TCONS_00021510 (transcript) - C. hemisphaerica

Overview
NameTCONS_00021510
Unique NameTCONS_00021510
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1322

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00021510 ID=TCONS_00021510|Name=TCONS_00021510|organism=Clytia hemisphaerica|type=transcript|length=1322bp
TTAAAGTGATACAAATTAATAGAATACAGAATCAGCCATCATGGATTAAT
GGTTCAAAATAATTGGAATAAAGTTTATTGTAACATAACCCACACCATCC
CACCATCATGTCAACGTTCCCATCAACAACTTATCAACCGCTTCTCTCTC
ACactgaagatgaagaagaagaagaactctCTGAATTACCACCAACATAT
GTCACAACACGTGGACCTGAGAAGAACGGTCGATGGAATCATATAGAAAA
TTTGGATGACTTTTTCACAAGGATATACAAGTATCACAGGGCACAAGGAT
TTTTATGCCTTTTGCTGACCAATATTTCAGTTTTACTGcaatatattttc
attgttaTCTTTGCAATATTTTTGGCAATTTGCATTGATTATGAAATCCT
CTTCAATGATCCTCATCCAACATACACCAAAGTTGTTCAATGGGCAAGGT
TCCAACATATTCCAAGTGGCTTTGTCCTATGCATGGTtgttgctttttta
ttttggattATCCGATTGGTTCAGGTTATTTATGATATTTGGAAAGCATG
GGAACTTCATCAGTTCTTCAAACAAGTTTTATGTATTGGTGATAATGAGC
TACAAAATATGACGTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAA
GCTTCACATCAAATGTGTATTCATAAAAAGGAATTGACTGAACTAGATAT
CCATCATAGAATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACA
AAGGAGTCATTGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGGACG
TTCTTGACAGAGGGAATGAAATTCAATTTATATTTAATCTTATTCAATGG
ACCTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAAACTCAATATAAAG
ATATCAGTAACAGgtCTCTATTAGCTGCACAACTATCGAGGCGTATCTTC
ATGCTTGGTGTAATGAATTTCGTTTTTTGTCCATTCATTTTGCTGTACCA
ATTCCTCTATTCATTCTTCATGTATGCTGAGTTGGTGAAAAGATCTCCAG
ATCTCTTTGGTGCAAGGAAATGGTCACTATATGGTCGTGTATATCTTCGC
CATTTCAACGAGCTCGATCATGAATTTCAACAACGATTAAGTCGAGCATA
CGATCCATCTAAGAAATACATCAATTCGTTTATGTCACCTGTTCTTACAA
TCATTGCTAAaaACATTGCTTTTTTTGCTGGCTCAATTTTGGCAGTTATG
TTAGTATTGTCATTTTATGATCAAGACGTTTTAACAGCCGAACATGTTAT
TTCATTCATGGCTATACTAGGT
Run BLAST on NCBI

protein sequence of TCONS_00021510-protein

>TCONS_00021510-protein ID=TCONS_00021510-protein|Name=TCONS_00021510-protein|organism=Clytia hemisphaerica|type=polypeptide|length=405bp
MSTFPSTTYQPLLSHTEDEEEEELSELPPTYVTTRGPEKNGRWNHIENLD
DFFTRIYKYHRAQGFLCLLLTNISVLLQYIFIVIFAIFLAICIDYEILFN
DPHPTYTKVVQWARFQHIPSGFVLCMVVAFLFWIIRLVQVIYDIWKAWEL
HQFFKQVLCIGDNELQNMTWQDVQHKLVEVQASHQMCIHKKELTELDIHH
RILRQKNYLIALQNKGVIDYLFHFPFLGERTFLTEGMKFNLYLILFNGPG
APFEKSWKLKTQYKDISNRSLLAAQLSRRIFMLGVMNFVFCPFILLYQFL
YSFFMYAELVKRSPDLFGARKWSLYGRVYLRHFNELDHEFQQRLSRAYDP
SKKYINSFMSPVLTIIAKNIAFFAGSILAVMLVLSFYDQDVLTAEHVISF
MAILG
Run BLAST on NCBI

transcript from alignment at sc0000388:104079..111056-

Legend: exonfive_prime_UTRCDS
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00021510 ID=TCONS_00021510|Name=TCONS_00021510|organism=Clytia hemisphaerica|type=transcript|length=6978bp|location=Sequence derived from alignment at sc0000388:104079..111056- (Clytia hemisphaerica)
TTAAAGTGATACAAATTAATAGAATACAGAATCAGCCATCATGGATTAAT GGTTCAAAATAATTGGAATAAAGTTTATTGTAACATAACCCACACCATCC CACCATCATGTCAACGTTCCCATCAACAACTTATCAACCGCTTCTCTCTC ACACTGAAGATGAAGAAGAAGAAGAACTCTCTGAATTACCACCAACATAT GTCACAACACGTGGACCTGAGAAGAACGGTATAAATAATATTATTAATAA CAACAGATATAGAAATTCTTTAGATTACTTTATTGGAACTTATTTTTGCG GGAACTAATTTTCGCGGTCGTAAAAAAATATCCAAAAAATTGCATTTGGT AGCTTTTAATTTTCGCGTTTTTTTTTTCATTCTGGAATTTTCGTGGGTTT TAATTTTCAGTTTTGCCCTTTTTTGGACAAATTTCTTTCATTTTCGTATG AATTTTTTTAAATTTTTTGATAAAATATTTGGAAAAAATTGTATTTTGCG GGAATTAATTTTTCCCGGTTTTACTTCTCTAAATTTTTCACTGGCTCAAA TTTTTGCGATTTTGACAAAAAAACACAAAAAACGCTAAAATTAATTCCTG CAAAAATTAGTTCCAATAAGGTATACATATTTCTACCAATTTATTTTATA ACATAGTGCAGTCTAAATTTGAAAAAAAATTTCATCGTATTCTGGATTGA ACATTTATAATTCATTTTGCTTTTTCTTATATTCTAGGTCGATGGAATCA TATAGAAAATTTGGATGACTTTTTCACAAGGATATACAAGTATCACAGGG CACAAGGATTTTTATGCCTTTTGCTGACCAATATTTCAGTTTTACTGTAA GTTGAAAAAAATTAAATTACATATATTCTTGTTAAATATAGGATACATTA TGTCAATTTTTTCAACTATTTGTTTTGTTTAAAGAAGAAATATACACATT GTAAAGTTTAAAAGATATCACCAAAATCAAGGTTTTCATGCTTACTTTTT AGGCAATATATTTTCATTGTTATCTTTGCAATATTTTTGGCAATTTGCAT TGATTATGAAATCCTCTTCAATGATCCTCATCCAACATACACCAAAGTTG TTCAATGGGCAAGGTTCCAACAGTAAGTGTCTTGATAGAATAATTTTTAG ATAATGAGGTTGATTTTAAGTTTAGTTTGTTTTTTAAAGCAAAAAATTTA GAAAAAAAATAAATTTTCAAAGGCAGTTGTTATGTCCCCCTTGTATGGTA TTATTTCTTTATTTACTAACTGAAGGGAAACAATCTTTAAATCATTGTTT TTATCTATAAAAAATGTTTCTTGATTTTGTAAAATATTCTTAGGAAAACA ATAGTGTGAAAAGTAAACTTACATAATAATGTTTTTTTTCTATCTCAGTA TTCCAAGTGGCTTTGTCCTATGCATGGTTGTTGCTTTTTTATTTTGGATT ATCCGATTGGTTCAGGTTATTTATGATATTTGGAAAGCATGGGAACTTCA TCAGTTCTTCAAACAAGTTTTATGTATTGGTGATGTGAGTTTCTTTTTTA CATATTTTTTATTTTTATTAGAATATTATTATTAGAAGGTTGTGATAAAA AAACTTTATATTCGACCCATTTTATCTGGGTCAGCATAGTCATAGCGAGA TACCCTGCAAAATTTATGGATGAGAGCGGTTTTTAAGACACTGTAATTAT TGTCTTTGTTATATCAAAAGATAATGAATATATCTTAAACGTCTGCACTC CCTCATAAATTTTGCAGGGTATCTCGCTTCGCCTATGGTCAGCCTGTCTA ACAAAGCTAGGTCAACTTTATACCTTTTTCATATTAATCAGAGTAGACAA AAATTCAGACATGAATATAATATCCAACCTTAATACCCATTTTTAAGATC TTATAAATTGAATTTGCGATCTCTTTTTAGAATGAGCTACAAAATATGAC GTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAAGCTTCACATCAAA TGTGTATTCATAAAAAGGAATTGACTGAACTAGGTATTATAAGCTTTCTA TAAAAGATTTTGATTTTTTGATGGATTCACTTTTTTTATATAAGAATTGT GTTTTTCGTTTCATATTTATCATGGACATTCTTAACTACTTGGGGCTAAT CATCCTTAAAAAAAAATCGTAGGCTAGGATCCAAATTCAACTTTATATTC AGTTATTTAGCAAGAAACAGCATCTGGGGAAGGGGTATTTAAAGATAAAA AATGTTTAAGAATATCTTTTCTCGGGTTGAGTCGTCAAATTGACGGTGAT ATTCTTAGCATGTTCATATTTTTTTGACCAATTTCATCATGAATAGTGTT AAATTATTCTTCAATGATGAATTATTTTACAACTAATATTCAAGACCAAA TTTTCAGATTTTTGTCCTCGTGGTTATAGCTTTTGTAATGAGAAGTTGAA CCTATTAGTTTAAAAAATAACAAGTCTGTTACTTTCCTGTGATGGTTGAC CCTGTTGAGTGGTTTATCTTTATCCTTCCTTTTTAGATATCCATCATAGA ATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACAAAGGAGTCAT TGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGGTAAACAGAATTTT GGTGCCACAAATAGAAATTACTGAAAAATGGGTTCTTACACGGTCCTTTC TCTTGTGCTGAAATAAAGAAAACTTGTAACTTGAAGAAACACTTTTATTT ATTTTCAATTTTAATTTTAAACTATTTAGTAATAGCAATGAGGCTCAAAA TGCTGAAAAAAGAACAATTTGAAGCTCAAAGTACCAAATGATAAGAAAAA CTGAGCCCTCGAATATTTACTGGCTGTTTATGAAAAGAGTTTTTAGATTA GAGGACTTAAATAAACTGTTTCCTTTTGTTTGTAGGACGTTCTTGACAGA GGGAATGAAATTCAATTTATATTTAATCTTATTCAATGGACCTGGTGCAC CTTTCGAAAAAAGTTGGAAACTCAAAACTCAATATAAAGATATCAGTAAC AGGTAATTCTGTTTTAACTACTTTTCTATACCACTGTAGTTAAAAGGTGT TTTATGATATGAATTTTCTTTATTCTTCTGATTACTGATCTTCAAATTTA TGATGACTATGGCCTTNTTCAAACAAGTTTTATGTATTGGTGATGTGAGT TTCTTTTTTACATATTTTTTATTTTTATTAGAATATTATTATTAGAAGGT TGTGATAAAAAAACTTTATATTCGACCCATTTTATCTGGGTCAGCATAGT CATAGCGAGATACCCTGCAAAATTTATGGATGAGAGCGGTTTTTAAGACA CTGTAATTATTGTCTTTGTTATATCAAAAGATAATGAATATATCTTAAAC GTCTGCACTCCCTCATAAATTTTGCAGGGTATCTCGCTTCGCCTATGGTC AGCCTGTCTAACAAAGCTAGGTCAACTTTATACCTTTTTCATATTAATCA GAGTAGACAAAAATTCAGACATGAATATAATATCCAACCTTAATACCCAT TTTTAAGATCTTATAAATTGAATTTGCGATCTCTTTTTAGAATGAGCTAC AAAATATGACGTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAAGCT TCACATCAAATGTGTATTCATAAAAAGGAATTGACTGAACTAGGTATTAT AAGCTTTCTATAAAAGATTTTGATTTTTTGATGGATTCACTTTTTTTATA TAAGAATTGTGTTTTTCGTTTCATATTTATCATGGACATTCTTAACTACT TGGGGCTAATCATCCTTAAAAAAAAATCGTAGGCTAGGATCCAAATTCAA CTTTATATTCAGTTATTTAGCAAGAAACAGCATCTGGGGAAGGGGTATTT AAAGATAAAAAATGTTTAAGAATATCTTTTCTCGGGTTGAGTCGTCAAAT TGACGGTGATATTCTTAGCATGTTCATATTTTTTTGACCAATTTCATCAT GAATAGTGTTAAATTATTCTTCAATGATGAATTATTTTACAACTAATATT CAAGACCAAATTTTCAGATTTTTGTCCTCGTGGTTATAGCTTTTGTAATG AGAAGTTGAACCTATTAGTTTAAAAAATAACAAGTCTGTTACTTTCCTGT GATGGTTGACCCTGTTGAGTGGTTTATCTTTATCCTTCCTTTTTAGATAT CCATCATAGAATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACA AAGGAGTCATTGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGGTAA ACAGAATTTTGGTGCCACAAATAGAAATTACTGAAAAATGGGTTCTTACA CGGTCCTTTCTCTTGTGCTGAAATAAAGAAAACTTGTAACTTGAAGAAAC ACTTTTATTTATTTTCAATTTTAATTTTAAACTATTTAGTAATAGCAATG AGGCTCAAAATGCTGAAAAAAGAACAATTTGAAGCTCAAAGTACCAAATG ATAAGAAAAACTGAGCCCTCGAATATTTACTGGCTGTTTATGAAAAGAGT TTTTAGATTAGAGGACTTAAATAAACTGTTTCCTTTTGTTTGTAGGACGT TCTTGACAGAGGGAATGAAATTCAATTTATATTTAATCTTATTCAATGGA CCTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAAACTCAATATAAAGA TATCAGTAACAGGTAATTTTGTTTTAACTAGTTTTTTTATACCACTGTAG TTAAGAGGTGTTGTACATGATATGAATTTTCTTTATTCTTCTGATTACTG ATCTTCAAATTTATGATGACTATGGCCTCCTACTAAGAATCTTTGAAATG AGAAGTTTTTTTGTGAAATTATAGATCCCTAATTCACAAATTATTATTAT TATTTTTTTTTAGGTCTCTATTAGCTGCACAGTAAGTTTAGCTTTAATTG ACTCTCTTGAAAAAGAAAAAATTACTCCCACTCTACACAACCTATGTCTG TTAAGTCTGGTTGTACACAACCTATGTCTGTTAAGTCTGGTTGATACAGT TGTGGATTTCAGAATAAATATGAATGAGAGTTCATTTCCTTACATACAGT ATATGGATTATGAAACACTCTTTATCATAAATTTTGAACCCCTCCTTATC CCTTAATAAGCTATCTTTGTCAATTTGCATTATATTATTATACGTCAGAA TTTTATAAGGACTAAATAAAGTAAGCAGCATTTGTATTAAAATTATTTGA TTATTTTTCTGTTTAGACTATCGAGGCGTATCTTCATGCTTGGTGTAATG AATTTCGTTTTTTGTCCATTCATTTTGCTGTACCAATTCCTCTATTCATT CTTCATGTATGCTGAGGTAAATGATATACCATAATTTACGCCTTATCTTG TGAGCTGAATAAATTAAAAATATTCAGCCGGAAATACAAATGTAGGGATA TGAGAATTTGGGTTTTGTGGAACAAAACAAAAGGATACACTATTCTGGAT CCGCTTATTTCGTCGAATGACTTAGTGGGCTAAGAAGACAATTTTCTGAT TTTCTGACTCGAACCCTCGCTCCTTCTATGTTCAATTTAGTTCAATGGTT GGACTGGTTGGCCTAGAGGTTTCTCGCTAACTATGTTCAATAGATCTTGA CCCTATTTAGCCAATAGCTTCTCACAAAACCAGCGGGTTTTATGCGAATA AATGCAACGCAATGCAAGTGAAAGTGAGAATTTTGTGTGCGTTTAGGGTG CAGGATCTACTTTGATTACATTAGATTACCCGTATACTGAATATTGAATT TGACTACACGTGTGTCAGGTAGTTTGTGTGTTGATTAAAAAACCATACTG GAATTCCTGCACTTTTACACGGTGTGATAATGTATTTCTTTGCCTTTCAG TTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAGGAAATGGTATGTGCC AAAACAAACACAAGTTTTTAATGGTTACGACAAATGCATGTGTTAATCTT AAAACAATATATTGTTTTTAACTTTTTTACTTTGGAATAGATGGAATAGT ATCAGTATAATACAAGGTACGAGGGCTTTTTTAAACAGGTTTCCATTCAA CTTTGAACAATCAGCAGTACATTTTTTATTTATTTCACAGGTCACTATAT GGTCGTGTATATCTTCGCCATTTCAACGAGCTCGATCATGAATTTCAACA ACGATTAAGTCGAGCATACGATCCATCTAAGAAATACATCAATTCGTTTA TGTCACCTGTTCTTACAATCATTGCTAAGTATGTTCATTGAGGTTAAAGT TCAACATTCAAAAAAAAAGTTTTGAATTTATCATTTTATTGCTCCTTCAC GTAGAGCACAGTCTTTGGTGATACAAATCCCCTCCATCAATACTAATTGA GGTTATTACAATCTTTGAATTCACATGGTAGGACCTACGACTCCTACGGC TAAAATCGAATCTTCTATTGTAGGATTTGAAGCCACTTATTTCCTTTACA TAGTTGCACTACACAAGTGATTTTTATAGAAACGCTGGACTGGAAATAAC ATTTACCTCCATAAAACGAAAAAAAATGTGATTGCGCAGAAAGTTCAATT CGTCATCCGAAATGCGACGTAAAATTCTAAGACATAACTTTGACTTGTCT GGGAAGTTGAAACAATAGCTTTTAGCCTTAAAAAACAATTAATGAGATAC TTTATAATAGGTTTTTATGTGGGTTGCTCGTATGGAAAGAAATGTAGTCG GATTTTTTACCTCATAGAACTATCAAACTATAGGCTAAATACTCAGATTT GCCTACAACCCAAACAAAACAATATAATAAACAAAATAATTATAATGATA TTTTCTCTTTTTTTAGAAACATTGCTTTTTTTGCTGGCTCAATTTTGGCA GTTATGTTAGTATTGTCATTTTATGATCAAGACGTTTTAACAGCCGAACA TGTTATTTCATTCATGGCTATACTAGGT

Coding sequence (CDS) from alignment at sc0000388:104079..111056-

>TCONS_00021510 ID=TCONS_00021510|Name=TCONS_00021510|organism=Clytia hemisphaerica|type=CDS|length=14580bp|location=Sequence derived from alignment at sc0000388:104079..111056- (Clytia hemisphaerica)
AAACATTGCTTTTTTTGCTGGCTCAATTTTGGCAGTTATGTTAGTATTGT
CATTTTATGATCAAGACGTTTTAACAGCCGAACATGTTATTTCATTCATG
GCTATACTAGGTGTCACTATATGGTCGTGTATATCTTCGCCATTTCAACG
AGCTCGATCATGAATTTCAACAACGATTAAGTCGAGCATACGATCCATCT
AAGAAATACATCAATTCGTTTATGTCACCTGTTCTTACAATCATTGCTAA
TTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAGGAAATGACTATCGAG
GCGTATCTTCATGCTTGGTGTAATGAATTTCGTTTTTTGTCCATTCATTT
TGCTGTACCAATTCCTCTATTCATTCTTCATGTATGCTGAGGTCTCTATT
AGCTGCACAGACGTTCTTGACAGAGGGAATGAAATTCAATTTATATTTAA
TCTTATTCAATGGACCTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAA
ACTCAATATAAAGATATCAGTAACAGATATCCATCATAGAATCTTGCGAC
AAAAGAATTATTTGATTGCGCTTCAGAACAAAGGAGTCATTGATTATCTA
TTCCACTTCCCATTCCTTGGTGAAAGAATGAGCTACAAAATATGACGTGG
CAAGATGTTCAACATAAATTAGTTGAAGTTCAAGCTTCACATCAAATGTG
TATTCATAAAAAGGAATTGACTGAACTAGTATTCCAAGTGGCTTTGTCCT
ATGCATGGTTGTTGCTTTTTTATTTTGGATTATCCGATTGGTTCAGGTTA
TTTATGATATTTGGAAAGCATGGGAACTTCATCAGTTCTTCAAACAAGTT
TTATGTATTGGTGATGCAATATATTTTCATTGTTATCTTTGCAATATTTT
TGGCAATTTGCATTGATTATGAAATCCTCTTCAATGATCCTCATCCAACA
TACACCAAAGTTGTTCAATGGGCAAGGTTCCAACAGTCGATGGAATCATA
TAGAAAATTTGGATGACTTTTTCACAAGGATATACAAGTATCACAGGGCA
CAAGGATTTTTATGCCTTTTGCTGACCAATATTTCAGTTTTACTATGTCA
ACGTTCCCATCAACAACTTATCAACCGCTTCTCTCTCACACTGAAGATGA
AGAAGAAGAAGAACTCTCTGAATTACCACCAACATATGTCACAACACGTG
GACCTGAGAAGAACGAAACATTGCTTTTTTTGCTGGCTCAATTTTGGCAG
TTATGTTAGTATTGTCATTTTATGATCAAGACGTTTTAACAGCCGAACAT
GTTATTTCATTCATGGCTATACTAGGTGTCACTATATGGTCGTGTATATC
TTCGCCATTTCAACGAGCTCGATCATGAATTTCAACAACGATTAAGTCGA
GCATACGATCCATCTAAGAAATACATCAATTCGTTTATGTCACCTGTTCT
TACAATCATTGCTAATTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAG
GAAATGACTATCGAGGCGTATCTTCATGCTTGGTGTAATGAATTTCGTTT
TTTGTCCATTCATTTTGCTGTACCAATTCCTCTATTCATTCTTCATGTAT
GCTGAGGTCTCTATTAGCTGCACAGACGTTCTTGACAGAGGGAATGAAAT
TCAATTTATATTTAATCTTATTCAATGGACCTGGTGCACCTTTCGAAAAA
AGTTGGAAACTCAAAACTCAATATAAAGATATCAGTAACAGATATCCATC
ATAGAATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACAAAGGA
GTCATTGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGAATGAGCTA
CAAAATATGACGTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAAGC
TTCACATCAAATGTGTATTCATAAAAAGGAATTGACTGAACTAGTATTCC
AAGTGGCTTTGTCCTATGCATGGTTGTTGCTTTTTTATTTTGGATTATCC
GATTGGTTCAGGTTATTTATGATATTTGGAAAGCATGGGAACTTCATCAG
TTCTTCAAACAAGTTTTATGTATTGGTGATGCAATATATTTTCATTGTTA
TCTTTGCAATATTTTTGGCAATTTGCATTGATTATGAAATCCTCTTCAAT
GATCCTCATCCAACATACACCAAAGTTGTTCAATGGGCAAGGTTCCAACA
GTCGATGGAATCATATAGAAAATTTGGATGACTTTTTCACAAGGATATAC
AAGTATCACAGGGCACAAGGATTTTTATGCCTTTTGCTGACCAATATTTC
AGTTTTACTATGTCAACGTTCCCATCAACAACTTATCAACCGCTTCTCTC
TCACACTGAAGATGAAGAAGAAGAAGAACTCTCTGAATTACCACCAACAT
ATGTCACAACACGTGGACCTGAGAAGAACGAAACATTGCTTTTTTTGCTG
GCTCAATTTTGGCAGTTATGTTAGTATTGTCATTTTATGATCAAGACGTT
TTAACAGCCGAACATGTTATTTCATTCATGGCTATACTAGGTGTCACTAT
ATGGTCGTGTATATCTTCGCCATTTCAACGAGCTCGATCATGAATTTCAA
CAACGATTAAGTCGAGCATACGATCCATCTAAGAAATACATCAATTCGTT
TATGTCACCTGTTCTTACAATCATTGCTAATTGGTGAAAAGATCTCCAGA
TCTCTTTGGTGCAAGGAAATGACTATCGAGGCGTATCTTCATGCTTGGTG
TAATGAATTTCGTTTTTTGTCCATTCATTTTGCTGTACCAATTCCTCTAT
TCATTCTTCATGTATGCTGAGGTCTCTATTAGCTGCACAGACGTTCTTGA
CAGAGGGAATGAAATTCAATTTATATTTAATCTTATTCAATGGACCTGGT
GCACCTTTCGAAAAAAGTTGGAAACTCAAAACTCAATATAAAGATATCAG
TAACAGATATCCATCATAGAATCTTGCGACAAAAGAATTATTTGATTGCG
CTTCAGAACAAAGGAGTCATTGATTATCTATTCCACTTCCCATTCCTTGG
TGAAAGAATGAGCTACAAAATATGACGTGGCAAGATGTTCAACATAAATT
AGTTGAAGTTCAAGCTTCACATCAAATGTGTATTCATAAAAAGGAATTGA
CTGAACTAGTATTCCAAGTGGCTTTGTCCTATGCATGGTTGTTGCTTTTT
TATTTTGGATTATCCGATTGGTTCAGGTTATTTATGATATTTGGAAAGCA
TGGGAACTTCATCAGTTCTTCAAACAAGTTTTATGTATTGGTGATGCAAT
ATATTTTCATTGTTATCTTTGCAATATTTTTGGCAATTTGCATTGATTAT
GAAATCCTCTTCAATGATCCTCATCCAACATACACCAAAGTTGTTCAATG
GGCAAGGTTCCAACAGTCGATGGAATCATATAGAAAATTTGGATGACTTT
TTCACAAGGATATACAAGTATCACAGGGCACAAGGATTTTTATGCCTTTT
GCTGACCAATATTTCAGTTTTACTATGTCAACGTTCCCATCAACAACTTA
TCAACCGCTTCTCTCTCACACTGAAGATGAAGAAGAAGAAGAACTCTCTG
AATTACCACCAACATATGTCACAACACGTGGACCTGAGAAGAACGAAACA
TTGCTTTTTTTGCTGGCTCAATTTTGGCAGTTATGTTAGTATTGTCATTT
TATGATCAAGACGTTTTAACAGCCGAACATGTTATTTCATTCATGGCTAT
ACTAGGTGTCACTATATGGTCGTGTATATCTTCGCCATTTCAACGAGCTC
GATCATGAATTTCAACAACGATTAAGTCGAGCATACGATCCATCTAAGAA
ATACATCAATTCGTTTATGTCACCTGTTCTTACAATCATTGCTAATTGGT
GAAAAGATCTCCAGATCTCTTTGGTGCAAGGAAATGACTATCGAGGCGTA
TCTTCATGCTTGGTGTAATGAATTTCGTTTTTTGTCCATTCATTTTGCTG
TACCAATTCCTCTATTCATTCTTCATGTATGCTGAGGTCTCTATTAGCTG
CACAGACGTTCTTGACAGAGGGAATGAAATTCAATTTATATTTAATCTTA
TTCAATGGACCTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAAACTCA
ATATAAAGATATCAGTAACAGATATCCATCATAGAATCTTGCGACAAAAG
AATTATTTGATTGCGCTTCAGAACAAAGGAGTCATTGATTATCTATTCCA
CTTCCCATTCCTTGGTGAAAGAATGAGCTACAAAATATGACGTGGCAAGA
TGTTCAACATAAATTAGTTGAAGTTCAAGCTTCACATCAAATGTGTATTC
ATAAAAAGGAATTGACTGAACTAGTATTCCAAGTGGCTTTGTCCTATGCA
TGGTTGTTGCTTTTTTATTTTGGATTATCCGATTGGTTCAGGTTATTTAT
GATATTTGGAAAGCATGGGAACTTCATCAGTTCTTCAAACAAGTTTTATG
TATTGGTGATGCAATATATTTTCATTGTTATCTTTGCAATATTTTTGGCA
ATTTGCATTGATTATGAAATCCTCTTCAATGATCCTCATCCAACATACAC
CAAAGTTGTTCAATGGGCAAGGTTCCAACAGTCGATGGAATCATATAGAA
AATTTGGATGACTTTTTCACAAGGATATACAAGTATCACAGGGCACAAGG
ATTTTTATGCCTTTTGCTGACCAATATTTCAGTTTTACTATGTCAACGTT
CCCATCAACAACTTATCAACCGCTTCTCTCTCACACTGAAGATGAAGAAG
AAGAAGAACTCTCTGAATTACCACCAACATATGTCACAACACGTGGACCT
GAGAAGAACGAAACATTGCTTTTTTTGCTGGCTCAATTTTGGCAGTTATG
TTAGTATTGTCATTTTATGATCAAGACGTTTTAACAGCCGAACATGTTAT
TTCATTCATGGCTATACTAGGTGTCACTATATGGTCGTGTATATCTTCGC
CATTTCAACGAGCTCGATCATGAATTTCAACAACGATTAAGTCGAGCATA
CGATCCATCTAAGAAATACATCAATTCGTTTATGTCACCTGTTCTTACAA
TCATTGCTAATTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAGGAAAT
GACTATCGAGGCGTATCTTCATGCTTGGTGTAATGAATTTCGTTTTTTGT
CCATTCATTTTGCTGTACCAATTCCTCTATTCATTCTTCATGTATGCTGA
GGTCTCTATTAGCTGCACAGACGTTCTTGACAGAGGGAATGAAATTCAAT
TTATATTTAATCTTATTCAATGGACCTGGTGCACCTTTCGAAAAAAGTTG
GAAACTCAAAACTCAATATAAAGATATCAGTAACAGATATCCATCATAGA
ATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACAAAGGAGTCAT
TGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGAATGAGCTACAAAA
TATGACGTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAAGCTTCAC
ATCAAATGTGTATTCATAAAAAGGAATTGACTGAACTAGTATTCCAAGTG
GCTTTGTCCTATGCATGGTTGTTGCTTTTTTATTTTGGATTATCCGATTG
GTTCAGGTTATTTATGATATTTGGAAAGCATGGGAACTTCATCAGTTCTT
CAAACAAGTTTTATGTATTGGTGATGCAATATATTTTCATTGTTATCTTT
GCAATATTTTTGGCAATTTGCATTGATTATGAAATCCTCTTCAATGATCC
TCATCCAACATACACCAAAGTTGTTCAATGGGCAAGGTTCCAACAGTCGA
TGGAATCATATAGAAAATTTGGATGACTTTTTCACAAGGATATACAAGTA
TCACAGGGCACAAGGATTTTTATGCCTTTTGCTGACCAATATTTCAGTTT
TACTATGTCAACGTTCCCATCAACAACTTATCAACCGCTTCTCTCTCACA
CTGAAGATGAAGAAGAAGAAGAACTCTCTGAATTACCACCAACATATGTC
ACAACACGTGGACCTGAGAAGAACGAAACATTGCTTTTTTTGCTGGCTCA
ATTTTGGCAGTTATGTTAGTATTGTCATTTTATGATCAAGACGTTTTAAC
AGCCGAACATGTTATTTCATTCATGGCTATACTAGGTGTCACTATATGGT
CGTGTATATCTTCGCCATTTCAACGAGCTCGATCATGAATTTCAACAACG
ATTAAGTCGAGCATACGATCCATCTAAGAAATACATCAATTCGTTTATGT
CACCTGTTCTTACAATCATTGCTAATTGGTGAAAAGATCTCCAGATCTCT
TTGGTGCAAGGAAATGACTATCGAGGCGTATCTTCATGCTTGGTGTAATG
AATTTCGTTTTTTGTCCATTCATTTTGCTGTACCAATTCCTCTATTCATT
CTTCATGTATGCTGAGGTCTCTATTAGCTGCACAGACGTTCTTGACAGAG
GGAATGAAATTCAATTTATATTTAATCTTATTCAATGGACCTGGTGCACC
TTTCGAAAAAAGTTGGAAACTCAAAACTCAATATAAAGATATCAGTAACA
GATATCCATCATAGAATCTTGCGACAAAAGAATTATTTGATTGCGCTTCA
GAACAAAGGAGTCATTGATTATCTATTCCACTTCCCATTCCTTGGTGAAA
GAATGAGCTACAAAATATGACGTGGCAAGATGTTCAACATAAATTAGTTG
AAGTTCAAGCTTCACATCAAATGTGTATTCATAAAAAGGAATTGACTGAA
CTAGTATTCCAAGTGGCTTTGTCCTATGCATGGTTGTTGCTTTTTTATTT
TGGATTATCCGATTGGTTCAGGTTATTTATGATATTTGGAAAGCATGGGA
ACTTCATCAGTTCTTCAAACAAGTTTTATGTATTGGTGATGCAATATATT
TTCATTGTTATCTTTGCAATATTTTTGGCAATTTGCATTGATTATGAAAT
CCTCTTCAATGATCCTCATCCAACATACACCAAAGTTGTTCAATGGGCAA
GGTTCCAACAGTCGATGGAATCATATAGAAAATTTGGATGACTTTTTCAC
AAGGATATACAAGTATCACAGGGCACAAGGATTTTTATGCCTTTTGCTGA
CCAATATTTCAGTTTTACTATGTCAACGTTCCCATCAACAACTTATCAAC
CGCTTCTCTCTCACACTGAAGATGAAGAAGAAGAAGAACTCTCTGAATTA
CCACCAACATATGTCACAACACGTGGACCTGAGAAGAACGAAACATTGCT
TTTTTTGCTGGCTCAATTTTGGCAGTTATGTTAGTATTGTCATTTTATGA
TCAAGACGTTTTAACAGCCGAACATGTTATTTCATTCATGGCTATACTAG
GTGTCACTATATGGTCGTGTATATCTTCGCCATTTCAACGAGCTCGATCA
TGAATTTCAACAACGATTAAGTCGAGCATACGATCCATCTAAGAAATACA
TCAATTCGTTTATGTCACCTGTTCTTACAATCATTGCTAATTGGTGAAAA
GATCTCCAGATCTCTTTGGTGCAAGGAAATGACTATCGAGGCGTATCTTC
ATGCTTGGTGTAATGAATTTCGTTTTTTGTCCATTCATTTTGCTGTACCA
ATTCCTCTATTCATTCTTCATGTATGCTGAGGTCTCTATTAGCTGCACAG
ACGTTCTTGACAGAGGGAATGAAATTCAATTTATATTTAATCTTATTCAA
TGGACCTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAAACTCAATATA
AAGATATCAGTAACAGATATCCATCATAGAATCTTGCGACAAAAGAATTA
TTTGATTGCGCTTCAGAACAAAGGAGTCATTGATTATCTATTCCACTTCC
CATTCCTTGGTGAAAGAATGAGCTACAAAATATGACGTGGCAAGATGTTC
AACATAAATTAGTTGAAGTTCAAGCTTCACATCAAATGTGTATTCATAAA
AAGGAATTGACTGAACTAGTATTCCAAGTGGCTTTGTCCTATGCATGGTT
GTTGCTTTTTTATTTTGGATTATCCGATTGGTTCAGGTTATTTATGATAT
TTGGAAAGCATGGGAACTTCATCAGTTCTTCAAACAAGTTTTATGTATTG
GTGATGCAATATATTTTCATTGTTATCTTTGCAATATTTTTGGCAATTTG
CATTGATTATGAAATCCTCTTCAATGATCCTCATCCAACATACACCAAAG
TTGTTCAATGGGCAAGGTTCCAACAGTCGATGGAATCATATAGAAAATTT
GGATGACTTTTTCACAAGGATATACAAGTATCACAGGGCACAAGGATTTT
TATGCCTTTTGCTGACCAATATTTCAGTTTTACTATGTCAACGTTCCCAT
CAACAACTTATCAACCGCTTCTCTCTCACACTGAAGATGAAGAAGAAGAA
GAACTCTCTGAATTACCACCAACATATGTCACAACACGTGGACCTGAGAA
GAACGAAACATTGCTTTTTTTGCTGGCTCAATTTTGGCAGTTATGTTAGT
ATTGTCATTTTATGATCAAGACGTTTTAACAGCCGAACATGTTATTTCAT
TCATGGCTATACTAGGTGTCACTATATGGTCGTGTATATCTTCGCCATTT
CAACGAGCTCGATCATGAATTTCAACAACGATTAAGTCGAGCATACGATC
CATCTAAGAAATACATCAATTCGTTTATGTCACCTGTTCTTACAATCATT
GCTAATTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAGGAAATGACTA
TCGAGGCGTATCTTCATGCTTGGTGTAATGAATTTCGTTTTTTGTCCATT
CATTTTGCTGTACCAATTCCTCTATTCATTCTTCATGTATGCTGAGGTCT
CTATTAGCTGCACAGACGTTCTTGACAGAGGGAATGAAATTCAATTTATA
TTTAATCTTATTCAATGGACCTGGTGCACCTTTCGAAAAAAGTTGGAAAC
TCAAAACTCAATATAAAGATATCAGTAACAGATATCCATCATAGAATCTT
GCGACAAAAGAATTATTTGATTGCGCTTCAGAACAAAGGAGTCATTGATT
ATCTATTCCACTTCCCATTCCTTGGTGAAAGAATGAGCTACAAAATATGA
CGTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAAGCTTCACATCAA
ATGTGTATTCATAAAAAGGAATTGACTGAACTAGTATTCCAAGTGGCTTT
GTCCTATGCATGGTTGTTGCTTTTTTATTTTGGATTATCCGATTGGTTCA
GGTTATTTATGATATTTGGAAAGCATGGGAACTTCATCAGTTCTTCAAAC
AAGTTTTATGTATTGGTGATGCAATATATTTTCATTGTTATCTTTGCAAT
ATTTTTGGCAATTTGCATTGATTATGAAATCCTCTTCAATGATCCTCATC
CAACATACACCAAAGTTGTTCAATGGGCAAGGTTCCAACAGTCGATGGAA
TCATATAGAAAATTTGGATGACTTTTTCACAAGGATATACAAGTATCACA
GGGCACAAGGATTTTTATGCCTTTTGCTGACCAATATTTCAGTTTTACTA
TGTCAACGTTCCCATCAACAACTTATCAACCGCTTCTCTCTCACACTGAA
GATGAAGAAGAAGAAGAACTCTCTGAATTACCACCAACATATGTCACAAC
ACGTGGACCTGAGAAGAACGAAACATTGCTTTTTTTGCTGGCTCAATTTT
GGCAGTTATGTTAGTATTGTCATTTTATGATCAAGACGTTTTAACAGCCG
AACATGTTATTTCATTCATGGCTATACTAGGTGTCACTATATGGTCGTGT
ATATCTTCGCCATTTCAACGAGCTCGATCATGAATTTCAACAACGATTAA
GTCGAGCATACGATCCATCTAAGAAATACATCAATTCGTTTATGTCACCT
GTTCTTACAATCATTGCTAATTGGTGAAAAGATCTCCAGATCTCTTTGGT
GCAAGGAAATGACTATCGAGGCGTATCTTCATGCTTGGTGTAATGAATTT
CGTTTTTTGTCCATTCATTTTGCTGTACCAATTCCTCTATTCATTCTTCA
TGTATGCTGAGGTCTCTATTAGCTGCACAGACGTTCTTGACAGAGGGAAT
GAAATTCAATTTATATTTAATCTTATTCAATGGACCTGGTGCACCTTTCG
AAAAAAGTTGGAAACTCAAAACTCAATATAAAGATATCAGTAACAGATAT
CCATCATAGAATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACA
AAGGAGTCATTGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGAATG
AGCTACAAAATATGACGTGGCAAGATGTTCAACATAAATTAGTTGAAGTT
CAAGCTTCACATCAAATGTGTATTCATAAAAAGGAATTGACTGAACTAGT
ATTCCAAGTGGCTTTGTCCTATGCATGGTTGTTGCTTTTTTATTTTGGAT
TATCCGATTGGTTCAGGTTATTTATGATATTTGGAAAGCATGGGAACTTC
ATCAGTTCTTCAAACAAGTTTTATGTATTGGTGATGCAATATATTTTCAT
TGTTATCTTTGCAATATTTTTGGCAATTTGCATTGATTATGAAATCCTCT
TCAATGATCCTCATCCAACATACACCAAAGTTGTTCAATGGGCAAGGTTC
CAACAGTCGATGGAATCATATAGAAAATTTGGATGACTTTTTCACAAGGA
TATACAAGTATCACAGGGCACAAGGATTTTTATGCCTTTTGCTGACCAAT
ATTTCAGTTTTACTATGTCAACGTTCCCATCAACAACTTATCAACCGCTT
CTCTCTCACACTGAAGATGAAGAAGAAGAAGAACTCTCTGAATTACCACC
AACATATGTCACAACACGTGGACCTGAGAAGAACGAAACATTGCTTTTTT
TGCTGGCTCAATTTTGGCAGTTATGTTAGTATTGTCATTTTATGATCAAG
ACGTTTTAACAGCCGAACATGTTATTTCATTCATGGCTATACTAGGTGTC
ACTATATGGTCGTGTATATCTTCGCCATTTCAACGAGCTCGATCATGAAT
TTCAACAACGATTAAGTCGAGCATACGATCCATCTAAGAAATACATCAAT
TCGTTTATGTCACCTGTTCTTACAATCATTGCTAATTGGTGAAAAGATCT
CCAGATCTCTTTGGTGCAAGGAAATGACTATCGAGGCGTATCTTCATGCT
TGGTGTAATGAATTTCGTTTTTTGTCCATTCATTTTGCTGTACCAATTCC
TCTATTCATTCTTCATGTATGCTGAGGTCTCTATTAGCTGCACAGACGTT
CTTGACAGAGGGAATGAAATTCAATTTATATTTAATCTTATTCAATGGAC
CTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAAACTCAATATAAAGAT
ATCAGTAACAGATATCCATCATAGAATCTTGCGACAAAAGAATTATTTGA
TTGCGCTTCAGAACAAAGGAGTCATTGATTATCTATTCCACTTCCCATTC
CTTGGTGAAAGAATGAGCTACAAAATATGACGTGGCAAGATGTTCAACAT
AAATTAGTTGAAGTTCAAGCTTCACATCAAATGTGTATTCATAAAAAGGA
ATTGACTGAACTAGTATTCCAAGTGGCTTTGTCCTATGCATGGTTGTTGC
TTTTTTATTTTGGATTATCCGATTGGTTCAGGTTATTTATGATATTTGGA
AAGCATGGGAACTTCATCAGTTCTTCAAACAAGTTTTATGTATTGGTGAT
GCAATATATTTTCATTGTTATCTTTGCAATATTTTTGGCAATTTGCATTG
ATTATGAAATCCTCTTCAATGATCCTCATCCAACATACACCAAAGTTGTT
CAATGGGCAAGGTTCCAACAGTCGATGGAATCATATAGAAAATTTGGATG
ACTTTTTCACAAGGATATACAAGTATCACAGGGCACAAGGATTTTTATGC
CTTTTGCTGACCAATATTTCAGTTTTACTATGTCAACGTTCCCATCAACA
ACTTATCAACCGCTTCTCTCTCACACTGAAGATGAAGAAGAAGAAGAACT
CTCTGAATTACCACCAACATATGTCACAACACGTGGACCTGAGAAGAACG
AAACATTGCTTTTTTTGCTGGCTCAATTTTGGCAGTTATGTTAGTATTGT
CATTTTATGATCAAGACGTTTTAACAGCCGAACATGTTATTTCATTCATG
GCTATACTAGGTGTCACTATATGGTCGTGTATATCTTCGCCATTTCAACG
AGCTCGATCATGAATTTCAACAACGATTAAGTCGAGCATACGATCCATCT
AAGAAATACATCAATTCGTTTATGTCACCTGTTCTTACAATCATTGCTAA
TTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAGGAAATGACTATCGAG
GCGTATCTTCATGCTTGGTGTAATGAATTTCGTTTTTTGTCCATTCATTT
TGCTGTACCAATTCCTCTATTCATTCTTCATGTATGCTGAGGTCTCTATT
AGCTGCACAGACGTTCTTGACAGAGGGAATGAAATTCAATTTATATTTAA
TCTTATTCAATGGACCTGGTGCACCTTTCGAAAAAAGTTGGAAACTCAAA
ACTCAATATAAAGATATCAGTAACAGATATCCATCATAGAATCTTGCGAC
AAAAGAATTATTTGATTGCGCTTCAGAACAAAGGAGTCATTGATTATCTA
TTCCACTTCCCATTCCTTGGTGAAAGAATGAGCTACAAAATATGACGTGG
CAAGATGTTCAACATAAATTAGTTGAAGTTCAAGCTTCACATCAAATGTG
TATTCATAAAAAGGAATTGACTGAACTAGTATTCCAAGTGGCTTTGTCCT
ATGCATGGTTGTTGCTTTTTTATTTTGGATTATCCGATTGGTTCAGGTTA
TTTATGATATTTGGAAAGCATGGGAACTTCATCAGTTCTTCAAACAAGTT
TTATGTATTGGTGATGCAATATATTTTCATTGTTATCTTTGCAATATTTT
TGGCAATTTGCATTGATTATGAAATCCTCTTCAATGATCCTCATCCAACA
TACACCAAAGTTGTTCAATGGGCAAGGTTCCAACAGTCGATGGAATCATA
TAGAAAATTTGGATGACTTTTTCACAAGGATATACAAGTATCACAGGGCA
CAAGGATTTTTATGCCTTTTGCTGACCAATATTTCAGTTTTACTATGTCA
ACGTTCCCATCAACAACTTATCAACCGCTTCTCTCTCACACTGAAGATGA
AGAAGAAGAAGAACTCTCTGAATTACCACCAACATATGTCACAACACGTG
GACCTGAGAAGAACGAAACATTGCTTTTTTTGCTGGCTCAATTTTGGCAG
TTATGTTAGTATTGTCATTTTATGATCAAGACGTTTTAACAGCCGAACAT
GTTATTTCATTCATGGCTATACTAGGTGTCACTATATGGTCGTGTATATC
TTCGCCATTTCAACGAGCTCGATCATGAATTTCAACAACGATTAAGTCGA
GCATACGATCCATCTAAGAAATACATCAATTCGTTTATGTCACCTGTTCT
TACAATCATTGCTAATTGGTGAAAAGATCTCCAGATCTCTTTGGTGCAAG
GAAATGACTATCGAGGCGTATCTTCATGCTTGGTGTAATGAATTTCGTTT
TTTGTCCATTCATTTTGCTGTACCAATTCCTCTATTCATTCTTCATGTAT
GCTGAGGTCTCTATTAGCTGCACAGACGTTCTTGACAGAGGGAATGAAAT
TCAATTTATATTTAATCTTATTCAATGGACCTGGTGCACCTTTCGAAAAA
AGTTGGAAACTCAAAACTCAATATAAAGATATCAGTAACAGATATCCATC
ATAGAATCTTGCGACAAAAGAATTATTTGATTGCGCTTCAGAACAAAGGA
GTCATTGATTATCTATTCCACTTCCCATTCCTTGGTGAAAGAATGAGCTA
CAAAATATGACGTGGCAAGATGTTCAACATAAATTAGTTGAAGTTCAAGC
TTCACATCAAATGTGTATTCATAAAAAGGAATTGACTGAACTAGTATTCC
AAGTGGCTTTGTCCTATGCATGGTTGTTGCTTTTTTATTTTGGATTATCC
GATTGGTTCAGGTTATTTATGATATTTGGAAAGCATGGGAACTTCATCAG
TTCTTCAAACAAGTTTTATGTATTGGTGATGCAATATATTTTCATTGTTA
TCTTTGCAATATTTTTGGCAATTTGCATTGATTATGAAATCCTCTTCAAT
GATCCTCATCCAACATACACCAAAGTTGTTCAATGGGCAAGGTTCCAACA
GTCGATGGAATCATATAGAAAATTTGGATGACTTTTTCACAAGGATATAC
AAGTATCACAGGGCACAAGGATTTTTATGCCTTTTGCTGACCAATATTTC
AGTTTTACTATGTCAACGTTCCCATCAACAACTTATCAACCGCTTCTCTC
TCACACTGAAGATGAAGAAGAAGAAGAACTCTCTGAATTACCACCAACAT
ATGTCACAACACGTGGACCTGAGAAGAACG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_012060XLOC_012060Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00021510-exon-sc0000388-1575043694:110829..111056TCONS_00021510-exon-sc0000388-1575043694:110829..111056Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:110211..110319TCONS_00021510-exon-sc0000388-1575043694:110211..110319Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:109935..110054TCONS_00021510-exon-sc0000388-1575043694:109935..110054Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:109523..109658TCONS_00021510-exon-sc0000388-1575043694:109523..109658Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:107364..107466TCONS_00021510-exon-sc0000388-1575043694:107364..107466Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:106761..106860TCONS_00021510-exon-sc0000388-1575043694:106761..106860Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:106345..106461TCONS_00021510-exon-sc0000388-1575043694:106345..106461Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:106126..106143TCONS_00021510-exon-sc0000388-1575043694:106126..106143Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:105691..105790TCONS_00021510-exon-sc0000388-1575043694:105691..105790Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:105116..105156TCONS_00021510-exon-sc0000388-1575043694:105116..105156Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:104779..104916TCONS_00021510-exon-sc0000388-1575043694:104779..104916Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1575043694:104079..104190TCONS_00021510-exon-sc0000388-1575043694:104079..104190Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:110829..111056TCONS_00021510-exon-sc0000388-1510915933:110829..111056Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:110211..110319TCONS_00021510-exon-sc0000388-1510915933:110211..110319Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:109935..110054TCONS_00021510-exon-sc0000388-1510915933:109935..110054Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:109523..109658TCONS_00021510-exon-sc0000388-1510915933:109523..109658Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:107364..107466TCONS_00021510-exon-sc0000388-1510915933:107364..107466Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:106761..106860TCONS_00021510-exon-sc0000388-1510915933:106761..106860Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:106345..106461TCONS_00021510-exon-sc0000388-1510915933:106345..106461Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:106126..106143TCONS_00021510-exon-sc0000388-1510915933:106126..106143Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:105691..105790TCONS_00021510-exon-sc0000388-1510915933:105691..105790Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:105116..105156TCONS_00021510-exon-sc0000388-1510915933:105116..105156Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:104779..104916TCONS_00021510-exon-sc0000388-1510915933:104779..104916Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1510915933:104079..104190TCONS_00021510-exon-sc0000388-1510915933:104079..104190Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:110829..111056TCONS_00021510-exon-sc0000388-1491911889:110829..111056Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:110211..110319TCONS_00021510-exon-sc0000388-1491911889:110211..110319Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:109935..110054TCONS_00021510-exon-sc0000388-1491911889:109935..110054Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:109523..109658TCONS_00021510-exon-sc0000388-1491911889:109523..109658Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:107364..107466TCONS_00021510-exon-sc0000388-1491911889:107364..107466Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:106761..106860TCONS_00021510-exon-sc0000388-1491911889:106761..106860Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:106345..106461TCONS_00021510-exon-sc0000388-1491911889:106345..106461Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:106126..106143TCONS_00021510-exon-sc0000388-1491911889:106126..106143Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:105691..105790TCONS_00021510-exon-sc0000388-1491911889:105691..105790Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:105116..105156TCONS_00021510-exon-sc0000388-1491911889:105116..105156Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:104779..104916TCONS_00021510-exon-sc0000388-1491911889:104779..104916Clytia hemisphaericaexon
TCONS_00021510-exon-sc0000388-1491911889:104079..104190TCONS_00021510-exon-sc0000388-1491911889:104079..104190Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00021510-proteinTCONS_00021510-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000388supercontigsc0000388:104079..111056 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
Sort Descending | Sort Ascending | Only Non-Zero Values | Tile/Chart | Reset | Show/Hide Values

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
4.17573 3.70676 4.45729 4.14007 5.37328 3.67707 4.1801 4.30661 3.86128 3.90112 3.77845 3.63548 5.1674 5.32236 3.33042 3.91883 7.27442 9.8903 5.27754 5.27436 9.65415 10.1019 6.39592 7.28514 15.76 15.6537 3.55128 2.32066 5.28041 5.98368
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR007241Autophagy-rel_prot_9
Blast
BLAST of TCONS_00021510 vs. Swiss-Prot (Human)
Match: ATG9A (Autophagy-related protein 9A OS=Homo sapiens GN=ATG9A PE=1 SV=3)

HSP 1 Score: 367.851 bits (943), Expect = 5.219e-118
Identity = 193/380 (50.79%), Postives = 257/380 (67.63%), Query Frame = 3
Query:  234 WNHIENLDDFFTRIYKYHRAQGFLCLLLTNISVLLQYXXXXXXXXXXXXXXDYEILFNDP------HPTY-TKV----------VQWARFQHIPSGFVLCMVVAFLFWIIRLVQVIYDIWKAWELHQFFKQVLCIGDNELQNMTWQDVQHKLVEVQASHQMCIHKKELTELDIHHRILRQKNYLIALQNKGVIDYLFHFPFLGERTFLTEGMKFNLYLILFNGPGAPFEKSWKLKTQYKDISNRSLLAAQLSRRIFMLGVMNFVFCPFILLYQFLYSFFMYAELVKRSPDLFGARKWSLYGRVYLRHFNELDHEFQQRLSRAYDPSKKYINSFMSPVLTIIAKNIAFFAGSILAVMLVLSFYDQDVLTAEHVISFMAILG 1322
            W+HIENLD FF+R+Y  H+  GF C+L+  I  L+Q++F+V F  FL  C+DY+ILF +       HPT   KV          V  AR Q   S  +  +V+A +FWI RL++ IY+I   WE+H F+   L I  + L   TWQ+VQ ++V+ Q  HQ+CIHK+ELTELDI+HRILR +NY++AL NK ++   F  P LGE  F T G+K+N  LILF GPG+ F   W LK +YK    R  LA +LS RI  +G+ NF+ CP IL++Q LY+FF YAE++KR P   GAR WSLYGR YLRHFNEL+HE Q RL+R Y P+ KY+N F+SP+LT++AKN AFFAGSILAV++ L+ YD+DVL  EHV++ + +LG
Sbjct:   37 WHHIENLDLFFSRVYNLHQKNGFTCMLIGEIFELMQFLFVVAFTTFLVSCVDYDILFANKMVNHSLHPTEPVKVTLPDAFLPAQVCSARIQENGS-LITILVIAGVFWIHRLIKFIYNICCYWEIHSFYLHALRIPMSALPYCTWQEVQARIVQTQKEHQICIHKRELTELDIYHRILRFQNYMVALVNKSLLPLRFRLPGLGEAVFFTRGLKYNFELILFWGPGSLFLNEWSLKAEYKRGGQRLELAQRLSNRILWIGIANFLLCPLILIWQILYAFFSYAEVLKREPGALGARCWSLYGRCYLRHFNELEHELQSRLNRGYKPASKYMNCFLSPLLTLLAKNGAFFAGSILAVLIALTIYDEDVLAVEHVLTTVTLLG 415          
The following BLAST results are available for this feature:
BLAST of TCONS_00021510 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
ATG9A5.219e-11850.79Autophagy-related protein 9A OS=Homo sapiens GN=AT... [more]
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