TCONS_00011023 (transcript) - C. hemisphaerica

Overview
NameTCONS_00011023
Unique NameTCONS_00011023
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length6810

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00011023 ID=TCONS_00011023|Name=TCONS_00011023|organism=Clytia hemisphaerica|type=transcript|length=6810bp
TTTATAGAGGTAGAAATCAGAATTTGCTGTCAGATATGAAGATAAAGTAT
GAGACATTAAAACTTTTTGGAATGAATTGATTGTACTCAAGGAATAACTT
TCATCCGCCAATATGAAGAAGATTCGAAGAAGTTTTGGATCAGGGAAGGA
CCAGTATCCTGAAGAACCACCACTTTTGGATCTCAATAAGGATGTTTCTG
AAAATATGCGAGAATTGTTGTCAGAGATCACCAAGAAAGAATTGATGTCA
ACATCAAAGAGAATGGGATATCTCAACAATTTCTCACAACTAGTACGTCA
CTTTCCAAACTCCGCTGATTATGGATTTCCTCTTGATGATATTGTGGCTT
GTTTGCGGATAGCATTGATCAGTGCAGCAAAAGAAGTGAGGTCTGCTGGT
TTCCGCGCTTACAGACATTTACTAAATGATGAGTCCATGCTCACCGTATT
CTTAAATCAaagagttgatatttttatctgCAAATCCTTGGACTTACCGC
CAAACCAGGAAGTTGAACGCGTCCAAGCACTACGGCTTGTTCGAAAGATG
GTTTACATGTGTCCAAGAAAGTTTCCATTATCTGTGGCAATGGTTTTGGC
AGCAATCAGTGTTGATTCTGCCCATGATAAAGATCGTTTGTCAAGAGCAT
GTCTAGCTACTTTATGTGAACTTGCTGTCCAGAATGTTGAAATAGCATCT
TACAGTGGAATCATCGGTGCTATTGTTAACAACACCTTAGATTGTTCTAT
TCCACGAATGAACGAATCCTTAATGTGTACCATTTTATATTTATACAATC
ACCCAGAATCTAGAAAATTTATACGAAGAAGAGTTGGTCTAGAGccAATC
CTTGCACCATTCACAGACCTTTACTACACATATAGCTCAGATTTACAAGA
TAGCCAGATCAAaGAAGATCGTATACAACGTTTAGAGAGCGCTAAATTAG
CACTAGTTTCAGTCATCCGTTCATGGGCTGGTCTCATGAATTTTTGTGAT
CCAGATGGCAACAGTATAGCATCCCTTCTTGGTGTTTTCGCTCTGCCGAA
CGCTGAAATCAAAAAAGCGATTATCGATACACTTTATGACGTCTTTTTAC
TCCGGCAACCAGAACAAACGACGGACTTTTCGATTGCACTGCAAAGTGTT
GATCCAATAGAACAACAGGATAATTGGAAACTGACAGATCAATTCTTGTT
GGCGGAAGCAGATGCTGTATTACCGCACAGAGCAACTTCCACCAGGGCGA
ATTTGATTGAGAACTATTTATCACTTTTATTATCTGCTTTTCTTGATGCT
GATGTGTTAATCAGCTTAGTGAAAGTGATCACGACTAGTGATGACTTCAT
TTGTATCCGTGGTTCCATTCTCTTGGGAGAAATCCTTCATCTCACCAACG
TTCTACTACCTCCAACACACTCTGGTCAAACACATTGTCTGCCTCTTCTC
ATGTCCCTTGCTACTAATCTGGAAAAACCAGCCATGGAAAGGGGGAAAGC
CAGTGCTGTTGTAGGATACCTTGATCAAATCCATAAAATGAAGAAACGAG
GAAATATCGCCAACACTCTCATCATGGAGCAACTCATAAGTCAGGTAGCG
AAGTATGAGAATCAAGGAAACAAATCGAAAAGTCGGCAAGAGAAGTTAGA
TCTCCATTACGCGTGGAAGGAAATGGATGAAGTATGTTCAGCCATCCGTG
AAACGGGGATGTTTACAGTTGGAGTGCAagaattcgattttcaaatgtGG
AATTGGGATCTCATTAGTACTGTATTAGAGtcaAGTAAGATGACAATCAA
AAGATCAGAAGATCCCATCATTCCAAGGTTTATCAAACGGTTGTCGACGT
TTTACAAGCCATTCCAAAAGTTGTATTCACAGGTTCCTTTAGAAGACCCA
ATGGGAAGAAAATATTCTGAAGTAGCTCTGCAACTGGTTGACTTTTTACT
ACGCAAAGATGAGCAACCAGAGGGAGAGAAATCTTTAATCGAGATTTTAC
AAGATGTTCGAGATTGTCTTGGTGAGgcgATTCAACCTGGTCGATTGACG
GGCATTTTTAGCACCAATAACTTAAGTGAAACCTTAACACGTGACTACTT
TCTCCTGATTGGTCGGTTATCCTCAACTACGGAAGGACTACGGATACTAG
ACAAAACATCCGGTATATTCCAATATTTGATGGAGATCTGTTCGATGGGA
TCGCGTGAAAGTTTAATCAAGTTGATCATCTCGTGTTTGGATTATGGTCG
TGACGGCATTTCTCGAGTCCTACTCTCCAAAACTCTCTCCGCTGCTCCTC
TTACGGCTCGCTTGTACGCCACCAAATTTCTTCGTGTGTTATTGCGTGTC
AAGTGTCCTTACTTCAGAATTTGGGGAATCGAGTTTCTCACCAACCAGTT
ATACGACCAGGAGATAGAGATCGTAGAGACAGCTATTGAAATCCTTGAAG
AAGCTTGCGAAGATGACGCCAATCTGCAATGGTTGATCGAAGTACGCCCG
ATTCTTTTACATCTCGGTGAAAAAGGAATACGATTGCTTTCAAGATATGT
GTCAGTGACAAAAGGTTTTACCTACCTCAAAGAAATGGATTACTTAAATC
CTCTCGTTCAATCATGGAAAGATAATTACAATAAAGAATATGTAACGTGG
ATTGAACTGGAAATAGCTGAATCATTAAGTTCGTACGAAAAACAAGCTGC
ACAAGGAGGATATATTCGACGATCGAACAACAGATTGATAAAACGCAAGA
ATGTGTACGTTCTCCCTCACCTGTACGGCGAACTAGCACGTCACCAGGAT
GGATTGGATCTATTGGAAGAAGAGAATTTGATTAGTGAAGCTGTAGACAC
AATCGTCCAAGCGAACACTGATACTTTTGAAGATATCTTTCAACTCAAAG
CTGCTTTATGGGCTATGGGACACGTGATGTCAACACGTGTCGGTATCAAC
TTTGCGTTATCGTACGACATTCCGTCGCGAAGTTCATCTTTCTGTCAAAG
TGACGTGGTGGTCGTTCAAGAGGATGACATCAAGCGTATGAATGAAGAAA
AAGAcaattgtgacgtcatcaatgctGAAAATGGCGAGGTTACCATTGAG
CTAATGGACGATCCTTCTCATTCACCATTGCCGCCCCTAACCACCACCAC
CGCTACCGCTAACGTCAGCATATTAGACGATTCGATAGGACCATGTGCAA
CGCTTGATATTGATGATGATAATGGTTCTGAAGATGAGAGTCCTTCTTTG
TTGGATGTGATTGTTTCCATGGCTTCCAATTCGGACGTCCTCTCTGTTCG
AGGGACATGTTTTTACGTTCTCGGTTTGGTTGGTAGCACATCGATTGGTG
CAGAGAAGCTGGAGTATTTGGGATGGGATTCTGTTCGGCATAAGTGTACG
GTAGATTGGCCGGTAATGGAACCGGATATTGCGTATGTTTATGACCCAGA
CCTTTCCGAAGATGAAGAgGAGGGAGCGGGCAACGGGGCAGACGAACCAG
ACAACACGACGTCACAAGCAGAAATCGTTCCCACGCAACCCGAAAAATTT
GGCGGTATTTACCTCGGTGAAGAGTTACAAAATGATGAGTTTGGTATCGA
GCAAGACCCCTTCGATTATAAAGTATACGTTTATGGGGATTCTGATaaga
agaaaggaaaaaaatccaaaacacCTGTTAGCGACGAGAGTAGGTTTTTC
CAAGACATGGCAGCGATGACCGAGCGGCCGCCCGAATCGAACGTTCGGAC
GAAATTTTTCGATATTGACAGTCGTGGGTTTATGTATGAAAAACATGACG
AGGGTTTCTTAGCCGGGTTAGATCGTTTGAATTATAACACGAAAGGCCCC
ATGAATAGTATGGAGAACGCTGGTGGAATATATTTGGGTGATGAACCGAC
GCCCTCAGATACTACCACCCTGGCGGAAGAGAAACTAGATACTTTCGAGG
ATTTTGCCCCTTTTCTTTCCGGTAAAATTCCGGCCGAACATTTCATGCAA
CCGCCTCCTTATCAAAGTCCAAGTATGTCATCACAGATTGGCAAAACGAA
AGAATTATTTGATAGCTGTGGTATTTATCTCGgGGAGGTCCCAGATGAAG
AAGATGATACAATCGAGGCCAACCTTTCCCCAGTCCCCCTGACCAACTCG
TCCCAACCCTCTACCTCTCCGACCCAGGCCACTGAACAACAAAGTGTACA
ACAGCATCAAGTCGTAGTTGACGTCAATACATCACAACCGCCTGAGTACA
CTAATGCTAGATCATACACGATTGAGAATAGCGAGCCTTTGAAACCTATA
CGAGAGGAAAAATACCCAGAAAATGATATCAAGACTGTTAATATATCCAT
TGAGGGTACTTTGGTGGACGAACGCCCTCCTCTACAACAAAGGACGAGAA
ATACTGACCCGGGCATGCGCATATCTTTTAGTGAAGATTTCCGGAACTCA
ACTCAAAGTCCGGTTAATATGAACGATGTTTCGTTAAACGAATCACGTAT
CCGGAGTATCTCTCTTACGGAAGACGGTGCACGGATTATTCAAGAAACCC
GGTCACCCCGTAGTGCTAGTTTTTCCGGCACTCAACAGAATAAATCTGTT
AATCGGAACTCGATGCGGGCAGGCAGTGATCCGGGCTTAGGTGTTATTTC
CAATTCTTTAACTGGTAGTATGAGTAGTCAGGAAGGTGAAAACGGGAAAA
AGAATTATaagaaatcgggaaatcggaaaAAATCCCGATCTGAGACTTCC
GACACTTCTGAACATGGGCGTTCCAATAGTATTTTATCGGACTATGGCTA
CACGCCTGGGGCGCGTTCTCGTATGGTGAAACGTGTTAGAGGTGGTAGTA
ATGTTTCTTTGGGCGTTAGTCCAAAAAGCGCCCGCTCTGGATCACCCTTA
TCTCGAGAAGGGGCGTTTGGATACACTGCATGGCAATCGTTGAAGAAGCA
GAGATCgttcaaaaaagaattggaTTGGAATTTGAAAAGACATTTGGCGG
CTTCTGACAAACGCAGGTTTGGAAGTCGTGGTTTCGTAAGTCAATACCGT
CGTCTCATGGAAGCGTCAAACCATCAACGCCGTGCAAGTGTTCCCGTCAT
TACGCGTAAACAACTTCTCGTCTCCTCATCTTTCGACCTACAACGTACGT
CCGCCCCAACGGAAGACTATATCGGACGTGCGCTACCAAGAgatttaccc
gatttttttagtgtGAAACAATACAATTATGTGGGTTCATGGGCGGACAA
TTTCATCGACTTCACCGAAGTAAATAACATACAAACAttcgataaaaatt
tcaaacacatcaaagaaaaatgtctttgttGTCAAATCAACTATGCTCCG
ATCCCTGAAGGTAAAGAACGAAGTGAATCGGATATTTCCATTCGATCGAA
ATCGAGATCATCGAGTAAAGAGGACGCTACTGCAGACGAAGATTCCGAAA
GCTCAGGACGAGATTCCGAACTTTCcccgaaaatgaaaaacaatattCGA
AAAGATGTGTTGAGACTGGTCGCCAACTTGAGTAGTGCGGTCGCTTCCAA
AAACACACAACAGGAAATTATAGCtttacACGGGCGACACCCTTGGGCGT
TTCGTGATTTGTGTTTATATTCTCAAGTGGCGGAGATCTTGGGCATGTTC
AGTTTTCGTATGGCTATTCGAAGATTCattcaaaagttatttgaaGGTGT
CGACTATCAAGTGGTTATCGAATCAGCAGATATGGTTCTTGGCCGGCCTT
TGATTTACGAAGAAAgtaaaaactaataaaagtTGTGCAACACTTAGTTG
ATACTACAAttattagtttgttttgttggAAAGGTGATTCAAAGTGGATT
ATCTTTGCAGATTTTGTGTTTGGGTTGATGCGTTCAGCTTGTTGTGAATG
AACGAGGAGATTCCCCTCTCGCTGAacgtttttaatatttttaagtCTAC
TAATACTCTAATAGGTGATAAATactaaaattctttgaaattattGATCT
ATGCCACGATTATTTATTTATCctttgtacaaattttttccGTTTTCCCC
CCCTCCTTAAAATGGTAAGAATAATGAGAGATTTAGAATTATATTTTACT
CTATTTTAATATGTTTATGTAATTTAAAAGATTGGATGGTTTTAAGTAGG
ACCCATTCCACTTTACTCCCTTGCCTCTTTTCATACGGGCGAGGATTTTT
GATATGATAGATTGCAATTTATATATTATGTACAGTGAAGAGAAGTTACT
AGGTAGATTTTTAATTCATCcttttaaaataaattcacTCAAAGCGTTTA
ATTTATTGAACAATTTGTTGAACTAATACAAAATATGAAGTGCGAGTTAT
TACTCGGAAAGTAAGAGTCAATACTCGGGAAGTTCGGAATATTATTACTC
GGGCTTACAGGACTCCCTCCTCTAAGGCTTTTCGGTCTTTTTTATTGAAT
CTCATCCTGCTCCTGCTTAGAGTCAGATGTCTGGTGGGAGTTTAACTTGT
TTGCGTGTGTATAACTCTTTCTCGTAGATGTTCAACTATCCCAAAATTTT
GTTTAGTTAATTCATAatggtgatgatgatgataatgagATAAATAACTT
TAATTAATTATAATTATACCTCATAAATAGTGTTTGTTGTATATTTTCTG
TTATTTTTCAATTCAgagttttttctatttataaaattgttatccagact
ttatatattttttaagtttcggGTCATTGGTCTTTTGTGTGTCTAAGTGT
CACCAAGGTCGACTAATTTGTGAGTAATTTTTTCCTATCGTGCTAAAATA
AAAGAAGGAC
Run BLAST on NCBI

transcript from alignment at sc0000119:81901..111460-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00011023 ID=TCONS_00011023|Name=TCONS_00011023|organism=Clytia hemisphaerica|type=transcript|length=29560bp|location=Sequence derived from alignment at sc0000119:81901..111460- (Clytia hemisphaerica)
TTTATAGAGGTAGAAATCAGAATTTGCTGTCAGATATGAAGATAAAGTAT
GAGACATTAAAACTTTTTGGAATGAATTGATTGTACTCAAGGAATAACTT
TCATCCGCCAATATGAAGAAGATTCGAAGAAGTTTTGGATCAGGTAGGGA
AAAATTTCATATTTTTGATTTGATGTATTCGTCTAATGGTCAGATTGTTG
CTTCTTTAAAACTCAAGCTCAAGCTAACATTAAAGTTAGCAATACAAGCT
CGATCGTTACTTGACCTTGGTCAATTATTCTCAGTACAGCTCTCACTAAC
CAGTCATTAATTATTGTATTGAAATAACCTTTTATTGCAAGTAGAAAAAA
AGCGTCTGTTAAATCATTATGTACTTGTATTTTACTATCCATGCGTGGAG
GTGAACTCACCCCCTCAGCTTATCCTTTAAATATGATATTCCTAAACCCC
TTAATTTGAATTCTTACTTTATTTTGTCAAAGGAAGTTCACAAAAATCTC
AATCCTATTTTATAGATTCTCCTCTTCCTAGCTCTTACAACACAGTTTTC
AAGGCTTGTGTGAAAGTGTAACTTTTTGTTTGCAAAATCATATATTAATT
CATACTAAGATTTAAAACAGACAAGAATTGCTAAATCCTGTCTTGAAATA
TTTTAAAATTTATGTACTCACTCAATGGAGTCTTAAAAACTAACTTCTTC
CTTGTTTTCATTCAAGAAAACATAAAAAGGTGTTACCTTCTTGCGTAATA
ATACTCATGAATTTTTAATCATTAGAAGAGTAACCTTACTCTTTCTGTGA
GCTTTTCACTCATGTTTTGAGTGGTTACTGTAAAGCATTGTAATTCTCAT
CTATTGTCTCAAGACAAGCCCATTTCGAAATAATTCAAGTTTCTTCTAAA
CCCTGCTCCTTTTAAATGATAAAGGAAGCTTGATGCACTTTCATAGTTGA
AGGCTTTGCTTACATCCAGAAGAGTCGACCAATTGCAGTACTCAATTATT
TAAGCGTATATTTTTTATGGTAGAAATAATAAATATGACTAAAAGAGCAA
AGAGAAATTTTTTTACTGTCAAAATATCAAGAATAGTTAATGGTAGTAAA
TTAGGATTCTTTTAAGGAACTTTAAAATAATACTTCGATCTGTAAATGTA
ATCATTTTTACCATTCTCAAAGGTACTTTTAAATAATAAATACTAAACCA
TTTTAAGTGAAAGTTGAATTAAAATATTGAGAAATAAAGAGCTAATCTTA
TTGAACATATTCTTCTCAGTTTTTCATGCTGGTGTAATCTTCAGGCAATG
CAGTGTATGTAAGATTTCTGTCTCATAGATCTCTGTCTGGTAGAAATTAA
CATGATCCAACTTCCCCTTTTTCCAGGGAAGGACCAGTATCCTGAAGAAC
CACCACTTTTGGATCTCAATAAGGGTAAGAATGTAACATCCCATCATAAA
GAAAATGCTGTTTAATGCTGGTCTACTTTCTCAGAGAAATTTTTTCCCTT
TCCTATTCGAAAAAATTTGTGTTTGTCTGTGGTTCAATAATTTGTTTTCA
AATAAACCCTGTAAAGTTAGATTATTATAATTATACCTTTTCTCTGGCAT
TAGAAGTCTCAAAATGCCAACATTATATTCAAGAATTGTGTAAAAGTAAC
TCAAAACAATCTGTGTATTCATTTTTTTTCTGTGTATTTTAGATGTTTCT
GAAAATATGCGAGAATTGTTGTCAGAGATCACCAAGAAAGAATTGATGTC
AACATCAAAGAGAATGGGATATCTCAACAATTTCTCACAAGTAACTAATT
CGTAATTGAAATTTAACCTTGGCCATGATTTAAGAATTTATGACCCTTTG
AGAGACCCAATTTTCAATTTTTGCAAATTTTTTTGCAAAGTTATGGAAGT
TTTTGTCTATTTAATTGTTTTTTTTCTATATCTCAAACTCCCTTTCTTTA
CTGTTGTAGCTAGTACGTCACTTTCCAAACTCCGCTGATTATGGATTTCC
TCTTGATGATATTGTGGCTTGGTAAATCATTTTAAACATTATTTACCTTT
TATATCATTATTTCAATTTTGGCAAAAGAATATTTTTTGCTTTATGAAAA
TAAAATAGAATACAGAAATTGACAACATACCACTAGACCTAATCTAAGAA
AATAATGAGCTTCGATACGCTATTCTATAAAGATGATGATGCTTTTACTC
TCATTTTAATCAATTTTTTATAGTTTGCGGATAGCATTGATCAGTGCAGC
AAAAGAAGTGAGGTCTGCTGGTTTCCGCGCTTACAGACATTTACTAAATG
ATGAGTCCATGCTCACCGTATTCTTAAATCAAAGAGTTGATATTTTTATC
TGCAAGTAAGATCACATTCAGTTTTTACTTTTTCATTTTTAGGAGATTTT
GTTATCTGACAAGTCCTTTGATCTTTGGATATATTACTAAGAGTGTCCCG
GAAAGATTTTCCTTTTTCAGATTCAATATTTCAAGTGACTGGAAAAAAAT
TGATATATGCCTTTCAAAGGAAAGCCTTAATGACACTTTTGAACCAATAG
AATAAATTCTAAATCAAAACATCAATGTTAAATTAATTTCATTGGTTTGA
AAGCTATTATTATCACAAAGCAGACCTTATTATGTATTTTATCCAACCAT
AGATCCTTGGACTTACCGCCAAACCAGGAAGTTGAACGCGTTCAAGCACT
ACGGCTTGTTCGAAAGGTTAGTTAATGTTTTGTTTCTTCAAAATATACAA
GAAGCCCGTTGGGCGTGAAGGCCCAGCGAAAAGTAACGTGTTGAAAACGA
GCGTGCAAAACAGCAAATGCATGACCCCGTTGACATGGATCAAAGTGAAG
ANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAGAAA
ATAATGAGCTTCGATACGCTATTCTATAAAGATGATGATGCTTTTACTCT
CATTTTAATCAATTTTTTATAGTTTGCGGATAGCATTGATCAGTGCAGCA
AAAGAAGTGAGGTCTGCTGGTTTCCGCGCTTACAGACATTTACTAAATGA
TGAGTCCATGCTCACCGTATTCTTAAATCAAAGAGTTGATATTTTTATCT
GCAAGTAAGATCACATTCAGTTTTTACTTTTTCATTTTTAGGAGATTTTG
TTATCTGACAAGTCCTTTGATCTTTGGATATATTACTAAGAGTGTCCCGG
AAAGATTTTCCTTTTTCAGATTCAATATTTCAAGTGACTGGAAAAAAACT
GATATATGCCTTTCAAAGGAAAGCCTTAATGATACTTTTGAACCAATAGA
ATAAATTCTAAATCAAATGTTAAATTAATTTCATTGGTTCGAAAGCTATT
ATTATCACAAAGCAGACCTTATTATGTATTTTATCCAACCATAGATCCTT
GGACTTACCGCCAAACCAGGAAGTTGAACGCGTCCAAGCACTACGGCTTG
TTCGAAAGGTTAGTTAATAATATAAAATCCTGAAAAGAAAACAGTGTTTT
CAAAATTCTTTAATTTCTTGATCTTTTAATTCTGGTAATCTAAAATTAAT
ATCCATGATATTCCTGAATTCTTCAACTTTTCAGATTGTACTCCTAACTT
ACAGATTCAGATAACCGGGAAACAAAATTCTTGCTTTTCACACAATAACA
TAGGAAAGATTGAGTAAATCACCTGGGTGTGTAAAGTACATTTCACCCCC
TGGAACATGAATGATTTTCCCACCCTGGAATGTGAATAGTTTTCCAACCC
AGGGGAATTTCTTGTACGTTCCGAGGTGTGAATTGCACTTAAAATTGCCA
TCTAAAATAAGTAGCATGGTGTATTTTTTATCATTTCAGGATANTGTGAA
TTGCACTTTTGCCATCTAAAATAAGTAGCATGGTGTATTTTTGATCATTT
CAGGATGATTTAATCCCAATCTCTTTCAGCCTTGATAGCTAATAACCATC
AGTATCCATGTCTTATGAAAAATACCGCTTTTTTGTATCATAGATGGTTT
ACATGTGTCCAAGAAAGTTTCCATTATCTGTGGCAATGGTTTTGGCAGCA
ATCAGTGTTGATTCTGCCCATGATAAAGATCGTTTGTCAAGAGCATGTCT
AGCTACTTTATGTGAACTTGGTAAAATGATTTCATTTGTCATTTTAGGAC
TGCAAATACATAGGATAGTATTGTCAAGTGGTTTTGGGAAATACTAATTA
CAGTTTTGGACAATGTCAGATTTTTCTGATTGAAGAGTATGTAAATATAC
TGCAAAGATTTAAACTGAATTTTGCATTTCATGCTCCAAATCCTATCAAC
TGAAAGCATGGGGACTATTACTATTAGGAAATACATTATGAGAATTATGA
AAAATGTTCTTTTGTATCTTTACTTTGACAGCTGTCCAGAATGTTGAAAT
AGCATCTTACAGTGGAATCATCGGTGCTATTGTTAACAACACCTTAGATT
GTTCTGTAAGTTTAAACTATTCATACATTATTAACAGCCTGTATAAATGT
TTATGATAACTTAGATTTCCATTACTTTTTCAAAAATTGTACAAAAGCTT
GTTATATTTAGCCTAGCATTAAGTCGGAAAAATTGCTAATAAAATTTACA
ATTGAGAATTATAATTACTAATTTAGCAATTGTGATTGTGTAAGTACTGT
AAATTGTATCTTTTCTTGACTTGTTTCTCACATAGAAAAATGTTTTTAAC
TAACAATAAAATGTAGCCTTGTTGTTGGAATTTAATGTTAAGAATACCTC
TTATTCGATCACGAGCTAGAAGAAAAAAGAGACGTAATAGTTTCTCTAAA
TTATTTGAATAGCCTATCATCTTTATAATTTTGAATGATCTTTTTATCAT
CCTACTTTTTCAGATTCCACGAATGAACGAATCCTTAATGTGTACCATTT
TATATTTATACAATCACCCAGAATCTAGAAAATTTATACGAAGAAGAGTT
GGTCTAGAGGTAAGCTCGTCTGTTTTTATCGTACTAGGTCTAGAAATAAG
TTGCTTGTTTTTTACCTACAAGTGGAATATTATTGATTGAGGGCCCTTTT
TTGAAACACTAATTGGATGTAAACTCAAGTTTTCTAGGATTTTTCGGAGA
TAATTGATGTGAGAAAGTTTGATAAGTTTCTTCATTTTGAATATTATAAT
TTTTGATGTTGTTTCTTTTTCATTTCAGCCANGTTTCTTCATTTTGAATA
TTATTTATTATTAGTTTCTTTTTCATTTCAGCCAATCCTTGCACCATTCA
CAGACCTTTACTACACATATAGCTCAGATTTACAAGATAGCCAGATCAAG
TAAGACCATCTCATTTAATTCTATTAAATCCAAAGCCCCGAAGGAGCTAG
ATCCGAAACTCTTGGATGGGTAAAGAAGCCTCTTATTTCCCATCCAAAAC
GTGTGACTCATATGGTTTTCGCACAAACGCCAGATTGAAAGCAATATTTA
ATGCTAGATTTTTTTTAATATATCGGGTGAAATCAAAGAAAATCTTAAGG
CTTCACATTTTCTTACTTGAGAAAGTTTAGAGATTCCTCTCTTAAATGAT
ACTAACCCTGATTTTCAGGAAGATTCGGTTTGATTTGGTTGGTCGTTAAC
CAGTAATAAAACAGTTTTGCTCCTTTTTCTAAAGAACGTGTCATTTTTAT
TACTTCAAAAATATTAAAGTATCTTATAACAACTCCATTCCAACTGGAAA
ATTCGTCCTAGGTACCACCGCCCCCTTTTTGGACCTACCACGGAGAAATT
TTTGCACAATGATGCAAAATGGTAATACTCAAAATGTGACCAAAAAAAAA
AAATCTATTTCTGTGAATTGTAATTTGATAATTTTCGAGATTTTTTCTTT
GGAATAGAAAAATTTCTGTTCTGATTTGCCAAAATTGATTTTACCCATTC
TACCCAGACACTAGATTCAAATGAGAGATTATATTCTACCTCTCCAAAAA
TGTAGTACTGGTTAAAACTTTTCTTAGGATTCAAAATTAGACAAATTGGT
CTGTATTAAAAACCAGTAACAGAAGAAAGAATAGGATCACTGTTATCTCG
ACTTTTACTTAACTTTTGTATTTTATCTTTTTATTTCAGAGAAGATCGTA
TACAACGTTTAGAGAGCGCTAAATTAGCACTAGTTTCAGTCATCCGTTCA
TGGGCTGGTAAGAAATGGTTAATTTGTTTGTTCGACAACTTTTGTTAATC
AATCGGTGCATTTATACACTCATTGAATGATTTATTGGCTACATTTCGAC
AGTTCAGTAGAAAAACTCTGACAAAACACCTTTTGATACTTTCTTACCGC
ATTCTGTTCTTCTCATTTCTCTACTCATTTGTTTTCAGGTCTCATGAATT
TTTGTGATCCAGATGGCAACAGTATAGCATCCCTTCTTGGTGTTTTCGCT
CTGCCGAACGCTGAAATCAAAGTAAGAACAAATTACAAACTTTGTTTTTT
CAAACTTTGAACATAAATAAGCATTATAAGATGTTCATCCTGGCTAACTT
TTAAGTGACAATCTAACTTTTAAGATTTCGGTCCCTTTTAAGACTGAAAT
GTTTGGTTGTCATTTCGCATAATTTTTTTATATATAGTCAATAGTCCAGC
GGTCTGGCTGAAATTTCTTTGGGATGCCCATTGTAAGTTTTGGTGGAGTT
GATGCTTAGCTCTTTATAGATTCACACGCATTAACAATTGAATGTTAAAT
TTCTTCTTAAAACGAAAATTCCATAGAACTGAAAAGAAGAAGGAAACGCC
GCAGAGGGTATTTTATACCCCTCCTATCTGTTTTAACCTACAGGTCACCG
ACCAGATCTTTCAATGGATGGTTTAAAATGACGCTCAGTATTTTGATTTT
TGCCCTCTTCCCCGTTCACTTTTAATAATTACTAAAATTCAAATTTGGCG
CCCCTCTGAAACCCTTTTGTTCTAAGGATGTCTAGCAACCTCTGCCAGAC
CGCTATTGAATAAAGCTTCTATTATGTTTTCTACAAATTGATCTTTTTAT
CTAGAAAGCGATTATCGATACACTTTATGACGTCTTTTTACTCCGGCAAC
CAGAACAAACGACGGACTTTTCGATTGCACTGCAAAGTGTTGGTAAGTTT
CGGACTTTGAATACAGCTTATTATCGTTTTGTGCATGTGCATCAATTTAA
TGAAGCATTTCTTAACAACTTTTTTTGCTGTTTTAAAGGGTTCATATTTA
GGGCATCATACCATTTGCTTACACAACATTCTCAAACGAGAAGGAAAGTA
CTTCCTTTGCCTCCTGCACGCGTGCTTAAATTGGGACAGATTCTTTCTTT
AATATTGCTTTGTCAGCATAAAAGACACGCCATCAAAATTGTTGTCGTAG
TGTGTTGAAGGTGACAGATATTACTTAAAAGTTTTAGCCAGGCTGCAGAT
TATTACATTGTAGTTGCTCAATCTTTAAAAGTTGAGAATATTAATTCTCG
TTTTCTTTAGATCCAATAGAACAACAGGATAATTGGAAACTGACAGATCA
ATTCTTGTTGGCGGAAGCAGATGCTGTATTACCGCACAGAGCAACTTCCA
CCAGGTAATCGTGATTTCTTTATGAGATTAGTAAGACAAACTCAATGAAG
CTCAGGCTGAAAGCAAACATTAATTATTCTATAACATCGTTTCGATTGTT
TAAAGGAGAAAAATACATTTCTTTGGGCGAATGTATACTATTTAAATACC
TAGATATTTGTAAAGTAACAAAAATATAGAGATGAAATTGTAATATGTGT
TCTATTCCGTTTCAGGGCGAATTTGATTGAGAACTATTTATCACTTTTAT
TATCTGCTTTTCTTGATGCTGATGTGTTAATCGTAAGTACCTTGAACAAA
AATATCAATACTTTGCCAGGAACTCTGGAAAAATGAAAAATGTCATAATA
TTTTATCAACGGTCATGAATTTTCCTTATTTAGAAAAGAACACACAGTAA
TAATTCTACATGAAATGGTCCTCTTTTCATTCTCCAAAGCTTACTGAAAG
TATTCACAACAACGCCGCTGGCCACATGTGAAAACTACTACATTATTCCT
TGTTTGAAAATGTAGGAGAAAGTAATAATAGGCTCTTCCAGAAAGTGTTC
GTACATGGAGAGTATAGTGTCCGGGGGGGGGAGGGGATAGGAAGGAAAAA
TGTGCCTTGTCCCAGGGGTAAATTTGCTCTGTTTGGGATTTTGCTCGGTT
TGAGCGTTATTTTGAATGTTCAGGGGGTCAATTGATGCTTGTCTGGGGGG
TCAGACCTGCTGTACGGGGGGTCAAAATTCGCAATGTCAGGGGTAAATTT
TTAAAAAATGTTATATCCTCCACCCCCCCCCCATATTCAATTTTATTCTG
GAAAAACCCAATTCTTCATGAAATGACGTCAACTTTTCATTTTTCCATCT
CATTCCATTCTTAAAGAGCTTAGTGAAAGTGATCACGACTAGTGATGACT
TCATTTGTATCCGTGGTTCCATTCTCTTGGGAGAAATCCTTCATCTCACC
AACGTTCTACTACCTCCAACACACTCTGGTCAAACACATTGTCTGCCTCT
TCTCATGTCCCTTGCTACTAATCTGGAAAAACCAGCCATGGAAAGGGGGT
AATGTACATTCGTATTTTAAGAAATATCTTAGCTATAAACCTCAAATCTC
ACAAACAGGCTCCAAATCTACTAGGATATGAATGTTGAAGATATCATGGT
GATACAATAAACAGAAAAAACGTCAAAAATTCTTAGGGGTGCGGTTTTTT
CTGAATCACCCTGTAGATGAATTATCTGGTCTATTTTGTTTGCTTACTCC
ATTCAGCTACCCTTTGTAAGGCTGTGAGTAAAGTCGCTGACTCAACTTTC
ATGTTTTATGCTCAGCGATCAAAGAAAATGATCAAGGGTCAAGATGGCGA
AAGTCAGAAGAAGAAGTAGTGTCTTCCTCATTCGGTTAGATGCTTACTGA
AATGGGAGCATTCGGGTTTTTTTATCCATTTGGGTTTACTGTGAGCATGA
TTGGGCTTTTCCAGAAAAAAATCGTGTACCCCCTGTTGAGGAGGTCCATT
TCCGTTCCAAGGGGGTAAGGTTGCATTGGAATTCCATAAGGGTAGACGAA
AATCCGTCAAAAATAAGCGGAATTCCAAGGGGGTAATGATTGAAAATTTG
TAAAAATTCGGAATTCCAGAGGGGTACGATCCTTAAATTGCCCGGAATTC
CAAGGGGGTAGGTCACAAAAGGTTGGACCTCCTCAACAGGGGGTGCACGG
TTTTTTTTCTGGAAAAGCCCATTCTGTATAGTTTTGCTATATTTAAATTT
AAATTTGAAAATGTGTTTTATCCATAATTGTTACTTTTCCATAGGAAAGC
CAGTGCTGTTGTAGGATACCTTGATCAAATCCATAAAATGAAGAAACGAG
GAAATATCGCCAACACTCTCATCATGGAGCAACTCATAAGTCAGGTCTGT
TAGAGTTTGACACCCTTCTTAATCTTTTTCCACCCGATGGCAATTGCTTA
TGGTTTAGCTTTTGTTAAATTGTGAAGTTATAACCTAGACGGCTTTTTAG
CCAAATGGGGGAGGGGATGGCTGGACGAGTGGTTGAAAACAAAACATAAT
TTTCTGTTAAGATATAATCCTGTTGAGACAATCAGCCGTCTAAAAGTCCT
ATATTACCGGAAAATTCGTTTAGAATATCGAATTTATCCATAGTAAAATA
GGCCTTTTTCTACCAAGAGTAGTATTCATTATAGCTTCTGCTTGATGTTC
AGTCATTTTAAAATATTTCTGTTAAATCTTCAGGTAGCGAAGTATGAGAA
TCAAGGAAACAAATCGAAAAGTCGGCAAGAGAAGTTAGATCTCCATTACG
CGTGGAAGGTGTGTAAGCAAAAAAACATATCTGCCGTTACTTTTTAATCC
TAAGATGATTCTTAGTGAAAGACGCCAAAGCTGACTTATACATAGCTAGG
AAACATAGCCATGCGATAACAACTCACTGTTTAGTTTAAGGCTGTCTGGA
AAGAATAAATGTAAACAGCCCTGTAACGCGTGACACAACTTCTTATTAGT
TACCTTTTCGGTCTTATTTACGCCGGCCCTTATCGGCGTTATTTTTGGGC
ATATGTCGGATAAAGTAGCATCACGTAAAATGTTTTGGAATTGGCGGACT
TTTTTGGGCTTTTTTCCTAACTTTTATTTCGGCGCGGTTTAAAAATACCT
GTATGTGAAACATATGTTTACCTCTCAAAGGTCGGGGTTAAAAAAAACCG
TATATGATTTTTGTGTTACTTACCCAAAAAGTCAGATATGGTAATAACAA
AATACATTTTTTAGGAAATGGATGAAGTATGTTCAGCCATCCGTGAAACG
GGGATGTTTACAGTTGGAGTGCAAGAATTCGATTTTCAAATGTGGAATTG
GGATCTCATTAGTACTGTATTAGAGGTATCTATTTTATAATTTTGTCTTT
TGAAGTTTTTGAATTTAAGATGGAGATTGTCATCAACAGCTGAGAACAGA
GAGTCTTCTTCCAATTACAAAGTATTTTAACTTTTCCAGCTGAAGGGACC
AATGCTTTGGTTTGAATTACAGGGAGATTCGAATTACAGAAATTCGAATT
AGAGAGAGAGTTTCAAAAGTTTTACTTTATATGTTGCGCACTTCAAAAAT
TAATTCATCTAATTTCTTTACCACTACCACTGCTATCACATTCTCTTTGC
TGCAACATATCCTTAAGGCCATAAAAAATCTTCTTAGGCCTTATTCATGT
ACCTCACCCCAAAGAAATTCTCTAAACACAGTTTAATTTCGAATAAGTAA
CTAATATTCCACTCTTGATATCGCTGTCACGGGTCATAAGGAATGGCTCC
TTACTATGTCTGAAGTTTTTCGTAAATTTGCTTGAATTGCGCTCTCTTTT
CTTTTTTAGTCAAGTAAGATGACAATCAAAAGATCAGAAGATCCCATCAT
TCCAAGGTCAGTGATATCTTCTTCTACCATTAATTTCATTGCCAGCCCCT
TTGTGACAGTACTTCTAAGACACTGCCGGTGTATTGTTTAATATAATAGA
TCGAAAATTACTCTATTGGTCAAAATCAGCCCCAGGTTTTTGTATAAAAA
GTGATATTTTGACCAATGTATTTTAAGCTAGAAAAGCATTTGTTCGCCAA
CCATAACACTTGTGCGTCTTGAGATTTTAAGGGAAAGCCCTTGATCAGAT
GTTACAGCTTTTTTGGAAATTTTCTTATCACTTTATCGAAATATAATTTG
TACTTCCCAAAAGCATAAGTTTGATCCTTAAAAAACCTTGATAGAACTCG
GAAGATTTCACATTATAGAGGGGGAACGTTTTTCTAGCACACACGATATC
ATTTTATAAAGCAATGAAATCCTTCCTTTCTCAGGTTTATCAAACGGTTG
TCGACGTTTTACAAGCCATTCCAAAAGTTGTATTCACAGGTTCCTTTAGA
AGACCCAATGGGAAGAAAATATTCTGAAGTAGCTCTGCAACTGGTTGACT
TTTTACTACGCAAAGATGAGGTGAACGCAATTCGAATATTTTCATTTATA
TCAATATGTATAGTTTGTGACTCGTGTTCCAGAATGTTCGATGAAGATCG
GAGCCATATACTCTTAGGTTCCAAATAAACGGGGGGGGGGTTCGAATAAA
CGGGGGGTTGGAAAATTTCTAGATTTTAATAAACGGGGGGGGGCCCTAAT
AAGGTCCGGGGGGTTGGAAAATTTCTAGATTTTAATAAACGGGGGAGGAC
CTAATTGCCGGGGGGGTTGGAAATTGTACTTCTGAAACCCAAAAATAAGG
TAAAAATAGGCTAAAATCAGGCTATTTAGAGCAAAATAAGGGGCCTTCTC
TTTGACAGCTGAAAATATTCTTAGAGATTAATAAACGGGGGGGGGCCCTA
ATAAGGTCCGGGGGGTTGGAAAATTTCTAGATTTTAATAAACGGGGGAGG
ACCTAATTGCCGGGGGGGTTGGAAATTGTACTTCTGAAACCCAAAAATAA
GGTAAAAATAGGCTAAAATCAGGCTATTTAGAGCAAAATAAGGGGCCTTC
TCTTTGACAGCTGAAAATATTCTTAGAGATTAATAAACGGGGGGGGGCCC
TAATAAGGTCCGGGGGGTTGGAAAATTTTCGAAAAATTAACAAGCGGGGG
GGGGGGCCGTTTATGTGAAACCTAAGAGTACAATTTGAATGATATCTTTC
ATCACAACGAAAAAACTTTAAGCGTACTCTGAGTTTCGTGGTATTCAATT
GTTAAGCTTACAAATAAAATCATATCGGGATATCTCAAAAACAGCCCATC
AAATTAACCAGCTTTTAGCCCACAAAATCACCTGCCATGGTCCGAGCTTA
GCGAAACAGCCAGAGAAGAAATTGAGTCCAATCAAATCCTACAATTTTCT
ACGGCTCCTTAGATGAAACAAAATTGTATGGAGTTTTTTTTTAACAGACA
CATCTTTTCTATATTTCTTTAGCAACCAGAGGGAGAGAAATCTTTAATCG
AGATTTTACAAGATGTTCGAGATTGTCTTGGTGAGGTAAGGAATTCGTTT
TTTTATCATATTTCAAAGCCAGATTGAAAGTTTTCCTTTAAATTGTGACA
CTTTGAAACNTATTTCAAAGCCAGATTGAAAGTTTTTCTTTAAATTGTGA
CACTTTGAAACACACCTGTTTGATTCTTCATTGAAATCATTGTGGATGGT
GAAAAAATAGACGTGGCCAAACCCTTGGATGAAGTCCATGAATGTATTCA
GACATTCTGTTTTGAAACTAGATGAAGGCATTACTGGGCATTGATAAGGA
ATGCAAATAGCACTCACATATAAGGGTATGGAAACTGACCAACAAAAGTA
AACTCTACTTTTTTTATTTCAGGCGATTCAACCTGGTCGATTGACGGGCA
TTTTTAGCACCAATAACTTAAGTGAAACCTTAACACGTGACTACTTTCTC
CTGATTGGTCGGTTATCCTCAACTACGGAAGGACTACGGATACTAGACAA
AACATCCGGTATATTCCAATAGTAAGAACTCGTTTCCATTCTATCTCGTC
TTCAATAATGATTTCTTTGCTATATAAAAAACAGTTTCCCCTTAAAAGTT
GAAGTTAACCCATAGTGTTAATAAAAAATATTCATATTGGAAGTTTATCA
TGGCTTGGATCACGAGATTTACGTTTGGCTACGTTTCGAGAGATTCTTCT
CCCATCATCGGGTCCGTGTTAAATATTCTCTCTCGCTGATCCATTTTTGT
TCCGTATGTTTACGTTTCCTTGTCAATTTTACTCTATATTTATATTTAGT
TGACCTACCAGAAACTCAAATTGTTTCTTCGCTGGGCCCCTTCACGAAAG
ACTAATACCCAACGGTGTTTTCTCTTTATTTTCTTCAGTTTGATGGAGAT
CTGTTCGATGGGATCGCGTGAAAGTTTAATCAAGTTGATCATCTCGTGTT
TGGATTATGGTCGTGACGGCATTTCTCGAGTCCTACTCTCCAAAACTCTC
TCCGCTGCTCCTCTTGTAAGCGGTTTATTTGAAAACATTAACCAGTCAAA
GACCTCCGAGAGTTGTATACCTTATCGGGGAAAATATTCGTCACTTGCTG
GTAGTTGGTAAACGCATTTAGGCCGGGGAAAATTTCCGTCACTTGGCCAA
AATTTCCCCGTCTTTTCCCCGACGAAGTTTTCCCCGATAAGAGGGCGTTT
ATCNTTCGTCACTTGGCCAAAATTTCGTCACTTTTCCCCGACGAAGTTTT
CCCCGATAAGGGGGCGTTTATTCAATGGGGGCGTTTATTTGAGGGGGCGA
TTATTAAACAGTTTTCCTTTTAGGAGGGGCGTTTAAAAGAAGGGTATTTT
TACGGTATAAAAAAGCTTACTAACTGATTTTATTTAATTATTCGAACACA
GAAGTGACACAATACACCTTTTCGACCGAAGCCGCCAATTGCCGCGTGGG
CATTTCTTTGTCCGTTTTACAACCCAAAAACCGTCCCAGTCTTTTTTCGC
ACCTAAAGACAATAGAAAAACGTGTAAAAAAGGATTGGATCGAGTTTAGA
GTGGCAAATTAAATAATAAAGTGGCACGCGCCTGACCGCGCGACTACGAT
CAAAAGGTGTGATGTTTTCACTTTCTTTTTTTTTACTATCGTAGACGGCT
CGCTTGTACGCCACCAAATTTCTTCGTGTGTTATTGCGTGTCAAGTGTCC
TTACTTCAGAATTTGGGGAATCGAGTTTCTCACCAACCAGGTATGTAATT
CCATTTTCAAATGAATAACAGAAGCAACGAGAACCATTCGTTAAAATCGT
CCAAAACATTTTGGGACTCTAAATATATCGTTCTGAGTAAAAAGAAATTG
AGACAGCAATGAAAAATGCTTTTCTACTGATTGTTGTTCCTGTAACATTA
CATTGACATCATTAGCAAAATCTCTATGACGCGTTTTTTATAATAGCGAG
TTTATGTATTTGCACTTTTGAGGACGGTAAAGTGACTGAACGATTTGGAA
TAACCCGCAGTTCTGCCCCACAAAATCGAGGACGGTAAAAGTGCTGATTT
ACAGTCATCCTCAGCTGGTCATGATCTAGTCAAATTAGAACCTTACCGTC
TCCATCGCAGGAAAACACACATACATAAACTCGGTAATACAAGGTTCTGT
GATGTTGTAGCACGGTTTGACGTTAGTTTTTAGCACTGCAATGGCTTCTT
TGCTGCCACTTTCAAATAAACTCCGATCAAAGATGGAGGATAAAGTTTAG
TCCGAGGTTTTATCAAGGTCGGTGGTTGATATGTGTATATAAAGCATTCC
ATCATTCTTTTCTTCTATTCGTTAGTTATACGACCAGGAGATAGAGATCG
TAGAGACAGCTATTGAAATCCTTGAAGAAGCTTGCGAAGATGACGTGAGT
TTAAATCTACCTTGTTTTATTCTCCAAGTTGGCAGTTGTTACTTTAGTAA
ACCTACGAATACTGTCTTTTTTCGGGTCTTAAATTCCAAGCAATACGCCT
TTCATCAAGTAATTGAGAACGACAAAGTGAGACAAAAAATGTTATTTTAT
CTAATTTTGAGCCTTCCGCTTCCCCACTTTTACGGTTGTTCCGCCGGGCC
TGGAGTAAATATGTTTATGTTTACGTTAACTATATTGACGGAACCAATTT
TCGCGAGTTTAGTTGTAAACTATTTCTTAAAAACACGCTAATTTCGTATC
CTTACTCCACGAAAATCATTCCCTAAAGGTAGGTTCTAATTTTCTTCATT
TCCAAAATCATACTTTGTAAAGTTAATTCTTACCAATCATCCTGACGGGT
CGTTTTCCAACTTCTTTTCTTCAGGCCAATCTGCAATGGTTGATCGAAGT
ACGCCCGATTCTTTTACATCTCGGTGAAAAAGGAATACGATTGCTTTCAA
GGTGAAAACTATTTTAATGGCAAACTGTGAAGGATATTATTGATATCTCC
ATTGGCAATGATTGGGAGGACCTTGTGATCCTAAGGGTTGGGCTTTTCTC
ATCAGGTTTCTAATATATTAGGTCAGGGTTGTTTAGAGCTAAATTTAAGG
GACTCTTCTTTTGACTACTGAAAATATTTTCAAAAATTAACAGGGGGTCC
TTATAAGTTTCGAGGGTTGGAAAAAAATCGAAAAATTAACAAGCAGTGCT
GGAGACTTTTCTTAGGCACCTGAGAGTAAAGGGTTAAAGAATACTGTAGG
GGTCTTATATTGGACAGTCCCTTTGTCTAATACTTACATCCCTGTTTCAG
TGACCCGATTTGAGCAGTAGGGTTAAAATGTAGCGGGTAGAACAGGGATA
TAGAAATGTTTTCTTGTTACAGGTGGCGATTTCCAATTTAATTGTTTAAT
TATTTTAAATTTAATTTTTTTAACTGGGGGAAGTTTCTAACTTGTATCTA
ATTTCTGATTTTTCCAGTTGTTAGAATCAGTTCAAAACGGATCTGTGCAA
CAGGAATCTAATAGTGTCGCCTATGGAAGTCCTTGGGCAAAATGGCGTTC
TTGGCTTCGACCTTTACTTCAAAACCAGTAAGGGTCAACCAAGACTGCTC
CCGGACTAGTAAATCCTCTTGTTCCATTTTTTTCAGTATGAGACATTTTG
AGCTGAAAAGAAATCGGCCATTAAAAGACGATGGCTAATTTCTCTTCTCT
TCTGTACCAAGTTTTGATTACTCAATTTGATCTAACTCAAAACTTTCTTG
CGTTTTATTTTGGACAATAGATATGTGTCAGTGACAAAAGGTTTTACCTA
CCTCAAAGAAATGGATTACTTAAATCCTCTCGTTCAATCATGGAAAGATG
TAAGAATGCATTGAATTGCCCTTCGTTTCGTAAAAAGGCTGTATCCAAGA
AATCCTGTTTGGAAAAACAATATATCGAAAGAACAGTTGTTCGTGTCTAA
TCTATGAAGATTACTTTCAATTATTTTTGATTTTGAATTTGAGTTATGCC
GATGAGTTTGTAAAATTTCACAGAAGAATTTCAGAATCTCTTTCTTACTT
CAAGAACATGAAAATATTTTTGTTGCAGTGATCGTTCTATTTTCTTTAGA
ATTACAATAAAGAATATGTAACGTGGATTGAACTGGAAATAGCTGAATCA
TTAAGTTCGTACGAAAAACAAGCTGCACAAGGAGGATATATTCGACGATC
GAACAACAGGTAATAAAGACTCTTAAGAAAGAATTGATATAATAATAGTA
ATCTTTTGGATGAACCGTCGATTGTTTTAATGGGCACTACGGTCGTCCGG
CTTGATTGTTTATGAGCGAGGAAACTCAAACCTCGAAACTCTGATTTCGA
CGCATACACGTCAATTACTCAGCCGTCGGTCACTGTATAGTTCTCTTTCC
AGCTCTCTATGGGTGTTTTCAATCCAACTATGGAAAACTCTGGAAAACGT
GTAATTTGGACTCCTGGAAAAAGTGACAGGATTATTTATTTATTACCTCT
GCTTTTCCATTTGGTGTTACAAGGGCTGACCAAAGACTACAAAAACATGT
CGCTTTACACCAATACCATTTTTCTACATACACTCTCAACTCTAACAAAA
TCACATTTTGCAGATGCATGTTACTTTATTGATTTGTCAATTTAATGNTC
TAACAAAATCACATTTTGCAGATGCATGTTACTTTATTGATTTGTCAATT
AAATCATTTGTATTCCGTTTTGTTTCCTATACCTCAGATTGATAAAACGC
AAGAATGTGTACGTTCTCCCTCACCTGTACGGCGAACTAGCACGTCACCA
GGATGGATTGGATCTATTGGAAGAAGAGAATTTGATTAGTGAAGCTGTAG
ACACAATCGTCCAAGCGAACACTGATACTTTTGAAGATATCTTTCAACTC
AAAGCTGCTTTATGGGCTATGGTAAGATGTAGCGCTGACTTTCATTTCCA
ATAGTTTACTTGACTTAGTGAACTTAGGTCCAGTACTTAAGTGAAAAAGA
TACCCTGTCAAGCAAGCAAAAAGGAAATTCGGTTCAAGTTGACCAAGTTC
GAATTACTTCAAATAGATATATATGTGATGTATAAGGTGTAACATTCTCT
AAGATGGCAGCCGCACTTTACGTTCTTCCTATATTTATCCCGGCCTCTAA
AGAGCGCTGCACCTAAAATGGCGTAAATTTAAAAAGTGCAGCGGCCTTTA
TATAAAGAAACTCAAAAAGATAATTCTCAAACTAACTTGCTAAAACACAA
CACTATAATTTAATCACAGGGACACGTGATGTCAACACGTGTCGGTATCA
ACTTTGCGTTATCGTACGACATTCCGTCGCGAAGTTCATCTTTCTGTCAA
AGTGACGTGGTGGTCGTTCAAGAGGATGACATCAAGCGTATGAATGAAGA
AAAAGACAATTGTGACGTCATCAATGCTGAAAATGGCGAGGTCGGTATAA
AAAAATTCTCTCCATCTGTTTAACCCTCATTTTTGAAACGGCTATTCTAC
CGATGAGTTATGTCTCTTTCATCAATCCTTCATCCATTCTTTCTACCGCT
TTGTTTTCGGATTTACGACTTGTGTACAAGTTATGGAAAAATATTTTTTA
CCTCTAAATTTGGAAGAAGCACGTTTCAAATGAATTCGATTTCTTCTGTC
AGTAATGAACAATTATGTTACTTGATTTTCGGTAATTCAAACTCGAACTG
GGAATCTAATTACTTCCAATTAAATAGAGATTCGAATTCGAAGCATTCGA
TCTTAACGAAGGTTTCTCCGTCTCGGGGATTCAAAATTAGAAAGTTTTTT
ATTTTGTTTTTCGGGGCCATAAGAAGAGTATTAGCACCGAAACGAGGCTA
AACCTTTCAGACATGCTGGAGATGGCTGATGATATGATGGTATTTTTCAA
ACATAGATAATATACTATATTGTCGATTGTTTTCTAAGAAAAACCAATTT
TAAAACTTTGGCTTTATGAAATCAAAGAAAATTGCCCGGTTGAAGTATAA
GCTGGATTAGGCGTGTCATATCGAGCATCTTCCTTTCGCATATATCTATA
AAAAAATGAGCATAGCAAAAGGTTATCAAATTTACGTTAATCACGTTCTG
GATAATTCATATCTTTCGAGTTCTAAAAGGCAGAGATAAATGTACCACAT
TTTAATCTCTAGGTTACCATTGAGCTAATGGACGATCCTTCTCATTCACC
ATTGCCGCCCCTAACCACCACCACCGCTACCGCTAACGTCAGCATATTAG
ACGATTCGATAGGACCATGTGCAACGCTTGATATTGATGATGATAATGGT
TCTGAAGATGAGAGTCCTTCTTTGTTGGATGTGATTGTTTCCATGGCTTC
CAATTCGGACGTCCTCTCTGTTCGAGGGTAAGTAATTTTGTATACTTTAG
GCGTACAAACTTTCGCGAGCAGAAACTTTCGCGATTTTCACGATTTTCGC
GAATTTTGGCCTTGTCGAAGAGTAACCATCTCTATCGGATATATTTTTCA
CTTTTTAGGCAATTTTCATTCGAAAAATCTTATTTTTATCAAACGATTCG
ATAAAGTTTATGCTCGCGAAAAACATTTTTTCCTCAAATTCACGAAAGTA
AATGTCGTAAATTTCGCGATTTTTCGACTTTGCGAAAGCTTCTTCTCGCG
AAAGTTTGTACACCTAAAGTATGTCTTTTTATGACCTCGATCGGGCTCAA
AAAGATGAGGCGGCCATTTCTATTGGTTGCTGAAAAGGAGCGCGTTACTT
GGTGAGAGATTTCCTGTCACAATTTTATACTTTTCGGCGCCGAAATATTT
GGCACAAAAGGGGAATTCCCTTAAAACTTTAAAACCGCAAGTGCTTTGAA
GTACAGTTCAGAAGTAGAGTTTTAACATTAGACTTAAGACCCCCCCAAAT
CGAAAAAACAATGAATCAAAGTGGAAGTACTGAAACTGCATTCCTCGCCC
GACCAGGCCCGACCTTTAAATTCTGAAAAACTTTCAAATACCCAAAATTG
CTAAAATGTTTCGGTGTGCGCCGCTCAACTTTCCTATTAGCGGTCACAAG
TGTAGCACGAAAAACTGGCTATTCTTGTGGAACCTATTTATGGTATCCAA
GCAAATGAAGATACTGGCTCGACCAAGTGTTTCTTGAAGCTAAGAAAGAA
TGATTTTACCAAAAATGTTCTTTAGGGTTTTAAAAAGTGGTAAAGTGAAA
AAAGGGAAGGTCGATCAATTGATCGGTGTCTGCGAATCAGTCGAACCAAT
ATCAAACATACATTTTTGACATCAGTTGTTCAACCATATTCATTCATTCA
ATCAATTTTCCCCACCTTATGAACCCAGTGTTGCAACTTTTCCGAAAATC
CGAAATTTCCGTCCAAATAACAAGCCTTCAGATTAACTTAAGCTGGTTGC
AACACTGTAAACCAACCGATTCTTTCTTTTTCATTTTCCCAACAGGACAT
GTTTTTACGTTCTCGGTTTGGTTGGTAGCACATCGATTGGTGCAGAGAAG
CTGGAGTATTTGGGATGGGATTCTGTTCGGCATAAGTGTACGGTAGATTG
GCCGGTAATGGAACCGGATATTGCGTATGTTTATGACCCAGACCTTTCCG
AAGATGAAGAGGTATTCTTTTTAAAAATGCTTCAACGCTTCAGATGCTTT
AACGCTGATACCATTGACATAAGAAATTATTAAAAAACGTTATAAGTAAG
AAATTACGACTAGGACAATCCACCAGCAAACGTCAAGTTGTGGCAATGGG
CTTTTCCAGAAAAAAACCGTGCACCCCCTGTTGAGGAGGTCCAACTTTTT
GCTACCTACCCCCTTGGAATTCCAGGCAATTTTAGGATCATGCCCCCTCT
GGAATTCCGAATTTTTACAAATTTTCAATTATTACCTCCTTGGAATTCCG
CTCTTTCTTTACGGATTTTCGTCTACCCTTATGGAATTTCACTGCATTTC
AACCCTTACCCCTTTGGAACGGAAATGGACCTCCTCAACGATTTTTTTCT
GGAAAAGCCCAATACAGGCTTGGTGTTAATAGTCTGTCTCAAATTATTTG
CAGCGGAGAAATGTTATAAAATAGAAAAAAATCAAGAAAATTTGGAAAAT
GATGACGAAAAATGAAGAAGATAAAAAATCAATTTCCTTTGCTGTAATTA
ACGCTGTAGGTTATATTGTGGCAGACTTGTGGTGACCGACTGTCCTAGTA
TTGTTTTCTATAATTGTTTTGACGTTGTTTTTTTTGTTGACATTTTGGCT
CTAGAGCCTAGTCTACCTCCTTTACTTCACCGTGCTCAAAATTTCTATGC
GAAATGATATAGGCTCTTAGTAACCTCTCACTTAACCTTCTTTTCACCTG
ACTTTCGTTTCGACAGGAGGGAGCGGGCAACGGGGCAGACGAACCAGACA
ACACGACGTCACAAGCAGAAATCGTTCCCACGCAACCCGAAAAATTTGGC
GGTATTTACCTCGGTGAAGAGTTACAAAATGATGAGTTTGGTATCGAGCA
AGACCCCTTCGATTATAAAGTATACGTTTATGGGGATTCTGATAAGAAGA
AAGGAAAAAAATCCAAAACACCTGTTAGCGACGAGAGTAGGTTTTTCCAA
GACATGGCAGCGATGACCGAGCGGCCGCCCGAATCGAACGTTCGGACGAA
ATTTTTCGATATTGACAGTCGTGGGTTTATGTATGAAAAACATGACGAGG
GTTTCTTAGCCGGGTTAGATCGTTTGAATTATAACACGAAAGGCCCCATG
AATAGTATGGAGAACGCTGGTGGAATATATTTGGGTGATGAACCGACGCC
CTCAGATACTACCACCCTGGCGGAAGAGAAACTAGATACTTTCGAGGATT
TTGCCCCTTTTCTTTCCGGTAAAATTCCGGCCGAACATTTCATGCAACCG
CCTCCTTATCAAAGTCCAAGTATGTCATCACAGATTGGCAAAACGAAAGA
ATTATTTGATAGCTGTGGTATTTATCTCGGTAAGTTTGAAAGCTTAAAAG
ACAACAAAAAATATTTTTTTCAACGAATATTTTCTCGTTAAAATCATCCA
AAAATAGCCAGCTAATAGTTAGAGGTTTTAACACATTGAAATTGATTTCC
TCGTGATTTTATCAAGTTATGAAATAAAAGATTTTTTGATACCTAAAGTG
TTTTATTTTGACCAAGTTCCTTATTTTGACGCGATATTTCAATAATACAT
AGCTGTGAAAAGGTAACCAAGATAGCTTTCTCGTTTTGAGGAACNTAATA
CATAGCTGTGAAAAGGTAACCAAGATAGCTTTCTCGTTTTGAAGAATAAT
TCGCTGACGTTATAAGCTACATTTTTTAATAAAATCACTAAAACAGTTCT
TCACTTGATATCTATTAAAACAAGGGGTCTAAAATGTTCAGTGGTTTAGT
CCTGTGAAAATTCTCACCTAATTATTTTTGTTTTGAGCAAAAAGTTACGA
ACATCAATTAATTTTTTGTTTTTATTTTCACAGGGGAGGTCCCAGATGAA
GAAGATGATACAATCGAGGCCAACCTTTCCCCAGTCCCCCTGACCAACTC
GTCCCAACCCTCTACCTCTCCGACCCAGGCCACTGAACAACAAAGTGTAC
AACAGCATCAAGTCGTAGTTGACGTCAATACATCACAACCGCCTGAGTAC
ACTAATGCTAGATCATACACGATTGAGAATAGCGAGCCTTTGAAACCTAT
ACGAGAGGAAAAATACCCAGAAAATGATATCAAGACTGTTAATATATCCA
TTGAGGGTACTTTGGTGGACGAACGCCCTCCTCTACAACAAAGGACGAGA
AATACTGACCCGGGCATGCGCATATCTTTTAGTGAAGATTTCCGGAACTC
AACTCAAAGTCCGGTTAATATGAACGATGTTTCGTTAAACGAATCACGTA
TCCGGAGTATCTCTCTTACGGAAGACGGTGCACGGATTATTCAAGAAACC
CGGTCACCCCGTAGTGCTAGTTTTTCCGGCACTCAACAGAATAAATCTGT
TAATCGGAACTCGATGCGGGCAGGCAGTGATCCGGGCTTAGGTGTTATTT
CCAATTCTTTAACTGGTAGTATGAGTAGTCAGGAAGGTGAAAACGGGAAA
AAGAATTATAAGAAATCGGGAAATCGGAAAAAATCCCGATCTGAGACTTC
CGACACTTCTGAACATGGGCGTTCCAATAGTATTTTATCGGACTATGGCT
ACACGCCTGGGGCGCGTTCTCGTATGGTGAAACGTGTTAGAGGTGGTAGT
AATGTTTCTTTGGGCGTTAGTCCAAAAAGCGCCCGCTCTGGATCACCCTT
ATCTCGAGAAGGGGCGTTTGGATACACTGCATGGCAATCGTTGAAGAAGC
AGAGATCGTTCAAAAAAGAATTGGATTGGAATTTGAAAAGACATTTGGCG
GCTTCTGACAAACGCAGGTTTGGAAGGTAAAGACGTCGCTTGCTACATTT
GATACAGAAAATTGCTTTGTAATTGACTTCTATTCAATCCCATATGATTG
TAGATTTAAAGCATATATAGTTCTGTACCAATATAACACTTTTTTCAGAC
CCTGGATGGGTATATAATCTGAGAGCTGCGGTTTGTTTTTTTAATGCTTA
GCTTTTTCCCCGAGGGGGCAGTGAGTTTACCAACTGCGAAAAAATTGGCG
AAAAATTGGCTTTTAGAATCACACCCTTACAGGGTGAAATTCAAACCATT
ACAATGCATTTTTGCTATTTTGAAAAATACACCCTTAACTTCCCAGATAC
TCCTTCGTCATTTTCTCTGACTGCACCTTTTCTCTGACAGTCGTACCAGG
GTGAGGGAGGGGGCTTTCCCTTTAACTGTATTTTCTGTATTTTGCTTTGT
TAGCTTAAAATGCTGATTAATTTCAAAACAAAAACTTTGTGATGTTTTAG
TCGTGGTTTCGTAAGTCAATACCGTCGTCTCATGGAAGCGTCAAACCATC
AACGCCGTGCAAGTGTTCCCGTCATTACGCGTAAACAACTTCTCGTCTCC
TCATCTTTCGACCTACAACGTACGTCCGCCCCAACGGAAGACTATATCGG
ACGTGCGCTACCAAGAGATTTACCCGATTTTTTTAGTGTAAGTTTTTGTA
GTCATTCAGTTACCAACCACTTTAATCTGTCGAGATAATAAGTTCGTAAA
CAAATGTAAGGGAAAGGTCTTCTTTTTTGTGACAAATGGACCTACTTCTA
TCCCTATTCCCGATATTAATCGTCAGCCGTGCAAAATTACTCGAATCTGA
TTGGTTTAGAGGAGTGCGATTAATCGTTAATTGCACTATTACCACTTTTT
GTACTCTTCGGCGGGGGGACACTTTTGTCCCTTTGTCCCTTTTTCTAAAA
AAACTATGATTTACTAATGATTATTTACTGATGATCACCTCGGAATCGTA
TGTTTTGTCGTTAATTGCACTCCAAACCATACGATTACTAGTATAAATTA
CCACTTTGTCCTGGTGTTTTGGACTTTCTCTTCCTTGACTTTAATAGCTT
ATTATATTTTCTACTCGTCTTTGTGATTATGCCGATTATACCCATTGGTT
ATTTCTTCTTTTAGGTGAAACAATACAATTATGTGGGTTCATGGGCGGAC
AATTTCATCGACTTCACCGAAGTAAATAACATACAAACATTCGATAAAAA
TTTCAAACACATCAAAGAAAAATGTCTTTGTTGTCAAATCAACTATGCTC
CGATCCCTGAAGGTATGGTTGCTCGAGCATTCTGTTGAGTCGTGTTTCTC
AACAGAAAGTTAAAAGGCTAATTTTTTTCTGCGTCTGTCCGAAATACTTC
CCGGCAAACTTCATAAATAACCGAATTCGGCTAAACTTTGCATACTTGTC
CTTAGATGAATACCTTGGGTTTCTATTGGTTGAACGTTTGAAAATATGGG
GCCTGTGCGGTGGACGAGCGTTTAAATTGGGCCTCTAAAAAGCCCTAAGT
ATACTTAAGTAGAGCTGCGTGGTTGATTCTATGGATCATATGTGTCTCTT
CTCCATATGCAAAGACGACCGTAAAATACCTTATTTCCTCTAATAAGCGT
AGAGGCGCTTAAATAAAATTGTTAATACTTCCAGGTAAAGAACGAAGTGA
ATCGGATATTTCCATTCGATCGAAATCGAGATCATCGAGTAAAGAGGACG
CTACTGCAGACGAAGATTCCGAAAGCTCAGGACGAGATTCCGAACTTTCC
CCGAAAATGAAAAACAATATTCGAAAAGATGTGTTGAGACTGGTCGCCAA
CTTGAGTAGTGCGGTCGCTTCCAAAAACACACAACAGGAAATTATAGCGT
AAGTGAACTCTCAAAAAATTAAGAAACATCACAAAAACTTCGCCTTGATA
CCATCCATATTGACATCTAAGTTATAACCATTGCTTTTAAAGCCCCGAAG
GGGCTAGATCCGAAACTCCTGGATGGGAAATAAAGTCACTTATTTCCCAT
CTAGAACAAACAAAGTTTTTAAATGCGGCGATAATCTTAATGCTGCACTT
TTTCTTGCTTGCGAAAGGTTGAAGATTTCTCTCTAGCCCTTAAACTCAGT
TTCTACCAGGGTGGTAATTAATGACTGAAGCCTTTTAGAAATTTTCATTT
GTACTCTTGTTCAATGGGAGTGATTATCAAAAAGCTTCTTGAAGTGGCCA
AACCACACTCAGATGAAGTTCTAACTATGCGTCCCCTATCTGTAATTCTG
ATTTCATTTAACTGATTTCATTTAACTGATTTCGTTTTATTTTTCAGTTT
ACACGGGCGACACCCTTGGGCGTTTCGTGATTTGTGTTTATATTCTCAAG
TGGCGGAGATCTTGGGCATGTTCAGTTTTCGTATGGCTATTCGAAGATTC
ATTCAAAAGTTATTTGAAGGTGTCGACTATCAAGTGGTAGGTCATTTTGA
TTTAACCAGGCTAGCACACAGGTCCTGCACTCTGTTTTTAAAAACAATAT
AGAGGCTAAAAGTGTCAAAAATAAGAAAAAACATTAGACTGTAATTACTG
AGTTCTGAGTAATAATAAAAATGAATAAAAATGAATAAAAAGTCAAGGAA
GTAAAGATTAGGTAAACCCAATAGTACAAAACTAAAGTTCCTAACCTCCC
GCAAAAGGACCATCAGATCATACCGCCAGGAGGAAGAAACCCAAAATAAG
CTAACAAAATGAGCAATAATGATTAATAAATGGAGAAAAAAAACTAACTA
CAGAGGATAAAAACAAAAATGAAAAACAAAACAAAAAGAGCTAGGAGAGC
AGTTAGAGTAAAAGACTATAGAATAACGGTCCCCCAAAACGGCTAGTATC
ACAGATGAATTTTATCGTTATGCTTAAAATATCATGATTTTGGACAATGC
TAAACTCGGGGTCGCCGTAAAGAAGTATTCTACACAATGTTTTGGGATTA
AATGGGAACAAGATTGTGTTAAGTTGAAGAAGGCTGTCAAACATCAAAAG
TCTGTCGTTAGAATAATCAGAGCAATGCATCAAAAAATGTTGTGTTGTTT
CTACTGAATTTTGTCGACAGTTGCAGAAAGGGTCAACTGTGTCTGCAAAA
TTATGCCTAAACTTATGCTCACAAAGATGACTGAAACCAACCCTTAATCG
GTTAAGGAGAACAGCGCCCTGTCACTAGCTCTAAAAACTGAGTTGGCACT
GGGTCTGAGAAATCGGAGAATTGCTTGCTTAAAAGACTTAATAGTGGGAA
GATTTCGTATATGATCTCCGAGGTTATTCCATTCATTTATGCAAAAAGGA
AAGAAAGAGGCACGATAACGCTCGGTTCTACAGAAAGGTGCCTCGAGTGG
TGGTTTTATCCTTCGCCCTGCATTGTGTTCTTCCTCTCCTCTCTGGGGAG
GAATATGATTCAAGTCATTTGGGATTAATGGGAGAGAACAGCTGAATTTC
GATCTTGTCGTACTTCCGCCTCGTTTTAGCGGCTCACTCACTTAACAACT
GAAAAATCTTTTTATGTGGAAGGAGTGGTCTGAATTTCGCTATTATCGAC
ATTCGAATCTTTGTGATTTTTTACCTTCGCAAAAGATACTTTCAACAACT
TCCTTGTCAGGCAATTCAACGCTTTTGCCATTTTATCAGGTGTTCTAGAG
TGTAGAGCCTGGATTTAGTATAACCATGGAGGTAATAAAAATATAGATGG
AGAGTCAATGCCTTTTGTTCTATTCTGATTTATCATCGGAAGCAAACAGC
TCGTTTGGTTGCTTTGGGAATAAGATGATTAATTTTGGGTATACTCGTGG
GAATATTTAAGATGAATGAAAAGACATTATATTTTTAACAAGTATATTGA
AATNNNNNNNNNNNNNNNATCGGAAGCAAACAGCTGTTTGGTTGCTTTGG
GAATAAGATGATTAATTTTGGGTATACTCGTGGGAATATTTAAGATGAAT
GAAAAGACATTATATTTTTAACAAGTATATTGAAATATAATAGCCTTGTC
ATCAGTTGTCATGAAAAATTGAAAAACCTTCACATAATAAGCACAATACT
CCAAACTTCTAGGGGAAGCTGCCCATAAAGCCATCGATAGATCTAAAAAA
GAATTACGTGTTACAATTAGGAACCTTGTATCGATCATTTTGTCAGAGTA
TGAAAACCGCTGCCCACTTAGACGTGAAGATTTTAAGTTAAGAAACTTTC
AATGATAATGTGATGCGNNNNNNNNNNNNNNNNNNNNNNNNNNNCCAGCC
CAAAAATGTGTCCTTATGAAATTAATATACTCTTTTAGTCTTACATCAGT
TGAAACTATTTCGAATCGCATTTTAACAAGGATTTTCGGCAAAATTAAGT
TTTTCAAAATCAACCAAACAGTCTCTTTCTGTTCTTATAAATTAATAAAT
TTATGTTTTTTGCTTCCAATGATGGTACATCAAAGAAAAGCCGCTTTGAA
TAGATTTATAAAAGATTTCAACGACCATTTTAGATCATTACCGAGACGTT
TTCTCTCCATCTATATCTTTATTACCTTCATGGTATAACTTTTCGAACCG
AATCGACTCGACGAGTATGGTACTCGAGAAATTCTTAACTAAATTTCTTT
TCATGTTCACTAGGTTATCGAATCAGCAGATATGGTTCTTGGCCGGCCTT
TGATTTACGAAGAAAGTAAAAACTAATAAAAGTTGTGCAACACTTAGTTG
ATACTACAATTATTAGTTTGTTTTGTTGGAAAGGTGATTCAAAGTGGATT
ATCTTTGCAGATTTTGTGTTTGGGTTGATGCGTTCAGCTTGTTGTGAATG
AACGAGGAGATTCCCCTCTCGCTGAACGTTTTTAATATTTTTAAGTCTAC
TAATACTCTAATAGGTGATAAATACTAAAATTCTTTGAAATTATTGATCT
ATGCCACGATTATTTATTTATCCTTTGTACAAATTTTTTCCGTTTTCCCC
CCCTCCTTAAAATGGTAAGAATAATGAGAGATTTAGAATTATATTTTACT
CTATTTTAATATGTTTATGTAATTTAAAAGATTGGATGGTTTTAAGTAGG
ACCCATTCCACTTTACTCCCTTGCCTCTTTTCATACGGGCGAGGATTTTT
GATATGATAGATTGCAATTTATATATTATGTACAGTGAAGAGAAGTTACT
AGGTAGATTTTTAATTCATCCTTTTAAAATAAATTCACTCAAAGCGTTTA
ATTTATTGAACAATTTGTTGAACTAATACAAAATATGAAGTGCGAGTTAT
TACTCGGAAAGTAAGAGTCAATACTCGGGAAGTTCGGAATATTATTACTC
GGGCTTACAGGACTCCCTCCTCTAAGGCTTTTCGGTCTTTTTTATTGAAT
CTCATCCTGCTCCTGCTTAGAGTCAGATGTCTGGTGGGAGTTTAACTTGT
TTGCGTGTGTATAACTCTTTCTCGTAGATGTTCAACTATCCCAAAATTTT
GTTTAGTTAATTCATAATGGTGATGATGATGATAATGAGATAAATAACTT
TAATTAATTATAATTATACCTCATAAATAGTGTTTGTTGTATATTTTCTG
TTATTTTTCAATTCAGAGTTTTTTCTATTTATAAAATTGTTATCCAGACT
TTATATATTTTTTAAGTTTCGGGTCATTGGTCTTTTGTGTGTCTAAGTGT
CACCAAGGTCGACTAATTTGTGAGTAATTTTTTCCTATCGTGCTAAAATA
AAAGAAGGAC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_006177XLOC_006177Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00011023-exon-sc0000119-1575043694:111318..111460TCONS_00011023-exon-sc0000119-1575043694:111318..111460Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:110037..110084TCONS_00011023-exon-sc0000119-1575043694:110037..110084Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:109671..109768TCONS_00011023-exon-sc0000119-1575043694:109671..109768Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:109440..109501TCONS_00011023-exon-sc0000119-1575043694:109440..109501Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:107407..107538TCONS_00011023-exon-sc0000119-1575043694:107407..107538Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:107053..107116TCONS_00011023-exon-sc0000119-1575043694:107053..107116Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:106391..106517TCONS_00011023-exon-sc0000119-1575043694:106391..106517Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:106056..106129TCONS_00011023-exon-sc0000119-1575043694:106056..106129Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:105552..105647TCONS_00011023-exon-sc0000119-1575043694:105552..105647Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:105212..105279TCONS_00011023-exon-sc0000119-1575043694:105212..105279Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:104354..104421TCONS_00011023-exon-sc0000119-1575043694:104354..104421Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:104090..104172TCONS_00011023-exon-sc0000119-1575043694:104090..104172Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:103419..103506TCONS_00011023-exon-sc0000119-1575043694:103419..103506Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:102957..103050TCONS_00011023-exon-sc0000119-1575043694:102957..103050Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:102679..102745TCONS_00011023-exon-sc0000119-1575043694:102679..102745Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:101913..102094TCONS_00011023-exon-sc0000119-1575043694:101913..102094Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:101067..101166TCONS_00011023-exon-sc0000119-1575043694:101067..101166Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:100653..100727TCONS_00011023-exon-sc0000119-1575043694:100653..100727Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:100086..100196TCONS_00011023-exon-sc0000119-1575043694:100086..100196Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:99555..99601TCONS_00011023-exon-sc0000119-1575043694:99555..99601Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:98991..99126TCONS_00011023-exon-sc0000119-1575043694:98991..99126Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:97976..98038TCONS_00011023-exon-sc0000119-1575043694:97976..98038Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:97490..97638TCONS_00011023-exon-sc0000119-1575043694:97490..97638Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:96996..97122TCONS_00011023-exon-sc0000119-1575043694:96996..97122Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:96271..96366TCONS_00011023-exon-sc0000119-1575043694:96271..96366Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:95617..95685TCONS_00011023-exon-sc0000119-1575043694:95617..95685Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:95110..95186TCONS_00011023-exon-sc0000119-1575043694:95110..95186Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:94212..94290TCONS_00011023-exon-sc0000119-1575043694:94212..94290Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:93852..93961TCONS_00011023-exon-sc0000119-1575043694:93852..93961Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:93140..93323TCONS_00011023-exon-sc0000119-1575043694:93140..93323Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:92621..92791TCONS_00011023-exon-sc0000119-1575043694:92621..92791Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:91684..91898TCONS_00011023-exon-sc0000119-1575043694:91684..91898Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:90450..90615TCONS_00011023-exon-sc0000119-1575043694:90450..90615Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:89082..89694TCONS_00011023-exon-sc0000119-1575043694:89082..89694Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:87635..88577TCONS_00011023-exon-sc0000119-1575043694:87635..88577Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:86974..87160TCONS_00011023-exon-sc0000119-1575043694:86974..87160Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:86349..86496TCONS_00011023-exon-sc0000119-1575043694:86349..86496Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:85763..85976TCONS_00011023-exon-sc0000119-1575043694:85763..85976Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:85175..85313TCONS_00011023-exon-sc0000119-1575043694:85175..85313Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1575043694:81901..82997TCONS_00011023-exon-sc0000119-1575043694:81901..82997Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:111318..111460TCONS_00011023-exon-sc0000119-1510915933:111318..111460Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:110037..110084TCONS_00011023-exon-sc0000119-1510915933:110037..110084Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:109671..109768TCONS_00011023-exon-sc0000119-1510915933:109671..109768Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:109440..109501TCONS_00011023-exon-sc0000119-1510915933:109440..109501Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:107407..107538TCONS_00011023-exon-sc0000119-1510915933:107407..107538Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:107053..107116TCONS_00011023-exon-sc0000119-1510915933:107053..107116Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:106391..106517TCONS_00011023-exon-sc0000119-1510915933:106391..106517Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:106056..106129TCONS_00011023-exon-sc0000119-1510915933:106056..106129Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:105552..105647TCONS_00011023-exon-sc0000119-1510915933:105552..105647Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:105212..105279TCONS_00011023-exon-sc0000119-1510915933:105212..105279Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:104354..104421TCONS_00011023-exon-sc0000119-1510915933:104354..104421Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:104090..104172TCONS_00011023-exon-sc0000119-1510915933:104090..104172Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:103419..103506TCONS_00011023-exon-sc0000119-1510915933:103419..103506Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:102957..103050TCONS_00011023-exon-sc0000119-1510915933:102957..103050Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:102679..102745TCONS_00011023-exon-sc0000119-1510915933:102679..102745Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:101913..102094TCONS_00011023-exon-sc0000119-1510915933:101913..102094Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:101067..101166TCONS_00011023-exon-sc0000119-1510915933:101067..101166Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:100653..100727TCONS_00011023-exon-sc0000119-1510915933:100653..100727Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:100086..100196TCONS_00011023-exon-sc0000119-1510915933:100086..100196Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:99555..99601TCONS_00011023-exon-sc0000119-1510915933:99555..99601Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:98991..99126TCONS_00011023-exon-sc0000119-1510915933:98991..99126Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:97976..98038TCONS_00011023-exon-sc0000119-1510915933:97976..98038Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:97490..97638TCONS_00011023-exon-sc0000119-1510915933:97490..97638Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:96996..97122TCONS_00011023-exon-sc0000119-1510915933:96996..97122Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:96271..96366TCONS_00011023-exon-sc0000119-1510915933:96271..96366Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:95617..95685TCONS_00011023-exon-sc0000119-1510915933:95617..95685Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:95110..95186TCONS_00011023-exon-sc0000119-1510915933:95110..95186Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:94212..94290TCONS_00011023-exon-sc0000119-1510915933:94212..94290Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:93852..93961TCONS_00011023-exon-sc0000119-1510915933:93852..93961Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:93140..93323TCONS_00011023-exon-sc0000119-1510915933:93140..93323Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:92621..92791TCONS_00011023-exon-sc0000119-1510915933:92621..92791Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:91684..91898TCONS_00011023-exon-sc0000119-1510915933:91684..91898Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:90450..90615TCONS_00011023-exon-sc0000119-1510915933:90450..90615Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:89082..89694TCONS_00011023-exon-sc0000119-1510915933:89082..89694Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:87635..88577TCONS_00011023-exon-sc0000119-1510915933:87635..88577Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:86974..87160TCONS_00011023-exon-sc0000119-1510915933:86974..87160Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:86349..86496TCONS_00011023-exon-sc0000119-1510915933:86349..86496Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:85763..85976TCONS_00011023-exon-sc0000119-1510915933:85763..85976Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:85175..85313TCONS_00011023-exon-sc0000119-1510915933:85175..85313Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1510915933:81901..82997TCONS_00011023-exon-sc0000119-1510915933:81901..82997Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:111318..111460TCONS_00011023-exon-sc0000119-1491911889:111318..111460Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:110037..110084TCONS_00011023-exon-sc0000119-1491911889:110037..110084Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:109671..109768TCONS_00011023-exon-sc0000119-1491911889:109671..109768Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:109440..109501TCONS_00011023-exon-sc0000119-1491911889:109440..109501Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:107407..107538TCONS_00011023-exon-sc0000119-1491911889:107407..107538Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:107053..107116TCONS_00011023-exon-sc0000119-1491911889:107053..107116Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:106391..106517TCONS_00011023-exon-sc0000119-1491911889:106391..106517Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:106056..106129TCONS_00011023-exon-sc0000119-1491911889:106056..106129Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:105552..105647TCONS_00011023-exon-sc0000119-1491911889:105552..105647Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:105212..105279TCONS_00011023-exon-sc0000119-1491911889:105212..105279Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:104354..104421TCONS_00011023-exon-sc0000119-1491911889:104354..104421Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:104090..104172TCONS_00011023-exon-sc0000119-1491911889:104090..104172Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:103419..103506TCONS_00011023-exon-sc0000119-1491911889:103419..103506Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:102957..103050TCONS_00011023-exon-sc0000119-1491911889:102957..103050Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:102679..102745TCONS_00011023-exon-sc0000119-1491911889:102679..102745Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:101913..102094TCONS_00011023-exon-sc0000119-1491911889:101913..102094Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:101067..101166TCONS_00011023-exon-sc0000119-1491911889:101067..101166Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:100653..100727TCONS_00011023-exon-sc0000119-1491911889:100653..100727Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:100086..100196TCONS_00011023-exon-sc0000119-1491911889:100086..100196Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:99555..99601TCONS_00011023-exon-sc0000119-1491911889:99555..99601Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:98991..99126TCONS_00011023-exon-sc0000119-1491911889:98991..99126Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:97976..98038TCONS_00011023-exon-sc0000119-1491911889:97976..98038Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:97490..97638TCONS_00011023-exon-sc0000119-1491911889:97490..97638Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:96996..97122TCONS_00011023-exon-sc0000119-1491911889:96996..97122Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:96271..96366TCONS_00011023-exon-sc0000119-1491911889:96271..96366Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:95617..95685TCONS_00011023-exon-sc0000119-1491911889:95617..95685Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:95110..95186TCONS_00011023-exon-sc0000119-1491911889:95110..95186Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:94212..94290TCONS_00011023-exon-sc0000119-1491911889:94212..94290Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:93852..93961TCONS_00011023-exon-sc0000119-1491911889:93852..93961Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:93140..93323TCONS_00011023-exon-sc0000119-1491911889:93140..93323Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:92621..92791TCONS_00011023-exon-sc0000119-1491911889:92621..92791Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:91684..91898TCONS_00011023-exon-sc0000119-1491911889:91684..91898Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:90450..90615TCONS_00011023-exon-sc0000119-1491911889:90450..90615Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:89082..89694TCONS_00011023-exon-sc0000119-1491911889:89082..89694Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:87635..88577TCONS_00011023-exon-sc0000119-1491911889:87635..88577Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:86974..87160TCONS_00011023-exon-sc0000119-1491911889:86974..87160Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:86349..86496TCONS_00011023-exon-sc0000119-1491911889:86349..86496Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:85763..85976TCONS_00011023-exon-sc0000119-1491911889:85763..85976Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:85175..85313TCONS_00011023-exon-sc0000119-1491911889:85175..85313Clytia hemisphaericaexon
TCONS_00011023-exon-sc0000119-1491911889:81901..82997TCONS_00011023-exon-sc0000119-1491911889:81901..82997Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000119supercontigsc0000119:81901..111460 -
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
0.00850391	0.0403681	0.000321255	0.432629	2.87992	1.19244	3.37317	1.93993	0.676677	1.65074	1.67714	1.32891	1.16982	1.91209	2.366e-06	3.21641e-06	5.10985e-06	6.37752e-07	6.62766e-07	1.47516e-09	7.72936e-05	0.00200739	0.00633346	0.00082398	5.10652	4.91231	0.00100394	0.00839834	6.66209e-05	0.0757097
Blast
[Close]
BLAST of TCONS_00011023 vs. Swiss-Prot (Human)
Match: RICTR (Rapamycin-insensitive companion of mTOR OS=Homo sapiens GN=RICTOR PE=1 SV=1)

HSP 1 Score: 726.857 bits (1875), Expect = 0.000e+0
Identity = 400/988 (40.49%), Postives = 629/988 (63.66%), Query Frame = 2 
Query:  143 GKDQYPEEPPLLDLNKDVSENMRELLSEITKKELMSTSKRMGYLNNFSQLVRHFPNSAD-YGFPLDDIVACLRIALISAAKEVRSAGFRAYRHLLNDESMLTVFLNQRVDIFICKSLDLPPNQEVERVQALRLVRKMVYMCPRKFPLSVAMVLAAISVDSAHDKDRLSRACLATLCELAVQNVEIASYSGIIGAIVNNTLDCSIPRMNESLMCTILYLYNHPESRKFIRRRVGLEPILAPFTDLYYTYSSDLQDSQIKEDRIQRLESAKLALVSVIRSWAGLMNFCDPDGNSIASLLGVFALPNAEIKKAIIDTLYDVFLLRQPEQTTDFSIALQSVDPIEQQDNWKLTDQFLLAEADAVLPHRATSTRANLIENYXXXXXXXXXXXXXXISLVKVITTSDDFICIRGSILLGEILHLTNVLLPPTHSGQTHCLPLLMSLATNLEKPAMERGKASAVVGYLDQIHKMKKRGNIANTLIMEQLISQVAKYENQGNKSKSRQEKLDLHYAWKEMDE-VCSAIRETGMFTVGVQEFDFQMWNWDLISTVLESSKMTIKRSEDPIIPRFIKRLSTFYKPFQKLYSQVPLEDPMGRKYSEVALQLVDFLLRKDEQPEGEKSLIEILQDVRDCLG--EAIQPGRLTGIFSTNNLSETLTRDYFLLIGRLSSTTEGLRILDKTSGIFQYLMEICSMGSRESLIKLIISCLDYGRDGISRVLLSKTLSAAPLTARLYATKFLRVLLRVKCPYFRIWGIEFLTNQLYDQEIEIVETAIEILEEACEDDANLQWLIEVRPILLHLGEKGIRLLSRYVSVTKGFTYLKEMDYLNPLVQSWKDNYNKEYVTWIELEIAESLSSYEKQAAQGGYIRRSNNRLIKRKNVYVLPHLYGELARHQDGLDLLEEENLISEAVDTIVQANTDTFEDIFQLKAALWAMGHVMSTRVGINFALSYD-IPSRSSSFCQSDVVVVQEDDIKRMN---EEKDNCDVINAEN 3082
            G++   EE   LDL ++ S+N+RE+L  + + + +S  +++G+LNNF++L+    +S +  GF  +DI+ CLR+AL++ AKEVR+AG RA R+L+ D S+L   L  +VD  I + +D+  + EVER QALRLVRKM+ +    FP SV   L A+  D   ++DR+ RAC+A +CELA+QN E+ +  G +  I+ N +DC + R+NE+L+ TIL+L NHP++R+++R  V LE ILAP+TD +Y +S D  + Q+KEDR  R  ++K+ +++  RSWAG++N C P  + I SL+GV  +PN EI++ +++ LYD+F L  P  T +F  AL SVDP   QD+W+L+D F+ AEA  +LPHRA S R +L++NYL+L+LSAF+   +L  LV+VIT SDD I +R +ILLGE+LH+ N +LP +HS   HCLP LM++A + + P  +R +ASA +  L + H+MKKRG    +L ++ +I +      + ++    Q+ +   +  K+ +E +   +R++ +    +Q  +   WNW+LI T+L+   + ++  +D  + RF++RL  FYKP  KLY+ + L+    ++ + V  Q  +FLL  +E  +G+  L ++++D+   L     ++P R       N L  TL++ YFL IG LS    G+++L+K S +FQ L+ +CS+ +++ L+KL +S LDY RDG++RV+LSK L+AA    RLYATK LRVLLR    +F  WGIE L  QL+D+   I   A++IL+EACED ANL  LI+++P L HLG+KG+ LL R++S+ KGF+YL E  Y+   ++ W   YN +YV  IE ++ E+L++Y K      Y+RRSN RL +R +VY+  HLYG+L  H+ G  LLE +N+I+E    +   + D +E+I +LKA+LWA+G++ S+  G+N     + IP       Q +V+ ++   +  +    + K  CD++   N
Sbjct:   17 GRNDSGEENVPLDLTREPSDNLREILQNVARLQGVSNMRKLGHLNNFTKLLCDIGHSEEKLGFHYEDIIICLRLALLNEAKEVRAAGLRALRYLIQDSSILQKVLKLKVDYLIARCIDIQQSNEVERTQALRLVRKMITVNASLFPSSVTNSLIAVGNDGLQERDRMVRACIAIICELALQNPEVVALRGGLNTILKNVIDCQLSRINEALITTILHLLNHPKTRQYVRADVELERILAPYTDFHYRHSPDTAEGQLKEDREARFLASKMGIIATFRSWAGIINLCKPGNSGIQSLIGVLCIPNMEIRRGLLEVLYDIFRLPLPVVTEEFIEALLSVDPGRFQDSWRLSDGFVAAEAKTILPHRARS-RPDLMDNYLALILSAFIRNGLLEGLVEVITNSDDHISVRATILLGELLHMANTILPHSHSHHLHCLPTLMNMAASFDIPKEKRLRASAALNCLKRFHEMKKRGPKPYSLHLDHIIQKAIATHQKRDQYLRVQKDI---FILKDTEEALLINLRDSQV----LQHKENLEWNWNLIGTILKWPNVNLRNYKDEQLHRFVRRLLYFYKPSSKLYANLDLDFAKAKQLTVVGCQFTEFLLESEE--DGQGYLEDLVKDIVQWLNASSGMKPER---SLQNNGLLTTLSQHYFLFIGTLSCHPHGVKMLEKCS-VFQCLLNLCSLKNQDHLLKLTVSSLDYSRDGLARVILSKILTAATDACRLYATKHLRVLLRANVEFFNNWGIELLVTQLHDKNKTISSEALDILDEACEDKANLHALIQMKPALSHLGDKGLLLLLRFLSIPKGFSYLNERGYVAKQLEKWHREYNSKYVDLIEEQLNEALTTYRKPVDGDNYVRRSNQRL-QRPHVYLPIHLYGQLVHHKTGCHLLEVQNIITELCRNVRTPDLDKWEEIKKLKASLWALGNIGSSNWGLNLLQEENVIPDILKLAKQCEVLSIRGTCVYVLGLIAKTKQGCDILKCHN 989
The following BLAST results are available for this feature:
BLAST of TCONS_00011023 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
RICTR0.000e+040.49Rapamycin-insensitive companion of mTOR OS=Homo sa... [more]
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