGTATTAAATCCATTACGTGCTTTATAACTACGGGTGTTC
ATGATACGGCATACTTCAGTTAGCTGACCCGAATTACTGATCTGTATATT
CGTCCAGGGGCTGCATCCTTCTTTTTTAACCATTTCCAAGGCTGAAATGT
TGTGACTAGATACAATTAAAAAGCCGGATTTTTCTGTAAAATCTGACGCT
TTTGGTGACAACGCAACCTATCCCTAATACTATTTTTTCTTTCAACTACA
GATCTTCTCTCAACGTTCGATTCGTACGACGATGTCCAATCATTGGAAAG
TACTTTATATTATCTCCTGATGGATAAATCCTTACTAAGTAGTATGATTT
TACTTCGTGCACAAGTTGGTGATTTGATGGAAGGCTGGACCTCCCTCCCC
GCTGGCACAGGAAGTGATGTCAAGAGACTTTTAGAAGAACTAACAAGTGA
AAGAACAGCGCGCGATAAATTACAAGATGAGTTATATTCACTTCAAGAGG
AATCCATTATGTCTGAAGAGAAGTTAAAAGATGTCGAATTAGAACTTAAA
GCTATACGCGAGCTAAAAGAGAGCTTGGAAAATAAGCTACATTCGTTTGA
GAGTAAAAATGAGACAATGGGTGAACAACTATCTGCTATGGAACGAGAGA
AGGATCTTTTGGAAAATCGTATCACAGAAATTGACAAGAAAAAAGAGGGT
CTTGAAGCTTGTCTAAAAGACAGTGAAAACAATAACGCGCGTAAAGAGCG
TGCAATGGTGGACTTAAAAAATGAGAAAGTTGCTTTGGATAGCTTAGTAG
CCACACTCAAAGAGGAGATCAATATGCTAGAGAAGGAGCGTACGCGTGAT
GTGGAGGATAAGAGACACATCGAGGAGGAGCTGGAGGACCTGAGAGATCG
AAATATTATTTTGGAAACAGAATGGTCGTGCTGTAAAGAAGAAAATAGTT
TGCTGGAGAATGAACTCAATGGTAAGTTGGTGTTCAGGGCTACGTTTTGG
GGTGATGGTTGTATCTTTAACTTTTTTTTTTAAATAAAAATACCCTTTCA
AGGGTTTCACCGCACATATCATCAGTGGACAGGATGAAATGAGATTTTCT
TTGTAAACAAACATAACCGCTCCTCTGTAATGATTAGGATCTTTATATCT
TGCCAAATTTCTTTTATAAGAAAATACTTACTGGGAGTTTTCCCAATCGT
CGCTGTGAAATAAGTAGCAAACTTTAGAATTTGTAAAAAAAAAGGCTTCT
GAGAGGCCAAGTGTAATTTAGATTAAATCTTCGAATATCATGTATGGCAC
TTTGCCGGGGAGAGTGGTTTAAACATGTTTTATATTAGTATACAACTTAG
TCNAGAAATTGACAAGAAAAAAGAGGGTCTTGAAGCTTGTCTAAAAGACA
GTGAAAACAATAACGCGCGTAAAGAGCGTGCAATGGTGGACTTAAAAAAT
GAGAAAGTTGCTTTGGATAGCTTAGTAGCCACACTCAAAGAGGAGATCAA
TATGCTAGAGAAGGAGCGTACGCGTGATGTGGAGGATAAGAGACACATCG
AGGAGGAGCTGGAGGACCTGAGAGATCGAAATATTATTTTGGAAACAGAA
TGGTCGTGCTGTAAAGAAGAAAATAGTTTGCTGGAGAATGAACTCAATGG
TAAGTTGGTGTTCAGGGCTACGTTTTGGGGTGATGGTTGTATCTTTAACT
TTTTTTTTTAAATAAAAATACCCTTTCAAGGGTTTCACCGCACATATCAT
CAGTGGACAGGATGAAATGAGATTTTCTTTGTAAACAAACATAACCGCTC
CTCTGTAATGATTAGGATCTTTATATCTTGCCAAATTTCTTTTATAAGAA
AATACTTACTGGGAGTTTTCCCAATCGTCGCTGTGAAATAAGTAGCAAAC
TTTAGAATTTGTAAAAAAAAAGCTGTGTAATTTAGATTAAATCTTCGAAT
ATCATGTATGGCACTTTGCCGGGGAGAGTGGTTTAAACATGTTTTATATT
AGTATACAACTTAGTCTTGATTCGCACATTATCGCGAAAAGTAAACACTT
GTTTTATAAACTAAAACCAACATATTATACACTTTTTCTATAAATCCCTT
CCTACATGTCAAAAACTGAAAGAACATACTCTGATAGATGACTGATAAGC
ATCGAGTTTATCGAAGGTTGGCGATGTTTATCTTAAACTTATTCTCCTTT
CTTTCAGCTCTGGAAGAAGATAAAGCCTACCTTGAGGATGAGATCGGAAA
GTATCGTGAAGACGTCAAAATGCTGGAAGAAGCTCTATCCACACTTGAAG
CACAGGCTGCGGATTATAAGAAAGATATTGTGGCCTTGAAAAACAAGGAG
GATCGACTTATAGTCAGTATTCGAAATGAAAAAGACAAATTCAATAAAGA
GTTGAATTCACTACGTCAGGAAATGAGTACGTTACGTGTTGAACGACGTC
GTACGCAACGGGAGATTTCCGTATCACGGGCCGATAAGAGCAATACCGAA
CGAGCGTACAACGCGCTGAAATCACAAAAAGACTCTTTGCAGGATGATGT
TGTGTCTTATAAACAGGAGGAAAAGAGGCTACAACGTGAAATATCCAGTC
TGAAAAATGACAAAGCAAAACTAGAAAGGGATGTCAATAACTTGAAAAGT
GAAAATATCAAATTGAAAAATGAACTACAACATGTCGATAAAATGAAATG
TGATTTGAAAATGTTGCAGAAAAACGAAGATCGAATCGCGTCGATGTTTA
GTATCGAAAAAGATCGATTGGTCGAAAATCTTGTGCATTTTAAAGAGAAA
TACAACCGAATGGAACTCGATTTCAATAAAATATGTACTGAAAAAGATAA
ACTTGTGAAACAGTTAAAACGCTTTGAAAACAAACATGATGAATCGGAAA
ACTCAGCACGTCGCTCTCAAAGTCAACCTACAAAAGCCTCCACACCTGAT
AACAGGACTAAAAATCTAAAATCGGCCGCTTCTATGCATGGCATGCTTGC
GCGGAGAAGTGTACACTCAGGTGAGGTATCTGAAGTGGAAGGCAAGGTGT
TAGACTTACAAAGACGATTAGCTTTCTTTATGGCAGAAAAGGAAGATATT
CAAAAAGAACTGATAACGACCAGAGAAAGAAATACAAAGCTCACGGATGA
GTTAAAATTTCTAGAGGATGATACGTCTAAAATTCAGACACTTCTTTCCA
CGCTAGCGGACGAAAAATCTAGCCTAGAAACCAAGCTCAATAAAGCTTCG
GAATCGAGAGCTATTCTTGAAAAAGAGAGAGATGAATTAAAAGGAGTCGT
TACTATGGCTCATAAATTCACCACTGAACTACAACATCAACTGGATAGCG
TCACCGAACAGAATCGTGTTTTAGAAGTAGATCACGCCACCTTAAAAGAA
AGCGTGAATGTTCTTCAAAACGAGGCTGTGATACTGACGAACGAGAATAA
ACATATAAGAATGGAGTTTGAGAAAGTGGATGGTGATTTGAATTCTACGA
GGTCTATGGTAGAAGAAATGAATACCAAGATCACAGACCTTAAAAAGAAA
GTAAAGAACGCCAATGATAACGAATTCTTGTTGCATGATAAGGTACAGAT
TGCATTCCTTTTTTTACTCTCTTCCACGATGATAGAATGAAACAAATGTT
GTTTGCGCTCTACTTTTTCCAATTTTCTGAAAAACTCGCAATTTGCTTTA
CATGCATTACTTGGAATCTCATGTTGTTGCAATTTGTGTATAGTAAGACT
ATAAGAACAATTTTCCTCATTCATTATTTTCTGGAATGATAAATTTTTTT
TATCATTCAACATTTTAGCTATCAAATTTGGAGACAGAGAACGTTTCGCT
TTCACAACAAGTGGATGTGTGCCATCAAGAAGAAGATCTACTGACTAAGC
AACTTGTCTTCTTACACGAGAAATTCAATACACTGGAAAAAGCTCTTCAC
AATATTGCCGAAAACGAAAGTGATGCAGAGGTAATATGGTGTATTTTGGT
TCTGAAACATTTAAGACACTTGAAACTTTCTAAGGCCATTAGTTCAAAAT
TTCGTTCTCTTAAAATGAGAAATAACTGATTTTTTTCTCAATTATCGCTA
AATATTCGCGTTACATGAATATTTCATGTGCAAAAGAATGGTCATTAGGT
CTGATAACCTGATATTGTTCATTATTGAACTAGGATGTCAATTCACCTAC
TGATTGTATATGACGACAGTTTCTAATTCTATATTGCTACAAGGATGAAT
GGGTGACTGCATGGGACTAGTTTAGGATGCGGGATAAATTTTAAAACGGT
GGTTAGCCCGGGGCGGAGTAAGCAGTGGCGGACGTTTGTTCCAAACTCTA
CCGCCCCTTTTTCTGAGTCCCTGACTATGCGCATTTATATTTTCCCGTGT
TTTCTCTAACGGAAGATAGCATCGTCTACCAGTTCTGCTGCCTGATATCA
GATCAGCGATTTAACCGCATATCCACATTTATTCTTCTGTCTGTTTATTA
AGTTTTAGGTTAACGTAAAGGTTGCGCTACTCTTCATTTTTCTCAAATTT
TAATTTCATCAATTTTCAGGCATTAGAGAAAGTGAAAGAACTGAAGATGG
CAAATTCGTCATTGCGCAGCACGATCAACGAGTTGAAGAGAGAATTGGAA
GCGGTTGTCTTAGATGCTGAATGTTTGAAAGATGAAAGAGAAGAGATTGA
AAAATTACTTCAAGTTGACAGCAAAGAAAACTTGTCTCAAACAGGTTCGT
TGATTATGTATTTCTAAGAGAAGAGTTTTTGATGATGAAAGTCTTTGGTT
TGTAGGTTTTTCGAGAGTGACTGTATTATAGCTGTTTAGAAGGACTCACA
CTCACACAAAGAAATTCTGTTATGATGACCAATTCATTTCGATGAGTGAG
AATATCCTTATAACTCAAGATTTTACCTCCCCCCTTGCTTATGGTCAACT
ATACTTTTCCAGGCTCGTTGTTCGACAATATTTGTCGGTTGAAGACACAA
GTTTTGAAAGTGAAACAAGAGAAGATACATATCGAAGAGAAAATGAAACT
GATTGAAGTTCAACTCATCTCGCTTGGTCATAAGAACGAAACACTGGAAA
AAGACAGTGTGGTGAGTCCCATTGACTAAACATGTTGTCCTAATTAGAAA
AGCTGTCTCTGTATTCAGATTCCATTCGCAAAATTATATAACTTTTCCCG
TAAAATACAAAATTAAAAATACCAAATGATTAGAAGACTTGTTGATTTTA
GTTAGAAAGGATACAAACCCCTAGTCTACACGATAGACAACTCCAGTCTT
AGAAGAGTAGGAATTTTACGCTCGAAACGTAGGAATCTAACCTAATAAAT
CCCTTCACTAAATTAAAATAAAATTAACATATTCCCAAAAAGCTGTTAAT
TCTGTTAAAATCTGGTAGTTTGTAAAAAAACCCTCGGTCTTTGTTTTCTT
TCAAGGAGAAGAGTTCAAGACTTGAACAAGAAAAAGCCAACTATCGACAA
CACATCGATAAACTACAACAACAAATTGAAGAACTCGTTCGCGAGCGAAT
ACAACTCGAAGCTGAAGTTGAATTTCTAAAGAAACAGAATTCAGAGCTAC
ATCGTGATATAGTCATTATTTTGGATGAGAATAGTAAACTGGAATCTGAG
CTACAAGACTTGGAAGCAGAGTTTGGTAAGCAGGAACAAGACCTAGAATC
AGCAACTGAAGAGACCAAACTTCTTCTCAGGTAAGGATTTCACATTTTAC
TCACGATGCTTTCAAGAGATTTGAGGAAACTATATTATTTTCAGGATATT
AATCGTGATGCTCTTTAGAGGGCGTGCGCCCTTTTTAGGCCTACCCCGGT
GGAGGTCCTATAAATTAACCTCTGTCCGTCCGTCCTTCCATTCGTTACCC
ACTTTTTGGACAAAGATCTGTAACTATAAACCCTCGAATGTGACGGAGCC
CGATTTTCAAAAAAAAAAATTTGGGGGGCTAATTTGGGCCAAAAAACGGC
TAAAAACGGCTAAAAAACGGGTTTTTTGAACTTTGTGAAAAATTGAATCA
TTAATTTTTTCTGATTTTTTGCATGAAAGTAGGTAAAAAAACGAATTTTT
CAGCTCAAAAACGCATCTTTATCTATAAGAATCACTATTAATAAGCATAC
ATCAATGTTCTTAGTCAAATTACTCAATTATTTCATGAGATAGATGTTTT
TTTGCCCATGAGGGCTTACTTTTGAAGAATATGTGTGTTTAGACATGAAA
TTTTGGCTGCTTGGCGTGTTTTTATAGAAAAACTGACCAAATTCGATATT
TTTTTATAAGCACGAAGTCTTGAATGTGAAAGAATATTTCAAGAGCATAA
AATTTTGGTTTCTAAACGTTTTTTTATAAGAAACCAACGACAAATTTGAG
TAGATCGTCACTATTTGTGTCCTGAATGATTGTTTAATGGTCACACTCAC
GTAGATATCAATTATATATGTGTTAAATGCATAACCAGGTAGGTCCATAA
AACTATCACTTGTTATAATTTGAAATATCTATTTCAAGCATGTATCTGAG
TTCAAGTAAAGAATACATATTTTACGACAATGCCAAATTTGGTTAACACC
AAGAACAAGAGATTTAGGGGTTGATTCGTTCATCACTTTATTTTAGTTGA
TGAACGAATCAACCCCTAAATCGCTTGTTCTTGGTGTTAACCAAATTTTA
AACTTTTCACCTACAGACAATTATGTTCAGCAGAAACACAGAATTTGAAT
CTGAACATGCAACAAAGCACCAACCAAGACGATTTGGAGCGAGCTCAACA
ACAAGTGCAAGAATTACAACGTGAAAAAGAGAGATTGAGTGAAGAACATC
TCTCTAAAGATCAGCAAACAAAAACACTGAAGGATCGTTTGTTGATGGCT
GAACTTGAAATCTCACAATTGAAATCTGAACATTGTATGGTCGAGAGTCA
GCGGAGGTATTTTTTATTGTCTAATATTTGTCATACATGTCATACACATA
TTAGCCTATTTCATAATATTCGTGTTTTTAGTGCATCTTTTGTTAAGAGT
TCTTGAATTTTAAAAGTCAGTTGGATGATGACCAAAAACTTTTTTTTCAG
CATCTTTCAGTGAAATCTGGACATTTTTGTGCATTTTCTTTACCCTGTTA
ACCCTTTAAGTGCCGATGTCGTATATATACGACATGGGCTATATAGGAGG
GCGAAGCCCTCCTGTAATGCCCAGTTTGAGTTAGAAATCGNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTTTCTAGATCAGGAGATATA
AGCCCTTAAAGTTTGAACTAGCGATTTTTAAAAAAAAACTTAGAAAAAAA
GACCCTGGCACTCAAAGGGTTAATTGAAAAGAAAATTTCATGTAATAAAT
GCACGAGTCCTATGAAATAGGGTTAATTCAGTTAGATCCATTCATAATTC
CTTTAGCGGTATCTATAAATCTAAGATACCCCTAAATAAATCGAATCTTT
CATAATCTTTGGATTGAAAATCTTGATATTTGAAAATTTTGGCTTGATTT
CAAGATTGTAAATTCTTCCAAGTCTTCAACACCAATAACTTGTACTTTCA
GAACGTTAGCGCGCAACTTAGATGCTGCCGACCAAGAACGAGCCTTGTTG
AAAAATGAACTCCAAGGTCTGGCACGTGCTTTGTCTCCTCTAAAGAAAGA
AGTCTGCCAAGTGGTCAAAAAACAACACAGTCTCCTTGACAACAATAACA
ATAAAGATAACGTCACTGATGATCGTGGTTGCCAAGACAACAACGATGAA
GCCGTGACCGAGGATAATGATGATGTCATTCCAAAAGAAAATGAAGCTGG
TCTTGATTTACCGGATGAGGTAAGAAAATTAAATTTTTTCAATCCATCAT
GCACTTTGAGATTATCGCATTATTTTTTTTCAAGTTGAAGGATTCGAATT
GAAGGATCTCCTGTCAAGAACATGGTCAAAAATACCCCCTGTTTTTGTGA
CATTTTGTATATGATATCTTTAACCAAAGGATTTTAGGTGATATAATGTG
GCTGACACTAAGTTTATATATTCCTCAAAAGGGGAAAAGATCGAATTTCA
AAGTGCAGAAAAAACGGTTACAATATCTCTTCTAGATATCCCTAAATTTA
ACTCTAAATCAGGTGATTTTTTGTGGCTTACATTGTCATGTGGCTTACGT
TAGTCACAATTTTTAGAGAACAATTGTGGGTTACCAGGTATGTGTAAAAA
AAACAGCGAAAATTTCAATGAAACGATAGAGAATTAAAATTTTTATAAAT
GGGTGATGGATTGTGGTTAAAACTGGACGTGAAAACACGTGGTTGACATT
TCCAAGTAGTCAACTGTAAATGTTTGTAAGCCACAAACCATCACCTAACA
GAACTTTTCAAACTACTACAAGCCTAGGTGAAGCTTTGAACTTGAAGTGT
GTAAATTTTCAGCTGTCAAAACAAATGTCAGCCACATTTATCACCTGAAG
TGTAAAAAAATTGAAAAATTGTCAATTTTCAAATGTCACACTATTTTTGA
CCATGATCTCAAAGACTCCTGGTTAGCCTAATAAAACTCTCTTCTACACA
CCACCAACATACCAGAAAGTTAGTTCTAGCCAGACACAATTTTCACCTAA
CCGTAACATTCGGGCGTTCGGGATGGGTCCTAGCTGGCACACAACGTTGT
TTCAACGTTTATCTAATGTTCGTAACGTCCATATAACGTTAGACGAACGT
TGAAACAACGTTGTGTGCCAGCTGGTGTACTACAGGCTAATATTTGGTTT
AATTTTCTCACAAATAAATATAATTTGGCATCTTTTTAAGGTCAATCGAA
TGAAAGAGGATTTGACGTCATTCAACGAAGAAAAATCAGCCTTGGAAATA
GAACAAGGCCGTTTGGAAACGAGGCTGAAAGAGATTGGGGACGAAAAAGA
TGATTTGAGATCCAAACTAAGGGATTTGATACAAGTAAAACATTTTCGTA
CATTGTATCTTTGAATCTTGTTTGACGAGTTCCTATTTCTTTTTTGTCAT
TTCATTTTTAGATTCTAGCCAAACTTTGTTGGTATGCAGGGTCATGATTG
TCTTTCTTAGTGTTTTACTTTCTTTCATTTGAGGATTTAGTGAAAATAAG
TATACCGCTGTAATCGTAAACGCAAACGCAAAATACAACAGGCTAGGTCT
AACCAATCATGTTTCGTATTTCCACTAGCCTGTTACATTTTCCGTTCGCG
TTATTCTACCGATAGTTAGCTTTGCTGTTGCATTTAAGATGTTTCATGGA
TTTTCTACCACGTGTGCGAATTTACGTCTGAAAGAATTTTTCCAACTTTA
CTTTTCTTTCTCTAAAGGATTTGGACGAGAGCAATAAATTAGCATCTAAA
GAAAATTTGTCAGAAATGGAGGACTCCATTCGCATGATCAGCTCTTTAAT
GAGTGACAGCGAAACATTGGATCACGAAAAGGTAATATTATCTGATGACG
TCACAGACGCTCACTATGACAACAAGATACTAACCATACGCGTTGATAAC
CTTAATACAGAGCTTCGTTCAGTGCAAGAAGATCTCAGTTTGGCGACGGT
CGATCGATTGAAGTTGAAGGATCAATGGAGGCAAGTAAAAAAGCATGCAT
CACACTTCTACACCAACACCGAGCATAATAAAGGTCTTAAATCTTTGCAC
CGTGAGCTTGATAACCTAAAAACAGATCTCTCTTCATTCGAACATGAACA
AAAAGACCTGGTGTCAGAGCTTGCAAATTTGAATCAACAGCTAGTCATGG
CTGAAAATAACATGGCGAATGTCAGCCATTTTAAACATGTCATTGAGAGA
CACTTACGACTTTATAAAGATCGTAACTCACGTCTTGAATCGCATTTGCG
AGTCATTCATAACGATCTTATCGAAATGGAAGCACATAGACCAAAAGCAC
CGCGAAAGAGTGCAAAAGTCCTTTTAGAAACCATCAACCTGCACCATTAT
TTCTCCTCCTTAGAGGATGATTTGAAAAATACGGAAGCTCAGAATAAGAG
TCTGGTAGAAGACCAACAAGATTTGAAGGAGCGTTGTAATGCACTTGAAC
AAGAGAAACAAGTCACTACTGTTAGCTCTGAATTCATACAAGATAGCATG
GTAGGTCAACACACTTTTATCGCTCAATTACAAAAAGACAAACAAACACT
TGCTTATGAAAAAGAGAGACTACAAACTAAACTATCGTTATTCAAAGATG
ATAAAAAACGAATGCTAGAGGATATGCAACGGTTAAGTCGTAGCCTGGGT
GCCACTACTCGATATAATCGTGAACTCGAGGCTAAGTTACAATCATTCAA
AGTTGATTTATCAGATTTTGAAAATCGAGCCCATGCCCACTCAGATAGCC
GTAACGGTTTTGATAGTATTGATGGAGTTGCGGCTAAATCAACCGACTAC
TTATGCACAATGTGTCGTGAAAAGGTTGAACGCAAGTTCCTAGGTATCTC
CAAGAACACTCAATTACTTGGCGATGAACTTCTAGATTGCATTACTGACA
ATTTGTCGCTTGAAACTGCAATCTTTACATTCCTTGAAGAGAAAACTTAC
TTGGAGCATGAGAAATACCATCTTGAATCCGATATCAATCACAAGTATCC
TAGCAACAACGATCATAGAGATTACGTCATTTTACAACAAAACAGACGTT
CTAGAACTTATTCCTCGCTTTCTAACCACAGCGAGATTTCTAACATGACA
GCCACTACTAACCAACAACTGACCCCTAGACAATGGTCTGGATCACAACT
CTCTATCGATAGCGATATCTCAACCGTTAAAAGGTGAGAGCAAACGCCAT
TTAACTAACGCCCTAAAAATCCACCCTACCTTGGATGCGTTTTATGATAA
AGGGAAAGAAAATTTCGCATTGCAGACTCATAAACACTGCACAATTTGGT
GCATGTTTTGCTAAAACAACTGAAAACTTCCGAAAAGCACCAACCAACAA
TCCGCCCATGCATGAACATATCCTCCACCCTTCACCGCCCACAGATCCAG
ACCACACTGTCTTTAACATTGCATGCTGCACTAACCACTACAACTAATCT
TTATACCTAACCACCTAGTTATTTAATTACCTATCTAACCCGTGTACTCT
TGTGCTTGATTTTATCTTTTACTATTGAATACCTATCCTGCCTGTTTGAA
ACCAACCCTCCACCCTTTTGTTTGTGGCTTGTACCTTACCTTACCCTCCA
ATGTTTGAATATCGAACTAAATGATCAAATACTCCTTGAAAGTGTATTTC
CATCAATTTTTGTACCCTCCCTAGAAATGATTTTTAAACTAATTTCTTCT
GACCGAAGCACAAAAGTATTACACTATCCTCCCTCCCTCCTATGAACCGT
CCGCCATCCTAACCATACCCCTCCTATAAACCGTCCGCCATCCTAACCAT
ACCCCTCCTCTTCTCTCTCCTTCCTGTAGGATGACTCCACCCATCTTTGA
ACCAATCCCAAGACACCGTGCAATGACCACGCCCTTACGACGTACGTCTG
ACAGTGACGATGAAATTGTCCGTCCAAAACCACGGCCAAACAGTTGTGTC
GGGATTTACACCATCAATTTTCCAACTTCCACATTGGTTCGTTCTAACAC
GACAACNGGAAAGAAAATTTCGCATTGCAGACTCATAAACACTGCACAAT
TTGGTGCATGTTTTGCTAAAACAACTGAAAACTTCCGAAAAGCACCAACC
AACAATCCGCCCATGCATGAACATATCCTCCACCCTTCACCGCCCACAGA
TCCAGACCACACTGTCTTTAACATTGCATGCTGCACTAACCACTACAACT
AATCTTTATACCTAACCACCTAGTTATTTAATTACCTATCTAACCCGTGT
ACTCTTGTGCTTGATTTTATCTTTTACTATTGAATACCTATCCTGCCTGT
TTGAAACCAACCCTCCACCCTTTTGTTTGTGGCTTGTACCTTACCTTACC
CTCCAATGTTTGAATATCGAACTAAATGATCAAATACTCCTTGAAAGTGT
ATTTCCATCAATTTTTGTACCCTCCCTAGAAATGATTTTTAAACTAATTT
CTTCTGACCGAAGCACAAAAGTATTACACTATCCTCCCTCCCTCCTATGA
ACCGTCCGCCATCCTAACCATACCCCTCCTATAAACCGTCCGCCATCCTA
ACCATACCCCTCCTCTTCTCTCTCCTTCCTGTAGGATGACTCCACCCATC
TTTGAACCAATCCCAAGACACCGTGCAATGACCACGCCCTTACGACGTAC
GTCTGACAGTGACGATGAAATTGTCCGTCCAAAACCACGGCCAAACAGTT
GTGTCGGGATTTACACCATCAATTTTCCAACTTCCACATTGGTTCGTTCT
AACACGACAACATCCGTTACCACTCCCCAAGTGGCACGTCTAATGGCAAT
GTCTTCAAGCAGCAGTCGTTTAAGTCGGAAATACCGCATTGCTGAGCAAG
AACGTTCCGCTGTTAAGCGTACCCGGCGTCCATTGGCTTTACGGATGCGA
AGATACCGTGATTTGCTTGTCTTTGGGAATTGCGCCGGAAAGACTCGAAA
ATGACTAATGGTGATTTTCATTATTTCATTTGTTTTTTTAATATTTTTAT
TTAGCTGTTTTTTCGTTAATTTTTATGACATTTCTCCCTACTTCTAGGGA
GTCTTTGAATTTAGGTTTGATAATAACAGACCTCTATGAGATTACTTTTC
ATCCTCATAGATTTAAATCTAACTTATGAATTATATTAAGATTTGTTTTG
AAATAGTTTATGTTGGTTCCGTTTGCATTCATCGAGTTTTATCATTTCTC
GTGTTTTCTCCCTTTTCTAAATGATTCTGTCTCACTCAATAGACTTGGTT
GAAAACCAACGTCGGCTTTTTTTAATAATCAAGATATAATTCCAAATTAT
CCTACTGATATTTCTTTGTTGATATTTTCTGTACATTATCATTTCTTGTG
TTTGTTAAGTCAAATCCGCCGCTCACCATTATTTTTCTTTTGGATTTACT
TTTCACTTGGGTCCTGCTGTGCGGGAACCGTTTCTTAATCAATTTATGCC
ATATCCAACATTTGGCTTTCAAATATTGGTTTTCTGGATTGGCTATTCCA
AATTGGCGTCATACTTTCACATTCTTTATAGAAACTTTGATAACATCACC
TTCTTTGTTCGACTTTTCCGACACAAGAAATTTAAGCACTCTTCGAGTAT
AATATTGTAAAATATTTTTTAAACCATAAAATTTAAACAAGTCATCAATA
ATTTTAATACCGTCAATATTTTATCTTACAATTTATTTCTCATTTTATAT
AAATTCTGTCATGTAGTGTACATTAAAGTGTTCAAAGTTTTTTTTTTTCG
ATGTAAAGTTTTTTGCTAGA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_007196XLOC_007196Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00012820-exon-sc0000156-1575043694:269761..269901TCONS_00012820-exon-sc0000156-1575043694:269761..269901Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:268185..268291TCONS_00012820-exon-sc0000156-1575043694:268185..268291Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:267724..267889TCONS_00012820-exon-sc0000156-1575043694:267724..267889Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:267096..267193TCONS_00012820-exon-sc0000156-1575043694:267096..267193Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:266873..266972TCONS_00012820-exon-sc0000156-1575043694:266873..266972Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:266057..266180TCONS_00012820-exon-sc0000156-1575043694:266057..266180Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:265606..265765TCONS_00012820-exon-sc0000156-1575043694:265606..265765Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:265049..265084TCONS_00012820-exon-sc0000156-1575043694:265049..265084Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:264744..264817TCONS_00012820-exon-sc0000156-1575043694:264744..264817Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:264139..264349TCONS_00012820-exon-sc0000156-1575043694:264139..264349Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:263645..263801TCONS_00012820-exon-sc0000156-1575043694:263645..263801Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:261736..261818TCONS_00012820-exon-sc0000156-1575043694:261736..261818Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:261213..261413TCONS_00012820-exon-sc0000156-1575043694:261213..261413Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:260507..260864TCONS_00012820-exon-sc0000156-1575043694:260507..260864Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:260167..260235TCONS_00012820-exon-sc0000156-1575043694:260167..260235Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:258881..259600TCONS_00012820-exon-sc0000156-1575043694:258881..259600Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:256260..257644TCONS_00012820-exon-sc0000156-1575043694:256260..257644Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:255872..256033TCONS_00012820-exon-sc0000156-1575043694:255872..256033Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:255108..255282TCONS_00012820-exon-sc0000156-1575043694:255108..255282Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:254741..254889TCONS_00012820-exon-sc0000156-1575043694:254741..254889Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:254122..254396TCONS_00012820-exon-sc0000156-1575043694:254122..254396Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:252896..253135TCONS_00012820-exon-sc0000156-1575043694:252896..253135Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:251383..251650TCONS_00012820-exon-sc0000156-1575043694:251383..251650Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:250268..250411TCONS_00012820-exon-sc0000156-1575043694:250268..250411Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:249771..249884TCONS_00012820-exon-sc0000156-1575043694:249771..249884Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1575043694:245832..247017TCONS_00012820-exon-sc0000156-1575043694:245832..247017Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:269761..269901TCONS_00012820-exon-sc0000156-1510915933:269761..269901Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:268185..268291TCONS_00012820-exon-sc0000156-1510915933:268185..268291Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:267724..267889TCONS_00012820-exon-sc0000156-1510915933:267724..267889Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:267096..267193TCONS_00012820-exon-sc0000156-1510915933:267096..267193Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:266873..266972TCONS_00012820-exon-sc0000156-1510915933:266873..266972Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:266057..266180TCONS_00012820-exon-sc0000156-1510915933:266057..266180Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:265606..265765TCONS_00012820-exon-sc0000156-1510915933:265606..265765Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:265049..265084TCONS_00012820-exon-sc0000156-1510915933:265049..265084Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:264744..264817TCONS_00012820-exon-sc0000156-1510915933:264744..264817Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:264139..264349TCONS_00012820-exon-sc0000156-1510915933:264139..264349Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:263645..263801TCONS_00012820-exon-sc0000156-1510915933:263645..263801Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:261736..261818TCONS_00012820-exon-sc0000156-1510915933:261736..261818Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:261213..261413TCONS_00012820-exon-sc0000156-1510915933:261213..261413Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:260507..260864TCONS_00012820-exon-sc0000156-1510915933:260507..260864Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:260167..260235TCONS_00012820-exon-sc0000156-1510915933:260167..260235Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:258881..259600TCONS_00012820-exon-sc0000156-1510915933:258881..259600Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:256260..257644TCONS_00012820-exon-sc0000156-1510915933:256260..257644Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:255872..256033TCONS_00012820-exon-sc0000156-1510915933:255872..256033Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:255108..255282TCONS_00012820-exon-sc0000156-1510915933:255108..255282Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:254741..254889TCONS_00012820-exon-sc0000156-1510915933:254741..254889Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:254122..254396TCONS_00012820-exon-sc0000156-1510915933:254122..254396Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:252896..253135TCONS_00012820-exon-sc0000156-1510915933:252896..253135Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:251383..251650TCONS_00012820-exon-sc0000156-1510915933:251383..251650Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:250268..250411TCONS_00012820-exon-sc0000156-1510915933:250268..250411Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:249771..249884TCONS_00012820-exon-sc0000156-1510915933:249771..249884Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1510915933:245832..247017TCONS_00012820-exon-sc0000156-1510915933:245832..247017Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:269761..269901TCONS_00012820-exon-sc0000156-1491911889:269761..269901Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:268185..268291TCONS_00012820-exon-sc0000156-1491911889:268185..268291Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:267724..267889TCONS_00012820-exon-sc0000156-1491911889:267724..267889Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:267096..267193TCONS_00012820-exon-sc0000156-1491911889:267096..267193Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:266873..266972TCONS_00012820-exon-sc0000156-1491911889:266873..266972Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:266057..266180TCONS_00012820-exon-sc0000156-1491911889:266057..266180Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:265606..265765TCONS_00012820-exon-sc0000156-1491911889:265606..265765Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:265049..265084TCONS_00012820-exon-sc0000156-1491911889:265049..265084Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:264744..264817TCONS_00012820-exon-sc0000156-1491911889:264744..264817Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:264139..264349TCONS_00012820-exon-sc0000156-1491911889:264139..264349Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:263645..263801TCONS_00012820-exon-sc0000156-1491911889:263645..263801Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:261736..261818TCONS_00012820-exon-sc0000156-1491911889:261736..261818Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:261213..261413TCONS_00012820-exon-sc0000156-1491911889:261213..261413Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:260507..260864TCONS_00012820-exon-sc0000156-1491911889:260507..260864Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:260167..260235TCONS_00012820-exon-sc0000156-1491911889:260167..260235Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:258881..259600TCONS_00012820-exon-sc0000156-1491911889:258881..259600Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:256260..257644TCONS_00012820-exon-sc0000156-1491911889:256260..257644Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:255872..256033TCONS_00012820-exon-sc0000156-1491911889:255872..256033Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:255108..255282TCONS_00012820-exon-sc0000156-1491911889:255108..255282Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:254741..254889TCONS_00012820-exon-sc0000156-1491911889:254741..254889Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:254122..254396TCONS_00012820-exon-sc0000156-1491911889:254122..254396Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:252896..253135TCONS_00012820-exon-sc0000156-1491911889:252896..253135Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:251383..251650TCONS_00012820-exon-sc0000156-1491911889:251383..251650Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:250268..250411TCONS_00012820-exon-sc0000156-1491911889:250268..250411Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:249771..249884TCONS_00012820-exon-sc0000156-1491911889:249771..249884Clytia hemisphaericaexon
TCONS_00012820-exon-sc0000156-1491911889:245832..247017TCONS_00012820-exon-sc0000156-1491911889:245832..247017Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000156supercontigsc0000156:245832..269901 -
Expression

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

Values : 
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
4.06725e-05	0	0	0.0979314	16.1097	8.61412	12.7799	11.2379	3.8273	4.9048	0.376291	4.87157	1.85434	2.30688	1.29852	0.68656	0.000728763	3.84787e-06	5.53698	2.60707	1.01593	0.927368	1.5405	0.469979	4.17044	3.0146	9.65157	9.31903	0.00269133	0.0126494
Blast
[Close]
BLAST of TCONS_00012820 vs. Swiss-Prot (Human)
Match: KIF17 (Kinesin-like protein KIF17 OS=Homo sapiens GN=KIF17 PE=2 SV=3)

HSP 1 Score: 200.675 bits (509), Expect = 7.966e-52
Identity = 135/402 (33.58%), Postives = 196/402 (48.76%), Query Frame = 3 
Query:  153 VQVFVRLRPLNESE-DLNKHPLAVTIADDENKQINLFD-GKKDQL---FQFDGVL-PDHANNKEVYKNVAEPLVYSALSGFNGILMCYGQTGTGKTYSLM------SNDGMSVRVMYQCFKVINCDQRHRYMVTCSYMQIYQEKIYDLLNETRTVELSLREHPKKGVYIENLTEYVVHSPEEVLNLLKVGRKRLVFAETKMNRVSSRSHAIIQLKILKERVGNDNPASRMASPSSYGMKTPDFYFSDDEESGHDSF-AGSMNDTFETLRGDDDENEDVLGNLTDLEDGVTSVRGKIYICDLAGSERIKKTKASGERLSEAMHINSSLLELGNVIQALAEGNT-HVPFRNSTLTRLLQEGLSGNCKTRLVVCVAPTVKDSHETKCSLLFGSRAMKVQVTAHVN 1316
            V+V VR RP+N+ E +L   P  V   D    Q  + + G  D+    F FDG    DH   +++Y  +A PLV     G+NG +  YGQTG+GK++++       S  G+  R     F+ + C +  +++V  SY++IY E + DLL      +L L+EHP+KGVY++ L+ + VHS  +  ++++ G K      T MN+ SSRSH+I  + I                             S  +E G D   AG +N                                   + DLAGSER  KT A+GERL EA  IN SL  LGNVI AL +G   HVP+R+S LTRLLQ+ L GN KT +V C++P   +  ET  +L + +RA  ++    +N
Sbjct:    6 VKVVVRCRPMNQRERELRCQP--VVTVDCARAQCCIQNPGAADEPPKQFTFDGAYHVDHVT-EQIYNEIAYPLVEGVTEGYNGTIFAYGQTGSGKSFTMQGLPDPPSQRGIIPRAFEHVFESVQCAENTKFLVRASYLEIYNEDVRDLLGADTKQKLELKEHPEKGVYVKGLSMHTVHSVAQCEHIMETGWKNRSVGYTLMNKDSSRSHSIFTISI---------------------------EMSAVDERGKDHLRAGKLN-----------------------------------LVDLAGSERQSKTGATGERLKEATKINLSLSALGNVISALVDGRCKHVPYRDSKLTRLLQDSLGGNTKTLMVACLSPADNNYDETLSTLRYANRAKNIRNKPRIN 342
The following BLAST results are available for this feature:
BLAST of TCONS_00012820 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
KIF177.966e-5233.58Kinesin-like protein KIF17 OS=Homo sapiens GN=KIF1... [more]
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