TCONS_00067463 (transcript) - C. hemisphaerica

Overview
NameTCONS_00067463
Unique NameTCONS_00067463
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3235

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00067463 ID=TCONS_00067463|Name=TCONS_00067463|organism=Clytia hemisphaerica|type=transcript|length=3235bp
CACCTTTTGAGTCACGTGACTCGTAATAAACTCATTCAAAAATGTGTCAA
AACGATTCgaatttttatacttttttaacATGAGAGGAGTCAGACATGCA
ATCTAAAATAAGGGAAATGTTGAGTTATGGAAAAAGTTCAAGAAGTTTTG
GTTTTTATTCATattctttttagtttttattttgagatcatgtgactttc
aaaatcaaaacattggaaCTGTTGCAATTCGTTTCCAGACTGTTTTGAGA
AACTAAGTGAAACGAAAGAACCACACTCCGGTTTTCAATAACAGACAAAA
TTTTTGGTAGAGACCATGCATACATAAACATGCTGCAAGATTCTATGTTT
TCAGCTTTTTCtaatgacaattttttaaaacaGACAACTATGGATAATAA
TTATGCATCATATAACTCGTCACACAGCAGCTTTTCGTTCAGTTCAGGTT
TAGAATTTAATGCATTTCGTACAACTGCCACAACTTTTTCATCAAACGAT
AACAACAACTCAACAAGCAGCTCACAAGTTATAGCCCCTTCACAAAATAA
TCAACTAAATCAAGACCCTCGTGGGGATGGCAGCTCTTTACTTCGTAACA
CAGAGATACTTTTACAGAGACAAGCAAGTTTGAATGAAGCAGCCCTTCTC
CAACCTGGAAGTTGCAAtatcaacaacaataacaacagaCAAGGATATGA
CAACCACAATATGCCACCGTCAAAGGTGGTTCACTGTCGAGCGGTGGCTG
ATGGGTGCAAAGAGACAGACCTCGTGCAAGTTATGAGGCCCTTTGGAAAT
ATAAAAGCGCTGACCTTGATGCCGAAGCTACGACAAGCATTAGTTGAATT
CGAGGATGTCGAATCAGCTATCACGTGTGTCTCGTTCGCATCGCAGTTGC
AGCCCATTCTCGTATTGGGTAGACAGATGTACGTCAATTATTCCAAAAGC
ACAGAAATCAATAGGGATTTCAGTTCTTCGGCGAGCGTGGGTCAAACGCC
AACCAACATTCTGTTATTCACCATCATCAACGCCATCCACCCCGTCAACG
TAGAGACGGTAAAGAAGATCTCCCAACAACACGCCGAAGTTCAACGGATC
GTCATCTTTCACAAGAATGGTCTTCAAGCGCTGGTGGAGTTTCTCACCAT
TGATGACGCGCAGAACGTCCAGCAAGCTTTGAACGGATGTGATATTTTCG
CTGGTTGCTGCACTCTAAAGATCGACTTCTCGAAGACTGGTCGCTTGAAC
GTTCACGCCAATACGACGGAGACTTATGATGTAGAGATTGAGAAAAGAAA
GCGAGGAGGTTCCTTACTAGCCTTAATGAATCACTCCATTGAAGCAGGCT
CTCACACCGCCTCTTCCAAATCATCCACGCCCATGGACTTCCCACTAAAG
GATCCATCACCCATAGGCACTGGATCTCTTAGCACATATACTTCCGCCCT
TCAAGCGCCCATGCAACCGACGACACAATCGTCAATGACTGGTAGCTCAT
CAATGACGTCTTTGAGTTCTCAAACACAAGAATCACGTCAGCCGCCCAAT
TTGTCTGCTTTACACTCAATGAATGAAGTGTTCAGTAATCTTTCACAGCA
GAAACCGCCCTCGCCGCCACATCAGCCACCCACGCCCACTCAACCAACAG
TGCCTGGCATCGATACAAGCAAGTTGAATCAAGAAGCAATCACTGCCCTT
CTAGCAGGTGCCGCAGGATTTCCTGCTGTTCAAAgTATCATAGCAAAAGT
GATGGCGCCAAACCCTTCATCGTCATCCATGGCCTCACATACGTCTTCAC
AATATTCTTCAGGTCTCAACAATTTGTTGACGTCATCCATGGACTCTTCG
GCAGACAGTGATTCCGGATCAAGTTCTATGAGTTCTGGCATCAACCGGAC
TACACTTTTGACGGGAATGCCCAACTCGATGGATTCTTTTTCATCGCCTT
TTGCAGCGCTCGGTGGTGGCCTTAGTATGGCTGGTGGTGAAGGTTGTGTG
GCCATGGTTTATGGTGTGAACAGCGAACGAATGAATTGCGATCACTTGTT
CAATCTGTTCTGTCTCTATGGTAACGTTGTCAAGGTGAAGACACTGGTGA
ACAAACCAGGAGCCGCCATGATCCAATACACGGATAAGATGTCTACCGAT
ATCTCTATTCGTAATCTCAACAATTTGACGTTGTTCGGACAAAAATTTCA
ACTGTCGTTTTCGAAGCACCCTTTCATTGCGGATGCCTCTCAAGTGACGC
CGCTCTTCGACGGATCCCCGTCCGCCGTCTCTTACGCAGATTCACGTAAC
AACCGTTTCAAATACATCCCCGGAGGCGTGGATATCTTTTCACGAATTCA
CCCTCCTTCAAAGGTGTTGCATTACTTCAACGCACCACCTGATTGCAGCG
AAGATCACTTGAAACAAGTCTTTCATTCTCTGGGTGCTGAAATCCCCATC
AAACAAGCAACATTCTCAAAAAGTAATGGGAAGTCATCTTCAGGACTTCT
TGAGTTTTCATCAGTTCCCACAGCAGTAGAGGCGCTCATTTTGGCAAACC
ATTTCACCATGCAACGGGATATTCGCATCGAAGatCCCTTTCAAATGTTG
GACAAAGGAGGAGCAGCCTACACTTTAAAGCTTGCATTTTCACCTAGCAA
CGCCATCAACAACTAAACAAAAGACCTGTAGATAGAGCTCTTATTTCCGT
TCGATTCACAcgcttcgttcgttcgtttgtccGCGCAATCACAACACGGG
ACAATTTTATTTTCGCATTCTTCTGTTCAAGTAAGCAAGCATCAACCAGC
AAAAGATCACACTCTATGCAGTTCAaactaaacaaacaaaaaacataatt
ttgtcgatatttttttggaatttttcacgTCACATGTATTTTGCAGTGCA
GTCATTCTTTCATCAGTCTATGCATCTTTTTGGTTTCCATGGTTACGAAA
TGCAAACAAACATGGCAGCCACACCACAACTCAAATGCAGCATATATTAT
AAATGCAATCTCACTACTCGTTGTCACCCTTCTTAATGTCAAACATTTTG
GGTGacatttttttgttcttttattttttcgcttttATCGTTTGTTTTTA
TACTCTTAcataaaaaaagtatattttttgtttttttttgcgttttcaTT
CTAtacttttcattatatttgttttTGCAGTTCccttttacccccgtctt
tcaGTGATCGCGACCTGAGAGGTTTTAGAGTCCAC
Run BLAST on NCBI

transcript from alignment at scaffold_47:71555..92076-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00067463 ID=TCONS_00067463|Name=TCONS_00067463|organism=Clytia hemisphaerica|type=transcript|length=20522bp|location=Sequence derived from alignment at scaffold_47:71555..92076- (Clytia hemisphaerica)
CACCTTTTGAGTCACGTGACTCGTAATAAACTCATTCAAAAATGTGTCAA AACGATTCGAATTTTTATACTTTTTTAACATGAGAGGAGTCAGACATGCA ATCTAAAATAAGGGAAATGTTGAGTTATGGAAAAAGTTCAAGAAGTTTTG GTTTTTATTCATATTCTTTTTAGTTTTTATTTTGAGATCATGTGACTTTC AAAATCAAAACATTGGAACTGTTGCAATTCGTTTCCAGACTGTTTTGAGA AACTAAGTGAAACGAAAGAACCACACTCCGGTTTTCAATAACAGACAAAA TTTTTGGTAGAGACCATGCATACATAAACATGCTGCAAGATTCTATGTTT TCAGCTTTTTCTAATGACAATTTTTTAAAACAGACAACTATGGATAATAA TTATGCATCATATAACTCGTCACACAGCAGCTTTTCGTTCAGTTCAGGTT TAGAATTTAATGCATTTCGTACAACTGCCACAACTTTTTCATCAAACGAT AACAACAACTCAACAAGCAGCTCACAAGTTATAGCCCCTTCACAAAATAA TCAACTAAATCAAGACCCTCGTGGGGATGGCAGCTCTTTACTTCGTAACA CAGAGATACTTTTACAGAGACAAGCAAGTTTGAATGAAGCAGCCCTTCTC CAACCTGGAAGTTGCAATATCAACAACAATAACAACAGACAAGGTGAGAA ATTTTCCTTAGAATTTCCTTTGTTTTGATTCTTGAGAGCAATTATAGGCT CACACCTTTTCGTGTAGGATTATTGTGTACATTTTTTCTGCTTGAAATAG TTTATTTCGTGTTCCTTTAAACCGATAATTAATTGACCCCAATTATGAAA GTCTAGTCTTGTTTTTAACCCATTAGTATTTTGCAATATGGCTGCCATTT ACTAAAAATAGCCTTTTGCTTTTGAATTAAGTGTTGTGTGTAACCTTACT TCTTACCTGGACCCCAGGCTACCGGAAGAATATAATCTAAAAATAAACAG AACAGACTACATACAAAAACAAGTTTTAATTTTTTTGTTTATATATATTG TTTAAGTTTTTTGTTGGGAAAATCAACTTGAAAGGGTGTGGCTTTTTTAT ATTTTTTTAACCATAGTTGGGACATACACATGAGTTAGGTCAAGGGTAAT TATTAAACCACATGTTTTATCATGATCTCTTAGAAGTTTTTAATTTCTTA TCTCACCACACTTTCTCTATGTGTAATGCATTAACAAATCTTTCCTCTGT TTTCTGTCATTGGAGAAGTTTTGTGTTCAGATACAATTACAGAAATACTA ACTATCAATTTCCATTATAAACTTGTGTCTGGTTTAAATGTTTGTAAATT TTTGGGTTGATTGCTTGGTGGTTTACTTTTTTGTAATTTTTCTTGCAACC ACCAATCTTGTTAATATTTTCCTTTCCATGTAAATTGTTCCAGGATGATA AAAATCCATTTAAAACTTTTGAATAATGTCATTGGCAGTCAATAAGAACA TCCAAAATTTTTGAAGCCTTCGGATGTTCCCAACTTTTTGAGTTTCAAGC CTTAAAAATGTTCTTAAACATGTTCTTATTTTCGCCATTTTGGGGGTATT TTTGTCTATTTTTCTAAGAAATTGGGTGTTTTAGAGTTGTCGCGAAGCCT GATAATGTTCTTAGCTTGTAATTGTTGACAAAGTTTGAAACAAAATTCAT AGGAATTTACCAGAATTTTTCTGGATTTTATTTGCTCAAAAATTAAGTCC TTCATAAAGTACTACCTTGCAGTTCGTTTTCTGTCAAAATCTTCAAATTT TGGAGATAACAAAAATTATTTTACTTTTGACCTGGTGTATTTTTTGATGT TACAACATGCCCTCGTCAGACCTTTTTTCAGTTTTTTTACAATTTGCAAA AGAAAAATTCAAAAGAAACAGCACTTTAATTGGATAAGAAAGTTATCTCC AGTTACAAAAGTTTCAAATCGTATATTGGTTTCAAATTTTATTATAATCT TTCTCTTTTGAGATGAAAAAAACTCATCAATTTAATTCAGTTATGCCCAA GCCTTCAATGGGATTTTAATTTTAAGTGAGAAAAATATTATTATGTTGCT AAAATTCTCTCACACCTCTCACATTTCCGAGACATTTACATTGATAAACT GTATATATCACATGCTTAGAAATTTCGTGCTGAAATTGTAATGATCTGCA ATAAATTGGGAAAATTTAGTCAGGAAATTTCATATAAATTACATTTTGCT CTCGTTTTCTGATTTACTCCAATTTTTTTTCTTTAAAAATGAGGGGGAAA AGATTTTATAATTTGCCAACTGTTTCACAGAGAGGAAAGAAACAGAATTC AAAAAAAAGCATTAAGATAACAGACCTTTGAAACGAAAAAAAACACCAAA GGAGGCTATTTCGCATGACATTTTCAACATATTGAGAGAAAACAGTGTCC AGTGTTTTTAACCAGCATGCAATTCAGTTCCCATTTCCTTTTCTCTACTC ATTACTATCTCATCATCATGTTGTTATCGAAGTTGTGCTCCATTAAGTTC CTCTCTTGAGATGGGCCTACTTTCATTTTCTTTACTTCATTACCCCCAAA GTCTTATTTCGTCCAATGTTCTAGAATTGTGAGGTGATTGTTTTTTTTCT TCAAAAACGTGCATTATGGGGATAAACCCTTTTTATTTTACGACGAAAGT TTAACCAATTAATAGGGGAAACCTTCAACATTTTAGCTGAATTTGTAGCA AATATTTTAAGAACCAACCCCAAATAAAGGTGCCCAAAAATGGATAAGAT CTTTCCTCTACTCATATTTTTTGTCATTCAAGGAGTGGCAATGATAAATT TGACAAGGGAGATTTTCCCTGAATCATCGAATAATTTTCATTTGACCTTT TTTGAATTTTTTTTGCATCTTGAAATGTTACTCAGAAGCATGAAAAAATA TTTTATTTAAAAATGAACATTTGTTTTGAATGACGCAGTCAGACCATTTT TATTCATCGGAAACAGGCTAGAAATCGGCACAGCATGATTTCATCCAGAC TAAACCTCTCTTATTGAATAAAAGTATTAAACAATTTTGTGAAGTAGCCC TATGGTGGCATTTCTTTTCCCCCTTCTTTTTATAAGAAACTGATTTTTAA GAAGTTATTTGAAATCTGAATCTAGAAATGTCAACAAGCTTAAAAATAGT AGGGATTTAGGATTTCATATCTATCAGATATTGATTTTATTCTACGAAAT CTTTTCCCTAATTGACGTCAAAATCTATCTTTGGTACTCGTCGAAAGTAC ACGTTTTTTATGAGAACAAACTATATAAGAACATTTAATGCCTAATTTAG GCTTCGATGAGCAAAATTTTAAGAACAAGTCAAGAACATTCTACTTAAGA AAATGGACATATATACTCTCAAATACGTTCAAAAATTTTGGATGTTCCTA TTAAAAAAACGTGTATTCCATAAAGAAATTTAAAATCCTTTCAGGGGTCT AAAACGAAAATGCCCTTCTAATACCCTTCTTATTTGACCCTTATCTCGAG TTTGGAAAGGTGATTTTTGAAACTCAAACTAAATCAAACAATATGGGGAC CATTTTAAAATAATACCATTTTAAAATGTGATAGTGTGCAGAAGCATTTT TCACCCAGCTAAATTCTAGAAACATAGCCCCCACCTTCAAAAGCAAAATA TCAAAAATATTTTTCAAGAGGGATAAAACCTTCCCCACAGCATAGATTTT TAACATAATTTAAAATATCTTTAACCTATCAGCTCTGCACCCAGTTCTAT TACAGAACACTCAGCCCCCCCCCCTAGCACGCTAGCCCTCAGTATTTAAA AAAAAAATACAGCCCCCAATCAAGCAAAAATTGTTTAGCCGCCCCTTAAG CTCAGGGAGGGGTGCATTCTATGAAAATTTCAGGGAATAAAGTTAAGGCA TTTTCTGTTAAAAAACCCTTTTTAGGGTACGATATTGAAACCCCCCTAAA ATGTGGTCCTTATGGTCTCATGTTCATTTGATACTTTTAATACCCTCTTT GATCCATTTATTTAAAGAATTTTACTTTCGAGGTGTCCACTTTTGATCGC ATTAACTACTGGGTGTCTTCAATCATATAATTGATGAGCCTAGAATTTTC TTTAAACCATAAACCCCATATCATATAACCGAAAACTTGAAACCCTTTCT TTTGGTGGCCAAAATATCTATAAATTTATATGGTTTCAAATTATTTTTTA TAAGAACCTAACAGTTTTTTCCTGGAAATACAGAACTATAAACTTTCACT GAGGATGTTGGCTCGTTTTTGTGATGGCTGATAGTGACACTGAGTGCACT TTTTTTATATTATTATATTATTATATTTTTTTTATAAAAACAACGAAGCT CAAAATCGCCAAAAAAATGAGAACAATTTAAGAACAATGCTGAGCCTAAA TTCTCTCAATTAAAATAGTGCTCAATACTTCGTAGAGCGAATCATAAATT ATATCTTTCGAAAATTCATAAGATTAAAAAATAATGTATCATCAGATGAT GATTGCGATAAACATGAAATATTTTTAACCTTGTGAATTTTCGAAAGATA TAATTTATATATGAACATAAGTCTTATATGGCCTAAATATTAAGAATAAG TTAAGAACATTTTTCTAAGGCATTGTCTCTAAAACATTCAGTTTTTTAGG AAAATGGACAAAAATACTCACAAAATGGTGGAAATAAGAACATGTTAAGA ACATTTCTAGGCTTAAAACTCAAAAAATTAAGAACGTCCGAATGCTTTGA AAACATTTTGGATATTCTTATAAAAAAAAATAATTGAGTTTTGAGGCACT AGGTAGCCCTAAAATCACGAAATACTTTCTTATTAAAAAGCGAGCGGTGG AAAAAGTTTGGGCATTTTTTCCTGGAGGTACAGAACTATAAGCTTTCACT GAAAATATTTGTTCGGTTTTTAGATTGCTGATAGTGACACTGAGTGCACT TTTTTTTATGTAAGAACAATTTTCTAAGAACAACGAGGCTCAGAATCGCC AAAAAATAAGAACAATTTAAGAACAATGCCGAGCCTAAATTTTCTCAATT TCAAGCAGTTTAGGGTTCAAAGCAGTAAAAATTGGGTATAACGCCTAAAA TATCTCAATTACATCCTACAAATAAGAACAGGATTAGAACAATTTGAGGC TCAAAGTGCCAAAGAAATAAGAATAGCTGAGCCTCAGAAAAATTTTACTG GTTCTTATAAAAAAAATGTAATCCCCTTTTCTTCTTATAATGCGACGTTT TTTCTTTGTCACAAGTGATGAATATTGGTTTCGTAACGAGATACAAAATG TTATATATAAAATTTTGATGCAATTATAATTCAAAACATTTTGTTATGCT TGTTACCATTCTTACACAATTATCCTGGTTTTGAACAAAGAGGTTTAAAA CCGATTTAACCTTTGTGTATATACTCGTCATTTTAAATATGAAATTAGAG AAAATCAGATAAAATCACCTTTAAGAACTCGAAGATTCGCTCTAAAAGTT TCAATCAACTCGTACCTGATTTCAATACCGAAACACGTGTTTGTATAAGA ATAGAGTGTATGAACATTACCTTCGAGTTTAAATATTTTCAAAGCATGTA GTGAGAAGGCAGGTTCCAAGGTCTTGCATGCAGACTTTCTCAGTAAATTA ATCAAAATGCCGAAACAAGAATAAGAATACCTGAAGAATATATTAGGCTT CTTTATTTCTTTATAAAAGTTAAGAAGATCGTAAGATTTAAAAAAGAATT GGTCTTATGAAATAATTTTTAACCTCTGCAAGGTATTTTTTATGAACTAA ACGATTTTTTATAAGAACATACAAAAATTAAGCCTTCGGATTTTCTTAAC TTTTTGAGTTTCAAGCCTGAGAATGTTCTTAACATGTTCTTAATTTGACC ATTTTTCGAGTATTTTTGCCCATTTTCCCAAAAAATGGGGTGTTTTAGAG TCGGTAAAGCCTTAAAATGTCCATGAGGCACTAACATTTTGACTATCGAA GCCTTTTGTTCTTATATAGTTTGTTCTTAAAAAATACTAAACACTATGAA TTTCATAAGGCCTGAAAATGCCCTAAAAGCTATTCTTATGACTGAAAGAA CAGGTTAAGTTGCAGTTTTATTTTAGATGAAATTAGTTCACAAAAATATA TTCAGAGGTCAATAAATTTCTATTTTTAATCACGTGCTGAAAAGACTTTC GTCTGATTTCAATGAAAGCAACGACAAAAGCATTATCAGATAAAACCGCC TTAAAATTCTTGTACGATTTGAATCAATTTGTTGAGGTCTGGGCTCGACT GTTTACATTATCCTTTCATAAAGATTTGCTACACTCGCAATACGACTTAT CGCTCTGAATTTCACTTCTTATTACCCCTACATAATATACTTTCTCTTTC TTATGAATGTAAAACATTTTTATATCAAAAAATCCCTTTTCTGTAAATAT CTCTTCTGATCTGTGATGAATGATGGCGCATGAGAAAAGTTGTAAGAGAC GAAAGCTTGATGAGACTGACGAGGAAAAGGACTTAATGAACGAAGGTTAG CTTCTTATTTCTTGACCAATTGAGCTCGGTGAAGTCCAGAGTTAATTTAT TTGGCTCGCGAGAAAATTTCGCTAAATTTTCGAAAAAAGCGTTGTCACAG TCTGAGATGATTAATGAGTTGATAAAGAATTGTCTTCTTACAAATCTTTT AAAAAGATCCTCCACATTGCCCGATGGTTGGAGAAGAACCTCTCGAAACG TAAATCTCGTGGTTCAAGTCATGCAATTGACTTTCAATGTTAAAACATCA GTTCTTAATAACCTTATACTTATTTAGACAATAATTGTATGAATTTGAGG AACCCTAGTGTGTTTTGGAATTTCAATACAGTTTACTACATTGAGAGCAT CATATAACTGTTAGTTATATAACTCGCACGGTCAATCGTCCCAAATATCC CTCCCGCTGATTTCAATTCAATAGATTTAAAAAAACTCTTGGATGAAAAA TAGAGCCACTTTTTGACCCGCATAGTTTTCACACAAACGCCACATTAAAA GGCAAGACCCATGTCGAGATTTCGAGATATACAAAGCTTGTAAACATTCA AAAAATGCGGCGCAAATCTTAAAGGCCTCATCTTTTTTTGTTTTAAAATT CCTTTCTAGACGCCTATAAGTCAGGGTTTATAAATTCAATGCTCCCTAGA ACTTTCAATCGTTACACCCTTCAAGGGGGGGGGGGATACCGAAAAAGTTG TGTTGGTAAGCCTCGCAATAGCTGATGGTACTCAAAGATTTGTAATGAAA ATCCGTGGAAGCCTGGAATCTAGTTTTGTGAGTTAACACGAATGGATGTT AAAAGTTGTGTCGGATTATCGTTTAGGGTTTGATGCTTAAGTCTTTCACA CCTCATTAAAATGTTGAATATGTTTCTCTCTGTTAAATAAGCTAACAAAA CCTTTATATAAATCAGCTACTTCAGCTATATAGCTCACAAACTTCTCCCA TTAGGTAGCTTGGAAACTGATCTCTTTCTCTCAAACTATACAGAAAATGA GCCCATAAGAAACCTCCTTTTCAGCAATTCTCTTCGTTGCTTGAATGTGA ATCACCAATTATCACCAGAGACGACACCATAAGCCTGCTGTTGAACCATC GGAGCGAAATGAACATTCAATGAATACCAGTGGAAAATCTCTCTCTTCTT TTCGATGGTGAAAGCTGATCCATCTACTGTGGTTTTCGAACCTCACAAAT CGTGCTTTTCGAGAGAAGTTTTTCCAGAAGTTTTGATGAAAATCTTTATT TCGTGTGCTCGTGATTTCTGTCTGTGTGCAAAGTGTCTTTTTGATGTGAT CAATTTTTCTTGAAAGACGATGAATGATAAATTTTGAGGCTGCTGCATAA TACTGTTGGTCGGTTTTGCGTTCATTTTTATAAGAGATCAACGTCTTGTG TATTAATGAAAGAAAATTCATTTTGTCCAATGATAACATTATTACCTATC TACCACATCTGATCTCTGCAAACGAACGACCGCTTTATAATGGCTATAAT GCTCTGTTCGGGTTTCGAAAATGACTTTTTGTTGCATTTTGTGTAAACTG AAGGACGTTACATATCGACATAACATAAGAAGAGAGTTGGATTTTGTTGT TTTCATCGCTTGTATTTCTTTTGGTGAGAACGCGATGTGATGAGTTTAAA CAACCCGCCACCTGCTACAGATATCCAAACAACCATCCAGGCTAATACAA GTGACACTGCAACATCTAGCCTGCATTCCACCACCGAAGTGAGCAGCACG CCAAGTTTAGTGGAGTCCACACCTTTAATTACAAGAAGCCTACTTGATTA TCAATCGATTGAATCAAGTTTGTTGCAAAGTGTTGAAAATCAGACCACCC TTCCCAAGAAGTCACTCCAAGAATCTGATTTTTTATCACAACTAGGCGAA GAAGTCAACTTCAAGCGGAAACAGGCTAAAAATTTAGTCGACCCTTCGAA AGCAGTAAAAATCGTCAAAAAGCTTCTCAACCTATCTTCTAAAGCGACAA CACTCAGAGACCTTTCTCTGGACAATTTGTTGGCCGCTAAACCATCGAAA GCCGCTTCTTACAAAAGAAAGCTGAAAATGGAAGATCCTTATCATCAACG TGTTTGGGCGTACCCTTATCCAATCCCATATGTTAAGTTGAGACTCAATA AAGGTACCTCTCTCGACCTTGTTTATTGCCACATATATAACACGAGGCTT TAAATGCAAGGTGACTTTAAGTTTAGTGACGGGTATGAACCCGGCCAAAA AATTTGTTCAATCGTTCCCACACCTTCCCAGATTCTTCCAAACCATAATT CCCCAGCTTCGATATAGGTTACAGAATCTGACGAATTGATTGTAGAGATT GTATGATTTCAGTTTAGCTATACACGTTGGGCCATTCCATTTTATCTCCA TACAGAAGGTGACGAACATTTCTAAGGGGTAACCTGAGAAGAATCTCCAG GGGGGTCTAGAGAAATGTTCTTTCACTTTCCAGGGGGTAAATATTTATTC TTAAATTTCCAGAAGGTAAAAAAAGACAGGTTTTACTTCGTCCACTTTAA AGTATAAAAAGAAATTTTCCAGGGGGTGTCCTCACATTTCCTAGAATTTT ATTTTGACTTAAAAAGGTTCGCCCACCCCCATGTATGGATTTTTAATGGA ACAGTCAATAAGACTAAACTATATAAGAACATTAGGTTTCGATGGCTAAA ATATTAAGAACAAGTCAAAAACATTTTAAGGATTTGCGGACTGTAAAACA CCCAATTTCTAAGGAAAATGGACAAAAATACTCGCAAAATGGTGAAAATA AGAACATCTTAAGAACATTTCAGGCTAATGGAAGGCTTCAAAAATTTTGT TCTTATTAAAAAACGATTTTAGTTTAGCTCTAACAGTGAGTGAAATTATT GAAAATTATTAAATCTGTTTTGCCAGGAATTAAATGTCAAACAATCACTT TTTTTCATACGTAATCAAATATCCGGGGAGATTATTGACAGATTAATAAG TTTATTCGATACAGTTCATTAATTAGCCTTTATCACGTTAATTGCTTGGC TAAAGAANATAAGTTTATTCGATACAGTTCATTAATTAGCCTTTATCATG TTAATTGCTTGGCTAAAGAAATTTAATTGATATGATGATGCCGGTTGTTG CTTTCCATGCATATTTTCTCTAAAGAAGTAATCAGATCAGTCAAAAGTTC ACCACTCAGTTATATTTTTCAAACATGGTATATGTATTCTGGATTATTTG TGATGTTAAGAGCTGTCAAAATTACTTTCCATGAAGTTTGAAGAAAAGTT TTCATTGCAAAGATTGACTCGTGATCGGTTAATTCTGCACTCTTTTTTCA AAGGTAAAGGAGTGACTTGAAACATAGACAACCATAGATTTATAAAGCCC GAACGGCTAGATGTCGTGCTTTATGCCAAAAAGTGAATATCGGAAAAAAT AATGTTCTGTTCTGATTGGTCAAGCGCTGAAATTCTATTGTAGTGTCACG TGACTTAGGTAGGATTTCCTACCCAACCACGGCTCAGTTTTCAGCAAAAG TACTCTATCTTGCCCTTCGGGCTTTATAAATCTATGCTGACAACATGATT TTTTAATCCTCATTTCTCTTATTTGTTAGAAGTTGATGTAGATTTGATCT TTTTATCATACTCAGGAGCTCAATTGCAGCACAAACACACTTCTAAACTC TTTGTTTCCCCTGACCCAAAACCTTCCACCGTCAAAGGTGGTTCATTCTC GAGCGGTGGCTGATGGGTGCAACATTAACCTCCCTCTTAACTCTTTGTTT TCCCTCATAGGATATGACAACCACAATATGCCACCGTCAAAGGTGGTTCA TTGTTGAGCGGTGGCTGATGGGTGCAACATTAACCTCCCTCTAAACTCTT TGTTTTCCCTCATAGGATATGACAACCACAATATGCCACCGTCAAAGGTG GTTCACTGTCGAGCGGTGGCTGATGGGTGCAAAGAGACAGACCTCGTGCA AGTTATGAGGCCCTTTGGAAATATAAAGTATGTGCATTTTTCTAATTTAT TTGGGGGGGGGAGAAATATTATAAGTATTTTCGTGAAACTAGCTTTGACC GATAACAGGGGTGATTTTACCGTTAACTTTAATTGAAATTAAAGTTCATT AATGAAACGAACAATTTTATCAATGGATTTTGTCTTCTTACTACCCCCCT ATTAAATATATATCTTTCTTATTGAAGCAAAATAACCAAGCTTCCACATA TAATTCATAAAGGGACAAGGGCCCTGGATTTCTTCTACCCTCAGTTAGAG TACAGTGTACTTTTAGCTCTAGTTTAGACGGCCGACTGTCTGCCCTAATT GTTAGAGTAGGCAGAAAGAGGGCACAAAGTTGACAGTTAAAATCCTTGCT TGGAAAGGTTTGAAAGAAGACATTGCATTGACGTCAAAAGAGGACTATGC ATCACTTTAGACAGCCCACTTTATGCCCTCTTTAATTCACAATTAGAATA GGAAGGGCAGAAAGTGCGCTGTCTAAACTAGAGCTTAGGTTTTATGGTCA AAGATACGCATTGATTTTGACCACTTTCTTTTACAGAGCGCTGACCTTGA TGCCGAAGCTACGACAAGCATTAGTTGAATTCGAGGTAATTCTTTTCTCC TTTTTCAATCTCCATCTTTAAGAAAATGTAAGAAAATGAGCATTTTTTAG CTCGTGTCAACTTTTAGCTCGTGTCAACTTTTAGCTCGTGTCAACTTTTG GCCATTTGGAAAGCTATAATCTGTCTTTGTTGTAAAAATCGAATTTTTTT TTAAATCAATTCTATTCAATTCTATTCTATTCTATTAGGTGCATAATATC AATAATTTACCCTAATCTAGTCTTTGAAATTGGGATACCTTTAACATCTT TTAACATTTTCTGTTTTATTTTCAGGATGTCGAATCAGCTATCACGTGTG TCTCGTTCGCATCGCAGGTACTTATTCTGATATGGATTTTTTATGCGTCA GTCAAACAAAGGGGAATACCCTCAAAACTTTTTAAAATCTCAAGTGATTT TTAAATGCTTTGAAGTAGGTTTTGAAAGTGTAGTTTTAACTCTGAGTTTT AACATAAGCCTTAAAGGTTTTATTTTTACATAAGTGTTCCCGTTTCATAT CAGACACATATTTCATATTAGGACAGTGTCTGCCTATTATTATATTATGC TGATATAAGCCAAAAATGTATTTCTTCTCTTCTTTCTGATCAACCTTGCT CCACATCTGTGTTAATCTAATGTAAAAGGTTGTGGTACTTTCTCTCTGAT AAATTGCATTTTTTATGTGTCAAACCTGGTCAAACAAAGTCCCTAGATAC GTAGTGTTAAGTGCAAGGGTTGCAGAAAGAGTCCAACATGTGATTGATGA TAAATCTTCTCGTACACTTTCAAAAGAGCTATAGGATTGAAATTTCAAAA GGGCTTATATTCAAGCCCAACATCAACATCATTCAATCATTAAATGTTAC TTTTGTTTTGATATTTCAGTTGCAGCCCATTCTCGTATTGGGTAGACAGA TGTACGTCAATTATTCCAAAAGCACAGAAATCAATAGGTATGTTAATCAA ATGATAATTGTATTTAGCTCTGAAGTTCAGGAAGACAAGTGGATAAGATG CATTCTTATTTTGCTGCCTTGCCTTCTCTTTTTCTTTAAGACTAGAAATA ACTAATTATATTCGAAGCATTTCGAAAAACTAATGAAAGAGATGTAAATT TATCACTATGCAAACTCTTCTAAGTTTTTCTCAAAGTGTCAGCCTCCCTC CCTGAAATGTGAAGGGCACCTAGGCCAAGTTATGGGTTTGGGGCTAATAT TTTGATAATAAATAATTCTTTGGGGTTACCTATTCATTTGGGATACCTAA CTGTTTTGATGGAGGCTCTGGGGACTGTGTATATTTCCGAATTGAATACT TCAAAACATTTCAAGCTTGAATTTTTTACCCCAGCGCCCACTTTCCCATC CAATTTTGATTCTCGTTTCTTTCCACATCATCTTCAGTTATATTTTTCAA ATGTGACTGTTTTGATTTACAGCCGCCATCTTTATAGCATAATAACAAAC CACCCCAAAAATCATTAAGAAAAGGACAAAAAGTGTCAATTCAAAAAATT ATCGGCTGAATTGGGGTACCTAACTCAAAGCAATTTCTCAAGGGCGCCTA ACTCGTTGGGTGCACCATGCTTCAATGGGGCACCTGAAAAGTGGTCTGAA ACCATGTCTCTTTTATTCATCATCTCGCTCAACAGGGATTTCAGTTCTTC GGCGAGCGTGGGTCAAACGCCAACCAACATTCTGTTATTCACCATCATCA ACGCCATCCACCCCGTCAACGTAGAGACGGTAAAGAAGATCTCCCAACAA CACGCCGAAGTTCAACGGATCGTCATCTTTCACAAGAATGGTCTTCAAGC GCTGGTGGAGTTTCTCACCATTGATGACGCGCAGAACGTCCAGCAAGCTT TGAACGGATGTGATATTTTCGCTGGTTGCTGCACTCTAAAGATCGACTTC TCGAAGGTAAGAAGTTCTAGCTCATCTTAGTGACTCATTGAAGACTAGTC TCATATTTTCTGAATACTTTAAGACTTCGGATAGAGAAAAGTCACCTGTC ATACAGAAGAGAACGGAAAGCCCAACCTCAAAGAAAAAGTAGAATGGCAA GATTTTCATTTTTTTCGAAGACACTTGAAATTAAACCTTTCGTCATCTGA AGACGTATTAGATCTGTGAATCTCGCTATTTCCCCTGAATCTTTTCTGCA GTTATTCCAGGCAGATTTCAATCGAATTTATTTCATGCTGAAATTTCTGA TTAAGCAAGCTATACTATGATCTATTTGCTTTTAGACTGGTCGCTTGAAC GTTCACGCCAATACGACGGAGACTTATGATGTAGAGATTGAGAAAAGAAA GCGAGGAGGTAAGCTAGAAAAAAGAACTTCCGAATCTACAGAATGAAGAC TTTAAATCTCACTAAGAGAAGGGGTCAAGCAGTTATTATCAGCGAGTATG AAGGGTAGTTCCGCACTACCATATCCTGAAAAACTCGCCAGAATGGTTTA TTATTCTAGATACCTACTCTTGAACCCAATGAGAAGACGCACAATTCATT AAAATTCTCTTGTTTTTCTCCACAGGTTCCTTACTAGCCTTAATGAATCA CTCCATTGAAGCAGGCTCTCACACCGCCTCTTCCAAATCATCCACGCCCA TGGACTTCCCACTAAAGGATCCATCACCCATAGGCACTGGATCTCTTAGC ACATATACTTCCGCCCTTCAAGCGCCCATGCAACCGACGACACAATCGTC AATGACTGGTAGCTCATCAATGACGTCTTTGAGTTCTCAAACACAAGAAT CACGTCAGCCGCCCAATTTGTCTGCTTTACACTCAATGAATGGTGAGCGT TGTAATTATTTTTGTCGTTTTTTCTGTTGCATTGTCTATTTCGCAATTAT GTTAGAGCATAAGTAAACGATGTTATCGTCCGTTACAGTGATAGTAAAGG CGGGAAAATATGGCGGTATGGCGTTATGGCGGTATACGAAAAAAAAACGG CGGGATGGTTTCGAAGACTGGCAAACTCTTTTCGGCAAAAAGCCTGTTTG CGAATTTTCTTCGGATTTGGGCTTATTTCTTAGATTTGTCTTAGACTGTA GCATGGTCTACAACATAAGGTCAACTAATCGCAGTCAGTAGCTTACCAAA AATCCCATTTTGCCTGTCTATGATACTGATGAATTTACTCATACGCCAAG ATATATAACACGTTTTTTAAGAACATACTATATAAGAACATGAGGCTTCA ATGGGCAAAACATTAAGAACAAGTTAAGAACATTTTAAGGCTTTGAGGTG GACTCTTAATCACCCGATTTCTTACGAAAATTGACAAAATTGCTCAGAAC ATGGTGAAAATAAGAGCATGTTAAGAACATTTTTAGGCTTAAAACTCAAA AATTTAAGAACATCCGAAGGATTCAAAAATTTGTGGATGTCCTTATAAAA CGTGTATTCATCCCCATCTTCTTCCATTCTTTTCAGAAGTGTTCAGTAAT CTTTCACAGCAGAAACCGCCCTCGCCGCCACATCAGCCACCCACGCCCAC TCAACCAACAGTGCCTGGCATCGATACAAGCAAGTTGAATCAAGAAGCAA TCACTGCCCTTCTAGCAGGTGCCGCAGGATTTCCTGCTGTTCAAAGTAAG CTGATGATTTAGCATTCATTGTTTGATCGCCTTCATCACCCGACTATATT GAATAGGGATTTATCTACTGATCTCTAACTTCTTGACTGGATCGTGCATC CAATATAAAAGAAAGTGTTTGTTCGCAATCTTGTTTTCAATTCTGGTTGT CAACTACAACATCGCGATTTGAATGTTTCTAACATTCGAAAATCTAAGGT TGATTAGAAAACATCATGGTAAATATGGACACACTTTCACGGGTTGAACT AAGTGTGTGTAAAGGAATAAGATATCTGTGGATTTATCTGTTTCAAGAGT ACCCCAATTGGTTTATTTCATCCCGTACAAAGAGTTCTATGGACATTTAC AAATATTTATAAAGTTGCTGGTTATTCATCCTACTTTAACAATTTTGATA AAAAATCCTACTTCTTTGTTCTTTTTAGGTATCATAGCAAAAGTGATGGC GCCAAACCCTTCATCGTCATCCATGGCCTCACATACGTCTTCACAATATT CTTCAGGTATTCATTTGAAAGTGTGACCACACCCACCCATCATGCAGAAT AATCAAGAAAAATCGCAATGTTTTCTAAGGGAAAGGAACTTGAGATTTTG GTGAAAGTCAAATATTATATTATCAGCTAACCTCTTGTTCTCAATCAATA GTCTTGCACGTTAGAGGACTAAATATCAAGAATGAAGTAGCTATGACAGA AAATAGCACGTATGGTCAGCTACTCCAGTCTACTCAATAGCGAGTTTATG TATCGGAGGATATCAAGAATAATGGTTAGTGAAGTCGACGCAAAGCAAAA TCGATAGTTAATGTACGGCTCCATATCACCTACGCTCACCTAAACAGACG ACGGTATTTTGGTGCTTTTACCGTCGTCGAGAAAAGAGGACGGCGATTTT AGCGACATGTCAACTTTGCTTTATACCGTCTCCTTCGATTCATCTCAAAT ACATCGAAGTCGAAGAAAATGATAATTTTTTTTTCACCTTAGGTCTCAAC AATTTGTTGACGTCATCCATGGACTCTTCGGCAGACAGTGATTCCGGATC AAGTTCTATGAGTTCTGGCATCAACCGGACTACACTTTTGACGGGAATGC CCAACTCGATGGATTCTTTTTCATCGCCTTTTGCAGCGCTCGGTGGTGGC CTTAGTATGGGTAAAAGTTGTTTTTTAAAGTTCATTTCGAAAAATATTTC TCATTTTATATTGGGCTGTTCCAAAATATTTCCGTACAGGGGGTTGAACG AACCTTTTCAAGTCAAAACGAATTTCTTTGAAATGTGTGGATACCCCCTG GAAAATTACAGAATTTGCAAAAAAGACCGTGGAAAAAATTCTTCTCATGT TTTAAAGCGAGGGTGGACGAATTAATATCAGTCGTTTACCCCCTGGAAAG TTTAAATAGCTTTTTACCCCCTGGAAACATAAAAAAAACATTTCTTTAGA CCTGGAAATTCTTCCCGGATTACCCCCTGGAAAAGTTTGTCCACCCCCTT GTATGGTTATAAAATGGAATGGCCCATTAAACATGGATCTAATGATCCAA TATCTCTTGACAATATCTGCTGTGCGTTTAATATGCTGCACTTCCATAAA ACTCTTCGAAAGACTCATTGTACAGTTTTTTTACAGTAGTGGTGTGGCCG AATAACTTTAAAAATTTAACTAGATCTTCTAGACTGAGCTTGAAATGATT TTTAAGCAATCTCTCTCTTCAAACAGGGATAGAAAGACTCGTCCTTCTTA CTTCCTAAGAAAACCAAGCTGGAAACGATTCTCAAAGTTTCTTTCCATCA AACCTTGGTCATCTCCTCACCAAAAATTTTAACATCTCTTCTTTCAGCTG GTGGTGAAGGTTGTGTGGCCATGGTTTATGGTGTGAACAGCGAACGAATG AATTGCGATCACTTGTTCAATCTGTTCTGTCTCTATGGTAACGTTGTCAA GGTAAATCAAATTCTCTATTTTTTCCTCGGTGGAATTATTCTCTTTTTTG GTTAAACTATCAAATCGATACCACTGACCTCTACATAACCATAACATCCG CCATCTTTAATCCGAATTTGTTGAAAAGTGGTACCCTAACGATAGCACTA CTCGATTTGGGTTAATTTATAATTCAATAAATATTTAGCTTCAAAAAGTT TTTCACCCACATTGAGTATTAGGGCACCACTATCAAACAAACTCCGATAA AAACTTTTGCTTGACCAGTATTGAAAAACTTTGTCCAGGGTATTTAGAGG TCAGTGATTGATACAAAAGGTTCGTTTCTTCAAAGACTGATCACCAAGCC TCACTTCTGGTTTACACACCGTCTCACCGGAAACTGCCAATAGTTCTTCT GCACATGTCAACGCTAAGCTTTGCTTGACCCTCTTTACTTCTACTCATGT GTGTTTGGAATATCATTGCATTCCTGACATTCTTCCGGCAGGAGATGCTT ACTCAAGGTACCGCACCTGATCTCAGACTTCGGTCTTCAGCTTATCGCTT CCTTTTGTGTCTTGTACATTCCTTTGTCATTTATTCTCTGTACTATTGTA ATTTTTTATTTGTTCTTCTTTCCTCTACCACGCATATTAGGTTTTTATTA CAGATTGTCATGGTTAGTCTCTAGTTTGCATTTTCTTCAGTGTACATAAC TGCACTATATTTCTTGAACACTTTAGGTGAAGACACTGGTGAACAAACCA GGAGCCGCCATGATCCAATACACGGATAAGATGTCTACCGATATCTCTAT TCGTAATCTCAACAATTTGACGTTGTTCGGACAAAAATTTCAACTGTCGT AAGATTTTCCTTCCTTCTTTCCTGTTTTCGTGTTATTATACAGTGTGTTT GAAAAAAAAACGGACAAATTTTTACATAAAGTTAAATTGGTGGTGGAGGT AGGTTCGTTTCACCAAAGCATAGCGTCAGCCCCCCTGGTTTCACCCTAAA TCTTTCCCAAAAAAGGAGGGGGCTGGTAGTACACCACTTTTTTGGGGGGA CCTATGTAATTGGGGGGAGCTAAAATCTCATCACTTAACGTGGGGGCTAA AATATTTCAGCTTAATAGTTGGCTTCAATTACCCAAATTGAAGCTCATGA ATCTGAAAAATTTTCGCATGCGGCGCAATATTTTTATAACAAATGTGCAA AATATTTTATCTTCAACTTAGAACTGAACGCTATTTACATTGGAAAAAAT TTTTTTACTGGATAAATTTTTTGAAAGTGTCTAGGGTCACAAGTCCTGGG GGCTAACAAAAAAATCATAAATCTTTGGGGGGACTTAAAACTCAGGGGGG ACCTAATTTTTGCCTGGGACCTAAACCCAGGCTGACGCTATGCAAAGATA GTGTTCTACGTAAAGGAGCAGTAAAGTAAAATAGATGTTCAATGTTTAGA ATTGTTTAAGATATTCCTGTAATGTGCATACACTTTGTCAATTATAGCTA TGGCCAAAATAATCGTATTACGCAACTGTGTTTTGCTTTTTAACTGTCAC TTCATGAAAAGTCCTCTTTTCTAACGCAAAATATCAATTTTCTTGTTTTG AAATCATTGAACTTTCTTCTGTGCGAAAACAAGTAACAGTTGTTCACAGT CTTCACTGATTCTCGAAAAGCTTAAATTTTCTAAATATAGAAAAAATTAA CTTTTTGATGTATAAAATGATTATATTTTTAGCCACGAAAAGCACACAAA GAGTTGATGTTTTACCTCTTGATGTCGATAATTGCAAAAGAAGGCGGATA ATGTCATTATTCAATTTTTCCCTAATCAATTTCTCTACGTAGGTTTTCGA AGCACCCTTTCATTGCGGATGCCTCTCAAGTGACGCCGCTCTTCGACGGA TCCCCGTCCGCCGTCTCTTACGCAGATTCACGTAACAACCGTTTCAAATA CATCCCCGGAGGCGTGGATATCTTTTCACGAATTCACCCTCCTTCAAAGG TGTTGCATTACTTCAACGCACCACCTGATTGCAGCGAAGATCACTTGAAA CAAGTCTTTCATTCTCTGGGTGCTGAAATCCCCATCAAACAAGCAACATT CTCAAAAAGTAAGTAACTACGGAAGGTATATTTCTTATCCTGTTCTTTTT TCTCGTTCTTGTTCTTGTTACTCTCACCGTTCTTGTCCCCTTCCCCCAAA GTGGCCCTTGGGTGAGACAATTTTCAAACNATCCTGTTCTTTTTTCTTGT TCTTGCTCTTGTTACTCTTACCGTTCTTGTCCCCTTCCCCCAAAGTGGCC CCTGGGTGCCTAAAAGTTTGAAAATTATTCCATGGCCAGCCACTATAAAT ATGTTTTTTTTTTGTTTTTTTTTAATTATTATTATTAGGTTACGACTTCA TTATAACTCTTTTATTAGAACCAATCAACAACAAGTTTCAACCCCAGATT GCCTTTTTAAGCATGTTTCGATACACTGGTTGATAGATAGGTCTATATCT TTGCATCATTTGTTAAAATTAAACTTCAATTCATACTCCAAGTTTCTTCA GTGTTTTACTATTGAAACACTAATCTCTTACGCTTTCAGGTAATGGGAAG TCATCTTCAGGACTTCTTGAGTTTTCATCAGTTCCCACAGCAGTAGAGGC GCTCATTTTGGCAAACCATTTCACCATGCAACGGGATATTCGCATCGAAG GTAAAGCCAACAGTGTTTTGCAAATGAAAAGATGTTTAGCTGGACTTATT TAATTCGACTTAATCAATTCGTATCATTTTGTCCATAGTATAGAGGTCTA CAGAGATGTAGCCATGCAGACATCAACTTGCATTGTCTTTTTTCATTCTT AGTTTTTTGGTTAAAGATCAGTATTTGAAATTTTGATTAATCGAGACCAA TCTCTAACTTTCTTATCTTTCTTTCTTTTCAGATCCCTTTCAAATGTTGG ACAAAGGTACACAACAAGTCACTCTACAAATCAACACGCTTTCTCTTTCT CCGCCCAACACCCACCCACAATTACACCCTAACGCCCCCGATAACGCCCT ACTTTCACTTCATGATTCACTGCACTCTGATCTTTCTCTTTCAGGAGGAG CAGCCTACACTTTAAAGCTTGCATTTTCACCTAGCAACGCCATCAACAAC TAAACAAAAGACCTGTAGATAGAGCTCTTATTTCCGTTCGATTCACACGC TTCGTTCGTTCGTTTGTCCGCGCAATCACAACACGGGACAATTTTATTTT CGCATTCTTCTGTTCAAGTAAGCAAGCATCAACCAGCAAAAGATCACACT CTATGCAGTTCAAACTAAACAAACAAAAAACATAATTTTGTCGATATTTT TTTGGAATTTTTCACGTCACATGTATTTTGCAGTGCAGTCATTCTTTCAT CAGTCTATGCATCTTTTTGGTTTCCATGGTTACGAAATGCAAACAAACAT GGCAGCCACACCACAACTCAAATGCAGCATATATTATAAATGCAATCTCA CTACTCGTTGTCACCCTTCTTAATGTCAAACATTTTGGGTGACATTTTTT TGTTCTTTTATTTTTTCGCTTTTATCGTTTGTTTTTATACTCTTACATAA AAAAAGTATATTTTTTGTTTTTTTTTGCGTTTTCATTCTATACTTTTCAT TATATTTGTTTTTGCAGTTCCCTTTTACCCCCGTCTTTCAGTGATCGCGA CCTGAGAGGTTTTAGAGTCCAC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_042135XLOC_042135Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00067463-exon-scaffold_47-1575043694:91384..92076TCONS_00067463-exon-scaffold_47-1575043694:91384..92076Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:81450..81561TCONS_00067463-exon-scaffold_47-1575043694:81450..81561Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:80842..80890TCONS_00067463-exon-scaffold_47-1575043694:80842..80890Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:80510..80551TCONS_00067463-exon-scaffold_47-1575043694:80510..80551Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:79890..79957TCONS_00067463-exon-scaffold_47-1575043694:79890..79957Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:78921..79191TCONS_00067463-exon-scaffold_47-1575043694:78921..79191Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:78519..78591TCONS_00067463-exon-scaffold_47-1575043694:78519..78591Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:78035..78301TCONS_00067463-exon-scaffold_47-1575043694:78035..78301Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:77232..77390TCONS_00067463-exon-scaffold_47-1575043694:77232..77390Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:76721..76798TCONS_00067463-exon-scaffold_47-1575043694:76721..76798Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:76067..76234TCONS_00067463-exon-scaffold_47-1575043694:76067..76234Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:75276..75379TCONS_00067463-exon-scaffold_47-1575043694:75276..75379Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:74429..74550TCONS_00067463-exon-scaffold_47-1575043694:74429..74550Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:73169..73434TCONS_00067463-exon-scaffold_47-1575043694:73169..73434Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:72577..72687TCONS_00067463-exon-scaffold_47-1575043694:72577..72687Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:72321..72344TCONS_00067463-exon-scaffold_47-1575043694:72321..72344Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1575043694:71555..72182TCONS_00067463-exon-scaffold_47-1575043694:71555..72182Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:91384..92076TCONS_00067463-exon-scaffold_47-1510915933:91384..92076Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:81450..81561TCONS_00067463-exon-scaffold_47-1510915933:81450..81561Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:80842..80890TCONS_00067463-exon-scaffold_47-1510915933:80842..80890Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:80510..80551TCONS_00067463-exon-scaffold_47-1510915933:80510..80551Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:79890..79957TCONS_00067463-exon-scaffold_47-1510915933:79890..79957Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:78921..79191TCONS_00067463-exon-scaffold_47-1510915933:78921..79191Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:78519..78591TCONS_00067463-exon-scaffold_47-1510915933:78519..78591Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:78035..78301TCONS_00067463-exon-scaffold_47-1510915933:78035..78301Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:77232..77390TCONS_00067463-exon-scaffold_47-1510915933:77232..77390Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:76721..76798TCONS_00067463-exon-scaffold_47-1510915933:76721..76798Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:76067..76234TCONS_00067463-exon-scaffold_47-1510915933:76067..76234Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:75276..75379TCONS_00067463-exon-scaffold_47-1510915933:75276..75379Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:74429..74550TCONS_00067463-exon-scaffold_47-1510915933:74429..74550Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:73169..73434TCONS_00067463-exon-scaffold_47-1510915933:73169..73434Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:72577..72687TCONS_00067463-exon-scaffold_47-1510915933:72577..72687Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:72321..72344TCONS_00067463-exon-scaffold_47-1510915933:72321..72344Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1510915933:71555..72182TCONS_00067463-exon-scaffold_47-1510915933:71555..72182Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:91384..92076TCONS_00067463-exon-scaffold_47-1491911889:91384..92076Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:81450..81561TCONS_00067463-exon-scaffold_47-1491911889:81450..81561Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:80842..80890TCONS_00067463-exon-scaffold_47-1491911889:80842..80890Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:80510..80551TCONS_00067463-exon-scaffold_47-1491911889:80510..80551Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:79890..79957TCONS_00067463-exon-scaffold_47-1491911889:79890..79957Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:78921..79191TCONS_00067463-exon-scaffold_47-1491911889:78921..79191Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:78519..78591TCONS_00067463-exon-scaffold_47-1491911889:78519..78591Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:78035..78301TCONS_00067463-exon-scaffold_47-1491911889:78035..78301Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:77232..77390TCONS_00067463-exon-scaffold_47-1491911889:77232..77390Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:76721..76798TCONS_00067463-exon-scaffold_47-1491911889:76721..76798Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:76067..76234TCONS_00067463-exon-scaffold_47-1491911889:76067..76234Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:75276..75379TCONS_00067463-exon-scaffold_47-1491911889:75276..75379Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:74429..74550TCONS_00067463-exon-scaffold_47-1491911889:74429..74550Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:73169..73434TCONS_00067463-exon-scaffold_47-1491911889:73169..73434Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:72577..72687TCONS_00067463-exon-scaffold_47-1491911889:72577..72687Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:72321..72344TCONS_00067463-exon-scaffold_47-1491911889:72321..72344Clytia hemisphaericaexon
TCONS_00067463-exon-scaffold_47-1491911889:71555..72182TCONS_00067463-exon-scaffold_47-1491911889:71555..72182Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_47supercontigscaffold_47:71555..92076 -
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
2.157 1.78947 1.11386 1.10683 0.0862684 0.0343074 0.0413904 0.116248 0.0472213 0.232036 0 0 0 0 0.0365616 0.117709 15.6288 13.719 0 0.0358118 19.1107 20.6439 7.4195 13.9942 13.8222 17.2752 3.8847 3.62762 6.18177 7.02637
Blast
BLAST of TCONS_00067463 vs. Swiss-Prot (Human)
Match: HNRPL (Heterogeneous nuclear ribonucleoprotein L OS=Homo sapiens GN=HNRNPL PE=1 SV=2)

HSP 1 Score: 176.022 bits (445), Expect = 5.898e-46
Identity = 90/194 (46.39%), Postives = 125/194 (64.43%), Query Frame = 3
Query:  699 DNHNMPPSKVVHCRAVADGCKETDLVQVMRPFGNIKALTLMPKLRQALVEFEDVESAITCVSFASQLQPILVLGRQMYVNYSKSTEINRDFSSSASVGQTPTNILLFTIINAIHPVNVETVKKISQQHAEVQRIVIFHKNGLQALVEFLTIDDAQNVQQALNGCDIFAGCCTLKIDFSKTGRLNVHANTTETYD 1280
            D H  P S VVH R + DG  E DLV+ ++ FG I  + +MPK RQALVEFEDV  A   V++A+  Q I + G   +VNYS S +I+R   S  S  ++  ++LLFTI+N I+ +  + +  I      VQRIVIF KNG+QA+VEF ++  AQ  + +LNG DI++GCCTLKI+++K  RLNV  N  +T+D
Sbjct:   94 DPHKTPASPVVHIRGLIDGVVEADLVEALQEFGPISYVVVMPKKRQALVEFEDVLGACNAVNYAADNQ-IYIAGHPAFVNYSTSQKISRPGDSDDS--RSVNSVLLFTILNPIYSITTDVLYTICNPCGPVQRIVIFRKNGVQAMVEFDSVQSAQRAKASLNGADIYSGCCTLKIEYAKPTRLNVFKNDQDTWD 284          

HSP 2 Score: 144.436 bits (363), Expect = 1.034e-35
Identity = 92/215 (42.79%), Postives = 124/215 (57.67%), Query Frame = 3
Query: 1998 VAMVYGVNSERMNCDHLFNLFCLYGNVVKVKTLVNKPGAAMIQYTDKMSTDISIRNLNNLTLFGQKFQLSFSKHPFIADASQVTPLFDGSPSAVSYADSRNNRFKYIPGGVDIFSRIHPPSKVLHYFNAPPDCSEDHLKQVFHSLGAEIPIKQATFXXXXXXXXXXXXEFSSVPTAVEALILANHFTMQRDIRIEDPFQMLDKGGAAYTLKLAFS 2642
            V MVYG++  +MNCD +FN+FCLYGNV KVK + +KPGAAM++  D  + D +I +LNN  +FGQK  +  SK P I    Q   L DGS S   +++SRNNRF          +RI  PS VLH+FNAP + +E++  ++   LG + P     FS  + +SSSGLLE+ S   A+E L   NH+ M+              G   YTLKL FS
Sbjct:  383 VLMVYGLDQSKMNCDRVFNVFCLYGNVEKVKFMKSKPGAAMVEMADGYAVDRAITHLNNNFMFGQKLNVCVSKQPAIM-PGQSYGLEDGSCSYKDFSESRNNRFSTPEQAAK--NRIQHPSNVLHFFNAPLEVTEENFFEICDELGVKRPSSVKVFSGKSERSSSGLLEWESKSDALETLGFLNHYQMKN-----------PNGPYPYTLKLCFS 583          
The following BLAST results are available for this feature:
BLAST of TCONS_00067463 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
HNRPL5.898e-4646.39Heterogeneous nuclear ribonucleoprotein L OS=Homo ... [more]
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