TCONS_00010110 (transcript) - C. hemisphaerica

Overview
NameTCONS_00010110
Unique NameTCONS_00010110
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length7904

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00010110 ID=TCONS_00010110|Name=TCONS_00010110|organism=Clytia hemisphaerica|type=transcript|length=7904bp
ATCGAGTGTGATAAAAGggaatatatatttttgggctCAAGTTTTAAcga
caaattgaaaaattccaATCGGCTTAATTTGTATGTAATCAGTAAGGAAA
GCTATGAAGGCTTTCTTACTTGTGGTGACATTTGCTGTATTTTTGGCGCA
CGCGCAGGCAGACGATGATCCCTGTCAAAATAATTGGGGAGCATGGTCAA
CTTGTAGTGGATGTGATAAATATCGGAAACGAAAATGCTTATTGGATGAG
ACAATTGTTGATCAAGGACGTCGGTGTCTCATAGATCCTTGTGGTTGCCA
CATTGAGATCAATGATGAACAGAGAAGTACTGGACATTTCATTGACCAAA
ACAGCCAACAATTTAAGTGTGATTTACGCATGCGTTCAACTTGGTATCAA
TTCACGAGTGGTGCTGGTGGCGAAATGCCAACGACAGCACCAAAATTGAA
TGCGTGCGGTGCAAAGAGGTCCGTCTGGTTAGATGGAACAAACCCAACAA
AAGTTGGAGAAATAAAAACTGTGAAAACAGCAGTCGTATGCAAAGGATGT
TATACCAAACCATGGGATGTAAAAATCAAGAAATGTAAAGATGAAAAAGA
TGATAAAGAATTCTTCATTTACAATTTACCTGCTGTTCCACGTTGTCCGA
TGGTATATTGTGCAGGTTCGGAAACAAGATGCAAGGATGGCTTCATTTCA
CCGACTGGTTTCACCCCCGGCTGCACAGatAACTACCCAAAGACCAAAGT
ACCAACCATCGACATCAAACTAGTGAATAATAAAATTCGACTTATTTGCA
AAGTAGACTCAACTGATACATCAGCCTCTGTGCGTCATCAAGTTGAATTT
TATCAAGGCAACGAACTAGTTGAAGGTTTATATGGTAAATTAGTTGCAAC
CAAAATTTTGGCTGGTACAGAGAATGAAGCTTTTGCGGAGAACTCGCAAA
CAAATCCTTTGTTTTCTTTGAGTAACGAGTTCTACTGTCAAGTTTCTTCA
TATTACGACAATCTTTTGAATATTACTGGAAAAAGCAACCCACAACGGAC
TGCCTTCAAATTCGCAGGGATCAAGGTCGAGCCTGCATCattaacattta
aaaaaatggatgAAGTGCACTCCATAAGAATTTATTCGACCATTGATATC
GGTTATATTGAAGATTGGCCACAAGGATGTCCAATCACTGTCTTATTTTA
TGAATCCAATGATGTGGCTATCCCAACTGATTGCCAAAAATGTTTTAACA
GAACGGGAGAGTATGTTGGCAAAGAGAATGCATGGGAATTGAAAGTGAGA
CGAACCGATTTCAATAATGGTAAAAAAGAAACTATGTTTATTAGAATTGA
TGTATCACCAGATTTGATGGATTGGGAGAGAAGTCAGCATGAAGTTGcaA
TACATATAGAGAAGGCACCAGCAAAGAAATGCTCAGCTACAGGAGATCCA
CACATAACCACATTTGATGGATTATATTATCATGTTTACCATGCAGGAGA
CTATGCAATGATGGGAACGGAATATGGTAGAGTTGAAGTACACATGAGAA
CTTTCCAATGCGGTACAAGTGTAACCTGCATCTGTGGTATTGCTATCAGA
TATGGCGATGACGTGATTATACTAGATACGTGTCGTGGTGGGTTGACTCC
TAAATTCCCAAGTAAAAAGAAACTCAATCCAGCAATGAAAATTATTCAGT
TGAAAGGTTATAATGGTTTATATTATGATATTGTAACTCCAGATGGAGTA
ACAATCGAGTTTCGAGGGCATCTCAGTGGTGGTTGGAATCCTTCGTATTG
TAATGTGTATATCAAAACACCATCCGATTATCAAAATCGTACTTTCGGAC
TGTGTGGAAACACCAATGGGAAAAAAGACGACGAGTTGATGAGTAAAGAT
GAGGAAACAGTTTTCAAATCGTATGAAAATGTTATTGCTTCGTTGGAGTA
CACAAATGAGTGGAAGTTAGGACCAGGTGacagtttatttttcttcacac
CCGATCAAGTAGACTGTGCCCGAtcaaggaagaaattttgtcggtgTAAA
TCTGGATCAGAAATTGAGTGCAATGAAGTGGTAAAAAATGTACCAAAATG
GACTGAGAATGGAGTTGAGGTTCACCCTGACGATGGTGTTATTGACGGTT
GTCAACCGGTGCAagatgaaaataatcaaaaacgaaaaagaagatCAAAT
CCCAACATTCTGATTGTACCCAGTGATGACGAAGAACCATACACATACAA
ACCACCACAAGTCAACATTACTTCTGATCCAAAATTCCCAACAAAAAGTG
GTACTACCGAACAAGTAGCTTATAATGAATGTAACATAGCAATCACACAA
TCAACTTTCGGAAAAGCCTGCTTAAGAATGTATCCAGATATGGATTTTAC
AACTTTAGTAGATGAATGTGTCTTGGATATTAAGATTACAGACGACATTA
AAGCATCAACATCTTCCGCTCAAAACTCCTTCACTGCGTTATGTAAATTT
GTTGTGATCGAAGAATTCACCAAAAACAGTACTTCAACGCCTCAAAATAA
TAATGGGACCAAGGCTAACTCGACGACTGACAAAGATGAAACGGGCCCAC
CTGTTTTTATACCACCACCAATATTAGTGGAAAATCTTTGTCCGAATGAT
TGCAGTGGACAGGGCGCATGCGTCAATTCTACGTGTATTTGTAATGCCAA
TTTCACGTCAACCGATTGCTCAATGGAAAAAGGTTTACCTCCAACAGTTA
GAGGCATATCAAATGGTGGTTTATGTGATATTCGAAAACGTGATTGTTTG
CGTGCTCGAATCATTTGATTCAATTTCTTGGATACAGATAATTTGAAAAG
CAGATCCACTAAAATTGATTTGACAGACACGGGTTATATCAAGACCAACG
ATATTGATTACCATGATGCATATTTGCTCAGCATTTCTGAGCTTGTGGTT
GAAATTcctgaaaatgatttgaaaatcTCGGGTGATATTGATGGCTCACC
AGGAAAACCAATGGGTGGCTTCTCCATCGCAATGTCTAATGATGGAGTCA
AATATTCAACCAATGAATCAATTTTCATCGTCTACGATAGTAAATGTTTG
CAATGTAATGCCAATAACATTCCAATTTGTGTTCGAAAGAATGACAGTTG
CAATATCAATGGTTACTGCTTTAACGCTGGACAAGATTATCCAAATAACT
GGTGCAAAATGTGTGATCCCTCAACCAATAgttttgtcaataaaactttg
aaGGAAAATTCTCCACCgacattcaaaaacaaaacaaaccacATAGCCAT
CACAAATCAAGTCAATCATTACGTCATCCTAGCAGAAGATCCAGAGAGGA
AAAATCAAATCACCTACAGTACTGTTGGTGAATCAAACGGCTTTGCCATC
AGCTCTACTTCTGGACTTTTATCCTATAAACCAACTAAAATTGGGGAAAC
GCGAGTTACTATCCGTGCTACTGATATTTGTGGTGCATTCACAGACAAGG
AATTCACATTTGAGGCACTGAAATGTCCTTGTGAAGGATTGAATGGTGGT
TCTTGTCGATTTAATGAGACTGATCGAATGCAATTAGAATGTGTTTGTCC
ACAAGGATGCACTGGGGAGAAGTGTGACCAACCTTTACCAGGAGAAACCT
GCAAAATTGAAAAGgacaatgaaaaaaataaagGTAATGCTGGAGATGTT
GGTGAAAGTACCGATCTGGCACTCATCCTCGGCCCTGTTTTTGGAGTCGT
TTTCTTGGTCCCCTTAATGATTGCTTTNTCATCCTCGGCCCTGTTTTTGG
AGTCGTTTTCTTGGTTCCCTTAATGATTGCTTTATATTTGTGTTGTCGAA
GCAAGAAACAGAAACGTGTTATAAACGACCCTTCTAACATGAGAATGAAA
AAGATGTCTTTGATTGTGGAAACTGTTGAAGGGACATCCGCTTCTGGAAA
AGTTACTCCAGTGGAAGGTATCGATAACAAAAGTATGAAAAAAGAGGATT
AAGATATATGGAAGATAACCAAACTTGTATGCAGTTTCTTCTAAGGAGAT
GTTTTGTGAAACTCAAATACTCATTTTACTTATGGAAGCTAGCCCTATTA
GCCTGTGCTAGGAAAGAAAACTTTTATTTGTCTTCTttggctattccaga
aaaaatttgtacgCCCTTTATATTGAGGATGTCTTCTTGGGAAAGGCGAT
taccctggatttttgaaactCGAAAACTataccccctggattttttattt
cagacaTCATATCTCCTCAACATAAGAGATACAAACTCTCGAGCAAACTC
TTATAATTAATAAATAATTCTTAAGTCCAGTCTCCACTGttgcgcgaaat
gggcgacagttttttaaccttttttgcctaaagaaaAGGTTACGTCATAA
AAAGGTTTCGTGCGaacaaaagaaaagttgaaggaagttctacttttttc
atccgttacgtcaatttcggcCAGGaattactttattttttaacagaCCA
AGGaccgtcaaaaagttttcactcatgtcgcgcgaaagtggagaccggca
tTTAGACTTCTATAACACATCAATGTTTAACTCAATCATAATACCAACTC
TACTCTGGACACGACGCTCTGCTCTAAAGAGGTATAGTGAAAACGATGAT
TTAGCCTACTTCTTATTCATTGAACACCCCAACTTTTAgcctaaaaaaca
aaaacccTAATAAGTGCTTAGAGCTCAAGTAAATGGTATTTTTTGTTATA
ATTGAAATATTgcaatgaaatattttatatcttattGTCGTTATTTTCCG
AGAttgtaaaaaattatttgactgaATTTACTTGAGTCTATCCAGGCCTT
TTGTCATGTACCCCTTGGATATCGTCTTTTGCTCATTTTTCTAACCCAAT
GTATATCCTCTCTTGTTTATTTCCCAAACTCCCTGTATATCCTCTCTTGA
CTTTTTCATTTCCCTACCCCCCTTAAGTCCTCTCTGGTTCATTTCCCTAA
CCCCCTGTATAACCTCACTTGTTTATTTCCCTGAACCCTGTATTTCCTCT
CTTATCTATTTCTCTAACCCCCTGGATAATACCTTTCTTATGAGGTGTGA
CTCTCTGGATATTCAGATAGCATTGTGCCCTTGGATTTGTGATATCTTCA
AGGATATGTTTTGGAAAAGCCCAAATATTATACAAATATTCTGAGATAAG
TAATAGACCTTAAAACTTCACAAAGCACAAATGTTTCTTGAATGAATTGt
gattaaatttgattttcaagaagTTCTTCAAAGGAGATTATAAAGATTAA
ATGCTCTTGTAGGGCTCTACAGCAGCCGAAAAAATTTCCAGAGATTTAAA
AATCATTCCCAAAATgtgattttctttgtttctgcTGTTcgagatatttt
tatcaaaagtatTCATTTACTAGTAAACAAAATTATAAAGAGAAAAGCag
ctttaaattaaaaaaaaacaagaaaaaaattgcagGACGGCTACCTATTA
CCCAGGGAAAAGATATTAGAAGTTCCTGGAACAAGGTGATACTCTGGACA
ACAAAAGATGTGTCTAAACAGAGTAGGCAGTGAAGATAAAGCACaacaaa
acaaggaaaatgacACCGCAACCAGACAAGAACAACAACAGGCGCAGGAG
GCTCACAATATGGATGATACAACATCAATAAAAGATGAAATTCAACAAGA
GTGTGTCTGTTGTAGCGGTGGCATAAACTATAGTTTACTACCCTCCAAGC
TCTTCTACTTCTTCTTCTTCGCTGGGAACGGATCACTGATACCTTacctt
gttttatttttcaaacaattgGGTTTGAATccaagtcaagttggtattgt
cAGTGGATTAAAACCCTTTATTTCATTCCTGTTTTCACCATTATGGGGCT
ACATCGCGGACAAATCAAGACGTACGAAATTCATCTTTGTCATCTCGCTA
TTAGCTTATATAGGAGGCTATTTTGCATACTCGTTGGCACCAGTTAAGAA
TCTGTGTAAAGCAAGGAACAGCACAACACATGGCTCAACCCACCACCCGT
TCATGTTTCACATGCATAAACGAAGTGTTTTATCTCAAAATTATAATCAC
TATAAACTTCATCTTGAGCAGAAATCTTCATCATCGAAATCCAATATCAA
CAGAAAGTCCTCCATCAAATATAATGCAACAACATTCCCCATAAAGTCTC
AAATACCTTATTTATTCGCAGATATCACTCCAACACTAATGAGCGATCCG
TTATTTCATATGCCCTCAGGTGTTGCATTCTTTGGAACAAATGATGAGTT
TCTACCAGAAGTCTCTTTCTCAGAGACAGGACAATCACGCGGTGATGACA
TGGAGGATGATGATACCAAAGATATTTATTCAGAGAAAACATGGCATGGA
ACAGTACGACACGCATTTGCACCATGGACAATCTGTGGTGCTGCCAAAGC
TAACAGTATTGATACTTTAAGTCTCGACCAATCAGGAAACAAAGAACGAA
AATCAGACAACTCAAAAATCTTCTTATATCTACTGACAGTAACCATCGTT
GCCACTCTCTTCTCGTGCCCCCTTATCACTATCGTTGATACTGCTACCAT
CCGGAAGCTTAGGGAAACTGCTGAAACCCACAAATACGGGAACCAAAGAA
TGTGGGGTTCCTTCGGATGGGGTATTACAGCTTTTGCGGTCGGTGCCCTC
ATCAGTACACTTCCATTATGTCCAGGAATCAACAAAGAAGTCAACTACTA
CCCCTCATTCTATATCTTCAGTGGCTTCTTAATCTTTTCTTTATTCTCTG
GTTGGAACTTACAGTTCGAAGAAAATAAGGAAGAGTCTGGTGAAGAGCAA
CAAACATCAAGAACACAACGAATCATTGACGGATTGAAACTAATGAAGGA
TCCAACATACTGTAGCTTCATTGCAACTTCCTTCTTCATTGGTATCACAA
TGTCAGTCATTaagacatttttgttttggtatcTGAAAGACATTGGTGCA
CCTCAGATCTTGTTCAGTATTATTGCAGCTGTCAATTGTATCTCTGAAGT
CACCGTCTATTTCTTTTCGTCCGAGCTTATTAAAAGATTGACTCATTTCG
GCGTCCTTTATGTTGCTTTGATTTGCTATTCACTGAGACTCTTTTACTAT
GGATTGTTAACGAGCCCCTGGTATGTGTTGGCTGCGGAGCCCCTCTCTGG
GGTAACCACTGCTGCGGCTTGGGCTGCAATGACGTCATACGTTGGCATCA
ATGCAGCACCAGAAAGCGTAACCACCATGCAAgGAATTCTTCACGGTATT
CATTGGGGACTTGGTCACGGAATCGGTGAACTGATTGGAGGTTTTATGGT
ATCCAGTCTCGGAGCAGCTGCaactttcaacatttttggcGTGCTGACAC
TACTTCATTTATTAATCTTTTGGCTCATCAATAATTATGCATCACGAAAG
AAGCGTCTTGCCGAGGATGAAGTAGAGGATGTTGCAAACAAGACGAACAT
TGTCGAATAGATTGATGTTTAGGAACAATAAAGTTTACAATGATATTTTG
gggtttttaatgttttctaGAATTTAAAGTCTGAACAAGTACAAAAAATC
TAGTAGCATTTTTACTTTTCCTCTGAATGTATTGAATGTCACATTTTCAA
GGAAATAATCCCAGAGAACCGACAAATCTTAGGGATTGCAACCAAACTCA
ACATGTATCAGAATCAGTCTAACATAAGTTACTCTACTATCCGCCTCTAA
GTTTATAGTCCGAATATTTTATAGTAAAAAAAGCTCAGCTAAACAGACCA
GTAAACCTTATTTCTCAAGAATTTCATAAATTATCTCAATGAGCCATCAC
GAAGATTTTACATGAGAATTCTATCTGAATAGATAATGCAGAATTAGATG
GAGC
Run BLAST on NCBI

transcript from alignment at sc0000102:253248..279437-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00010110 ID=TCONS_00010110|Name=TCONS_00010110|organism=Clytia hemisphaerica|type=transcript|length=26190bp|location=Sequence derived from alignment at sc0000102:253248..279437- (Clytia hemisphaerica)
ATCGAGTGTGATAAAAGGGAATATATATTTTTGGGCTCAAGTTTTAACGA CAAATTGAAAAATTCCAATCGGCTTAATTTGTATGTAATCAGTAAGGAAA GCTATGAAGGCTTTCTTACTTGTGGTGACATTTGCTGTATTTTTGGCGCA CGCGCAGGCAGACGATGATCCCTGTCAAAATAATTGGGGAGCATGGTCAA CTTGTAGTGGATGTGATAAATATCGGAAACGAAAATGCTTATTGGATGAG ACAATTGTTGATCAAGGACGTCGGTGTCTCATAGGTAAGAGATTTTTAAG GAATTTCTTCCCTACTTGGAAAGGAATTTTTCTGACCTTTCTACGAATAG CTACAATCCTGGATTGAACTGCTTGTCCACCCCTTCCCCTTAATATGGGG GGGGCAATATCAACGTTTGTGGTGGAGGCTTGTTAACCACACCATTGATT TTTGTGGGAGAGGAGAGACTTACCGGTAGAAAAGGTCATCAGACACTAGG TAGACGTCCCTATGAACAAGATCACCAGAAGGGAATATTTTAGGAGACGG GATGATTTTGAAAACGGTGGTTGGCCACTTGGTGGAGTGTGCAGTGATGT AGATGTTTAAGATATTTGTTCCAAGCATTACCACTGTTCTTTTTTCATAA ACTGCCGTGATAGCTGTAAACTCTGCACTGTAATTTTTCTCTTTTTTTCC GAATATGAAGCCTTTAAAATCATATCTTCTCAAAACCCTGACCTCCAGTG CACTTTCTCTACCCTTAACCCTAAACAGTAAACTATCAAGGTTGTTAGCA TCCACTTATGCTCCTTATACTACCTGTGGCTTTGTAGCGTTTTTTGTCTT CAGACAAGCACACTTATAGAGTTATTTTAGGGACGATGAGTTTTACCTAC AGCGTCAGTTTTTTGCCATAAAAACTTTTTCTAGGCGGGCTAATTCGTGG GTATCTTTTCAAAAAGTCTCACAATTTTATCTGCCGGCTGTAAACTGTGC GCATATATTTTTCTTTGCGTTTACTATCACTCTACCAGACGATAGCTTCG TCAAGGTCTTATGGCAATAATTTTACTAGTGTTTTAAATCCCTTTATATT GTGATTCATTCTAGATCCTTGTGGTTGCCACATTGAGATCAATGATGAAC AGAGAAGTACTGGACATTTCATTGACCAAAACAGCCAACAATTTAAGTGT GATTTACGCATGCGTTCAACTTGGTATCAATTCACGAGTGGTGCTGGTGG CGAAATGCCAACGACAGCACCAAAATTGAATGCGTGCGGTGAGTATACTG TCCGGCAAACTTAAGGGGATAATCAAATGGTTTGAAATATTTTGCCTTCG GAATGTTCGAACCTTAAATGATAGAGTCTTTCTGTAGCTCAAAAGACAGT CATTTCGTCCCTAATCTAAGAGCTTCAATTTGCTATTGATTTCAAGTTAA AACAATATAAGATTTCTTGCAAGCAGATGGTGTTTTTGATGCTACCTTAA AGGAACTTATTTTGGCGGGGACTAATTTTGGTGGATTTGGCGAGTTTAGA CAAAATTCGCCAAAATTAGTTCCCGCCAAAATTAAATATTTTGCTTACTC GCCATTTTTTTGTTTCCTTGCCTAAATAACCCCTGAAATTCATCAAAATT GCTCAAAATAAGGCAAAATAGAACAGATTTACGCTGTCATTTGCCAAAAT TAGTTCCCGCCAAAATTAAAAAAATTCACTATTCGCCAAAATAAGTTCCC GCCAAAATAAATTTTTTTAGGATATTTGCTGCTCGCCAAAATTAGTTCCC GCCAAAATAAGTTCCCTTTAGGTAGTATAAAAGATTACGTCATAGAATAT CATGGAATACGGAATTAGGATCCGGATTCGAATTTTCTAACTCAAAGTAA GAATTTGGTCTCTAATTTAGTATCGAATGATCAAACCGATTAAAATGTAC GAAGCAATCTAAAGATTTTAATTTTTTTTAAACCAGCTGATTATTAGGAA CATTCTACTATATGCCCGGACTATATGTGAACAGATTTCTTTTGGACTAT CTTCTAAAAGGTGATACGGAGGTAGAGCGCAGGCGTATGCATTTCATCTT TAATGGGAAACACCACTTATCGATTATTTCTAGGTGCAAAGAGGTCCGTC TGGTTAGATGGAACAAACCCAACAAAAGTTGGAGAAATAAAAACTGTGAA AACAGCAGTCGTATGCAAAGGATGTTATACCAAACCATGGGATGTAAAAA TCAAGAAATGTAAAGATGAAAAAGATGATAAAGAATTCTTCATTTACAAT TTACCTGCTGTTCCACGTTGTCCGATGGTATATTGTGCAGGTACTCCCAG ATGGCAAACAACGTTGTTTCAACGTTTATATAACGTTCACAACGTCCATA CAACGTTAGATAAACGTTGAAACAACGTTGTGTGCCAGCTGGGCTGGGTC CGTACTCTATTCTGGATTTTCTTTTACTCTTCTTTACCCTTCCTTTTCCC TGTTTTGCGGATTGAGAATTACTCTTTTATTTTACTACTAACATGTTAAC ATACATATCGTTATTCATCAGTACATCTACTTGGTACTTCTAGGAGCCTT ATAAACACCCTAGTTACAATAAAGGTCATAATATTTTGAGAATTTTGTTT ATTTTAACGTTTTTCAAGATTTAAAGTTCCTGCGGGATCTCTTTAATGCA ATCGAATATTTCAATTTGGAAGGGGTTGGCAGACTTATAGGCTATATTCT TAGCCTTATTGTACTATTTTTGAACTTTTGGATCTTCAGATCCTAAAGGT CCTAGGTCTTAAGTCTCATGTTAAGTCTCAGAGTTAAAACTATACCCTTC CAACCTACTTTAGAGCACTTACAAATCGATTGTGGCTCAAAAACTTCCCG GTGTATTTCCCTTTTTTCTCAAATATTATGACCTTGATTGTAGGTCTCAA TTAATCCATGTCCGCTGAATTTTGTACTATGAAAGAACACTTGGGTTTTT GCAAACTTTCACTGTCTTTTACGTTTTTGGCACTCTTGAAGGACATGGCA TCAAAATTCATTTCTATAAATAGCCCAAATTTTTAACAAAGATATTTCTT CGATAAAAGCTACTAATTCAGACCCCAAACAAGTAAAGTCCGAGTAAAAA AATTACTCGAGCTCATAACATTTTTTTTTTTAAAAAGAGTAAGTAAAAAG TTCGAGTAAGTTCGAGTAAGTTCGAGTAAGTTTGAAAATTGAAAATCTGC CAATTCTAGTTCAACTATGGTGTACCATCTCAAAAAATAAGAAAATTCAA TTTGTTTTTTACTCCTAAATGGAAAGAAATTTGGTCAAAATTTTCCCCGG TAAGAAGGCTTCTTCTTGAACTAATCCAACTAATCAAACATTTCTTCAAT CGAACTAATCGAACTAATCGAACTCCTCACAGATTTTTGAAAATCTCCAA AAGTTTGTGTAAAAAAGTTACTAAGTTTGAGCAAGCTCGAATAGTTTTTT ACAAAGTACGCATTTTGCAGCCCAAAAATGTGAATAAAAAGAAATTCACA AGTTTATACTTCTTAGGTTCGGAAACAAGATGCAAGGATGGCTTCATTTC ACCGACTGGTTTCACCCCCGGCTGCACAGGTAATTAATATTGAATTTCTC TTGCTTAATCTCCATCTCTTTTTAGTGATCTCATTATCGAAAAATTAGAG AAATTGTTTGCTAATATCATTGTACCAGACGCAATAGCCCCTTCGGCTTG TGGCATTTCAAGTCAAGTCAAACTTAAGACATAGTTTAATCTTGCCTTAA GCAGATCAAATCATCCGATACCGACATAATCAGAAAGGTCAACCTTCTAC GAAATTATCGACCGCCCTGAAGGCGGTCTCACCAGTTTTGTATACGGTGA AAAATCTCATTTTCTCGAAATCGGTAGGCCAATTGTCGCATATGAGTGCA ATACTGAGGAGATAATAACAATTTCGATTACCTCCGTAATATATTAACCG CGTGACCAAATTTAATAAAACGCGGGAAAGAACTTTTGCAAGTCACTCAA TAGTTTTTAACGTGTAATACTCTCGGGTATCTAATTACTTTTGATTGAAA ACAATTTGAAAACATTAATCAAATCAATAACTCTTGATTGAAGGCAATTT ACCTTTTGGTAATTGGTTCTTACAAAGTAAACAAAGGATGGCGAAAAAGA TGAGCATATTTATTTTTCTTATAAGCATCTACTTTATAAGAATCAAATCA ATAACTCTTTATTGAAGTCAGATTACCTTTCGGTAATTAGTTCTTACAAG GGGTTTTAAAATTAGGCGATGGCAGTTAGTGTACTATTCAATATTAGCAA ATAAAACATATTACATTGGGCTTATTTTTATTAAAATCTCGCCAACTCGC CTTTCTAATAATCTGGAGGAAGATATTCTAATAAAAACGTGTTGCCGAAC TATTGAGTAATTAATTGACTTCTTAAGTTAACAAAATGTGAGATTTTTCC GGTTTGATCAATTGGTATTTTAAGCAACTTTACTTAGTTTGCAAATTTTT AGTCTCAAAAATCAAACAGACAGGTGGAAAGATAATTATAAAAATCAAAA TGAGTTTAATCAAATTTTTTCAGGGCGGTCGCACCAGTGGGTGAAATGAC TTTTCACCCACTGTACTAGTCTATATATGCTAATCCCAGCATGAGATCGA AAAAAATCCCACCAAAAAGATTCGGCTAGGTTTGGGTATCTTTTTTCTTT TTACAGATAACTACCCAAAGACCAAAGTACCAACCATCGACATCAAACTA GTGAATAATAAAATTCGACTTATTTGCAAAGTAGACTCAACTGATACATC AGCCTCTGTGCGTCATCAAGTTGAATTTTATCAAGGCAACGAACTAGTTG AAGGTTTATATGGTAAATTAGTTGCAACCAAAATTTTGGCTGGTACAGAG AATGAAGCTTTTGCGGAGAACTCGCAAACAAATCCTTTGTTTTCTTTGAG TAACGAGGTATATCGCTTTGTTCTCCATTCTCTCCTTTCATTCTCGTCCG CATGGATAAATCATTATGAAAGAAGGCCTATAGCTTTTTTCCTGGTTATC TTGTTAATAAAACTTAGACGTTTTCTTCCTGCAAAGTAATAAATTGTCCA GAATTACATATTTTAGGCAATCCCTATAAGGGTCTTTCAAAATCATTCAT AAAAAAATCATGTAATATATAAACCTTGTTCCTTACGCATTACTAGCTTT TTGATGCTTACTGATAGAGCCAGCTCTAAGCTATAAATTGTTTGGAGCAG CTGAAGTGGTTGTAGTTGTTTGAGCAGTTGTCTTTATAACGTGTCGTTTC TCTAGCGTAAATAACGCCTAGAACACACGATGACGAGTGTGGTAGTATAT TTATATCATAATTTTCGATATTGTATTTCAATTTTAGTTCTACTGTCAAG TTTCTTCATATTACGACAATCTTTTGAATATTACTGGAAAAAGCAACCCA CAACGGACTGCCTTCAAATTCGCAGGGATCAAGGTATGGACATCCACGCA TATGAATTAGTAGTTACAATGTCTTAGGTATTTAAATCAATCCCCCGGGG GGGGGTACTAGGGTTGCGAGCTGACAGGGGGTACCGCCCAACTTTCGACC TCTGGACCCTTACCGGGACTAAAAAGGAGAAAAAATTTTTGTGGATTTTA CGACCCTTACCGGGAAAAACTTCACCAATTTTGACCAAATTTCGAACTTT CTGGGAGTAAAAAGTTGAAATTTTCCTATTTCTCCTGCCCTTAGNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNAGCCCCCCCCCCCCCCCTGGGTTC TCAATGGACCGTGAGTATGGATATTGCACTGTGACGACAAATAGTTTTTA TAATTTTCCGATAAAATTCATATAGTCTGTCGCCACACAGATTAGATTTC AAAGAAAACCAAACTGCGATGCTCACATGACAGTAATGAAGGCCGGCCAG CACTCCACTTTCTCGCGAAATGGGCGCTAGTTTTTTTCTTAACCTTGTTT GCCTGAAAAAAAGATTACGTCATAAAAAAGTTTCGCGCGAACAAAATAAA TGTTGAAGGAAATTCAACTTTTTTTAACTGTTAAGTCAATTTCGACCAAT AGAATTGCTTGATTTTTCAACCGCTCAATGACCTTACAAAAACGTCAAAA AGTTTTCGCTCATGTCGCGCGAATATGGAGACCGGCCTTAAGGGACCCTA TCAAAACTTACAATCATGTCAGCACTGTAACTTAGCTTTTAAATTCCCTG AAAACTACTATTACACAATTCCCAAAATATCTCCTATTCTTGATATGCGT AAGTTAAGATTACGTCATTTTTCATATCGAAAATACCCAAAAAAACGGAA ATTGACCCATGTCTTGCAAAAACTCTCATGGGTTAAATTTCGGTCTTTTC CGATACAGAAAATGATGTAATCTTGCATATCAAGAAACGATCTTTCATAT ACCTTGTAGGAAAAAATAAATTCAGTAAAAACCAATCATCTTAATAACAA ACATATTTTTTGACCGAGGAAATTTTACCGGTAAGGTATTCATTCAATCT AACAATTAATAATATTTAGGTCGAGCCTGCATCATTAACATTTAAAAAAA TGGATGAAGTGCACTCCATAAGAATTTATTCGACCATTGATATCGGTTAT ATTGAAGATTGGCCACAAGGATGTCCAATCACTGTCTTATTTTATGAATC CAATGATGTGGCTATCCCAACTGATTGCCAAAAATGTTTTAACAGGTATA TATTCCTCTAGCAAGTAACTCACCAAAAACCAAGATTCTTCATTCTGTTT CTTCGTTATTGCGTAGAATAAAAAACCGTAAGATCTACTATAGGCTAATA TTGCTCCAGCCTTTCCAGCGCACAACATTTTTTGTAATCCAAAAACTTCA AGCTGGCATAAAAACTTCGACTTCAGAAAATGTTTTGGTACAATTAGAGG GTATTTTTTATACTCTTTCTTTTTGTTCGTGCCCTTGAAATAAAATTGTC GTAACATAAGCCTTCGACTCGGTACATTGGTTAGTTTTGAACATAAATAC AAGTCATTCGTGTTTGAAGGATTTAGTCTTGGTTCCAAATTGTCCCTTAA CAGTTTATTTTACGCAAACTGGATCATTACTGATGGGGGTATTAAAGTCT ATTCACGATAAGTGTGCACTCTTTTTTCTTTTACCTATAACTTTTGAAGG AATTCTTCAATCTTTATAAATTTGGTATCATTGGAAAGATATTAGTGAGT GGAAAAATTTGAAATAAAAAAATATTTGAATAAATTCTAAAAATAAAGAG AAAATGACGAACAAAAAAATGAAGATCTTGTAGAAAAGTGCTATAACTAT TATTTTCACTGAAGTGAATCCTTGATCATCGAACGTCAAGACTGTGAAAA AAATTCTCAAAAGTAATCATTCAGTCAAAAGATATCAAACCAAGTTATAA GCTGATTGACGTCTAAAAACGCTGTTTTCTGCAGTTTTTCGCTGTTTTTT GGGGTCAATCACTTATTAACTTTGCATTATAACTTTATAATAAAATTTCT TCACAGTGATGACCTCCTAAGATCAAAAGATCTCTCCAGTGAAAATGAAA GTTATAGCACTTTTCTACAAGATCGTGCAACACATTTACGGCACTAGTAC TAGGCCTCTGCTCATCCATTAGCGAAAAGGGTTTCTTATAGAAATATAGG AATTATATCTATAGAGGTTTACGATTCAGGCCAACCTAGTATTTGATTTA TTCACTTTTACGTTTTTCTCTAACAGAACGGGAGAGTATGTTGGCAAAGA GAATGCATGGGAATTGAAAGTGAGACGAACCGATTTCAATAATGGTAAAA AAGAAACTATGTTTATTAGAATTGATGTATCACCAGATTTGATGGATTGG GAGAGAAGTCAGCATGAAGTTGCAGTAAGAATCAAAATTATTATAATCTA CTTGAGCTCAACATTGGGATATGTGCTCTCCATTTTTGATTCTTCGGATA TTAATTTGATTGAGACATGCGCGATAAAAATCTTACAGTCCGTCTCCACA GCTTCATTTTCAGAAAAATCTAAGCTGTGGTGATCACGGTATCTATCACC ACCTGGATCTCTTTCAGAAATATGTAGAAAAGCCACCATCAAAACAATGC TGGCTAAATATACAGGCTGGCAAACACAGCTGATAAGTAACATTTTATTT TTTGGATCTCTTCCAGATACATATAGAGAAGGCACCAGCAAAGAAATGCT CAGCTACAGGAGATCCACACATAACCACATTTGATGGATTATATTATCAT GTTTACCATGCAGGAGACTATGCAATGATGGGAACGGAATATGGTAGAGT TGAAGTGAGTAAACAGGTCATCTCCGAACAGATCCTAACTACTACGCAAA TTTTGTACGGTCTGATTTGTAGATTTTAATCCATATTCGCGATATTTATA ACGTAATGTTATACGGGACCCCTAAAAGAACGGGTATTTGCCACTAATTT TGATTTTAAACAGTAAAGATTGCACAGACTATTACGGGTGCCTCCGTATA AAATTACTGCACCCTCTGTTATAATTAGTAAGTACGTTGTTGTCTTTCCG AAAAAAATTGACACTGATATTTTGGCCAAGAAACTTCTAAAAACTTTTTT ATTGGTCGTGTTAGGTTAGGTGTGAGGTAGACAGTGTTTGTTCATATTTA TAAGTAGGTGAACCATAGACCTTTAAAAAACTGGTTTGAACAACTGGTTA GGAGTTTTAGAGTAATTGAGCTAAATATTTTCCTTAGCTGCTGGCATCCA CTAACGGGTTCGTGGTTCTGCAGTAGTGAGCCGTGAAATAAGTTTTTGTA AAATCCTTATACTGCATTTTAGGTACACATGAGAACTTTCCAATGCGGTA CAAGTGTAACCTGCATCTGTGGTATTGCTATCAGATATGGCGATGACGTG ATTATACTAGATACGTGTCGTGGTGGGTTGACTCCTAAATTCCCAAGTAA AAAGAAACTCAATCCAGCAATGAAAATTATTCAGTTGAAAGGTTATAATG GTTTATATTATGATGTAAGTGAAAATTTTTATAAGAAGGTAATAAATATT TGGGAGAAATCCTAAAGTTCATGACAATTTCAAAAAAGTATAAAAAGAAA CATAACCCAAAAATAATAATCTCTTATCTTCGGCAGCCCATTAGTGCCAT TTGGATTTTCCTTTAATTCTTTTAACGACGAAACTAAAAAAATTGACGAT GAAACTAAGAAATTTGACAACAAAACTAGAAAATTGACGACAAAACTGAA AATAAATTGTTACTTCGTTTCGTCGANAAAAGAAACTATGTTTATCAGAA TTGATGTATCACCAGATTTGATGGATTGGGAGAGAAGTCAGCATGAAGTT GCAGTAAGAATCAAAATTATTATAATCTACTTGAGCTCAACATTGGGATA TGTGCTCTCCATTTTTGATTCTTCGGATATTAATTTGATTGAGACATGCG CGATAAAAATCTTACAGTCCGTCTCCACAGCTTCATTTTCAGAAAAATCT AAGCTGTGGTGATCACGGTATCTATCACCACCTGGATCTCTTTCAGAAAT ATGTAGAAAAGCCACCATCAAAACAATGCTGGCTAAATATACAGGCTGGC AAACACAGCTGATAAGTAACATTTTATTTTTTGGATCTCTTCCAGATACA TATAGAGAAGGCACCAGCAAAGAAATGCTCAGCTACAGGAGATCCACACA TAACCACATTTGATGGATTATATTATCATGTTTACCATGCAGGAGACTAT GCAATGATGGGAACGGAATATGGTAGAGTTGAAGTGAGTAAACAGGTCAT CTCCGAACAGATCCTAACTACTACGCAAATTTTGTACGGTCTGATTTGTA GATTTTAATCCATATTCGCGATATTTATAACGTAATGTTATACGGGACCC CTAAAAGAACGGGTATTTGCCACTAATTTTGATTTTAAACAGTAAAGATT GCACAGACTATTACGGGTGCCTCCGTATAAAATTACTGCACCCTCTGTTA TAATTAGTAAGTACGTTGTTGTCTTTCCGAAAAAAATTGACACTGATATT TTGGCCAAGAAACTTCTAAAAACTTTTTTATTGGTCGTGTTAGGTTAGGT GTGAGGTAGACAGTGTTTGTTCATATTTATAAGTAGGTGAACCATAGACC TTTAAAAAACTGGTTTGAACAACTGGTTAGGAGTTTTAGAGTAATTGAGC TAAATATTTTCCTTAGCTGCTGGCATCCACTAACGGGTTCGTGGTTCTGC AGTAGTGAGCCGTGAAATAAGTTTTTGTAAAATCCTTATACTGCATTTTA GGTACACATGAGAACTTTCCAATGCGGTACAAGTGTAACCTGCATCTGTG GTATTGCTATCAGATATGGCGATGACGTGATTATACTAGATACGTGTCGT GGTGGGTTGACTCCTAAATTCCCAAGTAAAAAGAAACTCAATCCAGCAAT GAAAATTATTCAGTTGAAAGGTTATAATGGTTTATATTATGATGTAAGTG AAAATTTTTATAAGAAGGTAATAAATATTTGGGAGAAATCCTAAAGTTCA TGACAATTTCAAAAAAGTATAAAAAGAAACATAACCCAAAAATAATCATC TCTTATCTTCGGCAGCCCATTAGTGCCATTTGGATTTTCCTTTAATTCTT TTAACGACGAAACTAAAAAAATTGACGATGAAACTAAGAAAAAATCAACA ACAAAACAAAAAAATATTTGAAAATGGTGACCCTGATGGTTGGAAAATAG AAATAACCTGATTTTTATGGATTCTGAAGATGGATTTGATAGTTCTGGCA AATCCAATACTGGTGAAGAAGGTTCTTGTGAATGAGAAGCTGACAATGAT GAACCAGAATAAGGATGTGATGGTGGAGATGAAATTGAAATTATACTGGT GTCAATGGAATCATTGGAATCAATCAATATCGCAAATCACTGTGGATTCC ATAATCTTATCATGCTATAGCTTTGATTCCATCATTTGCACTATTGATTC CATCATTTGCACTATTGATTCCATCATTTGCACTATTGATTAGTTCCACC GATGATTCCAACCATCTCCACCATCACATCATTAAGGTTCATCATTGCCA GCATTGTATTCACCAGAACTATCAAATCCATCTTCAGAATCAGAACTGAT GATATTTCCATTTTGCAACCATCAGGGTCACCATTTTCAAATATTTTTCA GTTTCGTTATTGATTTTTTTCGACGACGAAACTAAGTAACAATTTATTTT CAGTTTCGTCGTCAATTTTTATGACGACGAAACGGAGTAACAATTTTTTT AAAGTTTCGTCGTCAAGTTTTTAGTTTCGTCGTCAATTTTTTAGTTTCGT TGTCAAAATTTTAGTCTCGTCGTAAATTTTTTAGATTCGTCATTAAAAGA TTAAAGGGAAATCTAAATGGCACCAATGGGCTTCCGTACCTATCCGAGGA GATATTTGAAGGGATATTAATAATCNGGGGCGTCTATTCGGGAGACAAGA GTAGTCCATATTAAAAAAAACCCGGTCTGGAAGCCTTTTGTTTCTTTCCA TTGTTTCTTAGTTGAACTTACGTTAAGAAATTAGTGTTTTGTTCACTTTT TGATCATGTGATTAAATCTTAAACCAATCCCAAGAGGAATATTTGGTAAC GTGATCCAAAAATGAGCAAATCGATTTTTATCTTTTGATAATAACAAAGG AAAAAGCTAAAAATAAGTTAAAACAATAAGCTTCCAGGCCAGGGTTTCAT ATACGGACTACGGACTGGATAAAGGATGATCTAGTTTGTTTTGTGCATCA TCGTTATTGGATAAAACTTTTTTAACTCTTAGATTGTAACTCCAGATGGA GTAACAATCGAGTTTCGAGGGCATCTCAGTGGTGGTTGGAATCCTTCGTA TTGTAATGTGTATATCAAAACACCATCCGATTATCAAAATCGTACTTTCG GACTGTGTGGAAACACCAATGGGAAAAAAGACGACGAGTTGATGAGTAAA GATGAGGAAACAGTTTTCAAATCGTATGAAAATGTTATTGCTTCGTTGGA GTACACAAATGAGTGGAAGTATGTTTATTCTCAAATCATTCTACTTTGCA TTAAAACCTTCCAATAGGGTGTCCTGAATAAAAGTATTGAGTCGTACCAC TTCTATAGAAAGAAAGTTCTTGTGTGTCACTACAGGGTGTCCCTAATTAA AGTATCGAGTCGAAACACAACTATGAGTAGAAAGTTTTATGTGTGTGTTC ACAAAATTGTATTTTAAGCTCTCCCTCTTTTTTCTTTGTCATTACGATTA ATTTATACGTTGTAACTACCTTTTGTAATAAGCCTGTGTAATGGAGAACG TTCTTATATTTTAGCGATAACACACACAAACTTTTCTACTCAATCGCATG TTCAAACTCGACACTTTAATTAGGGACACCCTGTAAATTTGCAATGTTTA TCAAAGTTTCTCTATGTGTCATATCAATTGTCATGAGACATCTTTTATGA ATAATTTTTAGAAAAAACAATTCCCAATAACTTTAAAGTCCTGAAAATTG TAAAGAAAGTTAATTCTTTTTAATCATAAATGACTGTTGTAAATGACTGT TGTAATTAATTTGTTGGTATATATTTTCTTACATTTTGTTAAAAACACGC AATAACCTTCTACTCAGAATCATGTTCGAACTCGATTTTTTCGGGACACC CTGTATATGCCATATTGCACAGTGATTTCAAACAAATAACAACTTTCTCT CCCCNCGTCTATTCGGGAGACAAGAGTAGTCCATATTAAAAAAAACCCGG TCTGGAAGCCTTTTGTTTCTTTCCATTGTTTCTTAGTTGAACTTACGTTA AGAAATTAGTGTTTTGTTCACTTTTTGATCATGTGATTAAATCTTAAACC AATCCCAAGAGGAATATTTGGTAACGTGATCCAAAAATGAGCAAATCGAT TTTTATCTTTTGATAATAACAAAGGAAAAAGCTAAAAATAAGTTAAAACA ATAAGCTTCCAGGCCAGGGTTTCATATACGGACTACGGACTGGTNATTTT GCCTTGTCAGCATAAGTCGCAATTCAAATAAAAAGAATTTCTCTGAACGT GAAAAACGTGAAATTATATTTTTGCGACAAAAAAAAACATGAAACGTGAC CTCTTTGAGGTATGAGTTTTATAAGTTACCATCTGAAATTCCATTTCAAA TTTATAAGTACTTAGATAAAAAGTATATAACCTTATACAAAACTCCCATA ACAAGTCTTTTCATAGGTTTCCATAGATTTTCGCACAAGGCTTCACTTTT TCTTGCTTGAGAAAGGTTGAATATTCTTCTTTAGCCACTTCAGGTCTTTA AACCTAATACCTTATACGTTTATCCTTTGCATTTAAGGTTAGGACCAGGT GACAGTTTATTTTTCTTCACACCCGATCAAGTAGACTGTGCCCGATCAAG GAAGAAATTTTGTCGGTGTAAATCTGGATCAGAAATTGAGTGCAATGAAG TGGTAAAAAATGTACCAAAATGGACTGAGAATGGAGTTGAGGTTCACCCT GACGGTGAGAAAGTTTAACTTGATATTCAATTCGAAGTCAGTTCAAAATG TTTAGCTCGATAAGGAAGAATCTAAAAATAAAGAAACGTAGCGTTTTTAA AGGCCTTGGCCAGTCTATTGCTTATTTGGTTGAAATCTAAACCTCGTTTA CCGCGTATTAGTGGCTTATACTAGACGTCCCCCCAATTTTTGCTGCGCAA TTAACGTCTATTCCACTTTGTGACTTTTTCGAATGGTTGGAGCCGGGTTT TCGGGCTGTAAACATTCGATTTTTTGACGTCACTTTAAACTTTCGAAGCT CTTGCAGTAGCAAAAAAATCGAGCTTGTGTCAAAAGGACTTGAAAGACTT CTGTTTCTTGAAATCATCAAACTGAAACTCACTAAGAAACGAGATAAAAA ATCCCGGTTTTTAGAGTATTAGTGGCTTTTTTACGTTTACCAATAGCGCC AGATCATATTCTCTGACGTCCGTCAGAAGGTAGAATAAAGCCCAGAAATG CACAGGAACAAGGTTTTTTTAAAACCTAAATTGGTAATAGGGTATTTAAT AAGAGATTTTAAGAGTTTAAGGTGCTTACTAATGAGTTGACAATTGAGTG CTGAGTGAGTGCGCATGCGAGTTAGTCATGGCATAGTCAGTAGAAAAACA CTGGTTTGGAAAGCTTTTGTCTCTTTTTATTGCTAAAAGATAGAGCTTAC GTACCAAAATCGATTTATTTTGCAAACTTTTTGATCATGTGATTAGAAAA TAGATCAATCCCAAGAGGAGATTTTGGTAACGTGATCATATGCAAATCGC AACTTGTCTTTTGTTTGTAATAAAAGAAAATTGAACAAAAAGCTAAAACA ATAGATTGCCAGAGTGGGGTTTTTTATAATGACTATGGTCATGGTCAACG ATCACCTTAGTAAGAGACCAACCCTTCGGATCCGTAGTACTATTCTTTGG ACGCAACTACATTGTAACCACAGGCAGAACTCCTCACCCCCAAAATAAGA AAAACCCATTGACAATTAAAACACTCGAATTCAACAAAAACCCTCTCTCC GTACCATACCATTTGCCAGGGACTTCTAAAAAGTTCTTTAAGTCACTCAT ATTCAATTTATTTGAGTCTGGAAGAGAAGGTCGGTGTTTTTTAATTTCAA CCTTTAAATCTCTAAAGATGGTGTTATTGACGGTTGTCAACCGGTGCAAG ATGAAAATAATCAAAAACGAAAAAGAAGATCAAATCCCAACATTCTGATT GTACCCAGTGATGACGAAGAACCATACACATACAAACCACCACAAGTCAA CATTACTTCTGATCCAAAATTCCCAACAAAAAGTGGTACTACCGAACAAG TAGCTTATAATGAATGTAACATAGCAATCACACAATCAACTTTCGGAAAA GCCTGCTTAAGAATGTATCCAGATATGGATTTTACAACTTTAGTAGATGA ATGTGTCTTGGATATTAAGGTAAGTCAAGTCGTATTTGATGAACATTTCG ACACCACCTTCTCATAGACCCGCTGGTACCTGAACATACCGGGCAAAATT GGCAAAAAGTTCGTCCCCAGTGGAAAATTATGCACTATCCCTACTAAAAA TGATCAAATAAACCAAACCTCGCTGTAAAACATTATGCTAATTTTCCAAT CCCTACAAGAAACTTTTTGACTTGAAAACAATGGAATTTAAATCCCAAGC TGAATATGAGAAACCCCATCGAGTTTCGGTTCATTATTTTCACCCCCACA ATCTGAAAAAGTCCTACCGGGTCTATGGGAAGGGGTTGTATTTAGATAGA TTAACTCAGTCTCTCATCGTTACTGCCCAGCTCTGATGAACTTTTTCATT CATCATTCTTTCGGTTGCCAGTGATTTTGATTGAGGCGTTAATCAAGTGA AACGCTAAAAAAAGAGATCTTGAAGAGAGCTTCCCAGCGGACCCGCAACC TTGACCTATTTTACTTTAGCCAAAGCCGAGAAAACTACATTTGAAGTTGA TGTTATACCGTGGCTTCGAAGAAAAATTAAATTTCAGTCCCCCCTCCAGG ACTAAAGGAGTTAACGGTTTATGATCAAGTGTCAGCCTCTTCACTATTTT GTAACAATAATTAAGAGGAAGGCGCTAATCGTTCACTTTTTCACTTAATC AATCTTTCACTCTAGATTTTCTTAATTTTTTCCATTAAAAACGCCAAATT GAGATTCCAGATCTTACTTTATAGATTACAGACGACATTAAAGCATCAAC ATCTTCCGCTCAAAACTCCTTCACTGCGTTATGTAAATTTGTTGTGATCG AAGAATTCACCAAAAACAGTACTTCAACGCCTCAAAATAATAATGGGACC AAGGCTAACTCGACGACTGACAAAGATGAAACGGGCCCACCTGTTTTTAT ACCACCACCAATATTAGTGGAAAATCTTTGTCCGAATGATTGCAGTGGAC AGGGCGCATGCGTCAATTCTACGTGTATTTGTAATGCCAATTTCACGTCA ACCGATTGCTCAATGGAAAAAGGTATGACAGAAAATGACTGAAAGATTAC TTCAATTTAAGTCCTGCTTTTAACTTATAGCTTTTAAGAAAGTCTTTAAA TTTCTCTAATTGCCACCGGAGGAAGCCTAAAGCTTCTGAGGATAGCATTC ATAGCTTCACGGATAAGGAAGTTGGGCAAACATCTCATAATTCTGCGCGT GCTTTCCAGTATTTAGTTCCGCTTAACGGTAGCATTCTTATCTTACGGTC TCTCTATTGTTTTATCGTCATCAAAAAGACTTTTCCGGAGTTATTTTGAT CTGATTACTCATTTTGAAATGTCAGTTTGTTTTTTCTTATCCCTGGAGGG TTAAATGAATCTAAGAAAATTCCCTTTTCTGGGAAATTCCCTTTTTATAC CACAAGTAGTTATTAAGTGCTCTTCATAGGTTAAAGATATTACTTTACTC AAAGCATTCGGACAGTTATGTTGCTAAACGTGTACATTAGTAAAATAACA TATGAAGAGCAGTATCTTCAGATATATACGCTTTTTATAGGAAAAACCAG TAAGTCATATGATTCTGGCTTAGGCTGCTCTTAAATTTATTTGAGTTTTT CAGCCTTGTCAATATTAACTAAAATGGAAACATGTACTTCTCAGTAATTT CTGAAACCTGAGGTTCAGATTCTTCTTAAATTGTTCTTAGGTTTTGGCCA AATTTCAGCCTCGTATTCTTATGATATTGTTCTTATAAAAAACGTGTAAG ACAAGGCACGGATGTCACTCTAAGAAGACTGCAAATCACTCCCTTGACAC ATTTGCTAGCATTTGAAAGAATTTTGTCTCAGATGAGAGGTCAAAAATTA CTGTAGGGCTAAGATCATTCCTTTTGAACGCAAATTCAACTCTATGTGTT CGTTTTGCTGCGGTGGTACCTTAATGAAAGTTACGGCTAGTTCTAGTTTT TAATTCAAACAATTATCTTCGAAAAGCCTCATCTTTAGAACTCATGACAT ACGAATTTTGGGCTTTAGCCAATTTTTGACTTTCTTTTTTGTCATCTAGG TTTACCTCCAACAGTTAGAGGCATATCAAATGGTGGTTTATGTGATATTC GAAAACGTGATTGTTTGCGTGCTCGAATCATTTGATTCAATTTCTTGGAT ACAGATAATTTGAAAAGCAGATCCACTAAAATTGATGTAAGTATGATAGG TTATTGTAAATAGCATTAAAATATTTTGAAAAAAAACGCAAATATCAGAG ATGTGAGGGAAGGTATACAGAAACTCCAAAAAAACTACTCTCGGTTACCT AATAGCTGGGGGGGCTAATCAATTTTTCGAAAACTTTCCATCCAGGACAT TCTTATTCCAACCCCCCCCCCCGCTTATTGATTTTTGGGAAACTTTCTTT TGAAAGTTCTCTCTTTTGCCATAATTCTGCTGTATTAGCCTCTTTTTCGA AAATTTTCCACACAGGACATTTTTATTCCAACCCCCCCCCCCCCCGCTTA TTGATTTTTGGGAAACTTTCTTTTGAAAGTTCTCTCTTTTGCCATAATTC TGCTGTATTAGCCTCTTTTTCGATAATTTTCCACACTGGACATTTCTATT CCAACCCCCCCCCTTATTAAGTTTTGAGATTTTTTCCGAACCCCCCGCTT ATTCCAAACCCCCCCCGGCTATTAGGTAACTAAGAGTAACAATAAATATG TGCTGCTAATCAATTCCACAATACACCATGGATGAGGTGAAAATATGCTG GTCTTGTTTAATTGAGGTTCACACCTGATTGACGCACTCGATTTTGCAGG CTGTATAAACCATAGCAAATACGGTTCTAACGAATCTTAGACTTTTTCTC AATACAGGAGCGAGTATCTTTTATAAATGAGAGGCCAGTCATCGTCCACA ATCATTGCATTGCCTTATACAAGGAGCGATGGCCAAGTGATCAAAGGCGT CAGCGTCTTAAACCTGAGGTTCGCGGTTCGAATTCCAGCTCCTTCCAATG TTCTGTTCAGTTTATAGATAACCGAGCCGGCTAGCCGTGGACCCCGTGCA AACAATCGAAAGACTGACTGAAAGTCCTAGATTACTGGGCTATCCACGTA AAATATCGATTCTACAAACTGATTGTGCTCCCATAAGGTCTACTATTACT TTGGAATTTTTCGATGCAAAACAAAAGGGCAATGAAATTCTTTGGAATGC TTCCCGACTCGAACTAATAATAGTCTCTTCCTAAATTTACAATACAATAC CATCATAATCTCCTTTTTTTACATAGTTGACAGACACGGGTTATATCAAG ACCAACGATATTGATTACCATGATGCATATTTGCTCAGCATTTCTGAGCT TGTGGTTGAAATTCCTGAAAATGATTTGAAAATCTCGGGTGATATTGATG GCTCACCAGGAAAACCAATGGGTGGCTTCTCCATCGCAATGTCTAATGAT GGAGTCAAATATTCAACCAATGAATCAATTTTCATCGTCTACGATAGTAA ATGTTTGCAATGTAATGCCAATAACATTCCAATTTGTGTTCGAAAGGTAA GTGTTTAGATATTAGATTTTGTGAACAGACTATGGTCAAATCTGTTGGAT AGAGCCCTGTTAAATATAGATTTATCTCTTGAACCTCGGGCAGCAACCAA CTTAGATTGATACAGTCAGAATTGTTGCACCAATCAACATTCATAGGGTC AGCAGAAAAACGTTTACAGGAAGGTTAAGAACGTAGGCAAAAATGAGTAA AATTTTGCAAGGTATTTGAGAAAAGCGTGGAGTATACTTCCTGGGACATA GGATAGGAAAAAGATGTTTACTTATTAACGTTTATTATAAGAATGAAACT TAGCTCAACTTACAGGGTTCTTGTGCTTTCAACCAAATCTTTACTATGTC TTATCTAGAATGACAGTTGCAATATCAATGGTTACTGCTTTAACGCTGGA CAAGATTATCCAAATAACTGGTGCAAAATGTGTGATCCCTCAACCAATAG TTTTGTCAATAAAACTTTGAAGGGTAGGCGTTGTTGTTTTAATAGGAAGT AAAAAATATCCCAACTGTTTTGATCGAAATTGATTGATAATCAAATAAAT TGAATTAAACGAATTGTATTTTTTTGAAATTCGAGTATTAGGTGCAAAAA AAAACAACTATTCAAGGTCTCTATAACCGAAAATTTGTATTCCGATTGAG TTCCAATTTCGTTTAATTTGGTTCGATCGCCTTTTAGGTTGTTTCATTGA AAAACCATACAGGCTTGGACGGGCCTCTTAAATTCAAAAATAATTCTTGA TAATGTGCGAATCCACTGGAAAATAGCAAAATTTGCAAAAAATACCCTTG GAAAATTTTTGATTCATACCTTAAAGTTAGGGTGGACGAACTTAAAATCA ATTTTATTAGCCACTGGAAATTTTAGAATAACATTTTGAAAGAATGAAAA AAACTTGTCTTAGACCCCTTGGGAAATTTCTCTTTGGATTACTAGTATAG CCCTCTGTATGGAGATAATATGAAATAGCCCATTTCGATCGATTGACACT GTTTAGATATTTTACAGAAAATACGTAAACGATTTTGAATTGAAAATCTA ATAATTTTAAACATGGCTAAAACTTTATCCATAGAAAATTCTCCACCGAC ATTCAAAAACAAAACAAACCACATAGCCATCACAAATCAAGTCAATCATT ACGTCATCCTAGCAGAAGATCCAGAGAGGAAAAATCAAATCACCTACAGT ACTGTTGGTGAATCAAACGGCTTTGCCATCAGCTCTACTTCTGGACTTTT ATCCTATAAACCAACTAAAATTGGGGAAACGCGAGTTACTATCCGTGCTA CTGATATTTGTGGTGCATTCACAGACAAGGAATTCACATTTGAGGCACTG AAATGTCCTTGTGAAGGATTGAATGGTGGTTCTTGTCGATTTAATGAGAC TGATCGAATGCAATTAGAATGTGTTTGTCCACAAGGATGCACTGGGGAGA AGTAAGTCTATTAAGTTTTCGAAAGAAGATATTGAGTTAGACTTCTTGAG CAACGCTTTGAAAAAAATGTATGACTATGTATTCTGTACTGTACAAACTT GGTCACACCAAAAAAACATGTGTCTCAAAGCTGTGCATGTGTTTAATGGT GTGTAGTATACGACCCTAAAAAAATTATAGGTGGCCCCTAGAGGTTTTTG ATGTAAATGAGAACCTGGGCTCCAAGAAGCTTAATATTGAACTTTTCCTT AGGTGTGACCAACCTTTACCAGGAGAAACCTGCAAAATTGAAAAGGACAA TGAAAAAAATAAAGGTAAAATGTAGTTTAACTTTAAACAGTAATATAGCG ATAATAAACCTAAAATATTGTGTAGGACGTTATGGAGTTCAAAGGTTGTT ATCTGTTACCATCAATGAACTCTTATATTACCAAGACCTAAATGCTTAGC CACCCACCCCTGAGCTTTTCAAAATAATAAGATTTACATTGTATGGTTCA AACGATTCTTCGGATGGAAAAAAAATGACACCACTGTACAATTTTTTCCC CAGTGGGAAAAATGCCTTACAATTTCAGATTGTGGGACAGGCTTGTAAAT AATCATTAAAATACATCATTGTAGGTAATGCTGGAGATGTTGGTGAAAGT ACCGATCTGGCACTCATCCTCGGCCCTGTTTTTGGAGTCGTTTTCTTGGT CCCCTTAATGATTGCTTTNTCATCCTCGGCCCTGTTTTTGGAGTCGTTTT CTTGGTTCCCTTAATGATTGCTTTATATTTGTGTTGTCGAAGCAAGAAAC AGAAACGTGTTATAAACGACCCTTCTAACATGAGAATGAAAAAGATGTCT TTGATTGTGGAAACTGTTGAAGGGACATCCGCTTCTGGAAAAGTTACTCC AGTGGAAGGTATCGATAACAAAAGTATGAAAAAAGAGGATTAAGATATAT GGAAGATAACCAAACTTGTATGCAGTTTCTTCTAAGGAGATGTTTTGTGA AACTCAAATACTCATTTTACTTATGGAAGCTAGCCCTATTAGCCTGTGCT AGGAAAGAAAACTTTTATTTGTCTTCTTTGGCTATTCCAGAAAAAATTTG TACGCCCTTTATATTGAGGATGTCTTCTTGGGAAAGGCGATTACCCTGGA TTTTTGAAACTCGAAAACTATACCCCCTGGATTTTTTATTTCAGACATCA TATCTCCTCAACATAAGAGATACAAACTCTCGAGCAAACTCTTATAATTA ATAAATAATTCTTAAGTCCAGTCTCCACTGTTGCGCGAAATGGGCGACAG TTTTTTAACCTTTTTTGCCTAAAGAAAAGGTTACGTCATAAAAAGGTTTC GTGCGAACAAAAGAAAAGTTGAAGGAAGTTCTACTTTTTTCATCCGTTAC GTCAATTTCGGCCAGGAATTACTTTATTTTTTAACAGACCAAGGACCGTC AAAAAGTTTTCACTCATGTCGCGCGAAAGTGGAGACCGGCATTTAGACTT CTATAACACATCAATGTTTAACTCAATCATAATACCAACTCTACTCTGGA CACGACGCTCTGCTCTAAAGAGGTATAGTGAAAACGATGATTTAGCCTAC TTCTTATTCATTGAACACCCCAACTTTTAGCCTAAAAAACAAAAACCCTA ATAAGTGCTTAGAGCTCAAGTAAATGGTATTTTTTGTTATAATTGAAATA TTGCAATGAAATATTTTATATCTTATTGTCGTTATTTTCCGAGATTGTAA AAAATTATTTGACTGAATTTACTTGAGTCTATCCAGGCCTTTTGTCATGT ACCCCTTGGATATCGTCTTTTGCTCATTTTTCTAACCCAATGTATATCCT CTCTTGTTTATTTCCCAAACTCCCTGTATATCCTCTCTTGACTTTTTCAT TTCCCTACCCCCCTTAAGTCCTCTCTGGTTCATTTCCCTAACCCCCTGTA TAACCTCACTTGTTTATTTCCCTGAACCCTGTATTTCCTCTCTTATCTAT TTCTCTAACCCCCTGGATAATACCTTTCTTATGAGGTGTGACTCTCTGGA TATTCAGATAGCATTGTGCCCTTGGATTTGTGATATCTTCAAGGATATGT TTTGGAAAAGCCCAAATATTATACAAATATTCTGAGATAAGTAATAGACC TTAAAACTTCACAAAGCACAAATGTTTCTTGAATGAATTGTGATTAAATT TGATTTTCAAGAAGTTCTTCAAAGGAGATTATAAAGATTAAATGCTCTTG TAGGGCTCTACAGCAGCCGAAAAAATTTCCAGAGATTTAAAAATCATTCC CAAAATGTGATTTTCTTTGTTTCTGCTGTTCGAGATATTTTTATCAAAAG TATTCATTTACTAGTAAACAAAATTATAAAGAGAAAAGCAGCTTTAAATT AAAAAAAAACAAGAAAAAAATTGCAGGACGGCTACCTATTACCCAGGGAA AAGATATTAGAAGTTCCTGGAACAAGGTACGTTATAGCATTTTGCTTACT CATTTAAAGTCTAGTAATATTTTACTAATTCCACTGGTTTTAAAGTCTAG TCACCATTTTAGGATGATTTTTCGCAAAAAGTTAAGAATATCCATGATGA AATGAAAAAACACCATTCTTATAAAAAAGCGTGTATATTATCGATCCATT CTCCTCAGCCTATTTGATTTGATCTTTAAATGCTCTTCAGATTTTTTCGC AAGTTTTCATCATCTATAAGTCCCCTTATAAGTAACTTTTTTATTATCTT TTTCTGGACCTTTTGCACTCCTTTGACTAGCAGCTGTGAGCATTCATAGA TCATGACCCTTCGTTATTTCTTTCCAGGTGATACTCTGGACAACAAAAGA TGTGTCTAAACAGAGTAGGCAGTGAAGATAAAGCACAACAAAACAAGGAA AATGACACCGCAACCAGACAAGAACAACAACAGGCGCAGGAGGCTCACAA TATGGATGATACAACATCAATAAAAGATGAAATTCAACAAGAGTGTGTCT GTTGTAGCGGTGGCATAAACTATAGTTTACTACCCTCCAAGCTCTTCTAC TTCTTCTTCTTCGCTGGGAACGGATCACTGATACCTTACCTTGTTTTATT TTTCAAACAATTGGGTTTGAATCCAAGTCAAGTTGGTATTGTCAGTGGAT TAAAACCCTTTATTTCATTCCTGTTTTCACCATTATGGGGCTACATCGCG GACAAATCAAGACGTACGAAATTCATCTTTGTCATCTCGCTATTAGCTTA TATAGGAGGCTATTTTGCATACTCGTTGGCACCAGTTAAGAATCTGTGTA AAGCAAGGAACAGCACAACACATGGCTCAACCCACCACCCGTTCATGTTT CACATGCATAAACGAAGTGTTTTATCTCAAAATTATAATCACTATAAACT TCATCTTGAGCAGAAATCTTCATCATCGAAATCCAATATCAACAGAAAGT CCTCCATCAAATATAATGCAACAACATTCCCCATAAAGTCTCAAATACCT TATTTATTCGCAGATATCACTCCAACACTAATGAGCGATCCGTTATTTCA TATGCCCTCAGGTGTTGCATTCTTTGGAACAAATGATGAGTTTCTACCAG AAGTCTCTTTCTCAGAGACAGGACAATCACGCGGTGATGACATGGAGGAT GATGATACCAAAGATATTTATTCAGAGAAAACATGGCATGGAACAGTACG ACACGCATTTGCACCATGGACAATCTGTGGTGCTGCCAAAGCTAACAGTA TTGATACTTTAAGTCTCGACCAATCAGGAAACAAAGAACGAAAATCAGAC AACTCAAAAATCTTCTTATATCTACTGACAGTAACCATCGTTGCCACTCT CTTCTCGTGCCCCCTTATCACTATCGTTGATACTGCTACCATCCGGAAGC TTAGGGAAACTGCTGAAACCCACAAATACGGGAACCAAAGAATGTGGGGT TCCTTCGGATGGGGTATTACAGCTTTTGCGGTCGGTGCCCTCATCAGTAC ACTTCCATTATGTCCAGGAATCAACAAAGAAGTCAACTACTACCCCTCAT TCTATATCTTCAGTGGCTTCTTAATCTTTTCTTTATTCTCTGGTTGGAAC TTACAGTTCGAAGAAAATAAGGAAGAGTCTGGTGAAGAGCAACAAACATC AAGAACACAACGAATCATTGACGGATTGAAACTAATGAAGGATCCAACAT ACTGTAGCTTCATTGCAACTTCCTTCTTCATTGGTATCACAATGTCAGTC ATTAAGACATTTTTGTTTTGGTATCTGAAAGACATTGGTGCACCTCAGAT CTTGTTCAGTATTATTGCAGCTGTCAATTGTATCTCTGAAGTCACCGTCT ATTTCTTTTCGTCCGAGCTTATTAAAAGATTGACTCATTTCGGCGTCCTT TATGTTGCTTTGATTTGCTATTCACTGAGACTCTTTTACTATGGATTGTT AACGAGCCCCTGGTATGTGTTGGCTGCGGAGCCCCTCTCTGGGGTAACCA CTGCTGCGGCTTGGGCTGCAATGACGTCATACGTTGGCATCAATGCAGCA CCAGAAAGCGTAACCACCATGCAAGGTTTGAATTTTAATTCTCATTCTGA TATGTATAAAAGGGTGAACATTTTGAGAAAGGGGGGTTCAATCAACACCT GTCTGACTCTGACAAATAACGCTGTTTCGCCATATATCTGACGTTATTTA GGCGTTGTAAATAAACACTATATAAACGTTGAAACAACGTTGCATGTCAT CAAGAAGTGGATAGTAGCTAAAAATTAACTAAATGTAAATGGGTATAGCA TGTAGNGTGGATAGTAGCTAAAAATTAACTAAATGTAAATGAGTATAGAA ATTAGCATGTAACGTATACAAGAATTCTATGTAATAGGATAATACTATCT CATCATCAACGATGCTGCGTATCGAAGCACTTGAGTACAGACGACGTTTC TACAGGACATTCACAGGGAGCCAGCTTTTGCTCACCTCGCGGGACTTCTT TACGTTAACTTGAATTAAACAAGGCATGAAAATACCATGAAAGGCACACA AACCTTTTTTCCAACATCGCCAGTTATCTACTCCTACTTTTGTTGTCTAA ACTAGAGAGAATTAACAGTGATAATGCAATGGTTTCTAATTGGCGTTTCT AATAAACTCGAATTCGAAAATTTTAGTGGACTGATTCAGGCACAGGAATA TCTTTGTCATCACACTAAATTTTATATAAGTGTTAAATACTAAAATGTAT ATTACAATTTTTCCCATAGGAATTCTTCACGGTATTCATTGGGGACTTGG TCACGGAATCGGTGAACTGATTGGAGGTTTTATGGTATCCAGTCTCGGAG CAGCTGCAACTTTCAACATTTTTGGCGTGCTGACACTACTTCATTTATTA ATCTTTTGGCTCATCAATAATTATGCATCACGAAAGAAGCGTCTTGCCGA GGATGAAGTAGAGGATGTTGCAAACAAGACGAACATTGTCGAATAGATTG ATGTTTAGGAACAATAAAGTTTACAATGATATTTTGGGGTTTTTAATGTT TTCTAGAATTTAAAGTCTGAACAAGTACAAAAAATCTAGTAGCATTTTTA CTTTTCCTCTGAATGTATTGAATGTCACATTTTCAAGGAAATAATCCCAG AGAACCGACAAATCTTAGGGATTGCAACCAAACTCAACATGTATCAGAAT CAGTCTAACATAAGTTACTCTACTATCCGCCTCTAAGTTTATAGTCCGAA TATTTTATAGTAAAAAAAGCTCAGCTAAACAGACCAGTAAACCTTATTTC TCAAGAATTTCATAAATTATCTCAATGAGCCATCACGAAGATTTTACATG AGAATTCTATCTGAATAGATAATGCAGAATTAGATGGAGC
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_005666XLOC_005666Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00010110-exon-sc0000102-1575043694:279154..279437TCONS_00010110-exon-sc0000102-1575043694:279154..279437Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:278150..278323TCONS_00010110-exon-sc0000102-1575043694:278150..278323Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:277098..277304TCONS_00010110-exon-sc0000102-1575043694:277098..277304Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:275809..275871TCONS_00010110-exon-sc0000102-1575043694:275809..275871Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:274431..274681TCONS_00010110-exon-sc0000102-1575043694:274431..274681Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:273905..274000TCONS_00010110-exon-sc0000102-1575043694:273905..274000Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:272493..272668TCONS_00010110-exon-sc0000102-1575043694:272493..272668Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:271314..271461TCONS_00010110-exon-sc0000102-1575043694:271314..271461Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:270884..271021TCONS_00010110-exon-sc0000102-1575043694:270884..271021Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:270174..270365TCONS_00010110-exon-sc0000102-1575043694:270174..270365Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:267120..267355TCONS_00010110-exon-sc0000102-1575043694:267120..267355Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:265634..265800TCONS_00010110-exon-sc0000102-1575043694:265634..265800Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:264169..264470TCONS_00010110-exon-sc0000102-1575043694:264169..264470Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:263116..263413TCONS_00010110-exon-sc0000102-1575043694:263116..263413Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:261952..262088TCONS_00010110-exon-sc0000102-1575043694:261952..262088Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:260592..260861TCONS_00010110-exon-sc0000102-1575043694:260592..260861Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:260115..260229TCONS_00010110-exon-sc0000102-1575043694:260115..260229Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:259137..259503TCONS_00010110-exon-sc0000102-1575043694:259137..259503Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:258824..258885TCONS_00010110-exon-sc0000102-1575043694:258824..258885Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:256662..258513TCONS_00010110-exon-sc0000102-1575043694:256662..258513Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:254563..256310TCONS_00010110-exon-sc0000102-1575043694:254563..256310Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1575043694:253248..253868TCONS_00010110-exon-sc0000102-1575043694:253248..253868Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:279154..279437TCONS_00010110-exon-sc0000102-1510915933:279154..279437Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:278150..278323TCONS_00010110-exon-sc0000102-1510915933:278150..278323Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:277098..277304TCONS_00010110-exon-sc0000102-1510915933:277098..277304Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:275809..275871TCONS_00010110-exon-sc0000102-1510915933:275809..275871Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:274431..274681TCONS_00010110-exon-sc0000102-1510915933:274431..274681Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:273905..274000TCONS_00010110-exon-sc0000102-1510915933:273905..274000Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:272493..272668TCONS_00010110-exon-sc0000102-1510915933:272493..272668Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:271314..271461TCONS_00010110-exon-sc0000102-1510915933:271314..271461Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:270884..271021TCONS_00010110-exon-sc0000102-1510915933:270884..271021Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:270174..270365TCONS_00010110-exon-sc0000102-1510915933:270174..270365Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:267120..267355TCONS_00010110-exon-sc0000102-1510915933:267120..267355Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:265634..265800TCONS_00010110-exon-sc0000102-1510915933:265634..265800Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:264169..264470TCONS_00010110-exon-sc0000102-1510915933:264169..264470Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:263116..263413TCONS_00010110-exon-sc0000102-1510915933:263116..263413Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:261952..262088TCONS_00010110-exon-sc0000102-1510915933:261952..262088Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:260592..260861TCONS_00010110-exon-sc0000102-1510915933:260592..260861Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:260115..260229TCONS_00010110-exon-sc0000102-1510915933:260115..260229Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:259137..259503TCONS_00010110-exon-sc0000102-1510915933:259137..259503Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:258824..258885TCONS_00010110-exon-sc0000102-1510915933:258824..258885Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:256662..258513TCONS_00010110-exon-sc0000102-1510915933:256662..258513Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:254563..256310TCONS_00010110-exon-sc0000102-1510915933:254563..256310Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1510915933:253248..253868TCONS_00010110-exon-sc0000102-1510915933:253248..253868Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:279154..279437TCONS_00010110-exon-sc0000102-1491911889:279154..279437Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:278150..278323TCONS_00010110-exon-sc0000102-1491911889:278150..278323Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:277098..277304TCONS_00010110-exon-sc0000102-1491911889:277098..277304Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:275809..275871TCONS_00010110-exon-sc0000102-1491911889:275809..275871Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:274431..274681TCONS_00010110-exon-sc0000102-1491911889:274431..274681Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:273905..274000TCONS_00010110-exon-sc0000102-1491911889:273905..274000Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:272493..272668TCONS_00010110-exon-sc0000102-1491911889:272493..272668Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:271314..271461TCONS_00010110-exon-sc0000102-1491911889:271314..271461Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:270884..271021TCONS_00010110-exon-sc0000102-1491911889:270884..271021Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:270174..270365TCONS_00010110-exon-sc0000102-1491911889:270174..270365Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:267120..267355TCONS_00010110-exon-sc0000102-1491911889:267120..267355Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:265634..265800TCONS_00010110-exon-sc0000102-1491911889:265634..265800Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:264169..264470TCONS_00010110-exon-sc0000102-1491911889:264169..264470Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:263116..263413TCONS_00010110-exon-sc0000102-1491911889:263116..263413Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:261952..262088TCONS_00010110-exon-sc0000102-1491911889:261952..262088Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:260592..260861TCONS_00010110-exon-sc0000102-1491911889:260592..260861Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:260115..260229TCONS_00010110-exon-sc0000102-1491911889:260115..260229Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:259137..259503TCONS_00010110-exon-sc0000102-1491911889:259137..259503Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:258824..258885TCONS_00010110-exon-sc0000102-1491911889:258824..258885Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:256662..258513TCONS_00010110-exon-sc0000102-1491911889:256662..258513Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:254563..256310TCONS_00010110-exon-sc0000102-1491911889:254563..256310Clytia hemisphaericaexon
TCONS_00010110-exon-sc0000102-1491911889:253248..253868TCONS_00010110-exon-sc0000102-1491911889:253248..253868Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000102supercontigsc0000102:253248..279437 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values :
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
0 0 0 0 0 0 0.0863214 0.0646505 0.405825 0.52708 0.92861 0.304069 1.64098 1.8856 3.18731 4.48555 3.30333 3.25245 2.75662 3.02585 1.01253 1.11774 1.00681 1.46824 1.43666 1.21419 0.262067 0.265286 3.8733 3.13472
Blast
BLAST of TCONS_00010110 vs. Swiss-Prot (Human)
Match: VWDE (von Willebrand factor D and EGF domain-containing protein OS=Homo sapiens GN=VWDE PE=2 SV=4)

HSP 1 Score: 166.007 bits (419), Expect = 1.326e-40
Identity = 143/511 (27.98%), Postives = 225/511 (44.03%), Query Frame = 2
Query: 2171 NNQKRKRRSN----PNILIVPS---DDEEPYTYKPPQ-----VNITSDPKFPTKSGTTEQVAYNECNIAITQSTFGKACLRMYPDMDFTTLVDECVLDIKITDDI---KASTSSAQNSFTALCKFVVIEEFTKNSTSTPQNNNGTKANSTTDKDETGPPVFIPPPILVENLCPNDCSGQGACVNSTCICNANFTSTDCSMEKGLPPTVRGISNGGLCDIRKRDCLRARII*FNFLDTDNLKSRSTKIDLTDTGYIKTNDIDYHDAYLLSISELVVEIPENDLKISGDIDGSPGKPMGGFSIAMSNDGVKYSTNESIFIVYDSKCLQCNANNIPICVRKNDSCNINGYCFNAGQDYPNNWCKMCDPSTNSFVNKTLKENSPPTFKNKTNHIAITNQVN-HYVILAEDPERKNQITYSTVGESNGFAISSTSGLLSYKPTKIGETRVTIRATDICGAFTDKEFTFEALKCPCEGLNGGSC----RFNETDRMQLECVCPQGCTGEKCDQPLPG 3643
            N Q R +R N    P +   PS    D E  TY  P+     V     P +PT SG TE      C   +  S+ G+ CL  +      ++++ CV D+ + DD+   +A  +  +N     C+  ++EE   N          T+   T+ +D           IL    CPN CSG G C+   C C+ +F+S DCS      P +  + N G CD++K +C+  R+    F +  ++K   TK+    + ++    I Y      +   +  ++P  D++    +D   GKP G + + +SNDG K+S N  I ++YD  C  C       C  K + C I+G C+  G   P + C +C P  + F    L+ N PP  +   + +      N  Y  +A DPE  + I ++      G ++SS +GL  +K   +   ++T+R  D C A T    T E     C+ LNGGSC     F+    + L CVC  G  G  C+  + G
Sbjct:  745 NRQNRWKRQNFHEFPPLFAFPSLSQTDLEELTYFFPEDHAEDVQQEFFPSWPTPSGLTEYSTLTLCQETLANSSIGRLCL-AFLGKRLDSVIEMCVKDVLLKDDLSWAEAGVALLENE----CEKRIVEEGKYN----------TEEYGTSIED-----------ILSVLKCPNLCSGNGQCMEWGCACSPSFSSYDCSDSYDKAPEITELGNAGFCDVQKYNCMMVRVFGKGFKELPSIKCEVTKLQYNSSEWMPGEPI-YTQTVFHNSRAVDCQLP-TDVQQFDTMDLVGGKPTGKWQLKVSNDGYKFS-NPKITVIYDGACQVCGLYKNDSCTIKENVCIIDGLCYVEGDKNPTSPCLICRPKISRFTWSFLENNQPPVIQALQDKLQTFYGENFEYQFVAFDPEGSD-IHFTLDSGPEGASVSS-AGLFMWKTDLLTTQQITVRLNDDCDAET--RVTIEVTVKSCDCLNGGSCVSDRNFSPGSGVYL-CVCLPGFHGSLCEVDISG 1221          

HSP 2 Score: 90.1225 bits (222), Expect = 1.618e-17
Identity = 99/417 (23.74%), Postives = 171/417 (41.01%), Query Frame = 2
Query:  797 CKVDSTDTSASVRHQVEFYQGNELVEGLYGKLVATKILAGTENEAFAENSQTNPLFSLSNEFYCQVSSYYDNLLNITGKSNPQRTAFKFAGIKVEPASLTFKKMDEVHSIRIYSTIDI--GYIEDWPQGCPITVLF--------YESNDVAIPTDCQKCFNRTGEYVGK--ENAWELKVRRTDF--NNGKKETMFIRIDVSPDLMDWERSQHEVAIHIEKAPAKKCSATGDPHITTFDGLYYHVYHAGDYAMMGTEYGRVEVHMRTFQCGT---SVTCICGIAIRYGDDVIILDTCRGGLTPKFPSK--KKLNPAMKIIQLKGYNGLYYDIVTPDGVTIEFRGHLSGGWNPSYCNVYIKTPS-DYQNRTFGLCGNTNGKKDDELMSKDEETVFKSYENVIASLEYTNEWKLGPGDSL 1987
            C  D   T  SV   + + +       L  + V  ++   T  +AF+          L +  +C  S ++  L N   +S    +   FAG K++P   T  +  + + +RI ST+ I      +  Q C I++          +   ++A+ + C     +T         + +      TDF  +  +   + ++  V+ D +        + I ++  P   C    DPHI TFDG  Y  +  G + +  +     EVH+R + C +    V+C CG   + G D++  D C G L    P    K  +    I   + Y G    I    G  I  R  L G W  S   + I+ PS DY+N T GLCG  +   +++   K+   + +++ N +A   + NEW++ PG S+
Sbjct:  210 CSFDVPATKNSVGFHIAWSR-------LSSQEVKEELTQETTVQAFSLLELDGINLRLGDRIFCSASVFF--LENPHVQSVAIESQEFFAGFKLQPELSTISEDGKEYYLRIESTVPIICSEFSELDQECKISLKLKTIGQGREHLGLNLAL-SSCHVDLLQTSSCANGTCSHTFVYYTAVTDFSRDGDRVSNIVVQPIVNEDFLWNNYIPDSIQIKVKDVPTAYCYTFTDPHIITFDGRVYDNFKTGTFVLYKSMSRDFEVHVRQWDCRSLHYPVSCNCGFVAQEGGDIVTFDMCNGQLRESQPYLFIKSQDVTRNIKISESYLGRKVTIWFSSGAFI--RADL-GEWGMS---LTIRAPSVDYRN-TLGLCGTFDENPENDFHDKNGMQIDQNFNNYVA---FINEWRILPGKSM 606          
The following BLAST results are available for this feature:
BLAST of TCONS_00010110 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
VWDE1.326e-4027.98von Willebrand factor D and EGF domain-containing ... [more]
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