TCONS_00049413 (transcript) - C. hemisphaerica

Overview
NameTCONS_00049413
Unique NameTCONS_00049413
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3325

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00049413 ID=TCONS_00049413|Name=TCONS_00049413|organism=Clytia hemisphaerica|type=transcript|length=3325bp
TCTCTGGAACTTGGCTCTGGCAGATTCAATGGAAGTTGTTGCTGGTTGTT
GGAATATGTTTACAagaaatatcGGAAGTAATATGGAGAAGATTTTAATT
GGTGTGCTTAGTTCTGAACAACCATTTCAACTAAAGAAAACATTAGCAAT
TCAAATAGCCAATGCTGGcaagaaaaatattgattatgctaattttgaaa
acttggtGAAAGGATGTTTGAAACAATTATTTGAAACCGATTTGAAGCAG
CTTTCAATGGACAAAAACTCGTCAGAATTAATCCTCTTAGTTTTGAAAAG
TTGgctaggaaattttgaattgaccAAAAGATATTTTGATGAAGAGTTTA
TGaacaaatctttcaaaactATTGATGCAACCCGTCAAATAACATTTTTG
AGGAAATTACTATTAGTCCTGGACTCTTTATTCAGCTCAAAACAGAAATT
TAATGCCAACAGTTTGGAACAAATGCAGTTTTACTTTTATGATACATTCA
CATTGGCTACAGGCATTGAAGAATTTTCATTGATTTGTAATGCCTACCTG
GAATACCCTCACTTACTACCCAAAGATTTATCACNACATTCACATTGGCT
ACAGGCATTGAAGAATTTTCATTGATTTGTAATGCCTACCTGGAATACCC
TCACTTACTACCCAAAGATTTATCACCGAGCTCTGTGCAAAACATTGTCT
CCATTTTTGTTAAAACCTTATCACTAACCCCAATTTCGCAATTCATTGCA
TTGGAAAATAATGATGGCAATAATGTCCAAAGTGtatttaaacttttaaa
cttaCTTCTTGAGAAGgatcgaaagatttcaaatttgattggaAATGCGT
TATTCAAAGCCCTCACAACAGACGGGAAACATCCTTCAATTTGTATTGCT
AAATTGTTGAAGTGCTTGAATTTGGACGAGTTATCTTTATACATCAATGA
AGTGGTGAAATCACAATTGACTGATGACACTTTGACTTTGATGACATGTC
GGCTGGTAGATTGGATCTGTTTACCAGACCCTGCAATTGCCACTGATCAA
TGGGTGATGCAAGTACTGAAATATTTGATACAACACAAGAAATATCAAGT
ACTATCTTCTGTTATTGATGGAAAAATTAATCAGATCTTTCACCTCGTAT
ATTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGATGACATTTATGTTG
ATTAGTTATTTACATTCTCCAAAGCCTTTTCACGagATAGCAGTGCTTAT
TCCTGACTTGGTCGCACaattgaagaaagaagaaaccCCTCAAGCTACCA
ATGATGTGGTTCTGCTTGGTGAATTAAGTTTCACGCTAATGTATCAATAT
CCCGGCTTCCCTGATATTTATGAAAAGTTGTTGGCTTCTTTACAGGGAGT
TCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGAGCTTTT
CAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGGTTACCC
AACACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTATGCCAACAG
TGTCATTCAAGCTCTTTTCAATCTCGCACATGTGCGGAAAGTATTGTTGG
AGCGAGAAACCGATATGACTTTATCAACCACAAAATCTATTCAAGAATTA
TTTGGTCTGTTGTTACTTACAAAGcgCTCTTCCATCGCACCGAGAGTCTT
TTTAAACCTTTCAAGACCACCCTGGTTTCAATCTGGTTTCCAACAAGACT
GTTCAGAGTATCTCAAATATCTATTGGATAAACTTCAAACGGAGAGTAGT
AAAGACACAAGCAAAGATATCAATCAACTCTTATCAGGACAGATTCGAAC
GTCAGTGGAATGCCTCAATTGTGGATTTGTATCCTCACGCGAAGAGGTCT
TTAATGATATCCCGCTATCGTTTAATCAGGAGCCCTTGGTAGCAGGCGGA
GAGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCTTCTGACATGAAACG
TAAAATAGGATGTAAATTATCGGAGGCTTCTGATGCCAAACAGACAATGA
CTGATGATACAATTTCAAGTTTAGATACACCTTTTGTTGACTTGACTGCT
ACTGAAACACCACCTGATCCATtacaaaagttcaaaattcaagaaatgAT
GTGTAGTTATCTCTCACCAGAACTGTTGAATAATTCCAATAAATATTACT
GTGAGACATGCGCCTCTcttcaaaatgctcaaaagaCCATGAACATCTTG
AAATATCCGAAATATTTGATTCTAACTATGAAAAGGTTTACGTATGACGT
CAAAACACAAAAACGTTCGAAATTATTACACGTGGTTGATCATCCACAGA
CGTTCGATTTCTGTAATGAATGTGCTCGATGTCACAGTCAAAATCGTGTT
GATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAAAACACGACCAAAAA
CCGAGAATGTAATTCAGGGAACGCAACTCATTTCCGCTTGTTATCGGTAA
TCGTACACTCCGGACAATCATCAGACAGTGGACATTACTACGCTTACACG
TGTGAATATTTGGAAGATGGGAATATTAAATGGCTTTTATTGAACGATTC
AAGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAAACTCAGTTCCAGGT
TTCCACAAGATACTCCTTATGTTTGTATATACGAATGTTAtgagaaaaat
gaggaaaaGCAAAAGGAGGATGAGAAAGAACTTGTTATtaatactcaaca
aaaaatcttggattttGTTAATGCCGACAACATGGCTTACGAGAGGGAAT
TGCAACGTGAGGTGATTCGTAAACGAAAGACTTTCACATCCAATTTCAAT
AATGATAAGGATGAGGATGGTTTCGGACCTTGTGGACCTACTGGCGGTGG
AGGAGGTGAGATTGATGGGTCCAAATTTGTTTTCTGAAAGACCAGAATCA
CGTAAATCATGATTTCAGCGCTATAAAATGATCATAGTGGCTGTGGTTGT
TATTCTCTCTTCTTTACAGTATAATACTTTCTTATcgttgttttgatgct
ggattCAGTTTTTAATTAATTCAACATTACGCCGCGTCCTACAAAACTTC
TattattcattttcatttcGCTTCATTTTTAAATTCCTTGTTTTTATGAA
TTAAATTAATTCCAATTCGAAGTCACCCATCATCGACTCTATTAAGATAA
cgtttttctgattatttttcaaataatgTCTCTACTTTTGTGTTtctcaa
attaatatttttgtacAGAAATGATAATATTTTTGCTAAGAATTTAGTTT
ACGATTATGTTAATAATTAGAAGAA
Run BLAST on NCBI

protein sequence of TCONS_00049413-protein

>TCONS_00049413-protein ID=TCONS_00049413-protein|Name=TCONS_00049413-protein|organism=Clytia hemisphaerica|type=polypeptide|length=648bp
MTCRLVDWICLPDPAIATDQWVMQVLKYLIQHKKYQVLSSVIDGKINQIF
HLVYLPVFRRRSLSLMTFMLISYLHSPKPFHEIAVLIPDLVAQLKKEETP
QATNDVVLLGELSFTLMYQYPGFPDIYEKLLASLQGVPKPSEEKMNTWLK
SSFSISQEELPQVIVPERLPNTKVGLDNLGNTCYANSVIQALFNLAHVRK
VLLERETDMTLSTTKSIQELFGLLLLTKRSSIAPRVFLNLSRPPWFQSGF
QQDCSEYLKYLLDKLQTESSKDTSKDINQLLSGQIRTSVECLNCGFVSSR
EEVFNDIPLSFNQEPLVAGGEKVVHTLKGGDSSDMKRKIGCKLSEASDAK
QTMTDDTISSLDTPFVDLTATETPPDPLQKFKIQEMMCSYLSPELLNNSN
KYYCETCASLQNAQKTMNILKYPKYLILTMKRFTYDVKTQKRSKLLHVVD
HPQTFDFCNECARCHSQNRVDSDESVAGSSSQNTTKNRECNSGNATHFRL
LSVIVHSGQSSDSGHYYAYTCEYLEDGNIKWLLLNDSRVSSAPNDCVSKL
SSRFPQDTPYVCIYECYEKNEEKQKEDEKELVINTQQKILDFVNADNMAY
ERELQREVIRKRKTFTSNFNNDKDEDGFGPCGPTGGGGGEIDGSKFVF
Run BLAST on NCBI

transcript from alignment at scaffold_158:34334..41030-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00049413 ID=TCONS_00049413|Name=TCONS_00049413|organism=Clytia hemisphaerica|type=transcript|length=6697bp|location=Sequence derived from alignment at scaffold_158:34334..41030- (Clytia hemisphaerica)
TCTCTGGAACTTGGCTCTGGCAGATTCAATGGAAGTTGTTGCTGGTTGTT
GGAATATGTTTACAAGGTTCTTGACAGAAAATCCTTTGTTTGATTGTCAA
ATGATGACAGTGTTGTTATTAATTTTGTTAAATCTGACAAATTGATGATG
AGAGCACTTTATAGTTTTGACTCCCATTGAAAAATCATATTTTGGTTTTC
ATGTTACTAGATGCTGTTTTAGGAGCTTTAGAGCTAGCCTGACTATAAGT
CTTATCAGTGATTCATGCCCAACTTGCTAACCACAAGGCAGGTCACCAAA
CTGCTGAAATTTATCAAATCTTTAAAGTGATATTTTAAAGAAGTATTAGG
GAAAACCAGAACTCACAAGTAAGGCTAACTGTTATGTAATCATGTTAAGT
ATATCATTTTAACTCCATGAATTAACGACGAGAACAAAATACGTAATGAC
TGGTGTTTGGATGTACTCAATGTACTCCCGTCGTTGATGAAGACTAATCC
AACTTCCCTCAAAGATAAAGCTAGAGATCATCAATAAAATACCATCTTTA
TCATCCTAGGGGTTTTGATGTGGAAGCAAAACCGGCTTTTTCGGCAAAGG
GAACCCTCTAGTCTACAGTATTCTAAATCTTATTCTCCCTTTTATTTTAG
AAATATCGGAAGTAATATGGAGAAGATTTTAATTGGTGTGCTTAGTTCTG
AACAACCATTTCAACTAAAGAAAACATTAGCAATTCAAATAGCCAATGCT
GGCAAGAAAAATATTGATTATGCTAATTTTGAAAACTTGGTGAAAGGATG
TTTGAAACAATTATTTGAAACCGATTTGAAGCAGCTTTCAATGGACAAAA
ACTCGTCAGAATTAATCCTCTTAGTTTTGAAAAGTTGGCTAGGAAATTTT
GAATTGACCAAAAGATATTTTGATGAAGAGTTTATGAACAAATCTTTCAA
AACTATTGATGCAACCCGTCAAATAACATTTTTGAGGAAATTACTATTAG
TCCTGGACTCTTTATTCAGCTCAAAACAGAAATTTAATGCCAACAGTTTG
GAACAAATGCAGTTTTACTTTTATGATACATTCACATTGGCTACAGGCAT
TGAAGAATTTTCATTGATTTGTAATGCCTACCTGGAATACCCTCACTTAC
TACCCAAAGATTTATCACNACATTCACATTGGCTACAGGCATTGAAGAAT
TTTCATTGATTTGTAATGCCTACCTGGAATACCCTCACTTACTACCCAAA
GATTTATCACCGAGCTCTGTGCAAAACATTGTCTCCATTTTTGTTAAAAC
CTTATCACTAACCCCAATTTCGCAATTCATTGCATTGGAAAATAATGATG
GCAATAATGTCCAAAGTGTATTTAAACTTTTAAACTTACTTCTTGAGAAG
GATCGAAAGATTTCAAATTTGATTGGAAATGCGTTATTCAAAGCCCTCAC
AACAGACGGGAAACATCCTTCAATTTGTATTGCTAAATTGTTGAAGTGCT
TGAATTTGGACGAGTTATCTTTATACATCAATGAAGTGGTGAAATCACAA
TTGACTGATGACACTTTGACTTTGATGACATGTCGGCTGGTAGATTGGAT
CTGTTTACCAGACCCTGCAATTGCCACTGATCAATGGGTGATGCAAGTAC
TGAAATATTTGATACAACACAAGAAATATCAAGTACTATCTTCTGTTATT
GATGGAAAAATTAATCAGGTATTGCATGTGAACCTCCTTTAATTTGACTT
TTTTAGTTCTCTCTTGTTCTCTTGGTCATTTTGAGTAATTATTCTCATAA
GTTCACTGTACTCTCAATAGTATAAACCAATTTATCTATCTCTATTTCCC
AACCAGCTTACCTAGTAGGAAAACATTCATTTATCATAATCACCATATCG
TTCCTTTTTCAGATCTTTCACCTCGTATATTTACCAGTCTTTCGGAGGAG
ATCTTTGTCTTTGATGACATTTATGTTGATTAGTTATTTACATTCTCCAA
AGCCTTTTCACGAGGTAAATTTTTATTTACTTAGCTTTTTTCTATTTTTT
AAAGGGAAAATTTAGTGTTTTTAATGAACTACGGCAAGTTTTTTTAAAAT
TGAAATAAACATTTTTGCTGAATGTCCAGCCTTGTGTTGTTGGAATTGAA
GATAAGTCAAATAAACTTTTGACTGCTTGTAATGAAGTTAGTTTAACTGA
ATGAATAAATATCTCACTTGTATGCTTGTAATGAAGTTAGTTTAACTGAA
TGAATAAATATCTCACTTGTAGATAGCAGTGCTTATTCCTGACTTGGTCG
CACAATTGAAGAAAGAAGAAACCCCTCAAGCTACCAATGATGTGGTTCTG
CTTGGTGAATTAAGTTTCACGCTAATGTATCAATATCCCGGCTTCCCTGA
TATTTATGAAAAGTTGTTGGCTTCTTTACAGGTAACTTATAAATTCTTGA
ATTACATTGAATTGGTCCTGTTTGTAGTAAGAATTTTCCTTCAGTCTTTA
CTGAATTGGGCCATAAAAACTTAAATTAAATATTCGGTTGTTTTTTAGGG
AGTTCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGAGCT
TTTCAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGGTTA
CCCAACACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTATGCCAA
CAGTGTCATTCAAGCTCTTTTCAATCTCGCACAGTAGGTGTAATTCTCTT
CTTGCCCTTCTTGTCCATTCTATGCCTGGAGAATACACAAATAGAATGGG
TTTAAAAGGGATGGTATTAGATCACGTAGGTTAAAACTATAGATAAACCT
GTGTTCATTTGTTAGCTAGTTTGTTAGTTACCAGTTTCACTCGGGATTCT
GTAACCATAAACCCCCAAATGCTACGGAGCCAAATTCCCAAAGAAAAATT
TGAGGTAAAACGGCTAAAGAACAGTGGTAGCTATGGTACCACTGTATGGA
AGATCTACACCAAATAATTCAATTTTTGACTAGATGGGCCTGTCTTCATG
CATATGAAAATGTAATTTCATTTTCTTTACAAGCACAACCCGATTAACTC
GTGATTGATTCAAGTCATTCAATTATTTATTATGATTTTGAATTTAATCT
TTTCCTTTGATTAACCAGGTAGGTCCATAAATGCACCACTTGTTTTCTTG
CTTTCAGTGTGCGGAAAGTATTGTTGGAGCGAGAAACCGATATGACTTTA
TCAACCACAAAATCTATTCAAGAATTATTTGGTCTGTTGTTACTTACAAA
GGTCAGCTATTAATCTCAATAAGTACTAGTAATCGTATGGTTTGGAGTGC
AATTAACGATTAATCACGAGTAACAAAGGAGAAAATAGTAATTTAAGTCC
GAAGGACGAGTGCAAATTACGGTATTTTCTCCTTTGTTACTTTTTTTATA
TTGAAGAAAAAAAATGTCTTTGTTTTTTATTATATAGTAAAATAAAGTCT
CTGACACAGGACTTGGGAGAGAAAAGAACAAGGGCACAAAAGTGTCCCCC
CGCCGAAGAGTGCAAAAAGTGGTAATAGTGCAATTAACGATTAATCGCAC
TCCTCTAAACCAATCAGATTCGAGTAATTTTGCAAGGCTGACGATTACTC
CGAAAATATCCCATTCAGCTACAATTCATGCCTATGGTAACATGTTTTGC
CGAAACATCTATTATTAAAAATTTTCATTAGAACCCCCCCCCCTTTATTA
ATTTTTAAGAATATTTTCAGTTGGCAAAAAGAAGTACCCTTGTTTTGCTC
CAAAAAGCCTGATTTTAGCCTATTTTACCTTATTTTTGGGTTTTCAGAAG
TACAATTTCCAACCCCCCGGTAATTAGGTTCCCCCTGTTTATTATTAAAA
AAGTTTATTAGGTCCCCCCCCCTGTTTATTTGGCACCTAAAAGTACATGC
TCGATTTTTTTTTGAAAATTTGGTGCTGAATATGTTAATATTATTTTCTT
TTCTTAGCGCTCTTCCATCGCACCGAGAGTCTTTTTAAACCTTTCAAGAC
CACCCTGGTTTCAATCTGGTTTCCAACAAGACTGTTCAGAGTATCTCAAA
TATCTATTGGATAAACTTCAAACGGAGAGTAGTAAAGACACAAGCAAAGA
TATCAATCAACTCTTATCAGGACAGATTCGAACGTCAGTGGAATGCCTCA
ATTGTGGATTTGTATCCTCACGCGAAGAGGTCTTTAATGATATCCCGCTA
TCGTTTAATCAGGAGCCCTTGGTAGCAGGCGGAGAGAAGGTTGTTCATAC
TTTGAAAGGGGGTGACTCTTCTGACATGAAACGTAAAATAGGATGTAAAT
TATCGGAGGCTTCTGATGCCAAACAGACAATGACTGATGATACAATTTCA
AGTTTAGATACACCTTTTGTTGACTTGACTGCTACTGAAACACCACCTGA
TCCATTACAAAAGTTCAAAATTCAAGAAATGATGTGTAGTTATCTCTCAC
CAGAACTGTTGAATAATTCCAATAAATATTACTGTGAGACATGCGCCTCT
CTTCAAAATGCTCAAAAGACCATGAACATCTTGAAATATCCGAAATATTT
GATTCTAACTATGAAAAGGTTTACGTATGACGTCAAAACACAAAAACGTT
CGAAATTATTACACGTGGTTGATCATCCACAGACGTTCGATTTCTGTAAT
GAATGTGCTCGATGTCACAGTCAAAATCGTGTTGATTCAGACGAATCTGT
AGCTGGTTCATCGAGTCAAAACACGACCAAAAACCGAGAATGTAATTCAG
GGAACGCAACTCATTTCCGCTTGTTATCGGTAATCGTACACTCCGGACAA
TCATCAGACAGTGGACATTACTACGCTTACACGTGTGAATATTTGGAAGA
TGGGAATATTAAATGGCTTTTATTGAACGATTCAAGAGTTTCTTCTGCTC
CTAACGACTGTGTCAGCAAACTCAGTTCCAGGTTTCCACAAGATACTCCT
TATGTTTGTATATACGAATGTTATGAGAAAAATGAGGAAAAGCAAAAGGA
GGATGAGAAAGAACTTGTTATTAATACTCAACAAAAAATCTTGGATTTTG
TTAATGCCGACAACATGGCTTACGAGAGGGTAAGGACTTATATCAAATTA
ATGGCTTCCTAGTGGTAGACTACTATCATCCTCGCCTACACATGAAACTC
TGATGATATCTTCATTTCTTTTTCTCGATCTGCTCCAAGGGATTTTTGGA
CCTACCTCCGGGTACCCCGGTGGAGGTTCTATAAATTAACCCATGTCCGT
TCGTCCGTTCGTCCGTCCGTCTGTTACCAGCTTTTCTCAGGATTGGCTCA
TTAGTTTTTACTGATTTTTTGCACAATGATGCAAAATGGCAATGCCCAAA
ACGTGACGGAGCCCGATTTTTGAGAAAAAATTTATTTGGGCAAATTTGGG
CCAAAAACTACCCAAAAATAGGGTTTTTTGGACTTTGTGCNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGATTCTCTAAAGAA
TGGCTGAAGTGGTTTTTCCCGGAAAATTCTTATTCGCCTTAAAAAACGGA
TTTTCGTATTTTAGGGAAATTCCCTTTAACCAAATAAGCTTTTCTCAATG
TTGACTCATAATTTTTTTCTGATTTTTTGCACAATGATGCAAAATGGCAA
TGCCCAAAATGTGACGGAGCCAGATTTTTAAGGAAATTTTTTTGGGCAAA
TTTGGGCCAAAAACAGCTTAAAAGGTTTTTTGGGCCAGAATGGTTTAAGT
GATTTTCGTATTTGGGGAAATTCCATTTTACCATTTTACATTATTCAATA
CACAAGCTTTATTTTTCCATTCTGAATTTTTGTACAATTATTGTCACTTT
TTTCTTATTTTCATCTGATGTTAATCATTAGGTAGGTCCATTCAGCATGT
TGCTTGTTTTCATTTTTTTGAACTTTACCTCTACCCTCTATTTAACGATC
CTTTTTCTTGTATCATAGGAATTGCAACGTGAGGTGATTCGTAAACGAAA
GACTTTCACATCCAATTTCAATAATGATAAGGATGAGGATGGTTTCGGAC
CTTGTGGACCTACTGGCGGTGGAGGAGGTGAGATTGATGGGTCCAAATTT
GTTTTCTGAAAGACCAGAATCACGTAAATCATGATTTCAGCGCTATAAAA
TGATCATAGTGGCTGTGGTTGTTATTCTCTCTTCTTTACAGTATAATACT
TTCTTATCGTTGTTTTGATGCTGGATTCAGTTTTTAATTAATTCAACATT
ACGCCGCGTCCTACAAAACTTCTATTATTCATTTTCATTTCGCTTCATTT
TTAAATTCCTTGTTTTTATGAATTAAATTAATTCCAATTCGAAGTCACCC
ATCATCGACTCTATTAAGATAACGTTTTTCTGATTATTTTTCAAATAATG
TCTCTACTTTTGTGTTTCTCAAATTAATATTTTTGTACAGAAATGATAAT
ATTTTTGCTAAGAATTTAGTTTACGATTATGTTAATAATTAGAAGAA

Coding sequence (CDS) from alignment at scaffold_158:34334..41030-

>TCONS_00049413 ID=TCONS_00049413|Name=TCONS_00049413|organism=Clytia hemisphaerica|type=CDS|length=13629bp|location=Sequence derived from alignment at scaffold_158:34334..41030- (Clytia hemisphaerica)
GAATTGCAACGTGAGGTGATTCGTAAACGAAAGACTTTCACATCCAATTT
CAATAATGATAAGGATGAGGATGGTTTCGGACCTTGTGGACCTACTGGCG
GTGGAGGAGGTGAGATTGATGGGTCCAAATTTGTTTTCTGACGCTCTTCC
ATCGCACCGAGAGTCTTTTTAAACCTTTCAAGACCACCCTGGTTTCAATC
TGGTTTCCAACAAGACTGTTCAGAGTATCTCAAATATCTATTGGATAAAC
TTCAAACGGAGAGTAGTAAAGACACAAGCAAAGATATCAATCAACTCTTA
TCAGGACAGATTCGAACGTCAGTGGAATGCCTCAATTGTGGATTTGTATC
CTCACGCGAAGAGGTCTTTAATGATATCCCGCTATCGTTTAATCAGGAGC
CCTTGGTAGCAGGCGGAGAGAAGGTTGTTCATACTTTGAAAGGGGGTGAC
TCTTCTGACATGAAACGTAAAATAGGATGTAAATTATCGGAGGCTTCTGA
TGCCAAACAGACAATGACTGATGATACAATTTCAAGTTTAGATACACCTT
TTGTTGACTTGACTGCTACTGAAACACCACCTGATCCATTACAAAAGTTC
AAAATTCAAGAAATGATGTGTAGTTATCTCTCACCAGAACTGTTGAATAA
TTCCAATAAATATTACTGTGAGACATGCGCCTCTCTTCAAAATGCTCAAA
AGACCATGAACATCTTGAAATATCCGAAATATTTGATTCTAACTATGAAA
AGGTTTACGTATGACGTCAAAACACAAAAACGTTCGAAATTATTACACGT
GGTTGATCATCCACAGACGTTCGATTTCTGTAATGAATGTGCTCGATGTC
ACAGTCAAAATCGTGTTGATTCAGACGAATCTGTAGCTGGTTCATCGAGT
CAAAACACGACCAAAAACCGAGAATGTAATTCAGGGAACGCAACTCATTT
CCGCTTGTTATCGGTAATCGTACACTCCGGACAATCATCAGACAGTGGAC
ATTACTACGCTTACACGTGTGAATATTTGGAAGATGGGAATATTAAATGG
CTTTTATTGAACGATTCAAGAGTTTCTTCTGCTCCTAACGACTGTGTCAG
CAAACTCAGTTCCAGGTTTCCACAAGATACTCCTTATGTTTGTATATACG
AATGTTATGAGAAAAATGAGGAAAAGCAAAAGGAGGATGAGAAAGAACTT
GTTATTAATACTCAACAAAAAATCTTGGATTTTGTTAATGCCGACAACAT
GGCTTACGAGAGGTGTGCGGAAAGTATTGTTGGAGCGAGAAACCGATATG
ACTTTATCAACCACAAAATCTATTCAAGAATTATTTGGTCTGTTGTTACT
TACAAAGGGAGTTCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAA
AATCGAGCTTTTCAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCA
GAGAGGTTACCCAACACCAAAGTTGGATTGGATAACCTTGGGAATACATG
TTATGCCAACAGTGTCATTCAAGCTCTTTTCAATCTCGCACAATAGCAGT
GCTTATTCCTGACTTGGTCGCACAATTGAAGAAAGAAGAAACCCCTCAAG
CTACCAATGATGTGGTTCTGCTTGGTGAATTAAGTTTCACGCTAATGTAT
CAATATCCCGGCTTCCCTGATATTTATGAAAAGTTGTTGGCTTCTTTACA
GATCTTTCACCTCGTATATTTACCAGTCTTTCGGAGGAGATCTTTGTCTT
TGATGACATTTATGTTGATTAGTTATTTACATTCTCCAAAGCCTTTTCAC
GAGATGACATGTCGGCTGGTAGATTGGATCTGTTTACCAGACCCTGCAAT
TGCCACTGATCAATGGGTGATGCAAGTACTGAAATATTTGATACAACACA
AGAAATATCAAGTACTATCTTCTGTTATTGATGGAAAAATTAATCAGGAA
TTGCAACGTGAGGTGATTCGTAAACGAAAGACTTTCACATCCAATTTCAA
TAATGATAAGGATGAGGATGGTTTCGGACCTTGTGGACCTACTGGCGGTG
GAGGAGGTGAGATTGATGGGTCCAAATTTGTTTTCTGACGCTCTTCCATC
GCACCGAGAGTCTTTTTAAACCTTTCAAGACCACCCTGGTTTCAATCTGG
TTTCCAACAAGACTGTTCAGAGTATCTCAAATATCTATTGGATAAACTTC
AAACGGAGAGTAGTAAAGACACAAGCAAAGATATCAATCAACTCTTATCA
GGACAGATTCGAACGTCAGTGGAATGCCTCAATTGTGGATTTGTATCCTC
ACGCGAAGAGGTCTTTAATGATATCCCGCTATCGTTTAATCAGGAGCCCT
TGGTAGCAGGCGGAGAGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCT
TCTGACATGAAACGTAAAATAGGATGTAAATTATCGGAGGCTTCTGATGC
CAAACAGACAATGACTGATGATACAATTTCAAGTTTAGATACACCTTTTG
TTGACTTGACTGCTACTGAAACACCACCTGATCCATTACAAAAGTTCAAA
ATTCAAGAAATGATGTGTAGTTATCTCTCACCAGAACTGTTGAATAATTC
CAATAAATATTACTGTGAGACATGCGCCTCTCTTCAAAATGCTCAAAAGA
CCATGAACATCTTGAAATATCCGAAATATTTGATTCTAACTATGAAAAGG
TTTACGTATGACGTCAAAACACAAAAACGTTCGAAATTATTACACGTGGT
TGATCATCCACAGACGTTCGATTTCTGTAATGAATGTGCTCGATGTCACA
GTCAAAATCGTGTTGATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAA
AACACGACCAAAAACCGAGAATGTAATTCAGGGAACGCAACTCATTTCCG
CTTGTTATCGGTAATCGTACACTCCGGACAATCATCAGACAGTGGACATT
ACTACGCTTACACGTGTGAATATTTGGAAGATGGGAATATTAAATGGCTT
TTATTGAACGATTCAAGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAA
ACTCAGTTCCAGGTTTCCACAAGATACTCCTTATGTTTGTATATACGAAT
GTTATGAGAAAAATGAGGAAAAGCAAAAGGAGGATGAGAAAGAACTTGTT
ATTAATACTCAACAAAAAATCTTGGATTTTGTTAATGCCGACAACATGGC
TTACGAGAGGTGTGCGGAAAGTATTGTTGGAGCGAGAAACCGATATGACT
TTATCAACCACAAAATCTATTCAAGAATTATTTGGTCTGTTGTTACTTAC
AAAGGGAGTTCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAAT
CGAGCTTTTCAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAG
AGGTTACCCAACACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTA
TGCCAACAGTGTCATTCAAGCTCTTTTCAATCTCGCACAATAGCAGTGCT
TATTCCTGACTTGGTCGCACAATTGAAGAAAGAAGAAACCCCTCAAGCTA
CCAATGATGTGGTTCTGCTTGGTGAATTAAGTTTCACGCTAATGTATCAA
TATCCCGGCTTCCCTGATATTTATGAAAAGTTGTTGGCTTCTTTACAGAT
CTTTCACCTCGTATATTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGA
TGACATTTATGTTGATTAGTTATTTACATTCTCCAAAGCCTTTTCACGAG
ATGACATGTCGGCTGGTAGATTGGATCTGTTTACCAGACCCTGCAATTGC
CACTGATCAATGGGTGATGCAAGTACTGAAATATTTGATACAACACAAGA
AATATCAAGTACTATCTTCTGTTATTGATGGAAAAATTAATCAGGAATTG
CAACGTGAGGTGATTCGTAAACGAAAGACTTTCACATCCAATTTCAATAA
TGATAAGGATGAGGATGGTTTCGGACCTTGTGGACCTACTGGCGGTGGAG
GAGGTGAGATTGATGGGTCCAAATTTGTTTTCTGACGCTCTTCCATCGCA
CCGAGAGTCTTTTTAAACCTTTCAAGACCACCCTGGTTTCAATCTGGTTT
CCAACAAGACTGTTCAGAGTATCTCAAATATCTATTGGATAAACTTCAAA
CGGAGAGTAGTAAAGACACAAGCAAAGATATCAATCAACTCTTATCAGGA
CAGATTCGAACGTCAGTGGAATGCCTCAATTGTGGATTTGTATCCTCACG
CGAAGAGGTCTTTAATGATATCCCGCTATCGTTTAATCAGGAGCCCTTGG
TAGCAGGCGGAGAGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCTTCT
GACATGAAACGTAAAATAGGATGTAAATTATCGGAGGCTTCTGATGCCAA
ACAGACAATGACTGATGATACAATTTCAAGTTTAGATACACCTTTTGTTG
ACTTGACTGCTACTGAAACACCACCTGATCCATTACAAAAGTTCAAAATT
CAAGAAATGATGTGTAGTTATCTCTCACCAGAACTGTTGAATAATTCCAA
TAAATATTACTGTGAGACATGCGCCTCTCTTCAAAATGCTCAAAAGACCA
TGAACATCTTGAAATATCCGAAATATTTGATTCTAACTATGAAAAGGTTT
ACGTATGACGTCAAAACACAAAAACGTTCGAAATTATTACACGTGGTTGA
TCATCCACAGACGTTCGATTTCTGTAATGAATGTGCTCGATGTCACAGTC
AAAATCGTGTTGATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAAAAC
ACGACCAAAAACCGAGAATGTAATTCAGGGAACGCAACTCATTTCCGCTT
GTTATCGGTAATCGTACACTCCGGACAATCATCAGACAGTGGACATTACT
ACGCTTACACGTGTGAATATTTGGAAGATGGGAATATTAAATGGCTTTTA
TTGAACGATTCAAGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAAACT
CAGTTCCAGGTTTCCACAAGATACTCCTTATGTTTGTATATACGAATGTT
ATGAGAAAAATGAGGAAAAGCAAAAGGAGGATGAGAAAGAACTTGTTATT
AATACTCAACAAAAAATCTTGGATTTTGTTAATGCCGACAACATGGCTTA
CGAGAGGTGTGCGGAAAGTATTGTTGGAGCGAGAAACCGATATGACTTTA
TCAACCACAAAATCTATTCAAGAATTATTTGGTCTGTTGTTACTTACAAA
GGGAGTTCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGA
GCTTTTCAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGG
TTACCCAACACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTATGC
CAACAGTGTCATTCAAGCTCTTTTCAATCTCGCACAATAGCAGTGCTTAT
TCCTGACTTGGTCGCACAATTGAAGAAAGAAGAAACCCCTCAAGCTACCA
ATGATGTGGTTCTGCTTGGTGAATTAAGTTTCACGCTAATGTATCAATAT
CCCGGCTTCCCTGATATTTATGAAAAGTTGTTGGCTTCTTTACAGATCTT
TCACCTCGTATATTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGATGA
CATTTATGTTGATTAGTTATTTACATTCTCCAAAGCCTTTTCACGAGATG
ACATGTCGGCTGGTAGATTGGATCTGTTTACCAGACCCTGCAATTGCCAC
TGATCAATGGGTGATGCAAGTACTGAAATATTTGATACAACACAAGAAAT
ATCAAGTACTATCTTCTGTTATTGATGGAAAAATTAATCAGGAATTGCAA
CGTGAGGTGATTCGTAAACGAAAGACTTTCACATCCAATTTCAATAATGA
TAAGGATGAGGATGGTTTCGGACCTTGTGGACCTACTGGCGGTGGAGGAG
GTGAGATTGATGGGTCCAAATTTGTTTTCTGACGCTCTTCCATCGCACCG
AGAGTCTTTTTAAACCTTTCAAGACCACCCTGGTTTCAATCTGGTTTCCA
ACAAGACTGTTCAGAGTATCTCAAATATCTATTGGATAAACTTCAAACGG
AGAGTAGTAAAGACACAAGCAAAGATATCAATCAACTCTTATCAGGACAG
ATTCGAACGTCAGTGGAATGCCTCAATTGTGGATTTGTATCCTCACGCGA
AGAGGTCTTTAATGATATCCCGCTATCGTTTAATCAGGAGCCCTTGGTAG
CAGGCGGAGAGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCTTCTGAC
ATGAAACGTAAAATAGGATGTAAATTATCGGAGGCTTCTGATGCCAAACA
GACAATGACTGATGATACAATTTCAAGTTTAGATACACCTTTTGTTGACT
TGACTGCTACTGAAACACCACCTGATCCATTACAAAAGTTCAAAATTCAA
GAAATGATGTGTAGTTATCTCTCACCAGAACTGTTGAATAATTCCAATAA
ATATTACTGTGAGACATGCGCCTCTCTTCAAAATGCTCAAAAGACCATGA
ACATCTTGAAATATCCGAAATATTTGATTCTAACTATGAAAAGGTTTACG
TATGACGTCAAAACACAAAAACGTTCGAAATTATTACACGTGGTTGATCA
TCCACAGACGTTCGATTTCTGTAATGAATGTGCTCGATGTCACAGTCAAA
ATCGTGTTGATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAAAACACG
ACCAAAAACCGAGAATGTAATTCAGGGAACGCAACTCATTTCCGCTTGTT
ATCGGTAATCGTACACTCCGGACAATCATCAGACAGTGGACATTACTACG
CTTACACGTGTGAATATTTGGAAGATGGGAATATTAAATGGCTTTTATTG
AACGATTCAAGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAAACTCAG
TTCCAGGTTTCCACAAGATACTCCTTATGTTTGTATATACGAATGTTATG
AGAAAAATGAGGAAAAGCAAAAGGAGGATGAGAAAGAACTTGTTATTAAT
ACTCAACAAAAAATCTTGGATTTTGTTAATGCCGACAACATGGCTTACGA
GAGGTGTGCGGAAAGTATTGTTGGAGCGAGAAACCGATATGACTTTATCA
ACCACAAAATCTATTCAAGAATTATTTGGTCTGTTGTTACTTACAAAGGG
AGTTCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGAGCT
TTTCAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGGTTA
CCCAACACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTATGCCAA
CAGTGTCATTCAAGCTCTTTTCAATCTCGCACAATAGCAGTGCTTATTCC
TGACTTGGTCGCACAATTGAAGAAAGAAGAAACCCCTCAAGCTACCAATG
ATGTGGTTCTGCTTGGTGAATTAAGTTTCACGCTAATGTATCAATATCCC
GGCTTCCCTGATATTTATGAAAAGTTGTTGGCTTCTTTACAGATCTTTCA
CCTCGTATATTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGATGACAT
TTATGTTGATTAGTTATTTACATTCTCCAAAGCCTTTTCACGAGATGACA
TGTCGGCTGGTAGATTGGATCTGTTTACCAGACCCTGCAATTGCCACTGA
TCAATGGGTGATGCAAGTACTGAAATATTTGATACAACACAAGAAATATC
AAGTACTATCTTCTGTTATTGATGGAAAAATTAATCAGGAATTGCAACGT
GAGGTGATTCGTAAACGAAAGACTTTCACATCCAATTTCAATAATGATAA
GGATGAGGATGGTTTCGGACCTTGTGGACCTACTGGCGGTGGAGGAGGTG
AGATTGATGGGTCCAAATTTGTTTTCTGACGCTCTTCCATCGCACCGAGA
GTCTTTTTAAACCTTTCAAGACCACCCTGGTTTCAATCTGGTTTCCAACA
AGACTGTTCAGAGTATCTCAAATATCTATTGGATAAACTTCAAACGGAGA
GTAGTAAAGACACAAGCAAAGATATCAATCAACTCTTATCAGGACAGATT
CGAACGTCAGTGGAATGCCTCAATTGTGGATTTGTATCCTCACGCGAAGA
GGTCTTTAATGATATCCCGCTATCGTTTAATCAGGAGCCCTTGGTAGCAG
GCGGAGAGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCTTCTGACATG
AAACGTAAAATAGGATGTAAATTATCGGAGGCTTCTGATGCCAAACAGAC
AATGACTGATGATACAATTTCAAGTTTAGATACACCTTTTGTTGACTTGA
CTGCTACTGAAACACCACCTGATCCATTACAAAAGTTCAAAATTCAAGAA
ATGATGTGTAGTTATCTCTCACCAGAACTGTTGAATAATTCCAATAAATA
TTACTGTGAGACATGCGCCTCTCTTCAAAATGCTCAAAAGACCATGAACA
TCTTGAAATATCCGAAATATTTGATTCTAACTATGAAAAGGTTTACGTAT
GACGTCAAAACACAAAAACGTTCGAAATTATTACACGTGGTTGATCATCC
ACAGACGTTCGATTTCTGTAATGAATGTGCTCGATGTCACAGTCAAAATC
GTGTTGATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAAAACACGACC
AAAAACCGAGAATGTAATTCAGGGAACGCAACTCATTTCCGCTTGTTATC
GGTAATCGTACACTCCGGACAATCATCAGACAGTGGACATTACTACGCTT
ACACGTGTGAATATTTGGAAGATGGGAATATTAAATGGCTTTTATTGAAC
GATTCAAGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAAACTCAGTTC
CAGGTTTCCACAAGATACTCCTTATGTTTGTATATACGAATGTTATGAGA
AAAATGAGGAAAAGCAAAAGGAGGATGAGAAAGAACTTGTTATTAATACT
CAACAAAAAATCTTGGATTTTGTTAATGCCGACAACATGGCTTACGAGAG
GTGTGCGGAAAGTATTGTTGGAGCGAGAAACCGATATGACTTTATCAACC
ACAAAATCTATTCAAGAATTATTTGGTCTGTTGTTACTTACAAAGGGAGT
TCCTAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGAGCTTTT
CAATATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGGTTACCC
AACACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTATGCCAACAG
TGTCATTCAAGCTCTTTTCAATCTCGCACAATAGCAGTGCTTATTCCTGA
CTTGGTCGCACAATTGAAGAAAGAAGAAACCCCTCAAGCTACCAATGATG
TGGTTCTGCTTGGTGAATTAAGTTTCACGCTAATGTATCAATATCCCGGC
TTCCCTGATATTTATGAAAAGTTGTTGGCTTCTTTACAGATCTTTCACCT
CGTATATTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGATGACATTTA
TGTTGATTAGTTATTTACATTCTCCAAAGCCTTTTCACGAGATGACATGT
CGGCTGGTAGATTGGATCTGTTTACCAGACCCTGCAATTGCCACTGATCA
ATGGGTGATGCAAGTACTGAAATATTTGATACAACACAAGAAATATCAAG
TACTATCTTCTGTTATTGATGGAAAAATTAATCAGGAATTGCAACGTGAG
GTGATTCGTAAACGAAAGACTTTCACATCCAATTTCAATAATGATAAGGA
TGAGGATGGTTTCGGACCTTGTGGACCTACTGGCGGTGGAGGAGGTGAGA
TTGATGGGTCCAAATTTGTTTTCTGACGCTCTTCCATCGCACCGAGAGTC
TTTTTAAACCTTTCAAGACCACCCTGGTTTCAATCTGGTTTCCAACAAGA
CTGTTCAGAGTATCTCAAATATCTATTGGATAAACTTCAAACGGAGAGTA
GTAAAGACACAAGCAAAGATATCAATCAACTCTTATCAGGACAGATTCGA
ACGTCAGTGGAATGCCTCAATTGTGGATTTGTATCCTCACGCGAAGAGGT
CTTTAATGATATCCCGCTATCGTTTAATCAGGAGCCCTTGGTAGCAGGCG
GAGAGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCTTCTGACATGAAA
CGTAAAATAGGATGTAAATTATCGGAGGCTTCTGATGCCAAACAGACAAT
GACTGATGATACAATTTCAAGTTTAGATACACCTTTTGTTGACTTGACTG
CTACTGAAACACCACCTGATCCATTACAAAAGTTCAAAATTCAAGAAATG
ATGTGTAGTTATCTCTCACCAGAACTGTTGAATAATTCCAATAAATATTA
CTGTGAGACATGCGCCTCTCTTCAAAATGCTCAAAAGACCATGAACATCT
TGAAATATCCGAAATATTTGATTCTAACTATGAAAAGGTTTACGTATGAC
GTCAAAACACAAAAACGTTCGAAATTATTACACGTGGTTGATCATCCACA
GACGTTCGATTTCTGTAATGAATGTGCTCGATGTCACAGTCAAAATCGTG
TTGATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAAAACACGACCAAA
AACCGAGAATGTAATTCAGGGAACGCAACTCATTTCCGCTTGTTATCGGT
AATCGTACACTCCGGACAATCATCAGACAGTGGACATTACTACGCTTACA
CGTGTGAATATTTGGAAGATGGGAATATTAAATGGCTTTTATTGAACGAT
TCAAGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAAACTCAGTTCCAG
GTTTCCACAAGATACTCCTTATGTTTGTATATACGAATGTTATGAGAAAA
ATGAGGAAAAGCAAAAGGAGGATGAGAAAGAACTTGTTATTAATACTCAA
CAAAAAATCTTGGATTTTGTTAATGCCGACAACATGGCTTACGAGAGGTG
TGCGGAAAGTATTGTTGGAGCGAGAAACCGATATGACTTTATCAACCACA
AAATCTATTCAAGAATTATTTGGTCTGTTGTTACTTACAAAGGGAGTTCC
TAAGCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGAGCTTTTCAA
TATCTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGGTTACCCAAC
ACCAAAGTTGGATTGGATAACCTTGGGAATACATGTTATGCCAACAGTGT
CATTCAAGCTCTTTTCAATCTCGCACAATAGCAGTGCTTATTCCTGACTT
GGTCGCACAATTGAAGAAAGAAGAAACCCCTCAAGCTACCAATGATGTGG
TTCTGCTTGGTGAATTAAGTTTCACGCTAATGTATCAATATCCCGGCTTC
CCTGATATTTATGAAAAGTTGTTGGCTTCTTTACAGATCTTTCACCTCGT
ATATTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGATGACATTTATGT
TGATTAGTTATTTACATTCTCCAAAGCCTTTTCACGAGATGACATGTCGG
CTGGTAGATTGGATCTGTTTACCAGACCCTGCAATTGCCACTGATCAATG
GGTGATGCAAGTACTGAAATATTTGATACAACACAAGAAATATCAAGTAC
TATCTTCTGTTATTGATGGAAAAATTAATCAGGAATTGCAACGTGAGGTG
ATTCGTAAACGAAAGACTTTCACATCCAATTTCAATAATGATAAGGATGA
GGATGGTTTCGGACCTTGTGGACCTACTGGCGGTGGAGGAGGTGAGATTG
ATGGGTCCAAATTTGTTTTCTGACGCTCTTCCATCGCACCGAGAGTCTTT
TTAAACCTTTCAAGACCACCCTGGTTTCAATCTGGTTTCCAACAAGACTG
TTCAGAGTATCTCAAATATCTATTGGATAAACTTCAAACGGAGAGTAGTA
AAGACACAAGCAAAGATATCAATCAACTCTTATCAGGACAGATTCGAACG
TCAGTGGAATGCCTCAATTGTGGATTTGTATCCTCACGCGAAGAGGTCTT
TAATGATATCCCGCTATCGTTTAATCAGGAGCCCTTGGTAGCAGGCGGAG
AGAAGGTTGTTCATACTTTGAAAGGGGGTGACTCTTCTGACATGAAACGT
AAAATAGGATGTAAATTATCGGAGGCTTCTGATGCCAAACAGACAATGAC
TGATGATACAATTTCAAGTTTAGATACACCTTTTGTTGACTTGACTGCTA
CTGAAACACCACCTGATCCATTACAAAAGTTCAAAATTCAAGAAATGATG
TGTAGTTATCTCTCACCAGAACTGTTGAATAATTCCAATAAATATTACTG
TGAGACATGCGCCTCTCTTCAAAATGCTCAAAAGACCATGAACATCTTGA
AATATCCGAAATATTTGATTCTAACTATGAAAAGGTTTACGTATGACGTC
AAAACACAAAAACGTTCGAAATTATTACACGTGGTTGATCATCCACAGAC
GTTCGATTTCTGTAATGAATGTGCTCGATGTCACAGTCAAAATCGTGTTG
ATTCAGACGAATCTGTAGCTGGTTCATCGAGTCAAAACACGACCAAAAAC
CGAGAATGTAATTCAGGGAACGCAACTCATTTCCGCTTGTTATCGGTAAT
CGTACACTCCGGACAATCATCAGACAGTGGACATTACTACGCTTACACGT
GTGAATATTTGGAAGATGGGAATATTAAATGGCTTTTATTGAACGATTCA
AGAGTTTCTTCTGCTCCTAACGACTGTGTCAGCAAACTCAGTTCCAGGTT
TCCACAAGATACTCCTTATGTTTGTATATACGAATGTTATGAGAAAAATG
AGGAAAAGCAAAAGGAGGATGAGAAAGAACTTGTTATTAATACTCAACAA
AAAATCTTGGATTTTGTTAATGCCGACAACATGGCTTACGAGAGGTGTGC
GGAAAGTATTGTTGGAGCGAGAAACCGATATGACTTTATCAACCACAAAA
TCTATTCAAGAATTATTTGGTCTGTTGTTACTTACAAAGGGAGTTCCTAA
GCCTTCAGAAGAAAAGATGAACACTTGGTTAAAATCGAGCTTTTCAATAT
CTCAAGAAGAACTGCCTCAAGTCATTGTCCCAGAGAGGTTACCCAACACC
AAAGTTGGATTGGATAACCTTGGGAATACATGTTATGCCAACAGTGTCAT
TCAAGCTCTTTTCAATCTCGCACAATAGCAGTGCTTATTCCTGACTTGGT
CGCACAATTGAAGAAAGAAGAAACCCCTCAAGCTACCAATGATGTGGTTC
TGCTTGGTGAATTAAGTTTCACGCTAATGTATCAATATCCCGGCTTCCCT
GATATTTATGAAAAGTTGTTGGCTTCTTTACAGATCTTTCACCTCGTATA
TTTACCAGTCTTTCGGAGGAGATCTTTGTCTTTGATGACATTTATGTTGA
TTAGTTATTTACATTCTCCAAAGCCTTTTCACGAGATGACATGTCGGCTG
GTAGATTGGATCTGTTTACCAGACCCTGCAATTGCCACTGATCAATGGGT
GATGCAAGTACTGAAATATTTGATACAACACAAGAAATATCAAGTACTAT
CTTCTGTTATTGATGGAAAAATTAATCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_031365XLOC_031365Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00049413-proteinTCONS_00049413-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00049413-exon-scaffold_158-1575043694:40965..41030TCONS_00049413-exon-scaffold_158-1575043694:40965..41030Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:39313..40380TCONS_00049413-exon-scaffold_158-1575043694:39313..40380Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:39017..39118TCONS_00049413-exon-scaffold_158-1575043694:39017..39118Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:38600..38758TCONS_00049413-exon-scaffold_158-1575043694:38600..38758Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:38298..38482TCONS_00049413-exon-scaffold_158-1575043694:38298..38482Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:37730..37823TCONS_00049413-exon-scaffold_158-1575043694:37730..37823Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:35902..37023TCONS_00049413-exon-scaffold_158-1575043694:35902..37023Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1575043694:34334..34862TCONS_00049413-exon-scaffold_158-1575043694:34334..34862Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:40965..41030TCONS_00049413-exon-scaffold_158-1510915933:40965..41030Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:39313..40380TCONS_00049413-exon-scaffold_158-1510915933:39313..40380Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:39017..39118TCONS_00049413-exon-scaffold_158-1510915933:39017..39118Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:38600..38758TCONS_00049413-exon-scaffold_158-1510915933:38600..38758Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:38298..38482TCONS_00049413-exon-scaffold_158-1510915933:38298..38482Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:37730..37823TCONS_00049413-exon-scaffold_158-1510915933:37730..37823Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:35902..37023TCONS_00049413-exon-scaffold_158-1510915933:35902..37023Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1510915933:34334..34862TCONS_00049413-exon-scaffold_158-1510915933:34334..34862Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:40965..41030TCONS_00049413-exon-scaffold_158-1491911889:40965..41030Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:39313..40380TCONS_00049413-exon-scaffold_158-1491911889:39313..40380Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:39017..39118TCONS_00049413-exon-scaffold_158-1491911889:39017..39118Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:38600..38758TCONS_00049413-exon-scaffold_158-1491911889:38600..38758Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:38298..38482TCONS_00049413-exon-scaffold_158-1491911889:38298..38482Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:37730..37823TCONS_00049413-exon-scaffold_158-1491911889:37730..37823Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:35902..37023TCONS_00049413-exon-scaffold_158-1491911889:35902..37023Clytia hemisphaericaexon
TCONS_00049413-exon-scaffold_158-1491911889:34334..34862TCONS_00049413-exon-scaffold_158-1491911889:34334..34862Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_158supercontigscaffold_158:34334..41030 -
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
5.5119	0.0110843	2.18132	0.799088	5.3375	7.32775	7.74608	2.91194	2.58652	2.90789	5.59972	1.2193	4.231	0.00471597	4.06882	5.25211	5.93242	3.74866	3.68169	4.22686	3.81925	1.21346	7.09048	4.12993	6.58457	7.44063	0.733097	2.33215	4.31537	6.77902
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001394Peptidase_C19_UCH
IPR018200USP_CS
IPR028889USP_dom
Vocabulary: Biological Process
TermDefinition
GO:0016579protein deubiquitination
GO:0006511ubiquitin-dependent protein catabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0036459thiol-dependent ubiquitinyl hydrolase activity
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0016579 protein deubiquitination
biological_process GO:0006511 ubiquitin-dependent protein catabolic process
molecular_function GO:0036459 thiol-dependent ubiquitinyl hydrolase activity
Blast
[Close]
BLAST of TCONS_00049413 vs. Swiss-Prot (Human)
Match: UBP38 (Ubiquitin carboxyl-terminal hydrolase 38 OS=Homo sapiens GN=USP38 PE=1 SV=2)

HSP 1 Score: 324.324 bits (830), Expect = 1.865e-93
Identity = 244/776 (31.44%), Postives = 365/776 (47.04%), Query Frame = 1 
Query:  865 TTDGK-HPSICIAKLLKCLNLDELSLYINEVVKS-QLTDDTLTLMTCRLVDWICLPDPAIATDQWVMQVLKYLIQHKKYQVLSSVIDGKINQIFHLVYLPVFRRRSLSLMTFMLISYLHSPKPFHEIAVLIPDLVAQLKKEETPQATNDVVLLGELSFTLMYQYPGFPDIYEKLLASLQGVPKPSEEKMNTWLKSSFSISQE-ELPQVI--VPERLPNTKVGLDNLGNTCYANSVIQALFNLAHVRKVLLERETDMTLSTTKSIQELFGLLLLTKRSSIAPRVFLNLSRPPWFQSGFQQDCSEYLKYLLDKL-------------------------------------QTESSKDTSKD-INQLLSGQIRTSVECLNCGFVSSREEVFNDIPLSF----------NQEPLVA-----GG-----------EKVVHTLKGG----DSSDMKRKIGCKLSEASDAKQTM----TDDTISSLDTPFVDLTATETPPDPLQKFKIQEMMCSYLSPELLNNSNKYYCETCASLQNAQKTMNILKYPKYLILTMKRFTYDVKTQKRSKLLHVVDHPQTFDF----CNECARCHSQNRVDSD-----ESVAGSSSQNTTKNRECNSGNATHFRLLSVIVHSGQSSDSGHYYAYTC--------------------------------------EYLEDGNI--KWLLLNDSRVSSAPNDCVSKLSSRFPQDTPYVCIY-ECYXXXXXXXXXXXXXLVINT----QQKILDFVNADNMAYERE 2799
            +TD    PS+ +A L++ + L  +++ I  +     + D ++T   CR++DW+  P  A   D WV+ +LK L   +K+ +L  V   KI  +F+ ++ P+ R  +L++++ ML+S+ HSP+ FH I   + +LV   K +  P +T  +V L EL   +MY Y GFPD+YE +L +++  PKPSEEK+   L  S   SQ   L   +  +  +    K GL NLGNTCY NSVIQALF     R+ +L    +   S  K +Q LF  L  T+R + APR+F   SRPPWF    QQDCSEYL++LLD+L                                     +T  + D  K  I ++  G++RT + CLNC   S + E F D+ L+F           Q+P  +     GG           E VV+         DS   ++ IG   +E   ++ T     ++  + + D P       ET P       + +++  +L+PE+L   N+YYCE CASLQNA+KTM I + P+YLILT+ RF+YD K   R K+L  V  P   +         +       VD D     E++A     + T    C       + L SV+VHSG SS+SGHYY+Y                                        + LE+  +  +W L NDSRV+      V K++SRFP+DT YV +Y + +  N          L IN     Q++++D +  DN  Y +E
Sbjct:  226 STDASFEPSVALASLVQHIPLQMITVLIRSLTTDPNVKDASMTQALCRMIDWLSWP-LAQHVDTWVIALLKGLAAVQKFTILIDVTLLKIELVFNRLWFPLVRPGALAVLSHMLLSFQHSPEAFHLIVPHVVNLVHSFKNDGLPSSTAFLVQLTELIHCMMYHYSGFPDLYEPILEAIKDFPKPSEEKIKLILNQSAWTSQSNSLASCLSRLSGKSETGKTGLINLGNTCYMNSVIQALFMATDFRRQVLSLNLNGCNSLMKKLQHLFAFLAHTQREAYAPRIFFEASRPPWFTPRSQQDCSEYLRFLLDRLHEEEKILKVQASHKPSEILECSETSLQEVASKAAVLTETPRTSDGEKTLIEKMFGGKLRTHIRCLNCRSTSQKVEAFTDLSLAFCPSSSLENMSVQDPASSPSIQDGGLMQASVPGPSEEPVVYNPTTAAFICDSLVNEKTIGSPPNEFYCSENTSVPNESNKILVNKDVP--QKPGGETTPS------VTDLLNYFLAPEILTGDNQYYCENCASLQNAEKTMQITEEPEYLILTLLRFSYDQKYHVRRKILDNVSLPLVLELPVKRITSFSSLSESWSVDVDFTDLSENLAKKLKPSGTDEASCT--KLVPYLLSSVVVHSGISSESGHYYSYARNITSTDSSYQMYHQSEALALASSQSHLLGRDSPSAVFEQDLENKEMSKEWFLFNDSRVTFTSFQSVQKITSRFPKDTAYVLLYKKQHSTNGLSGNNPTSGLWINGDPPLQKELMDAITKDNKLYLQE 990
The following BLAST results are available for this feature:
BLAST of TCONS_00049413 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
UBP381.865e-9331.44Ubiquitin carboxyl-terminal hydrolase 38 OS=Homo s... [more]
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