TCONS_00001128 (transcript) - C. hemisphaerica

Overview
NameTCONS_00001128
Unique NameTCONS_00001128
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length7135

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00001128 ID=TCONS_00001128|Name=TCONS_00001128|organism=Clytia hemisphaerica|type=transcript|length=7135bp
GCTGGATTCTGGGCGCGGTTGATCGCCCGTCTAGTGATCGCAGTGCAGAA
GTGGAGTTTACAAATTCAACAGGATGGGAACACAGGCTACACTAAACAAT
TATGGAGAAAAGGCTTGATGGTCACATATGAAGATGGATATTTCCTCATC
GAATCTTTCCATGATCAAGAGCTGAGACCAAAAAAATGGAGCAATCAAGG
AGTTTCCATCACAGTttggtcgaaaacgaaagatttctCGGTAATGGGGT
TCATTGTCGACCACATGGAAATGCTGATAACTGAATGGTACCCAGGTTTG
GAGGGGATAAACGACTACGGTGATAATCTGGTGCAAAAGTTGATCTCGTG
TCCCATCTGTTGTGCGCAGAAAGCCATTGACCTCGTTCAATGCTGTGACC
AGAACACTATCAGCTTGAGAAACCATTATGGTTCTTTCTTTCGGAACGAG
TTCTTCATCAACCAGTTTCCATTGGATACGTGCGCTTATGCTGCTATTGA
TCACCAAGAAATCATTTGCGTCAAACATCCCGATCAACCAGTCCGACTTG
AGTTACTGATTCCGGAAATTATGATGACCGACCTACCGCAAAAGTACTGT
ATTACGGAAGACAGTTTAGACTTTGATCCACACACATCGAGAAAGTTGGG
AGACGGGGGTGCGGGTGTTGTTTACCTTGGTCGTTATGATGACGAAGATG
TCGCCATCAAAAGATCACATTCTGTCATCATGAAAGAAAGTCAGCAGGGA
GAAGGAGCTTTCGATCCGAGTGACCGTTCTGTGACGCAACTTTTGAGTTT
GGATGATGGGAGAGTGGTCAAATCGTTCTGGGAGATGAGACAAGAGGTTT
TAGTTTTATGCACATTGCAACATGCAAATATTGTGAAGTTTCTTGGTGTG
TGTTTTTCACCCTTGTGTTTTGTGATCGAGTTTGCTCCCATGGGAAGTTT
GTTCGGCATCCTGGAGAAAGAGCAAAAGAAAGCAGAACTTCCCATTCTTG
GCATGCAATTGACATACCTCATTCTTTTCCAGATCACAGAAGCCATCAAG
TACCTTCACAGTTGGAATATCATTTACCGTGACTTGAAATCCGAAAACGT
CCTCGTCATGTCCCTTGATCCACAACAAACCATCAACGTCAAACTATCCG
ACTACGGCATTGCAGCTTTCGCAACGCCCCAGGGTGTGACGGGCGTTGCT
GGAACCCCCGCCTTCCAAGCGCCTGAAATACAGAAAGATTATACATACGA
CGAAAAGGTGGATATATTTTCGTACGGTATTTGGATGTATGAATTGCTGA
CCGGCTGTCTCCCATACCTCGAATACCGAAGTTCTTCCGAAATCAAGAAA
GCCATCCAGACCGGTGTTCGGCCGGACTTCCGTAAAGAAGGCTACCGTTT
ATCTTACCCTTATGCTGAGCTGCTCATGAACGAATGTTGGCAACAGAGCC
CGCCCTCACGCCCTTCCTCGTACGAAATGAGCGCCTTCTTCAAATCAACT
GACATGATGACCCTCCGTGCACTGTACCCAAGCAATCAAGATTCGATCTA
TCTGGAACATGTCACTTGCCATACTATTTGGCACACTAATTTTCCCGATA
CGATGCAATGTGATCCATCTGACAAAATCTTGCTTTGGAACAACAAGAAA
GAGAATCGAACCTTCGTCTTGTTCGATTTGAAATGTCATACAATCCGATA
CAATGACTCGTTACCAGGACCCCGTGTCAGTTGCGCATGTCAAGTAGAAG
AAAATGTTTGGCTAGGTTGTGAAACGAATAGAGTTATTGAGATATTTGGA
TTCGTCAATTCTGAAGTCCCAAAGGTCCTTTGGACTTTCTCAGATTTCGA
AGACGACATATTGATGATGCAAAAACACGAAAGCGAGGGCATATTAACAG
TGTTCACCACCTTGGCCAACGGCACACTGGTCATTTTTACGAAAATGGTG
CACCATCGGAAATCTGAACTTATCGAAGAAGAAGATCTGTGGAGTAGACA
GGTCATAAACTTGCAAACACGTGGTCGACCAGCCAAATGTATGACCATTA
CAAACAATCAGACAGAATTATGGGTAGGATCAGGAAATTGCATTGTGGTA
TTGAACATCCAGACACGAGAGATTGTTGACCGCCTCGCCGTCACAAAGAT
GAGTGACCAGAATGCGTTGATTTCCGTTATGTGTGGTGATGGAGAGGATA
CGGTATGGACCTCTCTATGGAAGTCCGGCTTCGTCACTCAATGGAATGTC
AAGGAGAGaaccaaaacattcgaatattATTGCAGTGAAGATAAACCACT
TCATAGAGGAGTTCGTTATGAATGtggaacttttaaaaatttatttcgaC
AACCGACTATTGAAGAGAGAGACCTGAAAGTGAAAGTTCAAAGTCCGATT
TGTGAAGAAATGAAGACTTTTAGATCAAATAACAATCGCTTAGCTGAAGA
CACTCTGTATAAAAGACCTTCACTACGTTTTCCAACACGCACTTACGTTC
GTCACAAGTCCTCAACGGCGTCTACTTCTAGCACGTTGGATGAACTCACC
TCAAACTCTACAAGCAAGCGAAATAACATGTTCAATAAAACTGTGACCGC
TTTACGCTTCGTCAAAGGTATTCTTTGGATTGGCCGAACCAATGGTGACG
TCATTGTTATTGATCACGTCACAGGTCACGTGACTGGGGTTCTGGCTGAT
GACCATTTAAAGCTATTGGGTAATGATAACCGATACATTCAATCAATGGT
TCCCATGGAAAAGGACTCGAAAATGACAGCCTGTGTTCGAATAAGGAATG
AGGCTAGAGGACGAAGAAGTCTGGTGCCTAATCTATCGttggaaagaaaa
caaaaagaatgctATCAAATTCTTGTCTATGATATTTGGCCATCAGGCCA
ATTCAATCATTTCAACGACAAAGTTCAAGAAATTTTTAATGAGTAATAAG
TCAAATTTTAAGGCTCCTAAacgttatttttcattttttgaaagattttt
ttgtcaaacTTTAAATTTGCTGCCATTGCTTGATTTGACTTTAACAGAAT
AAGAATACAAAGCAACCCGATATTGACCTCCTCTATAAGTCTTAATGTCT
CCATATTCTCAAGGCTTTTCTTTCATGTTGACAGTCTTTATGGTAGAAAA
AACTTATTTGTAACAATTGTATATTTTGAATTAGATTTTTTATATTAATT
TTtcgtaaatttgattttttttctacattttttaagggatttcaatattt
taatgcAATTACCAATGACTAcgcaaaaaagagaaaaagaaactgaaaat
gaaaatttctttacgATCAGAGTATATTTTACATTTCATATATATTTGCT
GGAAATATTTCacatttattttcttctttcagaGTTACTAATAAATAATC
AACAGCAATGGATCATGCGAACAACTTCGGACAACAGTTGCAATACATGA
TCAACGCATGCGCATCTCAAGCACAATGGCATCATCAACAATTCACTAAA
CTACAATACAGTCAACAATATTTCGCTTATTTGTTGCAACATCAGCAATT
TCTTGATCCCAACTACTTGGATAATTTTCTTCGAAGTTTGAATGATCAAC
AAGGAGCCTGGAATCCACCAGCAGCTGAACCGCCTGGTCACGTGACTACA
ACTGACCAATCACATACTCACGTGACTACAACTAACCAATCACCTGCTCA
CAAGAAGCGTAAAAAGAAACGtaaattgaaagtgaaagtacACAGTGGAG
AGGATTGGACGAACGcaactgaaagtgaaagtggtttAGATCTTGATGAT
GGCTACAAACAATTTCTCAAAGAGTCTGCAAAGTTTCGCGCTGAACGAGA
CGCCCAAAAGAAGAAGCAGCATCAAACAGACGAAGAAGGAAAAGAAGAGA
ACAACATAGAAGTTGAATACGTAGAtaTTCTTCACAGAGGACCAGAAGGA
ACCACCTTACCGCCCACCGCCCAAAACAGGAAAGAACTTTATGACAAAAA
ATACGGTGAAAAAGGCACGACTATTTTAAGCCTTGAGACAGCTTTACAAT
GGAAATATAACAAATTAAAAGACACTTGCTCGCCGATCATGTGGCCTGCT
ATACCTCTTCGTCTAGTTTACGATGATGTTTAATTATCGGACGAAAATCT
CGGACAGTAAATATTTATGGTATTTAAGAATANTGATGATGTTTAATCAT
CGGACGAAAATCTCGGACAGTAAATATTTATGGtatttaagaatatttca
tgCAACAGATGAAAGTAGAAGAAAGgacaaaaatgctatttttctcTTGC
TTGTGATGAgtaatttgttcaaaaattatttaactTGATTGAATaaggtt
tttttctgatttttaaatgttgtgaaatttttttcttgcttgaaaGGCTT
ACTGGCGTTGAAGGGAGATTTATGTGTTgaagtttcatctaagaggatcT
AAAGGCATAAACTGATAACACTTTTATATAATGCTTTTTTGTAATCATCA
AATAAATTCATTGGTTTTAAATTTGATGAACATGTTATTGATGGTATTGT
AGAGCAATATAATATTCACACATCTTTCAAATATTGAATAGTTGGCTGCC
AAAActtcaaaagaagaaataatCCAGATAGTGTTAGATTGTAACTGAAA
ACAAGATGGTGGAAAGAGGAGGTGTCAGGCGACCGATTACGTCATCATAC
CAAGAAGAAAGTGCAAGATTTGCTTCTgcagaaaatgaagatgaaaatga
gatGGGTGAAGTTATCAAGCAGAAATTGATGAAGTTCACCAGGCCACGAA
AGTTACGTTCAAAAGACATTTTACTCGCTATCCAACCCAATGGAGAAATC
ACCTCCACCAAAGACCCAGATAATCCTTATGCACTTCTACAAGTGATATC
GATCAGTGCTAACATGATTGCCATGTGGGGGAAAGAAGCACAATTATATA
TGGCCGTCAACGAACTTGGTCAAGTCTACGCTACCGAGACAGAAGGTCGT
GATTGTGTCTTTGTGGAGTGTTTTACACCAGAGTTCTACAACACTTATGA
AAGTTATCATTCAATAAACCATCCAACAGCTAAATATTACCTCACTTTAC
CCACGCCTGGTGAATTGGTGCAAATGACACACGACATCACTCAAACATCA
ACTTTTTATTGGGAAGTACCACAATTACATTATTCGAACATTCTACCATC
TTCGTTGCCAATGACAACGAAAAATTCAATTAATAACAcaagaaaaatgg
tcaaaaatgttGTTAGGTGATATTTGTTTCAAGAGTTTTATAAACGAGAG
AAATCCAGGCAATTTCCTTATTAATTGGAGGGAAGAGAAATCGAATGCAA
ATTTCTGAGGTTAGCCTACCAGAAAGACTGAGAAAGAGACTCTCAAACGG
TCACTCCAAACACCAACATGACTTTTAGATATCatgaaaatttccaataa
aCAGTTTTTGACAAACCTTGCATTTTAACACACGCACGCATATATAcaat
ttgtaaaaaaagtaACTAAACAATAAAAAGATGTGTTCAATGCTAAAATC
AATATACAAATAAATTCACAAGTTTTTCAAAACCCTCTCTTAATTAAGGA
TGGTATCCACCCTATGCGGATGAAGTGTTGCCTTGTTTTAAACGGAAATT
TTCCACCTCAGATTTTTTAGTATCCTTTCGTTGTCTAACGATAGTTTTGC
GACCTTGATCACTCATTTCCGTATCTGCACGTATCCGATATCCACGCCGA
CAGATCTCTCGGATCTCACGTTTGACAGTTTTGTTCATGAAGCAATAAAC
CCATCCATTGATGGAGCAATTGATGGTGTAAGCTAACGTGACGAAATAAC
CCAACCAGTGTGACGGGTTCTCAATGTAACCGATCGTGATGAAGGGTACA
TCAAACACCACCAACCAAATAGTGGTGATGAAGAATTGGATAAACACTTT
ACGTTCACGTGCGCTCTTACGCTGCTCGTGTACGGCGTCTAAAGACGTGT
TACGTTGAGCTTCTCGAAGTGCTCTGAAAcgtaaacaaaaagaatatgtt
tGAACTACTTCTGGAGGAAAAAACACGGATTAAATGGAATTCTGGAGTTC
CATATCAGACTGATTTGTCAAGGGAACTTTTCGATCCCTTGCAACCATAA
ACGAACAATAACCTCGGAATATGTTTTGGTGAAGAGAAAGTGTTATTATT
TGACTGGCTGATGGTATTTAATCAGATGAAAGAAACTATTCGTAGTTTAA
AAcgtaacataattttttttacctgaaaaCGAGGCCGTTGAGGAAGTAAG
TGATTGATGTGATGATGACTACCATGGTTATTTCACCCAAAGCTAATGTT
TTGGCGCCATCGAAGTCTATACTCCAGCCCCATGACATCAAGGTGTAATC
GAAATGTAGAGAACAGCATGGGAAGAAGGAGGGGATGGAATAAGCAATAC
CAAACACCCAACATCCTATACAGTACATGTTCGTCAAACGTTTCTTGTAA
AACCTGCTGTACAAATCTTTGTTACAGATGCACAAATATCGATCACCAGC
TAGAAAGATGAGTAGTGGTAGTCCGCTGAACCATCCAATGTTCAATACGC
CACCCAACGCGAGACTGTTGCTTAGACTTGTTCGGTAAAATAGACAAGGG
GAAGCGTATCCAATCATTAGGAAGAGACACATACAATCTGCGATACCGAG
ACATCCAGCGATCGTAAAATAAGTCTTGTCTTTAAACTTAGGACGTGTGA
ACACGACGAACATGAATAGAACGTACACCATGAGACCGAACAACGAAACG
ATGAGTAGAAAGGCGCCACATATTTGACTGGTTTCTAACGAGAAGGCCAG
ATCTACCGCCGTTGAGTTGTGATCCGCCATTGTTTCTCTGTTTCCTCGTC
GAATAAACACCTAAAAGTTAGACAGAACAGAAAAATGACTTTTAgacttt
ttatgattttattgaaGTTTAATCGATTGTAAAGTTTGTTTTAGAGTAGT
AATTGTCACTTTTGATGTCTGATATATCCTTTTCAATTATACACTTTTAA
CCACTTCACTACATGACTTAGTAGATTTTAATATAAAACAAATTATTGTC
ATATCAACTCACTCAGAAATGATTTTGCGGAAAGT
Run BLAST on NCBI

transcript from alignment at sc0000007:479133..498911-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00001128 ID=TCONS_00001128|Name=TCONS_00001128|organism=Clytia hemisphaerica|type=transcript|length=19779bp|location=Sequence derived from alignment at sc0000007:479133..498911- (Clytia hemisphaerica)
GCTGGATTCTGGGCGCGGTTGATCGGTTAGTATCTTTTCATTCATCCATC AACCTTTGAATTTGCATGGAAGGGAAATAGGTTTGAGTTACAGTTACATT AGTTCCGAACCCGATCGCGTCATGACTAATGTGTGTATTATCTGTTAATC TGTATTTTAATCTTTTGCACTTCCCCGCATGCTCTTTTTGACTCCTTTCG GCTCTCCTCTTTCGCTATATAGCCCGTCTAGTGATCGCAGTGCAGAAGTG GAGTTTACAAATTCAACAGGATGGGAACACAGGCTACACTAAACAATTAT GGAGAAAAGGCTTGATGGTCACATATGAAGATGGATATTTCCTCATCGAA TCTTTCCATGATCAAGAGGTATGTAATATTTTCCTATACTCTCCTCTGAC GTTGGGTGTTTTAGTTTTATTTTCGTTGCGTTGGAGTGAACCAAAACCGT AGGACGGTTAGGAAACGTAATATTTTTCATGCTTGTTCTTCATATCTAAC TTGCCTTTGAAGTTTACAATCGGGCCTAAGGAAAGATTTCTACTGAAGTT AGATCAATGCGAATGCACGTTTGACAGCTCATACTTTCAAGTTAACACTG ACATGTGACAAAACTGACTTTTATGCCTTAGCTGAGACCAAAAAAATGGA GCAATCAAGGAGTTTCCATCACAGTTTGGTCGAAAACGAAAGATTTCTCG GTAATGGGGTTCATTGTCGACCACATGGAAATGCTGATAACTGAATGGTA CCCAGGTATAAACATTATTAGAATAATTTTGAGTGGAATTGTCTTCTACC CTAAAAGAAACATCAGACCTTTGAACCTAAGAAACAGTTGCGTCAATCGT TAGTATAATATTTTACTTATCGTTTTGGAAGCGCGATTTCAGTCGGCAAT AATAACTGTTTCAGGTTTGGAGGGGATAAACGACTACGGTGATAATCTGG TGCAAAAGTTGATCTCGTGTCCCATCTGTTGTGCGCAGAAAGCCATTGAC CTCGTTCAATGCTGTGACCAGAACACTATCAGCTTGAGAAACCATTATGG TTCTTTCTTTCGGAACGAGTTCTTCATCAACCAGTTTCCATTGGATACGT GCGCTTATGCTGCTATTGATCACCAAGAAATCATTTGCGTCAAACATCCC GATCAACCAGTCCGACTTGAGTTACTGATTCCGGAAATTATGATGACCGA CCTACCGCAAAAGTACTGTATTACGGAAGACAGTTTAGACTTTGATCCAC ACACATCGAGAAAGTTGGGAGACGGGGGTGCGGGTGTTGTTTACCTTGGT CGTTATGATGACGAAGATGTCGCCATCAAAAGATCACATTCTGTCATCAT GAAAGAAAGGTATCAACATTGATTGCATTTTTGAATCAGATAAATGCTGG CTTATCACTATCTTTCTATCTAACATACTTCTCATCTTGCTACTACTATT ATCTAACCTTTGCTTTACTAATATGTTTCGCAAACCAAATGTCCCAAAAG TCGCCGAGCTAATTAGGGAATTTTGGAAGTAGATTGGCGATTTCCATACT AACACATACTAATGTTCTTTCAGTGCTGACAAACTACGTAACAGTGAACT GACAAAGTAAGTACAGTTGAACCCATGTAATTCGAATTCTCAAGGGACCG AGAATTTTGTTCGAATTACATGAGTTTCGAACTAGATGAGTTTTCGTATT TTTGACCTAATTCGACGAAAGAAGNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNTATCAGGGGGGATCCG GGTCAGAATTCGCCGGAAATTCGGCCGTCGAAATAGTTCCTCGGTCGGCG GAATAGTCGTCCGGCCGGCGGAAATGTTATCCGGCCGGCGGAAAATTGGC CGTCGGAATAGTCATCCGGCCGGCGGAAAATTGGCCGTCGAAATAGTTCC TCGGTCGGCGGAATAGTCGTCCGGCCGGCGGAAATGTTATCCGGCCGGCG GAAAATTGGCCGTCGGAATAGTCATCCGGCCGTCGGAACAGTTATCCGGC CGCCGAAAAAGTCATCCGGCCCGCGGAAAATTGGCCGTCGGAAAAGTTAT TCGGTCCACGGAAATCGAGGTCGAGTTATTTTTTTCGAGTTTTTTGAGTT ATGAAAAACCGAGTTGTTGCGTCCTTTTTCGTAATTTTTAGCTTGATTAC ATTAACCTTATCAACAATCTGGTATTCGGGAACCGAGGAGTTATAGAATT ATAGAATTTATTTAATAGGGAATTAATTTTAAATAGAATCTAAAAGTTAT TCAATTTAAAATAACCGAGTAGTTAACAACAGGAAACAACTCAAACAATT AAAATAAGCAAAAAAAAAACGATAACGACGATATTGATGATGACAATGAC ATCATAGTTATTAAACCAAAATTTACGGGAAATGTTGTTATAACTCGTTT TTTCGTAGCTCAAAATAATAATTCGAAAAAAATAATTCGACCTCACTTTC TGCGGACCGGATAACTTTTCCGACGGCCAATTTTCCGCGGGCCGGATGAC TATTTCGGCGGCTGAACCAACCTCGTTCCCTGCGCATTATCAGCTTTTTG ATGCTTACTGATAGCGCTAGATCAATCAATCTAGATCAATCAATCAATCT CTGGCGTCAACCAGTAACGTAAATAAAACCTGGGATACACGGGGACGAAG TTGCGGCTGAACGACTATTCCGCCGGCCGGATGACTATTCCGACGGCCAA TTTTCCGCCGTCCGGATAGCATTTCCGCCGGCCGGACGACTATTCCGCCG ACCGAGGAACTATTTCGACGGCCGAATTTCCGGCGAGTTCTGACCCTGAC CCCCCCCCCCCCATAGAAAAGGGTCATCTTTTTGAGAGTCTCGATCGCGT CGTCAGTCTCATTTTGCGATGGGGGTGGATTGACAAAATTTCGAGTTGTC AACTCCAAAATTCGAATTACATGATTAAAATTTCTTGTTGGAACCGGAAA ATCTGTTTGATTTACATGATTTTTTGAATTACATGGGTTCGAATTATAGG AGTTTTCTTGTAAGGTTTCCAAGGTAAATTTTGAGGGGACCACAGAGTCT GTTCGAATTAAGTGAGTTTTCGAATTACATGAGTTCAACTGTAGTTATTA ATATGTTGAAAGTTTGATTTCAATCCTTGCTTTTATTCGGTTACCACATC GAAGAAATTTTCAGTATAATTTCATCACTTCATAGAAGGATCCCCTTGCA ATTATAAGGTAATGTGTTCAACTACATCTACAAGATAAGAACGCTATTAC TTTTTTTTACTCACAGTCAGCAGGGAGAAGGAGCTTTCGATCCGAGTGAC CGTTCTGTGACGCAACTTTTGAGTTTGGATGATGGGAGAGTGGTCAAATC GTTCTGGGAGATGAGACAAGAGGTCGGTTCAAAACAACGTTCATTTTGAA TCTTATTACTGTATCACAGGACAGTGGTCATTTTCACAACAGCAGTACGA ATAACAGAAATTTGCAATGTAGAATATTAAGAATTTTCACCCCGATTGTC CAATCATCTATTAGATTTCTTTTAGTTTATGTTTAGGATCAGGTTTTTCC GGCTTACATAATGTTTACATTATTATCTTTGAGGTCGAGATCGACAGAAC ATCGTTAATATTTATTCATTTCTCATAGGTTTTAGTTTTATGCACATTGC AACATGCAAATATTGTGAAGTTTCTTGGTGTGTGTTTTTCACCCTTGTGT TTTGTGATCGAGTTTGCTCCCATGGGAAGTTTGTTCGGCATCCTGGAGAA AGAGCAAAAGAAAGCAGAACTTCCCATTCTTGGCATGCAATTGACATACC TCATTCTTTTCCAGGTGAGCATGATCTGACAATTATTTGAGAACTTTTCA GAGTGCATGGGTTGATCGGATACGAGTTTTACGCGAAAACATACAACTTA CATACATGGTACTAAGTGGTGGTCCTAATTGAAAAAAAACAGTTTGCAAC TTTTTATCAAGGGACTAAATGGTGGTCTCAATACCAAATATGAGGCATCA AGTTAGTATCTGGTACTCAAAATCCTGCAAAATCACAAAAAAATTCTTAC TATAGGCAGTCTATATTTATTCCTTACCATTTTATTAGGATGTTTATTAC GTTTATTGTTTAATTAACTTTTGTTTTTTGTTTTCCCCTGGGTGTAATCA TAGTAGGCCTGATTGGTGTACTTGTCGTGCAAATTTGGAACAAAGCACCA AATTTGGTCCAGGCATGCCTAATACCCTGTGGATTGATATTAGAAGGGTG GCCCAGAAAAGGTTTAAGGGTAGCCCTTATTTCTGGACCCATTTATTGAA AAGCCCAAGAGCTCATTTTTTATGGAAATTTCAAACTCATTTTAGGCCAA AACCAATTGTAGAATCTGAAATATCTCTCTGAAATAACTCCCATTCAGTA CAGAAATCAGCCATACTCTTCTATATAGTTTTTCAAGAGCTTTCAGATTC TATAATTGGTTTTGGCCCAAAATGAGCTTGAAATTTCCATAAAAAATGAA GTTAAAAATAGGAAGTTTTTTAGAAAATTTAAGAGGTGTACCAGAAAGTA CCATTACTAAGAATTAAAGGGTGGTATACCTATTTTGAGGGGGGAAATCA ACTTAGTACATGGTACTTAACGGTGGTGTGTCATTTTTGGACCTACCCCG GTGGGGTGGAGGTCCTATAAATTCACCTCTGTCCGTCCGTTCGTTACCAG CTTTTCTCTAGACTGGAGTCGTTTATAATGCGTGTAATACTAAAAATACC AATACTAATAATAATAATACGGGATTTAGTTTGTATAAACGACTGGAAGA ATCCGGAGTTCCAGCCTTATAGATACAGGGGCTAGCTACGCAGAAAATTG CGTAGCGAGAAAACAATTTATCAAGCAACAACAAACTCTCAAAACGAAAT CAACTCAAATGAAAAACTTTCAATACACAAATCCACACATATTTTTTTTC TCAAGAATCATTTTGAGCAGGAAAAAAATTATAATTGCAATATTGACACT TTTCTTTTGTTTGGAGTTAGTGCACAAAGGTTTCTAGACGACTAAAATTG TTCTATTCGTTACTTTTTGCTTTATTTCTACTATGTATAAATTAGTCGTC TAGCTTGCTAGACTAGCTTTTCTCGAGATTGAATCATAGGAATCATTTGA TTTTTGGTACAAAGGTGCAAAATGGTGGTGGCCAAAATGTGACGGAGCCC GATTTTCGAAAAAAAATTTTTTGGGGCAAATTTGGGCCAAAAAACGGCTA AAAAACGGGATTTTTGGACTTTGTAAAAAATTGGATCATTAATTTTTTCA GATTTTTTGCATGAAAGTAGGGTACCATCATAGGTAAAAGATGGCTGAAG CAGATTTTTGCGAAAAAATTTATTTGGCTTAAAAAACGCATGTTTATCTA TAAGAATCACTATTAATAAACATACATCAATGTTCTTAGTCAAATTACTC AATTTTTTTATGAGATAGATGTTTTTTTTTGCTCACGAGGGCTTACTTTT GAAGCATATGTGTGTTTAGACATGATATTTTGGTTACTTGGCGTGTTTTT ATAGAAAAATTGGCCGAATTCTACATTTTTTTATAAGCACATTATCAATT ACTTAGGTATTAGCTTTTCTCGAGATTGGCTCTTTCATTCTTTATGATTA TTTGCACAAAGATGCATAACTATAAACCCTCAAATGTGACGGAGCCCGAT TTTCGAAAAAAAAAATTGCGGGGGCAAATTTGGGCCAAAAAAACGGCTAA AAAGCGGGTTTTTTGGACTTTGTGAAAAATTGGAACATTGATTTTTTCTG ATTTTTTGCATGAAAGTAGGTGAAAGATGGCTCAAGCAGATTTTTGTAAA ACAACTTTTCAGCTCAAAAAACGCATCTTTATCTATAAGAATCACTATTA ATAAGCACACATCAATGTTCTTAGCCAAATTACTCGACTTTTTGATGAGA TAGATATCTTTTTATGCTCACGAAGTCTTGAATATGAAAGAATATTTCAA GAGCATGAAATTTTGGTTTCTAAACGTTTTTTTTATAAGAAACAAGCGAC TAATTTTAATAAATTGTCACTATTTGTGTACTGAATGATTGTTTAACGTT CATGCTCACGTAGATATCAATTATATATGTGTTAAATACATAACCAGGTA GGTCCATAAAAGTATCACTTGTTCAATGGTGATATCAAGATTGTACCGGG TACTAAGGGGTGGTATACCTATTTTAAGGGTTAAATTCAACTTAGAACCA GGGTACTATGTGGTGGTGGTCTCAGACAAATTTCAAAAAACAAGAAAGTT CAACTTTTCGGCACTGGTCCAGTACCACAACTTGGTACCCCCCCCCCTGA CTAAAGCTCTTTTCCATTGCGATCACTGTGTGTAAGCCTCTGTCAATTTA TTAAGTGTAAGAATTCTGTAAAACACCAACTTCTCTATCCATCAGATCAC AGAAGCCATCAAGTACCTTCACAGTTGGAATATCATTTACCGTGACTTGA AATCCGAAAACGTCCTCGTCATGTCCCTTGATCCACAACAAACCATCAAC GTCAAACTATCCGACTACGGCATTGCAGCTTTCGCAACGCCCCAGGGTGT GACGGGCGTTGCTGGAACCCCCGCCTTCCAAGCGCCTGAAATACAGAAAG ATTATACATACGACGAAAAGGTAAACTGCCTTTCTCCACAATGTCTGCTA GGGAAACCATCCAGGATCCTGCCATTCTATAAGCCAGCAAAAACTAAATG ACACTTGTAAACTTAAGTCTTTTACCATTTTCCATCGAAAACAACCAAAA ACATTGCTACTTCCCAAAGGCGGAGACCAAAACAAATTATCTTCCAAGAT TATGGCGCCCTTTTAGATCTATTGTTAAGGCTATCTAAAATGATGGAAAG AGTTGGGGAAAGACTAAGGCGCCCGCTGCTTCGAGAGTGGTAACGCCAAA ACGCCCAACATGATCTTCCAACAGAATGCGAGTTAGTTGCCGCGCGAGTT ACATCTTGCACTCCACCGCAGCACACAACGAAGCGTGTTTCAATGAATAT TATTGATTATAAGAATATCTTATGTGCTTACCTTCAGTAAACTTTGAGTA CTTCATTGAAAATGAAGAAGGTAAGAAGATAAAAAATGCGCTGGATAATT TTCATTGTAACAGTTTGGTCAATCACTGCTGAAAGTTTGGAAAAGTTTTT CCGACGCAAAAAAAAATGTCAGCCAATTAAAAGCACAGTGTGGTGCATAT ACTTACTATGTTTGTTACATCGTCTTAACCTGATAGCAGCTGTGGAGTTT CTTAACGCGACACGCTGAAGCTCTAAAGTACCGTACTGGGCCAGAAAATA CACAATCTGTTATCAGGTTACATCGTCTAGGCTAAAAAAAGTGCGAAAAG ACAGGAACGTCATTTTTTAATGAGTGATGTTATAATTTTTTCGATTGCGG CCGCGTACAGGAACTCTCCATATGTTCCTAACTGAATGTGTTTTGTAGCT AGTGGTAGTTTTTTTTACTATATTTTCATATCGTCCATAAGTCCATTAGG GATTTTTGTTTCTGAAGTAAAGAAAATAGTTCGTATGGCCAATTGCCGAG AATTGTAAGAATTTTTGTTTTACAACCAGTGGGTCCTTCAAATATGAATT TTAGTGCAGAAATTAATGATCTAAGTTTTGTTGGAATATTAGTTTTACAT ATCTTTATGATCAATGGTTAATTTTCCTTAACTTTCACCATTTAACCAGG TGGATATATTTTCGTACGGTATTTGGATGTATGAATTGCTGACCGGCTGT CTCCCATACCTCGAATACCGAAGTTCTTCCGAAATCAAGAAAGCCATCCA GACCGGTGTTCGGCCGGACTTCCGTAAAGAAGGCTACCGTTTATCTTACC CTTATGCTGAGCTGCTCATGAACGTGAGTAGTTACAAAAAGCTTTTTCTA CTTCGGGGAAACCTATTTTGAAAAATCACAAAATGTAGATTCAATTTTTT ACCCGAGTTGTGCAAAATTACAAAGCCCAATTACAAAGCCCAACCACGTT ACGAAATTAGAATTTCTTTCTATAGGAATGTTGGCAACAGAGCCCGCCCT CACGCCCTTCCTCGTACGAAATGAGCGCCTTCTTCAAATCAACTGACATG ATGACCCTCCGTGCACTGTACCCAAGCAATCAAGATTCGATCTATCTGGA ACATGTCACTTGCCATACTATTTGGCACACTAATTTTCCCGGTAGGGTTT GCTTTGTTTTATTTGTGTTTTATTTTAGAACTTTAAAGATAACTTTTATG TACAAACAATATGAAGTAGGCCCTAAATACTAATCTGTCAACTACTAACG AACAAAACTTGATTTACAAGCGGGAATATCTAACCAAACGACGTTTGATA GTTTGAACGGTCAGCTTGATTTTCTTTATGATGAACCATATAGATGAACC CATAGTCTGCGGCCGGGTCAGAAAAACTTTTTTTTTCACCCGGCCGGTTT CCGGAAACACTACATTTTTTTATTTTCGCCTAAAATCTAAATTTTTTCTT AATGAAATGATTTTCGAATACCCGTAAAGATAATTAATTTTGACAGTGAT TTTTGCTGGCTAGTCTCTTTCAAATGAATTAATGGTCAAATGCTAAAGAA AAAACAACGTATTTCTTGAATATTTTTTTCCACTCTTTCAAACCAAACAA TTTAGGTATATAGAATACAAGTTATATGGAAACCCATCTCATTTCTTGTA GTCGGTAGTTTGTGAGCTACTGATTGATGAAAAGGAAGAATCGTGGTCTT CAAACTTGTAATGATTATTCTCATTCTTCGACATTTTGCCATTTAGATGC TCAGGAGTGTACGTGTCTCCATCCTTCTGCCCTTGGACACCGAAAAAGGA TTTACCACCTTCTTTGTCTTTAGCACTTGTCCCTGTTTGCTCATAAGAAA GCTCATCTCTTGTTACCGCCATTGTCTGTCCATGTTTCGTCCCTTCGACC CTTTCATTTGTGCCTGCGTATCTCAGCTCCTTGTATTGTGTCTTATCGAA ATCAGTTTTATGGTTCATCTTTTTGTTTACATGGTGGTCTCCTTCAAGGT GATGCTTTGCGAAGTGATCGGATGACATCTTGCTTTTGCTTTTAAAACTC GACTGCTGACTTGTGCTATTAACTGTTTAAATTATTCACATACTAATTGG GCCATTTCAACTTATATCCATACATGGGATGGAAGAACGTTTCCAGGGGG TAAAATGTTATTTTAAAATTTCCAGGGTGTAAAAGACTGATTTAAGCTCT TCCACCGTCACTTTAATTAAGGTAATAAAAATATTATCCACACCCTGTCT GGATTTTTAATGGAACAGCCCATTATGAAATATCGATATCGTGGATTTTT GCTTTAAATAATCAGTAGTCTCTCTCAAAAGTCAATTTAGATTATTAACT GATAAAAGGTTCCCAGGAAGAACGCTGGGAAAATATGAACTGACAACTGA AAATGTATTAACGACATAACAGAAAAAGATCTTTGGTTTTTCGAAAAATA AAAAAAAAAGCTACTCGAACCTTCGAATGCAATTGGATGGAAGTTAAATG AATCTTGGCGTTTGCTCATCAATTAATCTACCTTTTATATCTTTAAGATT AATATTGTAGACCTTTCGTTTTTGAACCGGTCTATTCATCCCTGCAAAAA TTATTTTTTTAAATAAGATGGTTTAAAATGATCCGTACAGATGAAATGAA GATCTTCGAGATGAGGAGCGGTGGAGAAACTACAACAGATTATCACATAA TTTAGTGAAATCTTTCTTTCGGTTTTAAAATAACTCACTTCAGAATTTCC TCAACTCTTTAAATGATCTGTTTAGATACGATGCAATGTGATCCATCTGA CAAAATCTTGCTTTGGAACAACAAGAAAGAGAATCGAACCTTCGTCTTGT TCGATTTGAAATGTCATACAATCCGATACAATGACTCGTTACCAGGACCC CGTGTCAGTTGCGCATGTCAAGTAGAAGAAAATGTTTGGCTAGGTTGTGA AACGGTATTTTTGTTGATTGGTCGACAGTTATTTCTTTTTTCAAATTTTG ATTATCATTTTGCATACATACTTTTCAAGGCTTTGGCCACTTTAGCTTCT CTTATCGGACGAAAACTTATATTTTTTATCACAGAGAAAGCTCTTATTAT TTTAATTTTCTCCATTTTAGAATAGAGTTATTGAGATATTTGGATTCGTC AATTCTGAAGTCCCAAAGGTCCTTTGGACTTTCTCAGATTTCGAAGACGA CATATTGATGATGCAAAAACACGAAAGCGAGGTTGGTGTTTTCTTCTTTA TTTATAACTTTTCATAAACTTCGTATCTTTTCCTTTTCATCTGACTAATT TTTATTTTTCGGTGTTTTGATGGATGACAAGTATTGTCAAAAGTGTCGAC AAAAAATAATTATTTTCTTTTGATTTTCCTTTCTCAGGGCATATTAACAG TGTTCACCACCTTGGCCAACGGCACACTGGTCATTTTTACGAAAATGGTG CACCATCGGAAATCTGAACTTATCGAAGAAGAAGATCTGTGGAGTAGACA GGTTGGATAGATGTTTTCTCTATCGTGTGACGAACGTGTATGATACAACT TTTCTTGGAGTAATAATTGATGAGTCTCTAAACTGGAATAAACATATATC AAGCATCGAAAATAAAATCTCTAAAAATATAGGTATCTTANCGATGCAAT GTGATCCATCTGACAAAATCTTGCTTTGGAACAACAAGAAAGAGAATCGA ACCTTCGTCTTGTTCGATTTGAAATGTCATACAATCCGATACAATGACTC GTTACCAGGACCCCGTGTCAGTTGCGCATGTCAAGTAGAAGAAAATGTGT GGCTAGGTTGTGAAACGGTATTTTTGTTGATTGGTCGACAGTTATTTCTT TTTTCAAATTTTGATTATCATTTTGCATACATACTTTTCAAGGCTTTGGC CACTTTAGCTTCTCTTATCGGACGAAAACTTATATTTTTTATCACAGAGA AAGCTCTTATTATTTTAATTTTCTCCATTTTAGAATAGAGTTATTGAGAT ATTTGGATTCGTCAATTCTGAAGTCCCAAAGGTCCTTTGGACTTTCTCAG ATTTCGAAGACGACATATTGATGATGCAAAAACACGAAAGCGAGGTTGGT GTTTTCTTCTTTATTTATAACTTTTCATAAACTTCGTATCTTTTCCTTTT CATCTGACTAATTTTTATTTTTCGGTGTTTTGATGGATGACAAGTATTGT CAAAAGTGTCGACAAAAAATAATTATTTTCTTTTGATTTTCCTTTCTCAG GGCATATTAACAGTGTTCACCACCTTGGCCAACGGCACACTGGTCATTTT TACGAAAATGGTGCACCATCGGAAATCTGAACTTATCGAAGAAGAAGATC TGTGGAGTAGACAGGTTGGATAGATGTTTTCTCTATCGTGTGACGAACCT CCCTCACTTGTAAGAATTGAGACCGTTTTCGTCTCGGTCTGTCTTTTCTA AAAAGTCAGCTACTTAGGGTGACGTAATTTTTATTGAAACTTGGACATCT TTTGCCCACGTGAAAATTAGCTCTTGTAAGATAATGGAGAGTAGGATCCA AGTAATATTAGTAATATCCTTTTGAAACTATGACTCAAAACATTGTTCGG ATAACATTTCTTTTACATCTTCCAGGTCATAAACTTGCAAACACGTGGTC GACCAGCCAAATGTATGACCATTACAAACAATCAGACAGAATTATGGGTA GGATCAGGAAATTGCATTGTGGTATTGAACATCCAGACACGAGAGATTGT TGACCGCCTCGCCGTCACAAAGATGAGTGACCAGAATGCGTTGATTTCCG TTATGTGTGGTGATGGAGAGGATACGGTATGGACCTCTCTATGGAAGTCC GGCTTCGTCACTCAATGGAATGTCAAGGAGAGAACCAAAACATTCGAATA TTATTGCAGTGAAGATAAACCACTTCATAGAGGAGTTCGTTATGAATGTG GAACTTTTAAAAATTTATTTCGACAACCGACTATTGAAGAGAGAGACCTG AAAGTGAAAGTTCAAAGTCCGATTTGTGAAGAAATGAAGACTTTTAGATC AAATAACAATCGCTTAGCTGAAGACACTCTGTATAAAAGACCTTCACTAC GTTTTCCAACACGCACTTACGTTCGTCACAAGTCCTCAACGGCGTCTACT TCTAGCACGTTGGATGAACTCACCTCAAACTCTACAAGCAAGCGAAATAA CATGTTCAATAAAACTGTGACCGCTTTACGCTTCGTCAAAGGTATTCTTT GGATTGGCCGAACCAATGGTGACGTCATTGTTATTGATCACGTCACAGGT CACGTGACTGGGGTTCTGGCTGATGACCATTTAAAGCTATTGGGTAATGA TAACCGATACATTCAATCAATGGTTCCCATGGAAAAGGACTCGAAAATGA CAGCCTGTGTTCGAATAAGGAATGAGGCTAGAGGACGAAGAAGTCTGGTG CCTAATCTATCGTTGGAAAGAAAACAAAAAGAATGCTATCAAATTCTTGT CTATGATATTTGGCCATCAGGCCAATTCAATCATTTCAACGACAAAGTTC AAGAAATTTTTAATGAGTAATAAGTCAAATTTTAAGGCTCCTAAACGTTA TTTTTCATTTTTTGAAAGATTTTTTTGTCAAACTTTAAATTTGCTGCCAT TGCTTGATTTGACTTTAACAGAATAAGAATACAAAGCAACCCGATATTGA CCTCCTCTATAAGTCTTAATGTCTCCATATTCTCAAGGCTTTTCTTTCAT GTTGACAGTCTTTATGGTAGAAAAAACTTATTTGTAACAATTGTATATTT TGAATTAGATTTTTTATATTAATTTTTCGTAAATTTGATTTTTTTTCTAC ATTTTTTAAGGGATTTCAATATTTTAATGCAATTACCAATGACTACGCAA AAAAGAGAAAAAGAAACTGAAAATGAAAATTTCTTTACGATCAGAGTATA TTTTACATTTCATATATATTTGCTGGAAATATTTCACATTTATTTTCTTC TTTCAGAGTTACTAATAAATAATCAACAGCAATGGATCATGCGAACAACT TCGGACAACAGTTGCAATACATGATCAACGCATGCGCATCTCAAGCACAA TGGCATCATCAACAATTCACTAAACTACAATACAGTCAACAATATTTCGC TTATTTGTTGCAACATCAGCAATTTCTTGATCCCAACTACTTGGATAATT TTCTTCGAAGTTTGAATGATCAACAAGGAGCCTGGAATCCACCAGCAGCT GAACCGCCTGGTCACGTGACTACAACTGACCAATCACATACTCACGTGAC TACAACTAACCAATCACCTGCTCACAAGAAGCGTAAAAAGAAACGTAAAT TGAAAGTGAAAGTACACAGTGGAGAGGATTGGACGAACGCAACTGAAAGT GAAAGTGGTTTAGATCTTGATGATGGCTACAAACAATTTCTCAAAGAGTC TGCAAAGTTTCGCGCTGAACGAGGTATGCAATTGTGTATGTCAAGGTGCT TAGAAATCTCTCTGTGAGGGAACTTTTTATTTCACAATAAATTCACTGGT TGACCATGCATTTACATTGGAGCCTTTTACGTACCAAATTGAACATAATA GTATTTACCTGAATTCTTTCTAGACGCCCAAAAGAAGAAGCAGCATCAAA CAGACGAAGAAGGAAAAGAAGAGAACAACATAGAAGTTGAATACGTAGAT AGTAAGAATTTTTTTTGCCATCTCCAATTTGTGTTACTTACTTTTCACTA TCTCCTCTGATACGAGTACAAAATACTGTGTAAGGAAACACAGTTGAAAA AGTAAGAGAGAAGGTTTCTTGTGGAACTACTGTGGCGAGTGACAATTAAA CGCTAGGGACGTTGGCTCAGTCCCAGTGTCTGTTTCTACTATTTATTAAT GATTAGTTCATTAATCTTACACTACTACCTTGGATTGTAATGTGCAAGGA AAGCTCATCCTCTTGATTTGAGATATCCGATGACGGGTAATTCTCATAGA TATCTTCCTGGTCGCTAATTTTCAACCTAGGTGGAACCATTCTATATTTT TGCTTGAATGTCAATTCTCACATTTCCTCTTTAGTTCTTCACAGAGGACC AGAAGGAACCACCTTACCGCCCACCGCCCAAAACAGGAAAGAACTTTATG ACAAAAAATACGGTGAAAAAGGCACGACTATTTTAAGCCTTGAGACAGCT TTACAATGGAAATATAACAAATTAAAAGACACTTGCTCGCCGATCATGTG GCCTGCTATACCTCTTCGTCTAGTTTACGATGATGTTTAATTATCGGACG AAAATCTCGGACAGTAAATATTTATGGTATTTAAGAATANTGATGATGTT TAATCATCGGACGAAAATCTCGGACAGTAAATATTTATGGTATTTAAGAA TATTTCATGCAACAGATGAAAGTAGAAGAAAGGACAAAAATGCTATTTTT CTCTTGCTTGTGATGAGTAATTTGTTCAAAAATTATTTAACTTGATTGAA TAAGGTTTTTTTCTGATTTTTAAATGTTGTGAAATTTTTTTCTTGCTTGA AAGGCTTACTGGCGTTGAAGGGAGATTTATGTGTTGAAGTTTCATCTAAG AGGATCTAAAGGCATAAACTGATAACACTTTTATATAATGCTTTTTTGTA ATCATCAAATAAATTCATTGGTTTTAAATTTGATGAACATGTTATTGATG GTATTGTAGAGCAATATAATATTCACACATCTTTCAAATATTGAATAGTT GGCTGCCAAAACTTCAAAAGAAGAAATAATCCAGGTAAATATTGTTTGCG ATTTTCTCATAACATTCATTCACAGAATTTCTCATGAAAGACTTCGTATT TATCTATTTCGGCTAAAGTTTCTATCTATCGACTTTATGTCCTAATTAAA CAGTTTTCTATTCAGATATTTGAAATGCCAAAACATTGTGAAAAATGAAA AATAAAAGATGAATTTTTAATGAAAGAAGGGAAAAAGATGAAGGTTCGCT GAAGAAGGTTTTCAATGTGCAACAGGCTGTTTTGTTTGTCGTTCACTCGC TCCTACATTTTCCTTCCATTTCTAACATTTGAGAAATATTTTTTTATATG GTGTTTTATGATGTGTAGATCTCCAGTTAACCAAAAAAACATCTATGATT TTAATATTTCTTTACTATACTATATATCTAGTTGGTTTTAGTGTTTTCTC TGTTTTATGAATAAAGAAACAAAATTTGTATCAGGATTCACTTGTTGTAT TCATTCCATTCCAGATAGTGTTAGATTGTAACTGAAAACAAGATGGTGGA AAGAGGAGGTGTCAGGCGACCGATTACGTCATCATACCAAGAAGAAAGTG CAAGATTTGCTTCTGCAGAAAATGAAGATGAAAATGAGATGGGTGAAGTT GTAAGTGCAAGAAGATTCTTGCTTTTCACTTGAAAGTGGAGTGAAATTGT TTCACTAGATCTCCTTTTGAAGTGAAGAAAATTCCTCTTCACCTAAAAAT CGACTTTTAAGAAGGTGACAAAACGAAGATGTTTTGGGAAGTATTATTTC ATTCTCAGGGAGGATTTCCTTCTGCTTTTTAATTTCAATTTTTGCTAGGA AAAAGTTATTCCTATTTATATCACCTATTTTTGATAACCTTTTTCTGTTT TTTAGTTTCTCAAGACACTTTAGATTCAGATTCTTTGAATTGATGTAGCT TTATGAATTTTAGATCGATAATCTGGATAATCTGGATAATTTCCCCCCGT CAAAAGTTTTCCACACTTATCATTTGCAGATAAAAAAAAGAAGAAATTTT AGAATTAAAGAAAACATGTTTATTTTGTGGGGACCATCTATTCCCTTCTT CGAATTTCATTTTCAAATAAACTTCTATTTTTGTTGGTTCAACTGAATCA AATTCCATCCTTCCCCTTCTTTTTGAACGTTCTTTTCATTTTTGAAAATC TCCCCACATGGTGTTTATTGACAAGGTACTTCGTAAAAAGTGTAATCTCT TATTTTCCAAGCCTGACTTACTGCTCGGATGGTTGTCCAGTCTTTAAGTA TGAGCTCAACAATTAGATTGACTTTTTGGAAGTTTGAAAATGGTAATCTA TGCTATCAGTTGTTATTCTCTTAATTTTCTTGGAAATAATACATCCTTTC AATCTTTTTTGCACCGCAAGGCATTGACATTAAAAACGCTTGATATTCTT CGTTGATATTCTTTTCCCTTTCCACTCTTCAGATCAAGCAGAAATTGATG AAGTTCACCAGGCCACGAAAGTTACGTTCAAAAGACATTTTACTCGCTAT CCAACCCAATGGAGAAATCACCTCCACCAAAGACCCAGATAATCCTTATG GTAGGTAATATGTACCATCGTTGGTTTGATTAAGAAGTTGGACTTTTCAA CCCCTGTCTCGGTAGATATTCAAACCAGCTTCATTTTGGGACGTAAGACA TGAAAAACGATCAGATAAAGCCTAAGTATATAAAGATCAAAACAAGAGAC TTTATTTACCTTTACGTTTTGATACTTACATTTCGATTACCCTTTTCTCC AACTCTCTATTTTCATTTTTACTAATGTGAGTTGAGATCATTGAGAAATT AATGCATGGATGATTTTTTTCATGTGACATCTTAATATCTACTTCTTTCC ATTAAAGCACTTCTACAAGTGATATCGATCAGTGCTAACATGATTGCCAT GTGGGGGAAAGAAGCACAATTATATATGGCCGTCAACGAACTTGGTCAAG TCTACGCTACCGTAAGTCTGACATTTAATTCATTAATCCACATTTAGTTC CTTCANCGCTACCGTAAGTCCACATTTTATTCATTAATCCACATTTAGTT CCTTCAAATATATACTCTGTAAAAGACCCCTGTCTCAATGCACTATGCAT GTTCTTCGACAGTTTTATGTGATCGTTGGACGTGGGATTAGGGCTTTGCC TGGAAATTAGTATCATCATTAAATTAGTATCATCATGCTAGCCAGCCTTT ATTCACGAAGGAAAAATAGCCTTCCATTGATCAAAAACATTTTTCTTTTT TTGACCCCCTCCTCCCCTCCTCAAAGGGAAGTGAAATAATTGGTGCAAAT TTCCTAGAATCATTTTTGAGAATGGGACTAAATTTTAAAACTAGGTAAAA TTAAGACAAATAATCGTCAAAACTTTCTGATTTTACTTCCATTTTATACC CGACACCGCTTAACCTTATATATTTTCAGGAGACAGAAGGTCGTGATTGT GTCTTTGTGGAGTGTTTTACACCAGAGTTCTACAACACTTATGAAAGTTA TCATTCAATAAACCATCCAACAGCTAAATATTACCTCACTTTACCCACGC CTGGTGAATTGGTGCAAATGACACACGACATCACTCAAACATCAACTTTT TATTGGGAAGTACCACAATTACATTATTCGAACATTCTACCATCTTCGTT GCCAATGACAACGAAAAATTCAATTAATAACACAAGAAAAATGGTCAAAA ATGTTGTTAGGTGATATTTGTTTCAAGAGTTTTATAAACGAGAGAAATCC AGGCAATTTCCTTATTAATTGGAGGGAAGAGAAATCGAATGCAAATTTCT GAGGTTAGCCTACCAGAAAGACTGAGAAAGAGACTCTCAAACGGTCACTC CAAACACCAACATGACTTTTAGATATCATGAAAATTTCCAATAAACAGTT TTTGACAAACCTTGCATTTTAACACACGCACGCATATATACAATTTGTAA AAAAAGTAACTAAACAATAAAAAGATGTGTTCAATGCTAAAATCAATATA CAAATAAATTCACAAGTTTTTCAAAACCCTCTCTTAATTAAGGATGGTAT CCACCCTATGCGGATGAAGTGTTGCCTTGTTTTAAACGGAAATTTTCCAC CTCAGATTTTTTAGTATCCTTTCGTTGTCTAACGATAGTTTTGCGACCTT GATCACTCATTTCCGTATCTGCACGTATCCGATATCCACGCCGACAGATC TCTCGGATCTCACGTTTGACAGTTTTGTTCATGAAGCAATAAACCCATCC ATTGATGGAGCAATTGATGGTGTAAGCTAACGTGACGAAATAACCCAACC AGTGTGACGGGTTCTCAATGTAACCGATCGTGATGAAGGGTACATCAAAC ACCACCAACCAAATAGTGGTGATGAAGAATTGGATAAACACTTTACGTTC ACGTGCGCTCTTACGCTGCTCGTGTACGGCGTCTAAAGACGTGTTACGTT GAGCTTCTCGAAGTGCTCTGAAACGTAAACAAAAAGAATATGTTTGAACT ACTTCTGGAGGAAAAAACACGGATTAAATGGAATTCTGGAGTTCCATATC AGACTGATTTGTCAAGGGAACTTTTCGATCCCTTGCAACCATAAACGAAC AATAACCTCGGAATATGTTTTGGTGAAGAGAAAGTGTTATTATTTGACTG GCTGATGGTATTTAATCAGATGAAAGAAACTATTCGTAGTTTAAAACGTA ACATAATTTTTTTTACCTGAAAACGAGGCCGTTGAGGAAGTAAGTGATTG ATGTGATGATGACTACCATGGTTATTTCACCCAAAGCTAATGTTTTGGCG CCATCGAAGTCTATACTCCAGCCCCATGACATCAAGGTGTAATCGAAATG TAGAGAACAGCATGGGAAGAAGGAGGGGATGGAATAAGCAATACCAAACA CCCAACATCCTATACAGTACATGTTCGTCAAACGTTTCTTGTAAAACCTG CTGTACAAATCTTTGTTACAGATGCACAAATATCGATCACCAGCTAGAAA GATGAGTAGTGGTAGTCCGCTGAACCATCCAATGTTCAATACGCCACCCA ACGCGAGACTGTTGCTTAGACTTGTTCGGTAAAATAGACAAGGGGAAGCG TATCCAATCATTAGGAAGAGACACATACAATCTGCGATACCGAGACATCC AGCGATCGTAAAATAAGTCTTGTCTTTAAACTTAGGACGTGTGAACACGA CGAACATGAATAGAACGTACACCATGAGACCGAACAACGAAACGATGAGT AGAAAGGCGCCACATATTTGACTGGTTTCTAACGAGAAGGCCAGATCTAC CGCCGTTGAGTTGTGATCCGCCATTGTTTCTCTGTTTCCTCGTCGAATAA ACACCTAAAAGTTAGACAGAACAGAAAAATGACTTTTAGACTTTTTATGA TTTTATTGAAGTTTAATCGATTGTAAAGTTTGTTTTAGAGTAGTAATTGT CACTTTTGATGTCTGATATATCCTTTTCAATTATACACTTTTAACCACTT CACTACATGACTTAGTAGATTTTAATATAAAACAAATTATTGTCATATCA ACTCACTCAGAAATGATTTTGCGGAAAGT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_000630XLOC_000630Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00001128-exon-sc0000007-1575043694:498887..498911TCONS_00001128-exon-sc0000007-1575043694:498887..498911Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:498544..498689TCONS_00001128-exon-sc0000007-1575043694:498544..498689Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:498157..498280TCONS_00001128-exon-sc0000007-1575043694:498157..498280Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:497553..497997TCONS_00001128-exon-sc0000007-1575043694:497553..497997Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:495240..495345TCONS_00001128-exon-sc0000007-1575043694:495240..495345Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:494798..494983TCONS_00001128-exon-sc0000007-1575043694:494798..494983Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:491942..492166TCONS_00001128-exon-sc0000007-1575043694:491942..492166Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:490689..490862TCONS_00001128-exon-sc0000007-1575043694:490689..490862Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:490371..490536TCONS_00001128-exon-sc0000007-1575043694:490371..490536Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:488558..488736TCONS_00001128-exon-sc0000007-1575043694:488558..488736Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:487418..487528TCONS_00001128-exon-sc0000007-1575043694:487418..487528Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:487148..487261TCONS_00001128-exon-sc0000007-1575043694:487148..487261Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:485039..486886TCONS_00001128-exon-sc0000007-1575043694:485039..486886Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:484811..484888TCONS_00001128-exon-sc0000007-1575043694:484811..484888Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:483728..484427TCONS_00001128-exon-sc0000007-1575043694:483728..484427Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:483112..483247TCONS_00001128-exon-sc0000007-1575043694:483112..483247Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:482162..482279TCONS_00001128-exon-sc0000007-1575043694:482162..482279Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:481751..481854TCONS_00001128-exon-sc0000007-1575043694:481751..481854Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1575043694:479133..481282TCONS_00001128-exon-sc0000007-1575043694:479133..481282Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:498887..498911TCONS_00001128-exon-sc0000007-1510915933:498887..498911Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:498544..498689TCONS_00001128-exon-sc0000007-1510915933:498544..498689Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:498157..498280TCONS_00001128-exon-sc0000007-1510915933:498157..498280Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:497553..497997TCONS_00001128-exon-sc0000007-1510915933:497553..497997Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:495240..495345TCONS_00001128-exon-sc0000007-1510915933:495240..495345Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:494798..494983TCONS_00001128-exon-sc0000007-1510915933:494798..494983Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:491942..492166TCONS_00001128-exon-sc0000007-1510915933:491942..492166Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:490689..490862TCONS_00001128-exon-sc0000007-1510915933:490689..490862Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:490371..490536TCONS_00001128-exon-sc0000007-1510915933:490371..490536Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:488558..488736TCONS_00001128-exon-sc0000007-1510915933:488558..488736Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:487418..487528TCONS_00001128-exon-sc0000007-1510915933:487418..487528Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:487148..487261TCONS_00001128-exon-sc0000007-1510915933:487148..487261Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:485039..486886TCONS_00001128-exon-sc0000007-1510915933:485039..486886Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:484811..484888TCONS_00001128-exon-sc0000007-1510915933:484811..484888Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:483728..484427TCONS_00001128-exon-sc0000007-1510915933:483728..484427Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:483112..483247TCONS_00001128-exon-sc0000007-1510915933:483112..483247Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:482162..482279TCONS_00001128-exon-sc0000007-1510915933:482162..482279Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:481751..481854TCONS_00001128-exon-sc0000007-1510915933:481751..481854Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1510915933:479133..481282TCONS_00001128-exon-sc0000007-1510915933:479133..481282Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:498887..498911TCONS_00001128-exon-sc0000007-1491911889:498887..498911Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:498544..498689TCONS_00001128-exon-sc0000007-1491911889:498544..498689Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:498157..498280TCONS_00001128-exon-sc0000007-1491911889:498157..498280Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:497553..497997TCONS_00001128-exon-sc0000007-1491911889:497553..497997Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:495240..495345TCONS_00001128-exon-sc0000007-1491911889:495240..495345Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:494798..494983TCONS_00001128-exon-sc0000007-1491911889:494798..494983Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:491942..492166TCONS_00001128-exon-sc0000007-1491911889:491942..492166Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:490689..490862TCONS_00001128-exon-sc0000007-1491911889:490689..490862Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:490371..490536TCONS_00001128-exon-sc0000007-1491911889:490371..490536Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:488558..488736TCONS_00001128-exon-sc0000007-1491911889:488558..488736Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:487418..487528TCONS_00001128-exon-sc0000007-1491911889:487418..487528Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:487148..487261TCONS_00001128-exon-sc0000007-1491911889:487148..487261Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:485039..486886TCONS_00001128-exon-sc0000007-1491911889:485039..486886Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:484811..484888TCONS_00001128-exon-sc0000007-1491911889:484811..484888Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:483728..484427TCONS_00001128-exon-sc0000007-1491911889:483728..484427Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:483112..483247TCONS_00001128-exon-sc0000007-1491911889:483112..483247Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:482162..482279TCONS_00001128-exon-sc0000007-1491911889:482162..482279Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:481751..481854TCONS_00001128-exon-sc0000007-1491911889:481751..481854Clytia hemisphaericaexon
TCONS_00001128-exon-sc0000007-1491911889:479133..481282TCONS_00001128-exon-sc0000007-1491911889:479133..481282Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000007supercontigsc0000007:479133..498911 -
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
2.82047 2.73068 0.792667 1.19348 0 0 0 0 0 0 0 0 0 0 0 0 0 0.253365 0 0 0.0401389 0 2.89026 1.99472 0 0.00778427 0 0 0.324637 3.87266e-09
Blast
BLAST of TCONS_00001128 vs. Swiss-Prot (Human)
Match: LRRK1 (Leucine-rich repeat serine/threonine-protein kinase 1 OS=Homo sapiens GN=LRRK1 PE=1 SV=3)

HSP 1 Score: 343.969 bits (881), Expect = 5.138e-95
Identity = 240/815 (29.45%), Postives = 385/815 (47.24%), Query Frame = 1
Query:    4 GFWARLIARLVIAVQKWSLQIQQDGNTGYTKQ---------------------------LWRKGLMVTYEDGYFLIESFHDQELRPKKWSNQGVSITVWSKTKDFSVMGFIVDHMEMLITEWYPGLEGINDYGDNLVQKLISCPICCAQKAIDLVQCCDQNTISLRNHYGSFFRNEFFINQFPLDTCAYAAIDHQEIICVKHPDQPVRLELLIPEIMMTDLPQKYCITEDSLDFDPHTSRKLGDGGAG-VVYLGRYDDEDVAIKRSHSVIMKESQQGEGAFDPSDRSVTQLLSLDDGRVVKSFWEMRQEVLVLCTLQHANIVKFLGVCFSPLCFVIEFAPMGSLFGILEKEQKKAELPILGMQLTYLILFQITEAIKYLHSWNIIYRDLKSENVLVMSLDPQQTINVKLSDYGIAAFATPQGVTGVAGTPAFQAPEIQKDYTYDEKVDIFSYGIWMYELLTGCLPYLEYRSSSEIKKAIQTGVRPDFRKEGYRLSYPYAELLMNECWQQSPPSRPSSYEMSAFFKSTDMMT-LRALYPSNQDSIYLEHVTCHTIWHTNFPDTMQCDPSDKILLWNNKKENRTFVLFDLKCHTIRYND-SLPGPRVSCACQVEENVWLGCETNRV----IEIFGFVNS-----EVPKVLWTF---SDFEDDILMMQKHESEGILTVFTTLANGTLVIFTKMVHH---RKSELIEEEDLWSRQVINLQTRGRPAKCMTITNNQTELWVGSGNCIVVLNIQTREIVDRLAVTKMSDQNALISVMC---GDGEDTVWTSLWKSGFVTQWNVKERTKTFEYYCSEDKPLH 2304
            GFW R IAR++I++ +  LQ+ ++     ++                             W++GL+VT++ GY  +ES    ++  KK  + G+ I   S+ +DFS M FI DH+  LI +W+P L      G  L+++ + CP+C    A    Q  D +  S    Y            F ++ C   AI+   I C +HPD PV L+ L+PE+ MTD P +  +    L+        LG GG+G V+Y  RY  + VA+KR H    K       A  P+D  +  L + D    +K+F E RQE  +L  LQH  IV  +G+   PLCF +E AP+ SL  +L +  + +    LG  LT  I +QI   + YLH  NII+ DLKS+N+LV SLD ++ IN+KLSDYGI+  +  +G  GV GTP +QAPEI+    YDEKVD+FSYG+ +YELL+G  P L +    +I K +  G+RP    +   + +   + LM ECW   P  RP +  + +  K     T +  L    Q + +      +T                 ++ W+ K+E+R + + + +   +       PG +VSC  QV+ ++W   E  ++    ++    +N+     + P V+  F      + +  ++    ++G++ VF  +        + +  H   R    I +ED  +RQ         P K M + N+ +E+W  +G  ++V++  + EI  RL        + + SV+C   G GE+ VW    K+  +  ++         Y+C    PL 
Sbjct: 1026 GFWQRFIARMLISLAEMDLQLFENKKNTKSRNRKVTIYSFTGNQRNRCSTFRVKRNQTIYWQEGLLVTFDGGYLSVES---SDVNWKKKKSGGMKIVCQSEVRDFSAMAFITDHVNSLIDQWFPALTATESDGTPLMEQYVPCPVCETAWA----QHTDPSEKSEDVQY------------FDMEDCVLTAIERDFISCPRHPDLPVPLQELVPELFMTDFPARLFLENSKLEHSEDEGSVLGQGGSGTVIYRARYQGQPVAVKRFHIKKFKNF-----ANVPADTMLRHLRATD---AMKNFSEFRQEASMLHALQHPCIVALIGISIHPLCFALELAPLSSLNTVLSENARDSSFIPLGHMLTQKIAYQIASGLAYLHKKNIIFCDLKSDNILVWSLDVKEHINIKLSDYGISRQSFHEGALGVEGTPGYQAPEIRPRIVYDEKVDMFSYGMVLYELLSGQRPALGHH-QLQIAKKLSKGIRPVL-GQPEEVQFRRLQALMMECWDTKPEKRPLALSVVSQMKDPTFATFMYELCCGKQTAFFSSQGQEYT-----------------VVFWDGKEESRNYTVVNTEKGLMEVQRMCCPGMKVSCQLQVQRSLWTATEDQKIYIYTLKGMCPLNTPQQALDTPAVVTCFLAVPVIKKNSYLVLAGLADGLVAVFPVVRGTPKDSCSYLCSHTANRSKFSIADED--ARQ------NPYPVKAMEVVNSGSEVWYSNGPGLLVIDCASLEICRRL--EPYMAPSMVTSVVCSSEGRGEEVVWCLDDKANSLVMYHSTTYQLCARYFCGVPSPLR 1784          
The following BLAST results are available for this feature:
BLAST of TCONS_00001128 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
LRRK15.138e-9529.45Leucine-rich repeat serine/threonine-protein kinas... [more]
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