TCONS_00010423 (transcript) - C. hemisphaerica

Overview
NameTCONS_00010423
Unique NameTCONS_00010423
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3328

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00010423 ID=TCONS_00010423|Name=TCONS_00010423|organism=Clytia hemisphaerica|type=transcript|length=3328bp
GCCGTCGCAAGCTAGTCATGCTGGTCAATTTAGAATCGCGAAAgtgcgaa
agtgaaagtggcttgaacttatttttttggaaaacttggCAGTCTCTCGA
ACATTCAAAACTGGAAATTTGAAGGTCACAGCAACAAACCAACAAACAGC
TAGTAtgcGTGAAATTCCAGGATTCTATTAtgatgaagaaaagaagaagt
aTTTCAAGATAACCAAAGATCACATCCAATCTAAAAGGAGCAAAGTCAAA
GTCGCTGTAAAAGAGACGAATGCTGCCACCAAAAATAAGAAGTCAGCAAG
CCTTAATCTTCCACATGAAGTTTGGAAGCGAGATATCTATGGAAAAGATA
GTGCTCTCATCAGGCTTTCTATGCAAACCATATTTcattcattaaaatac
aaacctCAACATATCATCGAAATTCCTCTTTCTAATCCATTAAACGGAGC
TGAAGAAGATTCGTCCATATCTTATTACATCAAGTTCAACTCAAATGGCA
AGAATGTACTCGTGGCCAGAAGGGACAGTCATGATATATTCACAACAAAG
CTGTCGTCCAATAAGAGACTACATTTTGAACTGGAGAAAAGACAAGAATC
CTGGTACAACCGTCTTGTTACTTCATATAAAAATTTCAATACATTTCATT
GGTCACCTTGGCATGATTCATCTTTTGTATATGTGTTCACAACAGAAAAA
CTACTTCGACCAGGCTTCATTCAATATAAATCGTTTGCCAAAATCTTTCA
CCATCAGCAAGATGAGGGATGTAATGCTGTGATGACGTGTAAACATGGAG
TGACATGGAATTGCTGTAATTGGTCCAGATTCCCATTCCATTCGTCACGA
GTTGTTGTCGGCGAATCTGCAAAAAAGCTGAGGATTTCTTGTTCAGAAAC
ATTGACCCTAACACAGTCTGTACATCTCACAGACCGTCCGAAAGCTGTCG
AATCATTCACACAAGTACCTTGTTATGCTGTTGGGTTAAAGTCTGGTGCC
ATAAGTATTGTTGATCAGCGAACTGACACTTGTAGCGTGACCTGTTCTAA
TGCATCTGATTATTGTATTGATTGCTTGAAAATTCATCACGATGAAAATT
ATATTACTTCGAGTAACTGGAATGGAAAGATCAATACGTTGGATATGCGC
ATGCGTCGGACGGTTTGTTCATATGCAGGTCATGTGAACAATTCACACGA
CTTACAATTCCATTTCGATCGAAGAGAACATTTTCTGTATGCTGTTGGTT
CAGACAGCAAGCTTCGGATATGGGACATCAAAACACAAGAACTGTGCTAC
AATGAAAAACTAAAgacattttcttcatcttcgGAAGAACACTTCCCTCC
TGTCTTATCTTTCATAGATCGCTGGTCAAACGATGAAAGTTTCTTCGGAA
TGTTTTGCTTGAATAAAAACAATGGACAGTTTGTCCCTGGTCTATAACCA
AGAATTAGAATAGATCATTTTGGTAGTGTGTTTATTTGAATGACCACAGT
TGTACATAATTTTATAGATGGATTCATTCAAATGAATGCAGTATAAATGA
AGCAATTATTTGTGGCTCTCAAACCAAGGTTCCGTCGATGGATATAAAGT
CTTTTTTGAATAAAGGCTCAACTTGATAAACCAAAATCTTTGACCCTCTT
ACGATAATGAACAATTTAGGATAGGGTGCTCCATCATTTGGCGCCTAGAT
TTCTGTCGGTTCGTGGTAACAAGTTACTGTGATATAAATACAATGTACGA
TAATCATTTCCAAGACCTCCGGATCTGGTGAAGTAAAGTATTCTACAGAG
TAAAATATTGTTTCCTATAAAACGTCAGACGGAACAGATAGAGAAATCAA
TGATACAGTGACATTATATGGTATGCGTTGTTCGCTACACACCTTCACAA
GATGGAAATGCAAGGATTgatttttctcttgatttactcGACACGTCTTG
TTGGTGGTTATGATATTTTCAGTCAGTTATATTACCCATCTAAAGAAAAC
ACTTTCTTGGAGGAGGAAATCACCAACGACATCCCTCGTCTTGTCAGTCG
ATACAGCCGGTATGAAATGAGGACCAGATTTACGGGAAATTATAATGGTT
CTATGTACACATCACATGAAACGCTCGGTGGCTATGAACAGGAGACGGAC
AACGAGTTATCGTACGAGACAACTGTCGTCAGGTCGGGAAAACGAATCGT
AACATTTGTCGGCGTCGAGAAAAAGAAAGTTCAAAAGTCTTCAATGTTTA
ATCAATACCATAACTTTTATAAAACGAAACAAATTAAAATCCCACAGAAG
AGAAAACAGAAAACGAAGAAGCGTCGAGTGCGGAGAAACGTTTACGGGCG
TGATGATCGAACATTCATTCCAGTCAATAACAATTTCGGACTGAAGGAGC
CCTATATATTCACCGTCCGTATCTCCACTGGATGTACCGGTATTTTGATC
TCGCCACGTCACGTCTTAACGGCCGCGCATTGCGTACACGATCAAAAGGA
TTACGTGAAACAAACCAAAGACTTGAAAATTGGTTTACTAAAAGATAAGA
GCACTTATGAATGGCTGGGCgttaaaaacattaaactatCCAAAGGGTGG
ATTGAGGGCGGTCAACGTAACGGGCCATTTTACGATTACGCTTTACTGAA
ACTTTCACGTAAACACAGACGTCCGTACATACGTATCAGTATAAGTGAAG
AGAAGCATCATGGATCGGGTGAACGGATTTCGTTCTCGGGTTTTGATGAC
GACAAACCAACGGGCACCATGTGGTACCGATCTTGCACCGTGGTTGAAGA
CGATCGGACATTTCTGTACCACTATTGTGATGCTCAACCGGGGTCATCAG
GATCAGGTGTTTACTCATGGGTTTTCGACGAGGAAACAGGACGATGGGAA
CGAGAATTGGTCGGTGTCTTCTCGGGAAACCGATGGCGAACTTACGACGA
ATTTTATATTCGAGTGAAAAACTTCAATGTCGCTGTCCGTCTGACCAGGT
ATAAATATGCACAAATCTGTAAATGGCTTGGCTCAAAAATGGCTGCCAAA
ATATGTAAAGATAAAATTGATAGAAATTAAATGAGAGCTTAATAGTATTA
ACGTTCCTCGTTATTTATAATAGTTAGGTTTAGATTACCGTGTTGTTATT
AAAGATTATTACCCATAATAATTAATATATGTAAGTAGAGCTTTTTTGGT
ATATCTTGATGCTGATTGCAATCAGACCAATCTCGCATCGCAATTATTAT
CTCATCTCACAGATTCTcgtcaaaatcttttttcatctcTATAAAGTTCT
TTATCGGTTTGAGGCTCTTGAACAGTCG
Run BLAST on NCBI

transcript from alignment at sc0000106:46088..70075-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00010423 ID=TCONS_00010423|Name=TCONS_00010423|organism=Clytia hemisphaerica|type=transcript|length=23988bp|location=Sequence derived from alignment at sc0000106:46088..70075- (Clytia hemisphaerica)
GCCGTCGCAAGCTAGTCATGCTGGTCAATTTAGAATCGCGAAAGTGCGAA AGTGAAAGTGGCTTGAACTTATTTTTTTGGAAAACTTGGCAGTCTCTCGA ACATTCAAAACTGGAAATTTGAAGGTCACAGCAACAAACCAACAAACAGC TAGTAGTAAGTTTTTATTGCGTTTTTATATTAGATGTCTTTTTTTCCCAC TTTGAGAAGACTCAAGCCAGTTTAGTCAGTTACATCAATATGCCTTCTTA CCTGTCTTTAAAAATATAAAATAAAAGTAATCACGGAAAAGGACGCGAAA AAAAAAGACATACGTGTGAGAACAGAGTAATCAAACTCGTCAGAAAAAGT ACCATTAGAAGTCATAAAAAATCATGTCAGAGTAGACTACGCTCGCCACC GAAGAGGTTTATTTGGAAAGGGTAATTATATTTTATTGTTCGCTTCTTTT TTAATTAAAGATTCGCCGGGTTGGAAAAGTATGAATTTCTTTGTATATAT TTTACCTACCCCAAATATTTAGGAGGCTGAGTTTTAAACGAATCATCAAG TTGAAACGAACGATAAATGTATCAAGGTCTGTTTTACTTACCCCCTGGTG ACTTAACAAAAGAGACTTAACTCGATGTTACAATCCAATTATTGAAAGTT TGTCTCGGCCTTTTTATAATGAGCGAGACATACGTTCTCTGATTACGCAT TTTTCATATTGACATTTTCGAGGCATTTTGATGTAACTGTTAGTTGCCTT CATTTCCAATCCTCTCTTCTTTTTTGCTTTTCTTTTGTCATGCCATTTGC CGTACCGTTGTACCGTTGCCATACCATCTGACCATCAGCTTGGTAAAATC TGTGTGTTTCCATTTCAAGAAATGACGCCCAAGTCCAAGTCATCACTGAC ACAAGTAATCTACAAAAGAAAACCAATAAAAGATAAAAAATAAAAGCCTT TGGTGGCCAAAAAATGGTCAAAAATGATTTGTTTTTCAATCTTTGAAATT TGCTATTTTTTAAAATGACAAACTATCAATCCCAGTATAGCCCTAACTCT TCATATAAAATATACGCATATTTGGACTTCATACCCAATGCTGCACTCAA NAACTATCAATCCCAGTATAGCCATAACTCTTCATATAAAATATACGCAT ATTTGGACTTCATACCCAATGCTGCACTCAAGCACTTAAGCTAAAGTTCT GCAAAACCAGGACAAAAATCAGTTTTTTAAAGTTTGCAAAAAAGGCCACA TAGAAGATTTTTCAAATTCAGTATGTGAATCGAGCAGTAAAAACGGTTGG CAGACGATATCATCCACCAGGATGCGAGTGAAATTTTTCAATCTGCGGAC CTAGAGGGGGTTTGGTTATTATCAGTTAGGGTTAGGGTTGGAGCTCGAGA GTCACAATATAAAGGCCAAAAGCCTTTTTAGGGGCACTTCTACCCTGAGA CCTAACTTAGGATCCCGTAGGGATCCTGGGCACCAGTAGGGTTGGGAGCT TTCTTAATAGAGGTCTGTAAATTACAAGCTATAAGTATTTGTGAATGACA GCATTCTGTCATGTCTTGTTGGCGCAAGCGGTTAGGCATTGTGTTTGTAA ACCAAAGTTGCTTGCATATGCTGGTTCAAGCCGGGGTTGGAGACCTATTT TATCGGTACGGGCAAACACTTGAGAAAGTCAGAAAATCAGGATAGAAGAT AGGAAAGAAGAAAATAGGGGGAAAATAATAGAGGATGCATCCTGGTGGAT GATATTGTTTGCCAACCAGTAAAAACAGGCTATTCCAAAAAAAAATTGAA CAGGCGTGTTGACAAACTTTTTTCACTAAACCCCCTGGAAATTTTAGATG ATAAACTATCCCCTGGAAAATAGGGGTCAACACCCATGGAAAGTGAAATT TTGTGAAAAAGGGCCTGGAAATTACTATTGATGTTAGTTTATGAGGAGAG AATCCCCTGGAAACCTTTAATAACCCCCTTGGCAGTATAGACTTAAACTC GTTTATCAAGATTACAGGATTTCGAGTACGGGCTGATTTTACTTTCGTTT TGAGTGGTTTTATTTTCGATTTCAAGCCAACATCTTAGCAACGGGGTGCT CGTCCATAGTTACAGGGGTTTGTATAAAAAACTGACCATAGAAAATTTTC CAAATGCCCCATTTCGATTAATGCAATGAAAAATAAAACTTTTCTATGTT TCACTTTTTTGCACCTATTCTTCAAAATGAAAATATTTAAGATTTTATTC AATGATTTTTTATGGCACTTTGTTGACAGTCTAACTCTCGCATCAAATTC CCGCTTTCTTNGATGATTTTTTATGGCACTTTGTTGACAATCTAACTCTC GCATGAAATTCCCGCTTTCTTCAGTAAATTGAAGATGAGAAAAAACCTAA GCCATGGATCACTGATTGAAACAAATATATGAAGAGTGGGATTTTACAGC CGCCCGTTGTTCAAGGCCCTGAAAGGCCACGGATGCCAAAAAGAAGGGCC GTTTGAAATGCGGCAACCTCATTGGTGGAAATTTGATAAACAGCTGCGAA AGAGCGCTGGGAAGCAATCAGTAGAAGAGACCACTTTTGTCTTGTTGCAG ATTTCTATAAATACTTCTCTCAGGGATTACTTGTCAATGTTCATGTACAC ATATGTGTTGTGTCAACTTGTCAGCATTGTATTGTTGTAAAGGGGAAGAT AAAAGAGGTAAGACTAGCCTAGTTTATAATCCTGATAGAGGAGTTTAAGT TTAGACTGCTTGGAAAATCTTTAAAATGAACAAAAACCCCTTGGAATCAC CCCCTTGACCCCTTGAAAAGTTCGTCAATACCCCTGTATGGTTTAAAAAA AAAATGTAGTAGACTCTTAATCTTAGATTTTAAACTTTTCTAATTTTCCT TTTTTTGCAAAAGTTTCAGATATGAAAATATACGGATGGTGATAATTGAA TACTATCTACTAATGATCTGCAGCACTATCCCTAAGCTAGAATCGCTCCG CATACTCTTTGCTTGAGAAAATGATTGTCAGATTAAAGTTTTTTGCAAAG CCAATTTGTGAGCAAGGCAGTTTTGCTACATTGTGTGCCTTTAACTTTTA TCCCAAGCAGAAATTTGCTATATCAATAAATGACATCTTTAAAACAGTGA TTTTGTCAAAATGACCTTGAACGGTTTTGCTTGAAGCCACGAAACCTTTC TCGATCAAGTAGATAGGGCTGCGAAAAATGGTACCCTAGAAGTGAACAGC AAAATAGTTTCCAGAAGCCGAAACATGGACCTAGAATCTGAAGTTGATCA AATTAAGGCATCTAAACAAATAAATGACAGGTTTTTGCAAGTCGCGTGAG TGGGAAGAGTGCTCTTTTAGTGAATTAAACTTACCTTGCAAAACCAAGTG GATATTCAATGATAAAGAGGTACAGAGGTAATCAAATTTCTCTAATTTGT CAAGAAAACAAATTAAAACTGGCCAAGAACCAACAAGTCAAAACAAAGAT GTTTTGATTTCGACAGGCAATTCAAATAAGAATATTTGATTGTTTGACGT TCGATTTTTTAAAGGCACCATTTACATAAGAAGAACTAGAAGGAAAGAAA GAGCTTTGCGCAGGGCAGCAGGTTGTGTGGTGTGTTTGGGATATTATAAG GCTTACAACCCAGTCTCTTTAGGGTTTTTCAGAGTGTCTCTCATTTTGCT AGCAACTTGCAAATTGAGGTGGAGTCTGGAGCGATTCACAACCCTTATAC AATACGGCTAGTCACCCGTGCAGGAGCTGTCAGAGTTCTGAGAGCGCTCT CCGCTCAATCCTCAAAATGCGTAAAATGGTAGAACTTAACAACAGAACAT CATTTCAATGGAAGTTATTGGAATGTTTACAAGGTTCTTGACAGAAAATC CTTTGTTTGATTGTCAATGATGACAGTGCCATTATTAATTTCGTTGGATC TGACAAATTTTTGTTTGTGAACAGTGCACTTTATAGTTTTGATTCTCATT GAAGAATCATATTCCGGTTTTCATGTTATTAGATGAGCTGTTATAGAGAT TTAGAGCTAGCCTGCTGGACGGTACATTTAAAGCTTGCAAAGCGAGAAAA AAATCTAATCAAAGCAAAGTTGTCTCGATACTGGAACGGCTAGTTTATAT AAAAAGCAAAACACACAGATTTTACCAAGCTGCATGACATCCCATTGAAG ATTTTGAACTCTATGACTTTAAAACAGCAATTTTGGCTAAATTGTGAATA AGAATCTTTAAAATTACGTAGAATAAAATAACACTTAACTTTTTTCACTT CTTATCTTTCTTTATTGAGTTGAAAATGGCTGATTTTTCATATCCGTATT TTAAAACTCTCCTAATGTCAAGCTCAGGGGGTCATGCAGTTGGCACCAGA CATCATGACGGTCAGTACTGTGGTTGGTCATATTTGATTTTTAGAATTTG CGGTTAGTACCTAGTAAGAGTTGGTGTACTATAAATTTGAACTCAATCAA ATAGTAATTTTAGGGTACTAACTACTATGAGAGGTGGTGTGCTATAATAA TACAATAATAACTGGTTTGGAGGTCAATACGGTAAAATATTGACCGCAGC CGAAGTACAGACCAAGCTTGCGAGATCTGTGCGCAGGATAGGGTCAATAT TTTACGTATTGACCAAGAAAACAGTTATATTATTATGTTTATTGACTGGT GAACATTCTTTGTGTGTTTCTGTTCAAAAAATGCACTTTCCACTCATTTT CCATGATTTTTTCGTTTCTTTTTTACCCAATATTTTCTTTAATTTATTCT GACGTCACTTTCTTATGAGAAGTCATTGCAACGTCAGTTTTTTAAATCAT GTTCAAACTGACGAAACTTTTCTATGAAACAATTTTCCTTTTTCAANATG AGAAGTCATTGCAACGTCAGTTTTTTAAATCATGTTCAAACTGATGAAAC TTTTCTATGAAACAATTTTCCATTTTCAAAATCATCGTCAGTTTGACCAA AGCGCTGAAGTGGTCTTTACCGTATTATATTGATTACTAGAGAACCAATC AAAATAGCGCATTTTCTTGTATTGACCGGCTTTTACTTCAACCAGTTAAT AATTTTTAATAAAATGCTGCTATTATGATGCTAACTACTGAAAAAGCTGG TCTTATCCAAATCAATAACCGCTCTATACTATTTAGAGGCTCTCTGAGGC GTTGTTTGTTTTATCTTGTGCAATATTCAATATTTTACTTGTTCCAAGAT TTTACCGATATTTTACAATATTACGGAAAAATCTCGGAACTCATAAAATA TTGCTCGTATTGTACTCAAAGTCATGCGATAAGTAGTAGGTATTTTTTTA AAGAAAATGAACAACAATATTTTCTTCAGTTTTCTTCTATATTGAATGGA ACATTATGATTAATAAAACATTTTCCTATATTTTCCAAGGAAAATCATGT AGAGAAAATGTCTTTTATTTCCTAAGGAAAATTAGATAAAAAGGACGTTT CTTGTATTTTGCAAAGGAAAAATCCTAAGGCAATTACTTTTTTATTTTCT GGTTTATGGACATTATGAGGAAAAGTTTTGGACAGGAGGATGGAAAAAAA ATTAAAGTAAAATTGATGTTTTAAATTTTTTTTATTTCCCTTTTAAAAAT CTGAAATCGGAGGAAATAATAAAATAAGATTTTATGAAATTTCCTAAAGT ATAGATTTTTTAGCAAAAGAATAAAGTGCAAGATGTTGTTATAGATTGAG TCTATGGATAAAAAACACTAAAAATAAACTGAACCATAAAAAGGTACACA TAAAGACTGATATGTGTATATGTTAGACTGACGAAGGTTCCCATTTAGGG TTCATTCTTAGGGTTCCCACTTAAGGGTTCCCACTTAGGTTCCCCCATCC TACTTTTCTGGTATGCCTATTTTATATCTAATTATATATAATCTATATCT TATTCTCTCGAATTTTAACAATCACATAAAGGACTTTAAATAAAAGCGAT TACAAAAGAACGAAAAAAAATGAAGAAAACCCATTGTGTACACAAAGACT TATATAATTTAGTTTGTTTTTTTGTGGATAGGGAAATTCCATGGGGAAGT TCCCTGACATTAAAGGAAGGATCAAAGTATCTTTACATTGGGCACAGCTG TGTTAGATCATTTAACCCCCTCTCTCTTTCTCTTCTTTTCTTTTGTTTTC CTGTTTAAGCATAGGTTTTTTATTTCTTTCTTCCTTTTTGAAGGTCGGAG GAGAAAAAGTAAATCAAAGTTTTTGAAATCTCCATTTTTTTATTTTTATT TTTGGCAAAAATAACGTCGGCGGATTTTCAAAGGAAAAAATACATAAGAT AAATATAATATATTTCAAGAAAATTATCTAAATCAATTTTTCGCTACTTT TAGCANTTATAATATATTTCAAGAAAATTACCTCAATCAATTTTTCGCTA GTTTTAGCAAGCTGATTTTTCGAGAAAGGTAAAAAATTTAGTCACAAGGA AAGAAGATCTTGCATTGCTAAAATCTACCATAATCAAGAGTATCTTGTAA AACTATTATTATGCTAGGAGTAGTTTAGCCATCATTGCTGCAAATTCTTT TCAGTCAACAGACGAAGACCTATGCTAGCGACTGAAGACCTGAATTAATG GTCGAAGACCTTGAATCAAAGGCCGAAGACCTGAATTAACAGCCGAAGAC CTGATTTAACGGCAGAAGACCTGATTTAGCAACTCACCGGCCGAATGGAT AAGTTAGGATAGATAAGTTAGGGTCAGTTAACTAGCTTGAATCACTCGGC AAGGCATCAGTTGCGATGGTCCAGTGGTTATTACAGCGGTATCAAAGACA AAATATGGGTAGTTTGAGACGAGTTATTGGCATTATTATTATCATTATTT TTAGTTTAAAATCTTTTAACTGAATTTGTTTCCCATTGAAACATCATATA AAAATCTTGATTGAATTTATAAAAAAGATTTATAACAAATTTCCATAAAT TATATCTTTCGAAAATTCACAAGGTTAAAAAATACATTACTTGAAGTTTC ATGCTTATCGCAATCATCAGATGTGTAAAAACATTTAAAAAAAAAAACGT CTTATGTACAGATTTGAAATGTGGAGAAAATTGTAAAAAATCTTAGAAAA TGATTAAAAGCAATTATGACAAATTAATTAGGCGATAAAAATGATTAAAA GCAATTATGACAAAATAGGCGATAAAAAACTATAAAACTTTAAAAAGATT CAAGTGTCCGGTGGGACGCTTTTTATGTTTTTCAACAAATGTTTATTAAC GTAATGTATTTTTAACCTTGTGAATTTTCGAAAGATATAATTTATTATTC GCTCTACGAAGTATTGAGCACTATTTTACTATTTTAATGGTTGTCCAACC AAGATGTTATAACAAATTTCCACAAAGTTATTAGACTGCTGCATCAAGTC TTTGGTTTTCAATTCAGGTATTCGGCCGTTAAAATAGGTCTTTGGCCGTT GCAGCATCAATCACGCATTCAATCTGAAGTCTTCGGTTGTTAACGTAAGT CTTCGGCCGCTGGAAAACCACGATTTAAAGTTTTGAAGGTCTTTGGCTGC TGACGGAAAATTTTTTTGTATTGTTTGTAGCCATCGGGCAAAAAACATTC AAAGGTTTGAAAGACTTTGAATAGTTTTGGAAATTTGAAAATTAGATATT TAAAAACTGAAAAAGAAAAAGTGAATGAGTGTTCAATTTTAAAACGTTCT TAAGAATGTTCGAAAAGAAGATCAGAAAAAGGAAAAAAAATATGTTTTCA TGGCTTTCATTTTAAGGCTGAAAATTGACCAATGTTGTATTATAAAAATT GCTAGCGAAAAAGCTTTATGCGAGAATGGGAGAGTTCGGATTTAAGCGTA TCTTAGTATAGATTAAAGGGCTGCTTAGCACACTAACAGGTTTCAAATAG TGATCACCTTGAGTGCTGGCCATTCAGGACCTCTAAAACAGTACAGAATA GGCAAAAGACAACTGCATTTATTACTTTGGTGTACTAAGTGCTAATAGGG GTAATGTCAACCTGTCAAAAGTCAATTGCACTTACNGGTAAAAAATGCTA ATAGGGGTGATGTCAAAAGTCAATTGCACTTACTTTAGAAACCTTGTCTT TCGAACCTGCACTTATTCAAATAATTCGGTTATTCGAAGTGAGACGTTCT GCTTGGATCTGCTTACCCAACTCAAGCAAAAACACTCTCGTTTATTCGAA CTTCAGTTATTCAAACTTTCAGTTATTCAAACTTTCAGTTATTCAAAGCG ATTTCTATTCCCCTTGGGAAAATTATAGGCTAAACCACCCTCAGTTATTT GAAATTTTCTTTTTGTGAGATCGTTGAGTGGTTTTCTACCATTAAAGATT TTCTACGGGAATAAAAGGAGCTTATTTTAGGCAGTGTCTTCATGCTGAGT CAGATAAATTAAAGCTACTTTTTTATGCAACGATATCCTGCAAAAAAAGA TCGAAAGTTGTTTCGAGATGTGACCTCACATTCTATTGCTTTTGTAAACA AAAAAAGTTGATTTCGAGCAGATTTACAATCGAATGTTTTGATTATAAGA TAAAAAACGTTTCTATTTATTATATACATAAAAACATTCGAAAGAATATC AGTATAGAAAGTCTGTTTGAGGAATGTTTTTTTATTCAATGTATTTTCAT TTTTTCAAAACTTTTTTCTAATCTTGTCCCACTTGTTTTTATTACTTCAG CATCATCGGACCTTTCAATCAAAACAAAACCTTTAAACACTTTTTTCTTC AAAAAATTGGGTTTCAATACTCATGGTTATTTACACTCTTTCTAGCAATT TTTTCAAAAGCTTTTAATATTCTGCCTCAGAGAATTGAAGCAAACAGGGG ATCTCTTCGACAATTTCTTCAAATTTATCCTTTCTTAAAAAAGGGAAAAT CTTTATGTTTATTACCCTCAGCTGAACCACAATACCTCAATTTCTTCCAA GTTGGAAATCTGGAGGGAAAACGAATTTTTCAGTTATTCAAACTCCGAAT TGTTCGAAGTAAATTCTTATCGCCCTTGGAGCTTCGAATAATCGGGAGTC TACAGTAGTACTGTTGGGTACTAACTGCTGAGGGGTGGTTGGTGTACTTT CAAATTTTCAATTTTGCAGTTAGTCATCATTTGCAGATGTTTTGTACCAA CTGCATGACCCCTCCCTGGTCAAGATTTTTGACTGTCTGTTCTTCATGTC TTCACATTTTATTTTTTTAGTGCGTGAAATTCCAGGATTCTATTATGATG AAGAAAAGAAGAAGTATTTCAAGATAACCAAAGATCACATCCAATCTAAA AGGAGCAAAGTCAAAGTCGCTGTAAAAGTAATTTTAACTTCAATCATTCA AACACTTTAGACAAATTTGACCTCCCTTTCTTTTCCCTTTTGGGACGAGA TGGAGTTTTTACAAGCTCTTACTTGATTTGGTTGGTCGTTAACCGGTAAT AAAACAATTTTGTTACTTTTTCTAAAGAACGCATCATTTTTTATTACTTC AAATGACCAATTATTAGAGTATCTTATAAAAACTCCATCTCATCGGTCCC TGATTAACCCCCCCCCCATTTAGGAAAAGTTTTTTGAATTTATAGCAGAA ATTGACTTACGCAAGTTCAGTCTTGACTTTAATAGTATAATTCTTCAAGA CAAGATCAAAGTTAAAGAAAGTTAAAGATTAGAATAGGTTGACATATGGA TAACACAAATAAGATGCGTTAAAAGGTTTATAAGGTTTCGATATTTTACA TAGAAGGTTAAGAAAAAATGGAAAAAAACAGTTTGAAAAAATTTGCAAAG CGTACTTACATTTTCTTGATCGACCCCTTCCCCCATGTACGCTTTTTTAC GCTTTTCGAAGAACCCCTCCCCCTGGCTCCCTAAAAAGCACATTGGCTTT GTTATTGATTCTGGTTATTAAATTTGCAGATGTCATTAGAGATTCTATCT TCTGATTTGTCTCTCCGCAAAATAAAGTCATCCAAAGAGTGGTAAAACCT AGTGACTGTATCTTAATTATATATGTGTTGAGATGCGTTTTTAAGCAATG TATGATACTCGAGCAAAACATTTCTTTTTTCCATCATGCCAAAGGTTTTT TTCATTGATTGTAAAGAATTTTGAATATTGTTGTTTCAAATTATGTAGGA GACGAATGCTGCCACCAAAAATAAGAAGTCAGCAAGCCTTAATCTTCCAC ATGAAGTTTGGAAGCGAGATATCTATGGAAAAGATAGTGCTCTCATCAGG TTAGAAGAGTCTTCTTATGAATTTCAATCAAATCTAGGGTGTACTTTGTT CAATGTTTTGACAATAATCTTACTTCATTCCCAATTCAGGCTTTCTATGC AAACCATATTTCATTCATTAAAATACAAACCTCAACATATCATCGAAATT CCTCTTTCTAATCCATTAAACGGAGCTGAAGAAGATTCGTCCATATCTTA TTACATCAAGGTAAAAAAGCTGGTCGTTTTTAAATCATTCAAACTCTTTA ACATATAGTAACTTTTTGTCAGCAAAGAGACAATTCGATTGTTTTTCATT ACTTAGATTTAATTCAACTTCATTGTAAATCAATCGAATCAGCAAAAGTT GTACTACAGCTTTTGAATTACTACCTCTTTTGAATGTGGGATGTATTATT TTTTAATAATAATATAATTTATCTTCCGTAGTTCAACTCAAATGGCAAGA ATGTACTCGTGGCCAGAAGGGACAGGTTTGATTTCTACTTAGCTATCATT ATGAATTTGTTAAAACTGATTGCAGTTGGAACAAAACAACATCGTATATA CACCCATCAAACCTTGGTGGCGCGGTCGGATTTTTAGGGGACTGGTAACA AATTTACAATGAAGATTTATTCTTGGCCAACTGCATTTTCAGACTGCAAC TAAATCAAACTAAGCCAATTCCCGCCAAAACTCTAGATACATTTCCCAAT GTCTTTGCGGTGGAGCACAAAGTATTTTTAACGTTCGAATTGCTTAAGTT GATGTTACTTTATCGCTTCAATGTAAGGGTATCTATCTTATATTTTTCAC AAGAGCAGTCCCACACTTGTGTTTGAAATACCGTCGTCCAGAAGAATTTT CCTTCTATTTTCGTTACCAGTCTCCACAAAAGCTGACTTCACTGCCAAGG GTTGATAGGTGCATTGTTGCAGAGAAATCTTGGGAATGATGAAAAATTGT TCTTTATACGTCATTATGTTTCTTCTTTCTATTGTGGAATGGTTGTGCTT TTTCCCAAGTTTTTTGTTTGTGCTTCCTGCCTTTCATATGTGTGACGAGT TTTAACATTTTTTCAAACATTGGTATTTTTACAGACATCATTGTTATATT ATAGTCATGATATATTCACAACAAAGCTGTCGTCCAATAAGAGACTACAT TTTGAACTGGAGAAAAGACAAGAATCCTGGTACAACCGTCTTGTTACTTC ATATAAAAATGTAAGTTTTGTTCACGTTCCTGTTTTTCCATGCTTGAGTT TGCATCATCTCTGTAAAATATAGANACGTTCCTGTTTTCCATGCTTGAGT TTGCATCATCTCTGTAAAATATAAAATGGAATTTTTTTTACAATGTGAAA ATAAAAATGTGCCTTTCAGTTTTTCATGGAAATTTATTTTAGTAACCCTT TTTGTTTTATAGTTCAATACATTTCATTGGTCACCTTGGCATGATTCATC TTTTGTGTAGGTTATTTAGAACGACAGTTATGTGCATTTGATTCTTTGTC CATTTCCACGACATGTTGTCAACTAGTGAGAAACTGTAACCATGTAACTT ATTAAAAATTTTCCTGTTGGAATTTCTTTCTAACCTCCTATTAATTTTGG TGATTTTCTTTGTAAAGTTCCTTCTTTTGTTTTTCTATGCCTTCTGACTC CTTTTCGAAGGTTTTCAGCCTATGACATTTTTGTTCCAGCCCTGAAACTC TTTTTAACAAAGCATTCTTCTTCTTCACGCTAGATATGTGTTCACAACAG AAAAACTACTTCGACCAGGCTTCATTCAATATAAATCGTTTGCCAAAATC TTTCACCATCAGCAAGATGAGGGATGTGAGTATTTAACCAAAACTGTCTT TCATTTGGAAACGTGTCGTCCCAAGAACCTTATTAAGGTTCTTTAAAACG GATTAGAAAGTTTCCCATTTAAGAAATAAACAATCTATTTTTTTTTTCAA TGTCAAAAAGCAACTATTCAAAATCTCCATTCAAAGCCGGCTACCTTTTT GTCATTTCATTTAGTTCATAAGTAAATTCTGAATTTTATTTGCTGTAGTT TCCCATTATTAGTTTCTGTGTTCATTTAGGTAATGCTGTGATGACGTGTA AACATGGAGTGACATGGAATTGCTGTAATTGGTCCAGATTCCCATTCCAT TCGTCACGAGTTGTTGTCGGTAAGACTGCAGTCTGTTTATACCTTTATTC TTAATGTATATCTTATGATCTAAATCGAAACCCATTTATATGAATATGTA CACCTTAACATAGATTTGACTGTTGTGTTTCAGGCGAATCTGCAAAAAAG CTGAGGATTTCTTGTTCAGAAACATTGACCCTAACACAGTCTGTACATCT CACAGACCGTCCGAAAGCTGTCGAATCATTCACACAAGTATTTTTCTTCA TGATTTTTAAATTTTAATGATCACTGAAAGTTTCATTAATCTGAAATTCT TCATCCTAAAAATTGAAGCTATATTCCTAAAACTAGCAATCCCACTGATT AGCTCATAAATTTAGATTCATTTTCCAGTTACTTTGTTCTTACTTTTCCC ATACTCGTATCAAAATATTGTGGTTATGTTCCTAGGTCTTATCCAAAGAA CCCTAAAGACAATGATACAATCCAATTTTCGCAGGTACCTTGTTATGCTG TTGGGTTAAAGTCTGGTGCCATAAGTATTGTTGATCAGCGAACTGACACT TGTAGCGTGACCTGTTCTAATGCATCTGATTATTGTATTGATTGCTTGAA AATTCATCACGATGAAAATTATATTACTTCGAGTAACTGGAATGGAAAGG TAATTTGAATTAGCGGAGATTATTAGTTTTTGTCACTGAGAGATCATTCC TTGACTCGAGATGAAGCCTGATTTTACCCTTCTGGGATCTTTTCTGGGTT CCAAATCAATATTGAGCTTTTGTCAACAGATTCGTTATAACTGTTTCACT TACACGCATTTACCTATTTTATCTTTAAAGACTTTTAATTTTAACAGATC AATACGTTGGATATGCGCATGCGTCGGACGGTTTGTTCATATGCAGGTCA TGTGAACAATTCACACGACTTACAATTCCATTTCGATCGAAGAGAACATT TTCTGTATGCTGGTAAGCATATATTTTACCCTCTATTCACGTTGATATAT CAATTATTTTTCCCGCTTTATTTTACAAATCACTCTGTTACCTGTACCAA ACTCGTCCACGCAGAAAGATTGTCCTATGGCGCTCGGGATGGTACAGGCT GGTTAGTTTCCCGGGGCTCTTTTTTTTTACGAAAGTCAATCGTCAGAGAT GTGAATTTTAGGTTCCTGAACTCATGTCATAAAATATAAAAACATTTTTC TTCAACTTCTTCATAGTTGGTTCAGACAGCAAGCTTCGGATATGGGACAT CAAAACACAAGAACTGTGCTACAATGAAAAACTAAAGACATTTTCTTCAT CTTCGGAAGAACACTTCCCTCCTGTCTTATCTTTCATAGATCGCTGGTCA AACGATGAAAGTTTCTTCGGAATGTTTTGCTTGAATAAAAACAATGGACA GTTTGTCCCTGGTCTATAACCAAGAATTAGAATAGATCATTTTGGTAGTG TGTTTATTTGAATGACCACAGTTGTACATAATTTTATAGATGGATTCATT CAAATGAATGCAGTATAAATGAAGCAATTATTTGTGGCTCTCAAACCAAG GTTCCGTCGATGGATATAAAGTCTTTTTTGAATAAAGGCTCAACTTGATA AACCAAAATCTTTGACCCTCTTACGATAATGAACAATTTAGGATAGGGTG CTCCATCATTTGGCGCCTAGATTTCTGTCGGTTCGTGGTAACAAGTTACT GTGATTCATTCAGAATTGAATAGTGAAATAAATTAATTTACTAATTATCT CATTTTTCTATATACGTGAATTAGTTTTTAATATTTTAATGTTTTAGACT TCATATTAAATGTTTGAATTGTTCCAATGAAACCCGATTAAAAGCCAAAC ATCTCGTATGGGTGAACAACTTCTTTTTAATTCTTTCCTCAAACATCTTA ATCTATGGGCTAACACAACGGGCTTTCTGTTTGTTTGAAGAGATGAACAA CGTACAAGAGATGTTCTGTTTTGAAAGTTTAGTCCATAATGTTTTGAAAC CAAATGACTTTGACTTGCTATGTCATCACTTTATATATCCGGAATAGACC CAATGATTATTTTAAAACCTTGATGGCTGTAACACCAATAACTTGTTTAT GATATGACATGACATTTTATTTCTTATCTCGACAGGTGATATAAATACAA TGTACGATAATCATTTCCAAGACCTCCGGATCTGGTGAAGTAAAGTATTC TACAGAGTAAAATGTGAGTTTCATTCATTTTCCAATTATTTCCTTTACAA TTTAAAAATAATTAATAGTCTTGTTTTCATAGTACCCACTGAGCTTTATA TTAATTAAACTCTGGAGGTAGTCAGCCAATCCCGGCAAAAGCAAAATCTT TTGATCAGAGTTTTTTTTGAAGTACATAGTACCCTACTAATGGTAGCACT ACTCAATAGCGAAATAAATAGCATCGAGAGCGCTAGATCTACTTTTCCTT TGATACCTTTGATAATGTAGCACCGTTTGACGTTAAACTTTAACATTGCA ATGGCTTCTTTGTGGGTAGGGATAGTGCCTTGCATTCTTCTTGAAGTAAT CAAATGAATGATCTTGAATAGTTTTGATGAAACGTTTTGCCACTAATTTT GACTTTTATAGCAATGCTAATGCTGGTAAGTCCGACTTTCTGCCTTATCT CTGCTCGAAGTGAGAGACGGCAAAAAGTTGACGGAAAGTCGTAGTCCAAA TCTTTGCTTGAAAAGATTGAAAGAAGTCATTGCATTGACGTCAAAAGGAA GGCATCGCATTGAATTTCGACAGTCGACTTTATGCCAACTTTCGTCAAAA ACTAGGGAAAGCAAGGCAGAAAGTCGACCGTCTAGACTGTCAGAGCTATC TCTTTGAGCTTAATTTTGTTTAAAATCGCATTTAAGTGCACAAAAGTGAA CCAAACAAATTTTGTTTTCCAGTGAGTACATTGGTATGATACACTGAGAC GCAATTATACGCGCTAAATGCCGTGACATTGCAAGGTGCACCTTACATGA ATGTATCAAAAAGTTTTTACATCCAAATGTGATCATTAAAGACCCCGTAT GTAAACACTACTTAATTCCTTTGAAGGAAGAGGGTGATTTTTCTATGGCG TTTAACTGCGCCAAACTCCTTTACCTAAATATCAGGGGGACTCTTTTTCG CCTGGGGGCTGAACCTGGGCTGAAACTTTGAAAGCTAGAAGTTTCCTTTT CAATTCTACTTCTTCTTGACATCGAGTGGTTAATTTATTTTCAATGGGGA TTACCTCTATTTTCCCGTTCTTCAAGGTTATTAGAGGTTACAGCTACCAG GTGACTCAAAAGTAATTTGGACGTTTGATCATCTAATAAAGTCGAATGAA GTCTTTAATGAGTTCAAAGTTAATGCTTGAGCTCAAATGCCAGTTCATGC TGAAGCTCCCATGCCAGTTCATGCTGGAATTCTATTCGACTTTCCATACT TCCTTCTTAATATAAATTTCTATGGTAATTACTACTTTATTATTTGAAAG ATTTTAATTGGTTATTAAAACCTCATAATCTTTATTTACTTTCTTAATTT ATCTTTTGAAACTTGTTCTTAATGCTTGCTTGATGTCGTCACTTCCAATT TTTTGTTCCCAAATTTTTGTTCGTTTAATCATTTTTCATTTTGTCCGCCC TCTTACATTATGACGTCCTCAATATTTGAACACGTGACTTAAGGTAAGGA AACAGAGATAATACCTGAGGATTTTGTGAGCTGCGTGAGTTTATTAGCTG TGTCTCTTTAGTTGATGGTATCTCTTCAAATATCAGCATTATCTTTCATC TTTGGCTATATGGTAGTCATGTCATCTCTAACTGACTATAAGTCTTAATC ATGGCTTGATTGAGTTAGTACAGTTCGTATACCGAAGCTAAGGTTTTTGT AGGAATCGATTCTTTTCTTGGTAAAACTGCCACGTTTTAAGAAACGATTT TACTTGAAATGCTTTATGTCAATCCACACAGTGCTTTAGGCTTTTAACTG GAATACAGTATTTTGGTGCATGGAAAATTGGGCAAAGAATTTGATCATTT GGCTCACTCAGGCCGATCAAAGATTTCGTTTCTTTGACCTTTACGAGCAA CAAAGTAGATTTGAAGTACAATGAATTTATTGTAGTTTTGTTGGATTGAA GCGAGATGTTTTCTTTTAGCGATCAGTCGCTGTAAATAAACAAGTCTACA AAATACATAAGGTATCCGGAAAGAAATGAATAACGAGTTACTTTAAGAAT GGCGTCAAAAGTTTAGCATGCTGTCTTATCGATAAGGTCTTATCATGAGT AATTATCATTGATGTGATGTGTGCAGTCTCGTTCACTTCACCTTATCATG GTTTCTTAAATTAACTACTATTGGCTATCCGCAACGCCGAGTACTCATTT CATAGAAAAACAATAATATTACTTGGCTACTTAGCGTTAAGTCTAGCATT AAAGTTTTTTGAATACATTTTGGCTTTATAGTTAGTTGGTTCTATTGGTT TGTCCGAAAAATTTCAAGGATTCCTATTTCGACCACACTTTACTTTTCTT TCGACTGTTTGTCCATTTTTTCGCTTATTCTCTCTACCAAAACAGAGGGT ATTAGAGAGGGTGGGACTACTTCGCTCTGATTTGATGCTGCATCTTTTAA ATATTGTTCCTAGTAAACAGCAAAAAAGAATGTAATGAAAAAGCATGAAA AAGTATAAACAGATTCCTTTAATGTAACCTTTACTCAAACCCTTAAACAT TGTGAAGTTATGGCAATGATAATGATAATATTTACGTTAGTGAGACCTTC CTTTGGCAATTGACAGTCCTTTCGTAGTAATTGTTCTTACTTCATCGCCC TTTATTCTTATTAAAAGTTCTACAAACACTTCTTCAAAACGACAACTGCA CTCTGAAAGTGGGTGTGGAGGTTCATTCACAGGAACTAATCGTTACACAG ACATAATGGTTTTAGAACACCTCAGTTGTCCTGCTTAGTAGAAAAGGTTG AACCGTTTTTGGATCCTTTTTACTTTACAACATGATAAAAACAACAAGGT GTCTTTGTCTTGAACACACGGTTCTCCTAAATAAGGGATTAGTTTCATTA AAGAAGGAGGCGTTCTAAGGCGGTGCACTGCTGTGTGTGGTACATTCATA GAACGTTCAGAAGGCGTCACTTAGGGAATAGAAATGAAATCTGTTTCTTT TTTCAACTTTATAGACAGTAAAAATACGGGGAGGGATTTTTCGAAATCCT CTCCACAATAAGGTTCATTATACGAATTTAATTAGGTAGGATTAAATTTT AATGAAGGACTTTGTTATGATCAGGCAAAGGTTGCTTATCGAAAAAGGAT TGTTTTCATGCCAATATTTTATAATAGAACCGTTTGATTTGTTCTATAAG TTTGTACAGCTTAATGGAGGATGCCTGATGTAAGGTTTTTGTGTTTTGTA CTTCAGAAATGCAAATCTCCTAGTGAGAGTTATTACATTCACTGTATGGT GATGTGGTTTGTTTGTGTCGTTACTCGGATGGTTTTGTGTTTACTTCAGT AATTATATTTGATGGTATAAGGTCTTGTCTTTGATTTGATACAACCTTGA TTATTTGCTTGATAAAGTATAAAACACGGTACCAAACTAATTCAAGACAC TTTCTCCTACAGCTAGCATTTTATTGTTTTCTTGTTTTTGATTTTTGTTG TTTTTGCCAATGAAATATTTGACCAGATTTATCATAATTGGTCGGTTAAT CCACAGCATTTAAAGATTTTTGTGAAACAAATCTCCTCTTTATATTTTCT TTCGCTTAGTGAAAAATTCTGTAGTTGATAACATCATAATAAATTTTAAA CTTTTTAACAATACCGCAAAAAGTGCCACAAAAATGTTTGTCTTTTCTCA GGACCACCTTCTTTTCCTTATCGTTTTTTGATTGGATTTTCGCACTTTAA CCTACATTCTATATATGTGATGCATCGTAGATAAAGTTTCTTTCGACATT CAGTCTAGCCCAAATTATTTAATTGAAATTAAAATTCCAGTCAATAGTTT CGAATCAATTTGCCAGACGAAACTGGACGAAAGTGTTTTTGTAAATAAAC TACCTTGTGGTGTGACAAGGAGAAGATCTCTATCGCGATTTTCGAGACAT CGTTTCATTTCAAAAGCAAAACTAATATTCTAATGCCTGTTAGTTTTCAT GAGTTGCGTAACTTTAACTTTAACCTACAGCTATAGCGGGCCGTCCCCAT TGCTTTTCATTGCAAATAAATTTTGCTTGGTGATCGAGGCAACGACAGAA GAGTTCTGGATACTGCGCTTGTCAGCTATGTATGGTCTGTACCGACTACT TTTGAGAAAAAATCTTCTTCGCCAATATCTTCTAAGATTTCTCTACCTTT ACATAAAGTTTTTTCACAAACCTTTCATGCAAAATCATGGAGTGTAAAAA AGAGAAACCAATTTTAAGCTCTCTTGTCTTTCAGCCATTGCATTTTGCAC TCAGCATTCATTTTTCGAAGTTTCATCAGTGCTGAGTGTTATATAGAACA TCAAACAGTTACAAATTCGACGAGAAAATCATTTCGATCAGAAGTCAACT ATGTTACACTTTTTCATCATTGAAACCTTGGTCAACTCTTTCACAAAAAG GACCATTGTCTATTTTCAAACTCCCACGTTAAATCTGTTGTTTTGTGGTG AGTCAGAGGATGAAAAGAAAGCAAATTGGTCACTTTTCCTGATTTCGACA TACTTTATTAAGAGTGATTAAGTTTTAGGTTAGTTATGGTCAATTAGATC TTATTGAGGTTTGATGTTGATTTGATTGATTTAGATATCCATCTATCTTT CACCGCGACCTTTGACTCTCTACATTTGGATTTACTTCAAGGATGTTCGC CGTAGTTACGCTCGTCTCTAAAGAATCCGTAAAACTTGCCAATCGCTCAT CTGAGGGTTGTTTTTATGATTTAGCAAAATTGTTTTCAATTTTCTTTTGA AATAATCACTTTTTTTGCTCTGAGTATTTGGTTCTTCTCAGAGTGTTGCA GCAAAGGGAAATATGCATTGCTATTTTTTCATGTCTTCACGTCACACAAA CCTTGGCTTCGGTTTCGTTGATGGATTTTTAGTCGTCAAAAAGTTGTTTT TGACCATCTATGGTTGGAGTAACCAAATCATGTGTTACACTGCCTCCTCT ATGTTTTTGATACACTGTTCAAGTAACCACACTTCAAAAATGTTGCTTAT CTTGTATCTGTATATTTCGTCATCATTTGTCTTTAAGTAGTTGGTTTATG AGTCAGTCCAATTTCTTAATTTTTAAATCTGCCTTGGAACCTTATCGAAT TGACTCACAATACCTTACTTTGTCACTTTATATAGTATCTTTTTGTTTAT TATTAGATGGTTTTGTGCAAAAAAGTACTGATGGTTTTTATAATGTCTCA TGAATAGATTTAATATGACCTCCAATTTGTCACATCTGACAACATTCTTT AAATATGTGAACGACACAAACTTGATGACAGTATTTTTGCTCTCGCTGCC ACAAATAACTTGACAGCAAATCTATTTCTTCTTGGTAAAACCGAGTGATA TTTTTTGATCCACTGATCTTGTCAAGTTTGAATTTCTCAGCTTGACAACT AGTAATTTTGAGCTTATAACATATTTTTATGTAAATAAGTATCTACATCA GTTGGCAGTTGTATTTCAGCTTAGATATGTGGATTGATGTGTTTGAATAA TGTAAATGCAAACATTTGATTTGCTTGGTTGTATTCGAATTTTCTTGGTG AAAAACCTGGATTCCCAGTGAAAAAATACAGTGAACAATTGTTGGTGCGT TTATAATACAGGTTTATATAAAAAAATTTGCCATCCTACGTACTGAGTCA TTTTGGTTTTCCGGATTGAAATAAGTATCTACATCAGTTGGCAGTTGTTT TTCATACAATATTCATGCAGAATAAAAATTCTCTCTTTAAAAGCTGTTTC TTATCAATATGTTATTCATTGAGCTGGCTCGCTCGTCCTCAGTCCCCTCA CTCTCTTGTCTTGCAGGTTTTGATATCTTTTTCTCCTCTTTTTAAAACCA ATGTAAGTAATTAAGGAAGATCATCTCTGATAGACACATTTTTTGATACT AAACACAGTGTAGCTGTTCTATTACTCTCATTTTAAACACTGCTCGACTA TTGATATGACATTCAAGAAAATATGTTGTCTATTTGTGGAATATGCTAAA ACTTAAAAACAACTTTCTATTTTAATGTGGTTGGTTTTAGTTATAAGGAT AATATTGCTTACCAAGAAGTCATTAGACGAAGGTCCAAAAATTAAAATAA AAGTATAAAGTTTTGTATTAGCAACGAGAACGCCAAAGATAGACGTCCTA AACTGGCTCTTTTTAATCAAATGTTAGACCGGGATATGCATGGCCCTTCA ATGTCTTGTTCCTTAGGATATAACGGTTGTAATGATATTGTGTAATTGGT TCAAAGGAGTCTTTTTTTGTTCAAATTTCAATCAAAGGAGGTTACACACT TTGTCGAAAATTCTCATCCTTTAATAATTCGAGCATATTTTTGTAAGGAT TCCGTCTCTCAAGTTGTGGTTAGCGACCAAGATGACGTCACATAATCTAC CTTAAGAATTTGTAATCTCAGATGTGTGCGTCTGATTCGTGTCTTTTGTT TCTGAATCAGTTTATTGGATTTGTCTTCTATGAAATACNTCTCAGATGTG TGCGTCTTTTGTTTCTGAATCAGTTTATTGGATTTGTCTTCTATGAAATA CTCGTGAAGATGCAGTGTCGAGTTCTACATAGCTCTGAAGATATACACAA AAATCTGTTGCAGGCGTTCAGTAACTATGCCAATCATTAATAAGGCTAGG TTTTCAACCTCAAATAGTTGGTAGTAGGTGAATTGCTTTCATATTCAGTG ACCTTTATGGAGTTTTTGAAAAAGTTTTGAATTGCAAGCATTTATTAGAG GTGAGGTTTTGTACTGGAAGCTCTTGTCAACAGTAGACAGAATGAGATCA CATCGTGTAGCATGAATATTGTAAGAGTACTGTTGGTGTTCTTTGAACAG CATCCGATATTTGTTTGTCTATTTTTTGTACGGTTATCAATTAATTAGTT TTATTTCCATCGCTTAGTTACACAGATGGATTTAAACTATCGCCTTCGAA TAATTTCCTGCCTTTTCAATTCTGTAAAAAAAAATCTGTTTCTTGCAGAC TTTTCTCGTGTTTTATGCGTTAGAATGCTTTGGGAGGGAGATCTGTAACA ATTTCTTTGCGAGNTTTGCAGACTTTTCTCGTGTTTTATACGTTAGAATG CTTTGGGAGGGAGATCTGTAACAATTTCTTTGCGAGTGACATTCTCTTTT TGTGTGTCATCCTGACTTGTTTAGCACGGCATGTCAACGCACTGTTATTG TATTCAACTTTTATTAGCGATGTGAATTGTGGTTTAGAGCACAACAAGCA ACACTCATCATTTCTCATTATTCTTTTAACGTATCAGTTACGGAAAGGTT TTTTTATTTTCTCTCATAGATTGTTTCCTATAAAACGTCAGACGGAACAG ATAGAGAAATCAATGATACAGTGACATTATATGGTATGCGTTGTTCGCTA CACACCTTCACAAGATGGAAATGCAAGGATTGATTTTTCTCTTGATTTAC TCGACACGTCTTGTTGGTGGTTATGATATTTTCAGTCAGTTATATTACCC ATCTAAAGAAAACACTTTCTTGGAGGAGGAAATCACCAACGACATCCCTC GTCTTGTCAGTCGATACAGCCGGTATGAAATGAGGACCAGATTTACGGGA AATTATAATGGTTCTATGTACACATCACATGAAACGCTCGGTGGCTATGA ACAGGAGACGGACAACGAGTTATCGTACGAGACAACTGTCGTCAGGTCGG GAAAACGAATCGTAACATTTGTCGGCGTCGAGAAAAAGAAAGTTCAAAAG TCTTCAATGTTTAATCAATACCATAACTTTTATAAAACGAAACAAATTAA AATCCCACAGAAGAGAAAACAGAAAACGAAGAAGCGTCGAGTGCGGAGAA ACGTTTACGGGCGTGATGATCGAACATTCATTCCAGTCAATAACAATTTC GGACTGAAGGAGCCCTATATATTCACCGTCCGTATCTCCACTGGATGTAC CGGTATTTTGATCTCGCCACGTCACGTCTTAACGGCCGCGCATTGCGTAC ACGATCAAAAGGATTACGTGAAACAAACCAAAGACTTGAAAATTGGTTTA CTAAAAGATAAGAGCACTTATGAATGGCTGGGCGTTAAAAACATTAAACT ATCCAAAGGGTGGATTGAGGGCGGTCAACGTAACGGGCCATTTTACGATT ACGCTTTACTGAAACTTTCACGTAAACACAGACGTCCGTACATACGTATC AGTATAAGTGAAGAGAAGCATCATGGATCGGGTGAACGGATTTCGTTCTC GGGTTTTGATGACGACAAACCAACGGGCACCATGTGGTACCGGTGAGTGA CTTTATTTATTTTTCATTCTCTTCTTATGGAATATCCTTTTTTTTTATCA GATACTTTTGATAAAGCCTCACACTGTGTTTTTCGATTTGTATATTGCTC TTATTTTCCTAAGGTAAAGGCCGGTCCCCACTTGCGCGCGCTGCGATCGC CTTTTTTCAAGCATAGCAATTGGTCAAAAGAAAATTGAAACAATTCCATA GGCACAATCTGACGTAACGGTTGAAAACAGTTGAAATGTATTCTTTTTTT TTCGAGCGCGCGCTACAATTTTTTTGACGTAATCTTTTTTCCAAGCAAAG AGGATTGAAACCAAAAGGTGCGATCGCAGTGCGCGTAAGTGGAGACCGGC CTTAAAGTTGGATTGCCAATTATTTTGACAAAACAGCTAGACGATGATAT AACGATAATAATGAAGTCATTTTTTCTTTATTTCTTCAGATCTTGCACCG TGGTTGAAGACGATCGGACATTTCTGTACCACTATTGTGATGCTCAACCG GGGTCATCAGGATCAGGTGTTTACTCATGGGTTTTCGACGAGGAAACAGG ACGATGGGAACGAGAATTGGTCGGTGTCTTCTCGGGAAACCGATGGCGAA CTTACGACGAATTTTATATTCGAGTGAAAAACTTCAATGTCGCTGTCCGT CTGACCAGGTATAAATATGCACAAATCTGTAAATGGCTTGGCTCAAAAAT GGCTGCCAAAATATGTAAAGATAAAATTGATAGAAATTAAATGAGAGCTT AATAGTATTAACGTTCCTCGTTATTTATAATAGTTAGGTTTAGATTACCG TGTTGTTATTAAAGATTATTACCCATAATAATTAATATATGTAAGTAGAG CTTTTTTGGTATATCTTGATGCTGATTGCAATCAGACCAATCTCGCATCG CAATTATTATCTCATCTCACAGATTCTCGTCAAAATCTTTTTTCATCTCT ATAAAGTTCTTTATCGGTTTGAGGCTCTTGAACAGTCG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_005860XLOC_005860Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00010423-exon-sc0000106-1575043694:69921..70075TCONS_00010423-exon-sc0000106-1575043694:69921..70075Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:60699..60805TCONS_00010423-exon-sc0000106-1575043694:60699..60805Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:59777..59877TCONS_00010423-exon-sc0000106-1575043694:59777..59877Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:59566..59686TCONS_00010423-exon-sc0000106-1575043694:59566..59686Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:59301..59344TCONS_00010423-exon-sc0000106-1575043694:59301..59344Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:58566..58671TCONS_00010423-exon-sc0000106-1575043694:58566..58671Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:58320..58363TCONS_00010423-exon-sc0000106-1575043694:58320..58363Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:57951..58042TCONS_00010423-exon-sc0000106-1575043694:57951..58042Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:57607..57696TCONS_00010423-exon-sc0000106-1575043694:57607..57696Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:57389..57492TCONS_00010423-exon-sc0000106-1575043694:57389..57492Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:56977..57141TCONS_00010423-exon-sc0000106-1575043694:56977..57141Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:56664..56778TCONS_00010423-exon-sc0000106-1575043694:56664..56778Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:55926..56409TCONS_00010423-exon-sc0000106-1575043694:55926..56409Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:55413..55490TCONS_00010423-exon-sc0000106-1575043694:55413..55490Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:47084..48056TCONS_00010423-exon-sc0000106-1575043694:47084..48056Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1575043694:46088..46636TCONS_00010423-exon-sc0000106-1575043694:46088..46636Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:69921..70075TCONS_00010423-exon-sc0000106-1510915933:69921..70075Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:60699..60805TCONS_00010423-exon-sc0000106-1510915933:60699..60805Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:59777..59877TCONS_00010423-exon-sc0000106-1510915933:59777..59877Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:59566..59686TCONS_00010423-exon-sc0000106-1510915933:59566..59686Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:59301..59344TCONS_00010423-exon-sc0000106-1510915933:59301..59344Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:58566..58671TCONS_00010423-exon-sc0000106-1510915933:58566..58671Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:58320..58363TCONS_00010423-exon-sc0000106-1510915933:58320..58363Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:57951..58042TCONS_00010423-exon-sc0000106-1510915933:57951..58042Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:57607..57696TCONS_00010423-exon-sc0000106-1510915933:57607..57696Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:57389..57492TCONS_00010423-exon-sc0000106-1510915933:57389..57492Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:56977..57141TCONS_00010423-exon-sc0000106-1510915933:56977..57141Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:56664..56778TCONS_00010423-exon-sc0000106-1510915933:56664..56778Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:55926..56409TCONS_00010423-exon-sc0000106-1510915933:55926..56409Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:55413..55490TCONS_00010423-exon-sc0000106-1510915933:55413..55490Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:47084..48056TCONS_00010423-exon-sc0000106-1510915933:47084..48056Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1510915933:46088..46636TCONS_00010423-exon-sc0000106-1510915933:46088..46636Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:69921..70075TCONS_00010423-exon-sc0000106-1491911889:69921..70075Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:60699..60805TCONS_00010423-exon-sc0000106-1491911889:60699..60805Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:59777..59877TCONS_00010423-exon-sc0000106-1491911889:59777..59877Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:59566..59686TCONS_00010423-exon-sc0000106-1491911889:59566..59686Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:59301..59344TCONS_00010423-exon-sc0000106-1491911889:59301..59344Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:58566..58671TCONS_00010423-exon-sc0000106-1491911889:58566..58671Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:58320..58363TCONS_00010423-exon-sc0000106-1491911889:58320..58363Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:57951..58042TCONS_00010423-exon-sc0000106-1491911889:57951..58042Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:57607..57696TCONS_00010423-exon-sc0000106-1491911889:57607..57696Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:57389..57492TCONS_00010423-exon-sc0000106-1491911889:57389..57492Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:56977..57141TCONS_00010423-exon-sc0000106-1491911889:56977..57141Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:56664..56778TCONS_00010423-exon-sc0000106-1491911889:56664..56778Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:55926..56409TCONS_00010423-exon-sc0000106-1491911889:55926..56409Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:55413..55490TCONS_00010423-exon-sc0000106-1491911889:55413..55490Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:47084..48056TCONS_00010423-exon-sc0000106-1491911889:47084..48056Clytia hemisphaericaexon
TCONS_00010423-exon-sc0000106-1491911889:46088..46636TCONS_00010423-exon-sc0000106-1491911889:46088..46636Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000106supercontigsc0000106:46088..70075 -
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
1.0806 1.16467 0.607318 0.580242 2.30304 0.0659924 1.97253 0.977442 1.95609 1.1916 1.71729 2.2015 1.77336 1.331 2.08697 0.658617 1.40007 1.42804 2.01384 0.943946 2.90206 1.90755 5.6213 5.38714 1.1364 1.95339 0.331489 1.55188 1.66869 2.08257
Blast
BLAST of TCONS_00010423 vs. Swiss-Prot (Human)
Match: PRS23 (Serine protease 23 OS=Homo sapiens GN=PRSS23 PE=1 SV=1)

HSP 1 Score: 206.453 bits (524), Expect = 8.373e-58
Identity = 106/250 (42.40%), Postives = 154/250 (61.60%), Query Frame = 3
Query: 2337 NVYGRDDRTFIPVNNNFGLKEPYIFTVRISTGCTGILISPRHVLTAAHCVHDQKDYVKQTKDLKIGLLKDK------------------STYEWLGVKNIKLSKGWIEGGQRN-GPFYDYALLKLSRKHRRPYIRISISEEKHHGSGERISFSGFDDDKPTGTMWYRSCTVVEDDRTFLYHYCDAQPGSSGSGVYSWVFDEETGRWERELVGVFSGNRWRTYDEFYIRVKNFNVAVRLTRYKYAQICKWL 3029
             +YG D R F     +F L  P+  +V++STGCTG L++ +HVLTAAHC+HD K YVK T+ L++G LK K                    ++W+ VK   + KGWI+G   + G  YDYALL+L + H+R +++I +S       G RI FSG+D+D+P G + YR C V ++    LY  CDAQPG+SGSGVY  ++  +  +WER+++G+FSG++W   +      ++FNVAVR+T  KYAQIC W+
Sbjct:  129 QIYGYDSR-FSIFGKDFLLNYPFSTSVKLSTGCTGTLVAEKHVLTAAHCIHDGKTYVKGTQKLRVGFLKPKFKDGGRGANDSTSAMPEQMKFQWIRVKRTHVPKGWIKGNANDIGMDYDYALLELKKPHKRKFMKIGVSPPAKQLPGGRIHFSGYDNDRP-GNLVYRFCDVKDETYDLLYQQCDAQPGASGSGVYVRMWKRQQQKWERKIIGIFSGHQWVDMNG---SPQDFNVAVRITPLKYAQICYWI 373          
The following BLAST results are available for this feature:
BLAST of TCONS_00010423 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
PRS238.373e-5842.40Serine protease 23 OS=Homo sapiens GN=PRSS23 PE=1 ... [more]
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