TCONS_00071463 (transcript) - C. hemisphaerica

Overview
NameTCONS_00071463
Unique NameTCONS_00071463
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length1447

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00071463 ID=TCONS_00071463|Name=TCONS_00071463|organism=Clytia hemisphaerica|type=transcript|length=1447bp
ttagtatttctcAGGCTTTGGAAATGAACTGGCATCTGAGGCAATAGAAA
ATGCTTTACCAGAAAGAGGGaaCACGCCACAGAAATGTCCTTATAACCTT
TACGCTGAGCAATTATCTGGTACTGCATTCACTTGCCCAAGAACAGCAAA
TAGAAGATCATGGTTTTATCGTATTTTGCCATCAGTCAAGCATTCACCTT
TCAAGCCTTATGAAATCAAGAATTTCACAATGGGTTGGAATAACCGTGTT
CCAAACCCCAACCAGttaaaatggAACCCATTTGATATACCTCCAAAAGA
TACAGATTTTGTTGACGGTTTGAGCACAATATGTGGTTCAGGTGATCCAA
AGACTAGACATGGTATTGCAGTTCATGTTTATGCTTGTAATAAATCAATG
GCTAACAGATGTTTTTGCAATTCAGATGGAGACTTCTTGATTGTTGTTCA
ACAAGGGAGCCTTTTGGTGACAACAGAATTTGGCAAAATGAAAGTTGACC
AAGAAGAAATTTGCGTCGTGCAGCAAGGAATGCGATTCTCAATCGACGTC
GATGGACCATCACGTGGCTACATCCTGGAAGTTTATGACGGACATTTTGA
AATCCCTGATCTTGGACCTATAGGTGCGAATGGGCTGGCGAATCCACGTG
ACTTTAAAACACCACAGGCATCATACGATGAGAACTTTATGAGACCTGAT
GGATTCGAAATTATTCAGAAATACCAAGGATATACATTCAAAGCTACTCA
gGACCATACAGTGTTTGACGTTGTTGCATGGCATGGAAATTATACACCGT
ACaaatattctttgaaagatTTCTGTGTCATCAATTCTGTTTCGTTTGAC
CATATCGACCCTTCCATCTTTACCGTATTGACATGTCAAAGCAACAAACC
AGGAGTGGCTATCGCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGTTC
AAGAAAACACTTTCAGGCCGCCTTACTATCACCGTAATTGTATGAGTGAG
TACATGGGAATCATCAAAGGAGGATACGAAGCCAAAGCAGTGACACCAGG
CTGTTCGACTCTTCATAGTATGATGATCCCACATGGTCCAGCATCCAATG
TTTTTGAAGCTGCTTCGAACGCTACATTGAAACCTGAACGCGTCGCAGAG
GGTACTATGTCATTTATGTTTGAAAGTTCACTTGGATTGGCGTTGACAGA
GTGGGGTGAAAAAACATGCGAAAAAGTTGACGAAAACTACAGCAAATGTT
GGCAAGGCTTGGAAGCTAAATTTGACAAGAATttgaaaatctaatttttt
tttacttttgtaagccatttttttatattccttatttatcatttttttaa
gtcttatttgaatttttttaatcctTTTATTTATCTTCTGTTATTAAGAC
GTTGTCTAATTGAATTAAACGTGCATGAAATTGCCGAACATCCGGAA
Run BLAST on NCBI

protein sequence of TCONS_00071463-protein

>TCONS_00071463-protein ID=TCONS_00071463-protein|Name=TCONS_00071463-protein|organism=Clytia hemisphaerica|type=polypeptide|length=354bp
MGWNNRVPNPNQLKWNPFDIPPKDTDFVDGLSTICGSGDPKTRHGIAVHV
YACNKSMANRCFCNSDGDFLIVVQQGSLLVTTEFGKMKVDQEEICVVQQG
MRFSIDVDGPSRGYILEVYDGHFEIPDLGPIGANGLANPRDFKTPQASYD
ENFMRPDGFEIIQKYQGYTFKATQDHTVFDVVAWHGNYTPYKYSLKDFCV
INSVSFDHIDPSIFTVLTCQSNKPGVAIADFVIFPPRWSVQENTFRPPYY
HRNCMSEYMGIIKGGYEAKAVTPGCSTLHSMMIPHGPASNVFEAASNATL
KPERVAEGTMSFMFESSLGLALTEWGEKTCEKVDENYSKCWQGLEAKFDK
NLKI
Run BLAST on NCBI

transcript from alignment at scaffold_60:1499157..1507389-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00071463 ID=TCONS_00071463|Name=TCONS_00071463|organism=Clytia hemisphaerica|type=transcript|length=8233bp|location=Sequence derived from alignment at scaffold_60:1499157..1507389- (Clytia hemisphaerica)
TTAGTATTTCTCAGGCTTTGGAAATGAACTGGCATCTGAGGCAATAGAAA ATGCTTTACCAGAAAGAGGGGTAAGTCTTAAGATTTTTTTCAATGATGTT GCACAGCCTGTTAAATTGTAATTTTTTGATAGAGGTCAATGACAATATCA GCTCGACCACGCAACCATGCTACCTGATTCTTTAGCATTTTGTAATATGG ACACCTCTGACGGTCTTTACTGTATATCCAGATATTATGAACATAATTAG GCATCATATTGTTTGTTTTACAATTTTTGAGAGAAGTATTAAAAATGTAT ATTTGAGTCTGAAAATCAGGCTTTTAAAAATTAGATTTGGGGAGAGAATA TTACTGAGAGGACCATTTTGTTTTCTTTTAGAACACGCCACAGAAATGTC CTTATAACCTTTACGCTGAGCAATTATCTGGTACTGCATTCACTTGCCCA AGAACAGCAAATAGAAGATCGTAAGTATAAAATTCAATATCAGTGAATCA CAAGCGGGGTTTTCTTCATTGTAAGAATGTGTTTGCAGTAATATTTGAAT TTTAATAAAGGACGTGTATCATGGTCCGGCAGTTTTGATCTTTAATTTTC TTATTTTTCGTGGGCCATGATAATTGTTTTCGTCTTTGTATATTTTAGAT GGTTTTATCGTATTTTGCCATCAGTCAAGCATTCACCTTTCAAGCCTTAT GAAATCAAGAATTTCACAATGGGTTGGAATAACCGTGTTCCAAACCCCAA CCAGGTTTGACTAACTTTTAAAACATTGAAGTTTTTAATGACTTTAACAG TCAAACTTCTGCAGCAAATCTTTGATTATTATTTAGCAAATATATATATT AACAAGCAATTTAGAACAACCCAAAGTTTTCTGGACCGCAAAATCCAGGT GGGTAAAAGTGCTTATTTACTGTCATTCCTCAGTAGTCCGGGAGCCAAAT CCTATATCTCCTTAAATAAGCACTTTTGCTTAACCCAAGATTCTACAGGA TAAACTATACATTTTTGGAATCCTCAACTATCCTAGTTTTGGAAATGGTT GTTCCCCAAAGCTAACTCCTGGTCAATTTTTCATACTGGGCCCGAGTTTA GGGGGTACTTTTTACCCTTTGTAAGGATTTGTTAAGGAAAATGCCATTCC AGGGATGATATAATTTGCTGTATCTAGTGAATCAGTTGACCAATTGCTTT GAAACTTTGCAAGAAGTTTCAAGGTAGGCTGATGATTATTTTCGGCAAAG AATTTTTGTGAAAAATCATTTTTATATGTTTGCCTGGGGAAAAAAGGGAA AATTGGGTATTTTAACTAAATTTTGACCCTTTTTAAGTCTGGGACCTACC CCAACAACTTTTAATGAGACACAAACTAGGTGTTATGATAGACTTTGATG CAATACATCAGAAAAATTTCAAACAGACAGGGCTGCAGGGGGTAAAATTG CCCATTTTTATGGGTTTTTACCTTATTTGAGCAATTTTCACCACTAATCT TGGTTAAAACGTTATCAAAAATAGTTTTAACTTNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTATCATAACACC TAGTTTGTGTCTCATTAAAAGTTGTTTGGGTAGGTCCCAGACTTAAAAAG GGTCAAAATTTAGTTAAAATACCCAAATTTTCCCTTTTCTTCCCCAGGCA AACCTATAAAAATAATTTTTCACAGAAATTTTTTGCCGAAAATAATCATC AGCCTACCTTGAAACTTTTTGCAAAGTTTCAAAGCAATTGGTCAACTGAT TGACTAGATACAGCAAANCGGGACCATTTTGGGAAGCTCTGAATAGCAAT ATAGTGGAATCTCAAAGCAAAAACTGACAAAATTACGTGAAATAAATGTT ATCATTTGGGCATAACTTAAGTTAAATCCGTCATTATTTTGTGTAGTTGT CAACAAAAGTACTAAGAAATGACTGAAGGGTATATAACTGGTTTNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAAGTGGTGTATTTACCC CCTGATTTGCCCACAGTGACCCTGATTACAGACAATGAAAACCACAAATA ACTTTCCCATTGCTCCTACTACAAAATTATCCTTGTTTCAGTGGTCAGAA ATAAACAATTGGTACACCATAAAACCGCTTTATGGGTGATTTTTACCCCC TGGTTTGTCCATTTGCACCCTGGTTTTGTTAGTTTTAAGTCAGCATTGTA ATCTTTCAGGATATATTACACGAAAATCAAGTTAAAACTNTTGAGGATTC CAAAAATGTATAGTTTATCCTGTAGAATCTTGGGTTAAGCAAAATGTCAT TTTTTGGGTTTGGCTCCCGGACTAAGTCAATCAGGATCTAGCAAGATCAA AAAGCTAACTGGTATAAAAATATTTTGTGAGTCATTGATAATCTTCTTCA AATGATTTAAAGTTTCTCAATAAATACATGTTGATGTTTCAGTTAAAATG GAACCCATTTGATATACCTCCAAAAGATACAGATTTTGTTGACGGTTTGA GCACAATATGTGGTTCAGGTGATCCAAAGACTAGACATGGTATTGCAGTT CATGTTTATGCTTGTAATAAATCAATGGCTAACAGGTAAAATTATATGCC TTTCATGAAATTGAATTGAATATTAAATATTGAAATTTTGACTTGTTTCT CACATTTGTATGGACCAAGTGCTCAATAAAACATTTTTAAGTTTGAAATT TAAGCTTTTTGGACCTACCCCGGTGGAGGTCCTATAAATTAACCTTTCTT CGTCCGTCCGTTCGTTCGTTCGTTCGTTACCAACTTTTCTCGAGATTGGC TCAGTAGTTTTTTCTGATTTTTTGCACAAAGATGTGTAACTATAAACCCT CGAATGTGACGGAGCCCGATTTTCGAAAAAAAAAATTTTGGGGTAAATTT GGGCCAAAAAACGGCTAAAAAACGGGTTTTTTGGACTTTGTGAAAAATTG GATCATTAATTTTTTCTGATTTTTTGCATGAAAGTAGGGTACCATCATAG GTAAAAGATGGCTCTAGCAGATTTTCGCAAAAAAAATTGTTGGCTCAAAA GACGCATGTTTATCTATAAGAATCACTATTACTAAGCATATATCAATGTT CTTAGTCAAATTGCTCAATTTTTTTATGAGATGTTTTTTTTGCTCACAAA GTCTTGAATATGAAAGAATATTTCAAGAGCATGAAATTTTGGTTAATGGT CACGTCACGTAGATATCAATTATATATGTTTTAAATGCACAACCAGGTAG GTCCATAAAAGTATCACTTGTTTTATCTGCAGATATTTTAATTGTGTTGT ACGCATAAAACAATCGATCTCTTTGTTCTGGATGCAATGTTTAAGCCAAC CATCTGTCTTAAACATAATCTGCAGTAGAGACAAAAAAGGCTGTAACATT TTAATAAGATAGCGATTATGTACTTGTTGAAAAGATATTCAAGAGTGGAA TATTACATTAATGAAAAAAAATTGATTCAACTCTTGATTAGCTTTCAACG AGCACAAAATACTTATCCAATTTAAATTCTATCAATCTAAAGGTACAGCA TTTTTTGTTTCCCTCACAAATTATATTGACACAGACTTGATTTGATATAA ATACCGTATTACTTCGAATAAACGCCTGAGTATTACGGTATTACTATCTA TTCTATTTAGATGTTTTTGCAATTCAGATGGAGACTTCTTGATTGGTAAA CAATCTATTTCTTCGTTTTATTTATTCTTCATAGTATACCTCCAAAATAT TTTGCAAATATATCAGTCTTTCTTTACGTTTTGTCAAAGTTAAGTAAAGT CTTGTTCTTAAACAGTGCTTCTTTTTCTATTCTTAAATATGTTTCTTTTT TGATCACCTATAGTTGTTCAACAAGGGAGCCTTTTGGTGACAACAGAATT TGGCAAAATGAAAGTTGACCAAGAAGAAATTTGCGTCGTGCAGGTAATTT TAAAGATTACATACCATTGGAAAGATTTGCCTAATTTATTTCCTCGTAGA CTTTACTATTTTCATTCTACCCAAAATAACTCAAATATTTCACACTTTAC TTCAAAAGCAACAAGGTTTGGCTGTGGAAAATTCAAAATCTTACCATAAT CCTATTAATTTTCCGCATCATTTAAATTAAGGTATCCGGCGCGCTGTTTT AAAGTAACGCGCATCTTATAATTACATCCCAGAGGCATTTTCAACCTATT TAGAGGACTCGTTAAAAAAGAGCACCATGATGAGATTTCTACAAATTTTA TTAGATTACTAATTCGCGCGCTTTTGATTTTCGCGCGTGTTTTCTGCGCA AAAAATAAAGGCGCGTGAAAGTTAATGGGATTGAGTTATCACGTTTTACA GCAAGGAATGCGATTCTCAATCGACGTCGATGGACCATCACGTGGCTACA TCCTGGAAGTTTATGACGGACATTTTGAAATCCCTGATCTTGGACCTATA GGTTTGTCATTATTTTGCTGTCTTTTTTACAGATCCCCTTTGGGTAAAAG AGTTTTTTAGGACAGTACATTTTAGTANTTGCTGTCTTTTTTACAGCTCC CCTTTGGGTAAAAGAGTTTTTTAGGACAGTACATTTTAGTACAGATTGTA AAAACTTTAATGGTTTGTCCGGCAAGTGCTTTAAATAGGTCATTGTATCT CGAGTTATTTAAAGATTACTAAACGAGAACGTTTTATACTTGGAAGGTGC GAATGGGCTGGCGAATCCACGTGACTTTAAAACACCACAGGCATCATACG ATGAGAACTTTATGAGACCTGATGGATTCGAAATTATTCAGAAATACCAA GGATATACATTCAAAGCTACTCAGGTGTGTTTTTCTTTTTATTTACGGGG TTAATTTTGCTAAAAATAATTTTGCAGATAAATTCCTATCGGGTCACTGA GAAATATGTGTTCTAAATTCCAAATAAACATTCAATAGCTTACTGAGTGG GGTGTCTTTTAATGGGTAGCAAATTTGATGATATAAAATGTTAAAAGTTA AATTTATTATTGTATGTAATTTCTCGTTTCTCAGGACCATACAGTGTTTG ACGTTGTTGCATGGCATGGAAATTATACACCGTACAAATATTCTTTGAAA GATTTCTGTGTCATCAATTCTGTTTCGTTTGACCATATCGTGAGTATTGC TTTCGCATCAGATATTACCTTAGCCACTTTCTTGAAGACGGGCTGAGTGA ATGGCTTAGTAATTTTTCTTGAAATCAATCTTTTTACGTCAAAAACACCA GTTAGATCTGGTTAGACTTTAGTAACGAAGTTTGTTATGTTTTTTTAGGA AAGATATTTAAGTCAAATTCTGTATTTCGCAGTTAACTATTGTAAACATT AATCGCAATGGGAGCTGTGAGTTTTTGTACGCAGTCGTAGTTTTCATGTC AAAGTCTTTCCCTAATAAAAGTTTTCTTAATTTTGTTTTTCTTTTACACA GGACCCTTCCATCTTTACCGTATTGACATGTCAAAGCAACAAACCAGGAG TGGCTATCGCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGTTCAAGAA AACACTTTCAGGCCACCATACTATCACCGTTAGTTGAGTTTTACAAAAAA GTCGAGCAAAATTTAATGTTTCTTTGATTTTCGTCAAGTTCTCTCAGTTC ATCCCTCTTTATACGGTCTTATATCCCTTCTGTATCAGAGTCTAGACCTG GTCTCGTGTGTATCGAAAATGTTAACTTTGAACCCCACGGAGAAACAGGC CGCCTTACTATCACCGTTAATTCAGTTTTACATAAAATTCTAGTGAAAAT TTCATATTTTACTGATTTTTATTGAGTAATCATAATCCATATTGCCTTAT ACACCGCCGTATCTGTATGAGAGGCTAGGTCTGATCTTTTATGCATCGGA AAACCGTCGTCGGTAGAATAATGCTTTCTAATCTTATCACTATTGAAATT TCCATGAAACTCCGAAGGAAAAACAATTAGGCCAAGCAAAACATTAAGAT ATCTGGTTGTTGAGACAGGAGTGTAATTTAAATTCATTTTATCCATTCAA CTTTTTAGGTAATTGTATGAGTGAGTACATGGGAATCATCAAAGGAGGAT ACGAAGCCAAAGTAAGCTCGATGCTACTTATTAGCAAGATTTTTACACCT GTTAAAAGATAGTTTTCTCACAAATTCAAATTTGGCTGCCTGTGAAATGA GCTTTGTTTCTGACAAAACTAAAAGATTTTTTTTTAAATTGGAAATAAGA CAGTCAATAGTCGACATATGATACTTTTTTGAATTTGACTTAATCATTCA AAAAGTTATGAAGCAAAAACCCAAAACTTTCTCTAAAAGTCAATCCAAAT TTGTACATTTTTTTGAATCACCAAGTACAATCTATCCGCAGACACGTGTT TCGTCCTTCCCAGTCAAACACCAAGTACATATTTTACAGTGTGCACGAAT TTCCGCATAAACTGTATAACTATTTTATCTTTATTCGTTACTTTGTAGGC AGTGACACCAGGCTGTTCGACTCTTCATAGTATGATGATCCCACATGGTC CAGCATCCAATGTTTTTGAAGCTGCTTCGAACGCTACATTGAAACCTGAA CGCGTCGCAGAGGGTACTATGGTGAGCGTATAAATTTGATTGAACTACCT TGTAGTGTATTAATTTTGCGTGTACTTAATTTGGTGGCTGGCCAAAATGC GATTTTAGCGTATATTAAATTTAGCGGAGATTTAATTTGGCGGGTGGGGA AGTTTTAGGCACTTGTAAATCAAAAATTACTTGGTATTGTAATCGCTTTT ATTTAAAATGCTGAAATTTGGCTGGTATTTAACTTGGCGGACGGTCAATT TAAAAAAGATGGCTCTTCAAATTCAGTCTTTTTTCACGGAAATTTTCTAC TTGGAAGGTACGAGAGATATAACCAACAGGATTTTTTTAAACATGTAAGG TCGATTTTTATTCTTCGATAGCTCATATCTACATAATCTAACTATAAAAT TAATTTTCAAAAAAGGTACTTTTTAACCATTCTTTCTTGATTCAGTCATT TATGTTTGAAAGTTCACTTGGATTGGCGTTGACAGAGTGGGGTGAAAAAA CATGCGAAAAAGTTGACGAAAACTACAGCAAATGTTGGCAAGGCTTGGAA GCTAAATTTGACAAGAATTTGAAAATCTAATTTTTTTTTACTTTTGTAAG CCATTTTTTTATATTCCTTATTTATCATTTTTTTAAGTCTTATTTGAATT TTTTTAATCCTTTTATTTATCTTCTGTTATTAAGACGTTGTCTAATTGAA TTAAACGTGCATGAAATTGCCGAACATCCGGAA

Coding sequence (CDS) from alignment at scaffold_60:1499157..1507389-

>TCONS_00071463 ID=TCONS_00071463|Name=TCONS_00071463|organism=Clytia hemisphaerica|type=CDS|length=12780bp|location=Sequence derived from alignment at scaffold_60:1499157..1507389- (Clytia hemisphaerica)
TCATTTATGTTTGAAAGTTCACTTGGATTGGCGTTGACAGAGTGGGGTGA
AAAAACATGCGAAAAAGTTGACGAAAACTACAGCAAATGTTGGCAAGGCT
TGGAAGCTAAATTTGACAAGAATTTGAAAATCTAAGCAGTGACACCAGGC
TGTTCGACTCTTCATAGTATGATGATCCCACATGGTCCAGCATCCAATGT
TTTTGAAGCTGCTTCGAACGCTACATTGAAACCTGAACGCGTCGCAGAGG
GTACTATGGTAATTGTATGAGTGAGTACATGGGAATCATCAAAGGAGGAT
ACGAAGCCAAAGCCGCCTTACTATCACCGACCCTTCCATCTTTACCGTAT
TGACATGTCAAAGCAACAAACCAGGAGTGGCTATCGCTGATTTCGTCATC
TTTCCACCGCGTTGGTCTGTTCAAGAAAACACTTTCAGGACCATACAGTG
TTTGACGTTGTTGCATGGCATGGAAATTATACACCGTACAAATATTCTTT
GAAAGATTTCTGTGTCATCAATTCTGTTTCGTTTGACCATATCGTGCGAA
TGGGCTGGCGAATCCACGTGACTTTAAAACACCACAGGCATCATACGATG
AGAACTTTATGAGACCTGATGGATTCGAAATTATTCAGAAATACCAAGGA
TATACATTCAAAGCTACTCAGCAAGGAATGCGATTCTCAATCGACGTCGA
TGGACCATCACGTGGCTACATCCTGGAAGTTTATGACGGACATTTTGAAA
TCCCTGATCTTGGACCTATAGTTGTTCAACAAGGGAGCCTTTTGGTGACA
ACAGAATTTGGCAAAATGAAAGTTGACCAAGAAGAAATTTGCGTCGTGCA
GATGTTTTTGCAATTCAGATGGAGACTTCTTGATTGTTAAAATGGAACCC
ATTTGATATACCTCCAAAAGATACAGATTTTGTTGACGGTTTGAGCACAA
TATGTGGTTCAGGTGATCCAAAGACTAGACATGGTATTGCAGTTCATGTT
TATGCTTGTAATAAATCAATGGCTAACAGATGGGTTGGAATAACCGTGTT
CCAAACCCCAACCAGTCATTTATGTTTGAAAGTTCACTTGGATTGGCGTT
GACAGAGTGGGGTGAAAAAACATGCGAAAAAGTTGACGAAAACTACAGCA
AATGTTGGCAAGGCTTGGAAGCTAAATTTGACAAGAATTTGAAAATCTAA
GCAGTGACACCAGGCTGTTCGACTCTTCATAGTATGATGATCCCACATGG
TCCAGCATCCAATGTTTTTGAAGCTGCTTCGAACGCTACATTGAAACCTG
AACGCGTCGCAGAGGGTACTATGGTAATTGTATGAGTGAGTACATGGGAA
TCATCAAAGGAGGATACGAAGCCAAAGCCGCCTTACTATCACCGACCCTT
CCATCTTTACCGTATTGACATGTCAAAGCAACAAACCAGGAGTGGCTATC
GCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGTTCAAGAAAACACTTT
CAGGACCATACAGTGTTTGACGTTGTTGCATGGCATGGAAATTATACACC
GTACAAATATTCTTTGAAAGATTTCTGTGTCATCAATTCTGTTTCGTTTG
ACCATATCGTGCGAATGGGCTGGCGAATCCACGTGACTTTAAAACACCAC
AGGCATCATACGATGAGAACTTTATGAGACCTGATGGATTCGAAATTATT
CAGAAATACCAAGGATATACATTCAAAGCTACTCAGCAAGGAATGCGATT
CTCAATCGACGTCGATGGACCATCACGTGGCTACATCCTGGAAGTTTATG
ACGGACATTTTGAAATCCCTGATCTTGGACCTATAGTTGTTCAACAAGGG
AGCCTTTTGGTGACAACAGAATTTGGCAAAATGAAAGTTGACCAAGAAGA
AATTTGCGTCGTGCAGATGTTTTTGCAATTCAGATGGAGACTTCTTGATT
GTTAAAATGGAACCCATTTGATATACCTCCAAAAGATACAGATTTTGTTG
ACGGTTTGAGCACAATATGTGGTTCAGGTGATCCAAAGACTAGACATGGT
ATTGCAGTTCATGTTTATGCTTGTAATAAATCAATGGCTAACAGATGGGT
TGGAATAACCGTGTTCCAAACCCCAACCAGTCATTTATGTTTGAAAGTTC
ACTTGGATTGGCGTTGACAGAGTGGGGTGAAAAAACATGCGAAAAAGTTG
ACGAAAACTACAGCAAATGTTGGCAAGGCTTGGAAGCTAAATTTGACAAG
AATTTGAAAATCTAAGCAGTGACACCAGGCTGTTCGACTCTTCATAGTAT
GATGATCCCACATGGTCCAGCATCCAATGTTTTTGAAGCTGCTTCGAACG
CTACATTGAAACCTGAACGCGTCGCAGAGGGTACTATGGTAATTGTATGA
GTGAGTACATGGGAATCATCAAAGGAGGATACGAAGCCAAAGCCGCCTTA
CTATCACCGACCCTTCCATCTTTACCGTATTGACATGTCAAAGCAACAAA
CCAGGAGTGGCTATCGCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGT
TCAAGAAAACACTTTCAGGACCATACAGTGTTTGACGTTGTTGCATGGCA
TGGAAATTATACACCGTACAAATATTCTTTGAAAGATTTCTGTGTCATCA
ATTCTGTTTCGTTTGACCATATCGTGCGAATGGGCTGGCGAATCCACGTG
ACTTTAAAACACCACAGGCATCATACGATGAGAACTTTATGAGACCTGAT
GGATTCGAAATTATTCAGAAATACCAAGGATATACATTCAAAGCTACTCA
GCAAGGAATGCGATTCTCAATCGACGTCGATGGACCATCACGTGGCTACA
TCCTGGAAGTTTATGACGGACATTTTGAAATCCCTGATCTTGGACCTATA
GTTGTTCAACAAGGGAGCCTTTTGGTGACAACAGAATTTGGCAAAATGAA
AGTTGACCAAGAAGAAATTTGCGTCGTGCAGATGTTTTTGCAATTCAGAT
GGAGACTTCTTGATTGTTAAAATGGAACCCATTTGATATACCTCCAAAAG
ATACAGATTTTGTTGACGGTTTGAGCACAATATGTGGTTCAGGTGATCCA
AAGACTAGACATGGTATTGCAGTTCATGTTTATGCTTGTAATAAATCAAT
GGCTAACAGATGGGTTGGAATAACCGTGTTCCAAACCCCAACCAGTCATT
TATGTTTGAAAGTTCACTTGGATTGGCGTTGACAGAGTGGGGTGAAAAAA
CATGCGAAAAAGTTGACGAAAACTACAGCAAATGTTGGCAAGGCTTGGAA
GCTAAATTTGACAAGAATTTGAAAATCTAAGCAGTGACACCAGGCTGTTC
GACTCTTCATAGTATGATGATCCCACATGGTCCAGCATCCAATGTTTTTG
AAGCTGCTTCGAACGCTACATTGAAACCTGAACGCGTCGCAGAGGGTACT
ATGGTAATTGTATGAGTGAGTACATGGGAATCATCAAAGGAGGATACGAA
GCCAAAGCCGCCTTACTATCACCGACCCTTCCATCTTTACCGTATTGACA
TGTCAAAGCAACAAACCAGGAGTGGCTATCGCTGATTTCGTCATCTTTCC
ACCGCGTTGGTCTGTTCAAGAAAACACTTTCAGGACCATACAGTGTTTGA
CGTTGTTGCATGGCATGGAAATTATACACCGTACAAATATTCTTTGAAAG
ATTTCTGTGTCATCAATTCTGTTTCGTTTGACCATATCGTGCGAATGGGC
TGGCGAATCCACGTGACTTTAAAACACCACAGGCATCATACGATGAGAAC
TTTATGAGACCTGATGGATTCGAAATTATTCAGAAATACCAAGGATATAC
ATTCAAAGCTACTCAGCAAGGAATGCGATTCTCAATCGACGTCGATGGAC
CATCACGTGGCTACATCCTGGAAGTTTATGACGGACATTTTGAAATCCCT
GATCTTGGACCTATAGTTGTTCAACAAGGGAGCCTTTTGGTGACAACAGA
ATTTGGCAAAATGAAAGTTGACCAAGAAGAAATTTGCGTCGTGCAGATGT
TTTTGCAATTCAGATGGAGACTTCTTGATTGTTAAAATGGAACCCATTTG
ATATACCTCCAAAAGATACAGATTTTGTTGACGGTTTGAGCACAATATGT
GGTTCAGGTGATCCAAAGACTAGACATGGTATTGCAGTTCATGTTTATGC
TTGTAATAAATCAATGGCTAACAGATGGGTTGGAATAACCGTGTTCCAAA
CCCCAACCAGTCATTTATGTTTGAAAGTTCACTTGGATTGGCGTTGACAG
AGTGGGGTGAAAAAACATGCGAAAAAGTTGACGAAAACTACAGCAAATGT
TGGCAAGGCTTGGAAGCTAAATTTGACAAGAATTTGAAAATCTAAGCAGT
GACACCAGGCTGTTCGACTCTTCATAGTATGATGATCCCACATGGTCCAG
CATCCAATGTTTTTGAAGCTGCTTCGAACGCTACATTGAAACCTGAACGC
GTCGCAGAGGGTACTATGGTAATTGTATGAGTGAGTACATGGGAATCATC
AAAGGAGGATACGAAGCCAAAGCCGCCTTACTATCACCGACCCTTCCATC
TTTACCGTATTGACATGTCAAAGCAACAAACCAGGAGTGGCTATCGCTGA
TTTCGTCATCTTTCCACCGCGTTGGTCTGTTCAAGAAAACACTTTCAGGA
CCATACAGTGTTTGACGTTGTTGCATGGCATGGAAATTATACACCGTACA
AATATTCTTTGAAAGATTTCTGTGTCATCAATTCTGTTTCGTTTGACCAT
ATCGTGCGAATGGGCTGGCGAATCCACGTGACTTTAAAACACCACAGGCA
TCATACGATGAGAACTTTATGAGACCTGATGGATTCGAAATTATTCAGAA
ATACCAAGGATATACATTCAAAGCTACTCAGCAAGGAATGCGATTCTCAA
TCGACGTCGATGGACCATCACGTGGCTACATCCTGGAAGTTTATGACGGA
CATTTTGAAATCCCTGATCTTGGACCTATAGTTGTTCAACAAGGGAGCCT
TTTGGTGACAACAGAATTTGGCAAAATGAAAGTTGACCAAGAAGAAATTT
GCGTCGTGCAGATGTTTTTGCAATTCAGATGGAGACTTCTTGATTGTTAA
AATGGAACCCATTTGATATACCTCCAAAAGATACAGATTTTGTTGACGGT
TTGAGCACAATATGTGGTTCAGGTGATCCAAAGACTAGACATGGTATTGC
AGTTCATGTTTATGCTTGTAATAAATCAATGGCTAACAGATGGGTTGGAA
TAACCGTGTTCCAAACCCCAACCAGTCATTTATGTTTGAAAGTTCACTTG
GATTGGCGTTGACAGAGTGGGGTGAAAAAACATGCGAAAAAGTTGACGAA
AACTACAGCAAATGTTGGCAAGGCTTGGAAGCTAAATTTGACAAGAATTT
GAAAATCTAAGCAGTGACACCAGGCTGTTCGACTCTTCATAGTATGATGA
TCCCACATGGTCCAGCATCCAATGTTTTTGAAGCTGCTTCGAACGCTACA
TTGAAACCTGAACGCGTCGCAGAGGGTACTATGGTAATTGTATGAGTGAG
TACATGGGAATCATCAAAGGAGGATACGAAGCCAAAGCCGCCTTACTATC
ACCGACCCTTCCATCTTTACCGTATTGACATGTCAAAGCAACAAACCAGG
AGTGGCTATCGCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGTTCAAG
AAAACACTTTCAGGACCATACAGTGTTTGACGTTGTTGCATGGCATGGAA
ATTATACACCGTACAAATATTCTTTGAAAGATTTCTGTGTCATCAATTCT
GTTTCGTTTGACCATATCGTGCGAATGGGCTGGCGAATCCACGTGACTTT
AAAACACCACAGGCATCATACGATGAGAACTTTATGAGACCTGATGGATT
CGAAATTATTCAGAAATACCAAGGATATACATTCAAAGCTACTCAGCAAG
GAATGCGATTCTCAATCGACGTCGATGGACCATCACGTGGCTACATCCTG
GAAGTTTATGACGGACATTTTGAAATCCCTGATCTTGGACCTATAGTTGT
TCAACAAGGGAGCCTTTTGGTGACAACAGAATTTGGCAAAATGAAAGTTG
ACCAAGAAGAAATTTGCGTCGTGCAGATGTTTTTGCAATTCAGATGGAGA
CTTCTTGATTGTTAAAATGGAACCCATTTGATATACCTCCAAAAGATACA
GATTTTGTTGACGGTTTGAGCACAATATGTGGTTCAGGTGATCCAAAGAC
TAGACATGGTATTGCAGTTCATGTTTATGCTTGTAATAAATCAATGGCTA
ACAGATGGGTTGGAATAACCGTGTTCCAAACCCCAACCAGTCATTTATGT
TTGAAAGTTCACTTGGATTGGCGTTGACAGAGTGGGGTGAAAAAACATGC
GAAAAAGTTGACGAAAACTACAGCAAATGTTGGCAAGGCTTGGAAGCTAA
ATTTGACAAGAATTTGAAAATCTAAGCAGTGACACCAGGCTGTTCGACTC
TTCATAGTATGATGATCCCACATGGTCCAGCATCCAATGTTTTTGAAGCT
GCTTCGAACGCTACATTGAAACCTGAACGCGTCGCAGAGGGTACTATGGT
AATTGTATGAGTGAGTACATGGGAATCATCAAAGGAGGATACGAAGCCAA
AGCCGCCTTACTATCACCGACCCTTCCATCTTTACCGTATTGACATGTCA
AAGCAACAAACCAGGAGTGGCTATCGCTGATTTCGTCATCTTTCCACCGC
GTTGGTCTGTTCAAGAAAACACTTTCAGGACCATACAGTGTTTGACGTTG
TTGCATGGCATGGAAATTATACACCGTACAAATATTCTTTGAAAGATTTC
TGTGTCATCAATTCTGTTTCGTTTGACCATATCGTGCGAATGGGCTGGCG
AATCCACGTGACTTTAAAACACCACAGGCATCATACGATGAGAACTTTAT
GAGACCTGATGGATTCGAAATTATTCAGAAATACCAAGGATATACATTCA
AAGCTACTCAGCAAGGAATGCGATTCTCAATCGACGTCGATGGACCATCA
CGTGGCTACATCCTGGAAGTTTATGACGGACATTTTGAAATCCCTGATCT
TGGACCTATAGTTGTTCAACAAGGGAGCCTTTTGGTGACAACAGAATTTG
GCAAAATGAAAGTTGACCAAGAAGAAATTTGCGTCGTGCAGATGTTTTTG
CAATTCAGATGGAGACTTCTTGATTGTTAAAATGGAACCCATTTGATATA
CCTCCAAAAGATACAGATTTTGTTGACGGTTTGAGCACAATATGTGGTTC
AGGTGATCCAAAGACTAGACATGGTATTGCAGTTCATGTTTATGCTTGTA
ATAAATCAATGGCTAACAGATGGGTTGGAATAACCGTGTTCCAAACCCCA
ACCAGTCATTTATGTTTGAAAGTTCACTTGGATTGGCGTTGACAGAGTGG
GGTGAAAAAACATGCGAAAAAGTTGACGAAAACTACAGCAAATGTTGGCA
AGGCTTGGAAGCTAAATTTGACAAGAATTTGAAAATCTAAGCAGTGACAC
CAGGCTGTTCGACTCTTCATAGTATGATGATCCCACATGGTCCAGCATCC
AATGTTTTTGAAGCTGCTTCGAACGCTACATTGAAACCTGAACGCGTCGC
AGAGGGTACTATGGTAATTGTATGAGTGAGTACATGGGAATCATCAAAGG
AGGATACGAAGCCAAAGCCGCCTTACTATCACCGACCCTTCCATCTTTAC
CGTATTGACATGTCAAAGCAACAAACCAGGAGTGGCTATCGCTGATTTCG
TCATCTTTCCACCGCGTTGGTCTGTTCAAGAAAACACTTTCAGGACCATA
CAGTGTTTGACGTTGTTGCATGGCATGGAAATTATACACCGTACAAATAT
TCTTTGAAAGATTTCTGTGTCATCAATTCTGTTTCGTTTGACCATATCGT
GCGAATGGGCTGGCGAATCCACGTGACTTTAAAACACCACAGGCATCATA
CGATGAGAACTTTATGAGACCTGATGGATTCGAAATTATTCAGAAATACC
AAGGATATACATTCAAAGCTACTCAGCAAGGAATGCGATTCTCAATCGAC
GTCGATGGACCATCACGTGGCTACATCCTGGAAGTTTATGACGGACATTT
TGAAATCCCTGATCTTGGACCTATAGTTGTTCAACAAGGGAGCCTTTTGG
TGACAACAGAATTTGGCAAAATGAAAGTTGACCAAGAAGAAATTTGCGTC
GTGCAGATGTTTTTGCAATTCAGATGGAGACTTCTTGATTGTTAAAATGG
AACCCATTTGATATACCTCCAAAAGATACAGATTTTGTTGACGGTTTGAG
CACAATATGTGGTTCAGGTGATCCAAAGACTAGACATGGTATTGCAGTTC
ATGTTTATGCTTGTAATAAATCAATGGCTAACAGATGGGTTGGAATAACC
GTGTTCCAAACCCCAACCAGTCATTTATGTTTGAAAGTTCACTTGGATTG
GCGTTGACAGAGTGGGGTGAAAAAACATGCGAAAAAGTTGACGAAAACTA
CAGCAAATGTTGGCAAGGCTTGGAAGCTAAATTTGACAAGAATTTGAAAA
TCTAAGCAGTGACACCAGGCTGTTCGACTCTTCATAGTATGATGATCCCA
CATGGTCCAGCATCCAATGTTTTTGAAGCTGCTTCGAACGCTACATTGAA
ACCTGAACGCGTCGCAGAGGGTACTATGGTAATTGTATGAGTGAGTACAT
GGGAATCATCAAAGGAGGATACGAAGCCAAAGCCGCCTTACTATCACCGA
CCCTTCCATCTTTACCGTATTGACATGTCAAAGCAACAAACCAGGAGTGG
CTATCGCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGTTCAAGAAAAC
ACTTTCAGGACCATACAGTGTTTGACGTTGTTGCATGGCATGGAAATTAT
ACACCGTACAAATATTCTTTGAAAGATTTCTGTGTCATCAATTCTGTTTC
GTTTGACCATATCGTGCGAATGGGCTGGCGAATCCACGTGACTTTAAAAC
ACCACAGGCATCATACGATGAGAACTTTATGAGACCTGATGGATTCGAAA
TTATTCAGAAATACCAAGGATATACATTCAAAGCTACTCAGCAAGGAATG
CGATTCTCAATCGACGTCGATGGACCATCACGTGGCTACATCCTGGAAGT
TTATGACGGACATTTTGAAATCCCTGATCTTGGACCTATAGTTGTTCAAC
AAGGGAGCCTTTTGGTGACAACAGAATTTGGCAAAATGAAAGTTGACCAA
GAAGAAATTTGCGTCGTGCAGATGTTTTTGCAATTCAGATGGAGACTTCT
TGATTGTTAAAATGGAACCCATTTGATATACCTCCAAAAGATACAGATTT
TGTTGACGGTTTGAGCACAATATGTGGTTCAGGTGATCCAAAGACTAGAC
ATGGTATTGCAGTTCATGTTTATGCTTGTAATAAATCAATGGCTAACAGA
TGGGTTGGAATAACCGTGTTCCAAACCCCAACCAGTCATTTATGTTTGAA
AGTTCACTTGGATTGGCGTTGACAGAGTGGGGTGAAAAAACATGCGAAAA
AGTTGACGAAAACTACAGCAAATGTTGGCAAGGCTTGGAAGCTAAATTTG
ACAAGAATTTGAAAATCTAAGCAGTGACACCAGGCTGTTCGACTCTTCAT
AGTATGATGATCCCACATGGTCCAGCATCCAATGTTTTTGAAGCTGCTTC
GAACGCTACATTGAAACCTGAACGCGTCGCAGAGGGTACTATGGTAATTG
TATGAGTGAGTACATGGGAATCATCAAAGGAGGATACGAAGCCAAAGCCG
CCTTACTATCACCGACCCTTCCATCTTTACCGTATTGACATGTCAAAGCA
ACAAACCAGGAGTGGCTATCGCTGATTTCGTCATCTTTCCACCGCGTTGG
TCTGTTCAAGAAAACACTTTCAGGACCATACAGTGTTTGACGTTGTTGCA
TGGCATGGAAATTATACACCGTACAAATATTCTTTGAAAGATTTCTGTGT
CATCAATTCTGTTTCGTTTGACCATATCGTGCGAATGGGCTGGCGAATCC
ACGTGACTTTAAAACACCACAGGCATCATACGATGAGAACTTTATGAGAC
CTGATGGATTCGAAATTATTCAGAAATACCAAGGATATACATTCAAAGCT
ACTCAGCAAGGAATGCGATTCTCAATCGACGTCGATGGACCATCACGTGG
CTACATCCTGGAAGTTTATGACGGACATTTTGAAATCCCTGATCTTGGAC
CTATAGTTGTTCAACAAGGGAGCCTTTTGGTGACAACAGAATTTGGCAAA
ATGAAAGTTGACCAAGAAGAAATTTGCGTCGTGCAGATGTTTTTGCAATT
CAGATGGAGACTTCTTGATTGTTAAAATGGAACCCATTTGATATACCTCC
AAAAGATACAGATTTTGTTGACGGTTTGAGCACAATATGTGGTTCAGGTG
ATCCAAAGACTAGACATGGTATTGCAGTTCATGTTTATGCTTGTAATAAA
TCAATGGCTAACAGATGGGTTGGAATAACCGTGTTCCAAACCCCAACCAG
TCATTTATGTTTGAAAGTTCACTTGGATTGGCGTTGACAGAGTGGGGTGA
AAAAACATGCGAAAAAGTTGACGAAAACTACAGCAAATGTTGGCAAGGCT
TGGAAGCTAAATTTGACAAGAATTTGAAAATCTAAGCAGTGACACCAGGC
TGTTCGACTCTTCATAGTATGATGATCCCACATGGTCCAGCATCCAATGT
TTTTGAAGCTGCTTCGAACGCTACATTGAAACCTGAACGCGTCGCAGAGG
GTACTATGGTAATTGTATGAGTGAGTACATGGGAATCATCAAAGGAGGAT
ACGAAGCCAAAGCCGCCTTACTATCACCGACCCTTCCATCTTTACCGTAT
TGACATGTCAAAGCAACAAACCAGGAGTGGCTATCGCTGATTTCGTCATC
TTTCCACCGCGTTGGTCTGTTCAAGAAAACACTTTCAGGACCATACAGTG
TTTGACGTTGTTGCATGGCATGGAAATTATACACCGTACAAATATTCTTT
GAAAGATTTCTGTGTCATCAATTCTGTTTCGTTTGACCATATCGTGCGAA
TGGGCTGGCGAATCCACGTGACTTTAAAACACCACAGGCATCATACGATG
AGAACTTTATGAGACCTGATGGATTCGAAATTATTCAGAAATACCAAGGA
TATACATTCAAAGCTACTCAGCAAGGAATGCGATTCTCAATCGACGTCGA
TGGACCATCACGTGGCTACATCCTGGAAGTTTATGACGGACATTTTGAAA
TCCCTGATCTTGGACCTATAGTTGTTCAACAAGGGAGCCTTTTGGTGACA
ACAGAATTTGGCAAAATGAAAGTTGACCAAGAAGAAATTTGCGTCGTGCA
GATGTTTTTGCAATTCAGATGGAGACTTCTTGATTGTTAAAATGGAACCC
ATTTGATATACCTCCAAAAGATACAGATTTTGTTGACGGTTTGAGCACAA
TATGTGGTTCAGGTGATCCAAAGACTAGACATGGTATTGCAGTTCATGTT
TATGCTTGTAATAAATCAATGGCTAACAGATGGGTTGGAATAACCGTGTT
CCAAACCCCAACCAGTCATTTATGTTTGAAAGTTCACTTGGATTGGCGTT
GACAGAGTGGGGTGAAAAAACATGCGAAAAAGTTGACGAAAACTACAGCA
AATGTTGGCAAGGCTTGGAAGCTAAATTTGACAAGAATTTGAAAATCTAA
GCAGTGACACCAGGCTGTTCGACTCTTCATAGTATGATGATCCCACATGG
TCCAGCATCCAATGTTTTTGAAGCTGCTTCGAACGCTACATTGAAACCTG
AACGCGTCGCAGAGGGTACTATGGTAATTGTATGAGTGAGTACATGGGAA
TCATCAAAGGAGGATACGAAGCCAAAGCCGCCTTACTATCACCGACCCTT
CCATCTTTACCGTATTGACATGTCAAAGCAACAAACCAGGAGTGGCTATC
GCTGATTTCGTCATCTTTCCACCGCGTTGGTCTGTTCAAGAAAACACTTT
CAGGACCATACAGTGTTTGACGTTGTTGCATGGCATGGAAATTATACACC
GTACAAATATTCTTTGAAAGATTTCTGTGTCATCAATTCTGTTTCGTTTG
ACCATATCGTGCGAATGGGCTGGCGAATCCACGTGACTTTAAAACACCAC
AGGCATCATACGATGAGAACTTTATGAGACCTGATGGATTCGAAATTATT
CAGAAATACCAAGGATATACATTCAAAGCTACTCAGCAAGGAATGCGATT
CTCAATCGACGTCGATGGACCATCACGTGGCTACATCCTGGAAGTTTATG
ACGGACATTTTGAAATCCCTGATCTTGGACCTATAGTTGTTCAACAAGGG
AGCCTTTTGGTGACAACAGAATTTGGCAAAATGAAAGTTGACCAAGAAGA
AATTTGCGTCGTGCAGATGTTTTTGCAATTCAGATGGAGACTTCTTGATT
GTTAAAATGGAACCCATTTGATATACCTCCAAAAGATACAGATTTTGTTG
ACGGTTTGAGCACAATATGTGGTTCAGGTGATCCAAAGACTAGACATGGT
ATTGCAGTTCATGTTTATGCTTGTAATAAATCAATGGCTAACAGATGGGT
TGGAATAACCGTGTTCCAAACCCCAACCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_044373XLOC_044373Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00071463-exon-scaffold_60-1575043694:1507320..1507389TCONS_00071463-exon-scaffold_60-1575043694:1507320..1507389Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1506920..1507008TCONS_00071463-exon-scaffold_60-1575043694:1506920..1507008Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1506636..1506741TCONS_00071463-exon-scaffold_60-1575043694:1506636..1506741Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1503905..1504047TCONS_00071463-exon-scaffold_60-1575043694:1503905..1504047Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1502795..1502829TCONS_00071463-exon-scaffold_60-1575043694:1502795..1502829Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1502547..1502626TCONS_00071463-exon-scaffold_60-1575043694:1502547..1502626Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1502039..1502138TCONS_00071463-exon-scaffold_60-1575043694:1502039..1502138Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1501666..1501793TCONS_00071463-exon-scaffold_60-1575043694:1501666..1501793Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1501351..1501455TCONS_00071463-exon-scaffold_60-1575043694:1501351..1501455Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1500929..1501038TCONS_00071463-exon-scaffold_60-1575043694:1500929..1501038Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1500725..1500741TCONS_00071463-exon-scaffold_60-1575043694:1500725..1500741Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1500379..1500431TCONS_00071463-exon-scaffold_60-1575043694:1500379..1500431Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1499869..1499991TCONS_00071463-exon-scaffold_60-1575043694:1499869..1499991Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1575043694:1499157..1499444TCONS_00071463-exon-scaffold_60-1575043694:1499157..1499444Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1507320..1507389TCONS_00071463-exon-scaffold_60-1510915933:1507320..1507389Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1506920..1507008TCONS_00071463-exon-scaffold_60-1510915933:1506920..1507008Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1506636..1506741TCONS_00071463-exon-scaffold_60-1510915933:1506636..1506741Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1503905..1504047TCONS_00071463-exon-scaffold_60-1510915933:1503905..1504047Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1502795..1502829TCONS_00071463-exon-scaffold_60-1510915933:1502795..1502829Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1502547..1502626TCONS_00071463-exon-scaffold_60-1510915933:1502547..1502626Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1502039..1502138TCONS_00071463-exon-scaffold_60-1510915933:1502039..1502138Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1501666..1501793TCONS_00071463-exon-scaffold_60-1510915933:1501666..1501793Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1501351..1501455TCONS_00071463-exon-scaffold_60-1510915933:1501351..1501455Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1500929..1501038TCONS_00071463-exon-scaffold_60-1510915933:1500929..1501038Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1500725..1500741TCONS_00071463-exon-scaffold_60-1510915933:1500725..1500741Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1500379..1500431TCONS_00071463-exon-scaffold_60-1510915933:1500379..1500431Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1499869..1499991TCONS_00071463-exon-scaffold_60-1510915933:1499869..1499991Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1510915933:1499157..1499444TCONS_00071463-exon-scaffold_60-1510915933:1499157..1499444Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1507320..1507389TCONS_00071463-exon-scaffold_60-1491911889:1507320..1507389Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1506920..1507008TCONS_00071463-exon-scaffold_60-1491911889:1506920..1507008Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1506636..1506741TCONS_00071463-exon-scaffold_60-1491911889:1506636..1506741Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1503905..1504047TCONS_00071463-exon-scaffold_60-1491911889:1503905..1504047Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1502795..1502829TCONS_00071463-exon-scaffold_60-1491911889:1502795..1502829Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1502547..1502626TCONS_00071463-exon-scaffold_60-1491911889:1502547..1502626Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1502039..1502138TCONS_00071463-exon-scaffold_60-1491911889:1502039..1502138Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1501666..1501793TCONS_00071463-exon-scaffold_60-1491911889:1501666..1501793Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1501351..1501455TCONS_00071463-exon-scaffold_60-1491911889:1501351..1501455Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1500929..1501038TCONS_00071463-exon-scaffold_60-1491911889:1500929..1501038Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1500725..1500741TCONS_00071463-exon-scaffold_60-1491911889:1500725..1500741Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1500379..1500431TCONS_00071463-exon-scaffold_60-1491911889:1500379..1500431Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1499869..1499991TCONS_00071463-exon-scaffold_60-1491911889:1499869..1499991Clytia hemisphaericaexon
TCONS_00071463-exon-scaffold_60-1491911889:1499157..1499444TCONS_00071463-exon-scaffold_60-1491911889:1499157..1499444Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00071463-proteinTCONS_00071463-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_60supercontigscaffold_60:1499157..1507389 -
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
0 0 0 0.533525 3.48092 3.34909 2.91963 2.6999 5.67802 6.94828 5.56332 4.66393 7.53211 14.7733 0 0 0.378433 0.432131 0.714558 0 0.923282 0.789434 0 1.35655 10.2171 12.9949 1.07548 2.8325 0 0
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR014710RmlC-like_jellyroll
IPR005708Homogentis_dOase
IPR011051RmlC_Cupin
Vocabulary: Molecular Function
TermDefinition
GO:0004411homogentisate 1,2-dioxygenase activity
Vocabulary: Biological Process
TermDefinition
GO:0006559L-phenylalanine catabolic process
GO:0006570tyrosine metabolic process
GO:0055114oxidation-reduction process
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006559 L-phenylalanine catabolic process
biological_process GO:0055114 oxidation-reduction process
biological_process GO:0006570 tyrosine metabolic process
molecular_function GO:0004411 homogentisate 1,2-dioxygenase activity
Blast
BLAST of TCONS_00071463 vs. Swiss-Prot (Human)
Match: HGD (Homogentisate 1,2-dioxygenase OS=Homo sapiens GN=HGD PE=1 SV=2)

HSP 1 Score: 570.081 bits (1468), Expect = 0.000e+0
Identity = 276/435 (63.45%), Postives = 329/435 (75.63%), Query Frame = 2
Query:    5 YFSGFGNELASE--AIENALPERGNTPQKCPYNLYAEQLSGTAFTCPRTANRRSWFYRILPSVKHSPFKPYEIKNFTMGWNNRVPNPNQLKWNPFDIPP---KDTDFVDGLSTICGSGDPKTRHGIAVHVYACNKSMANRCFCNSDGDFLIVVQQGSLLVTTEFGKMKVDQEEICVVQQGMRFSIDVDGPSRGYILEVYDGHFEIPDLGPIGANGLANPRDFKTPQASYDENFMRPDGFEIIQKYQGYTFKATQDHTVFDVVAWHGNYTPYKYSLKDFCVINSVSFDHIDPSIFTVLTCQSNKPGVAIADFVIFPPRWSVQENTFRPPYYHRNCMSEYMGIIKGGYEAK--AVTPGCSTLHSMMIPHGPASNVFEAASNATLKPERVAEGTMSFMFESSLGLALTEWGEKTCEKVDENYSKCWQGLEAKFDKNLK 1288
            Y SGFGNE +SE      +LPE  N PQ CPYNLYAEQLSG+AFTCPR+ N+RSW YRILPSV H PF+  +    T  W+   P+PNQL+W PF+IP    K  DFV GL T+CG+GD K+ +G+A+H++ CN SM NRCF NSDGDFLIV Q+G+LL+ TEFGKM V   EICV+Q+GMRFSIDV   +RGYILEVY  HFE+PDLGPIGANGLANPRDF  P A Y E+   P G+ +I KYQG  F A QD + F+VVAWHGNYTPYKY+LK+F VINSV+FDH DPSIFTVLT +S +PGVAIADFVIFPPRW V + TFRPPYYHRNCMSE+MG+I+G YEAK     PG  +LHS M PHGP ++ FE AS   L PER+A+GTM+FMFESSL LA+T+WG K    +DENY KCW+ L++ F  N +
Sbjct:    6 YISGFGNECSSEDPRCPGSLPEGQNNPQVCPYNLYAEQLSGSAFTCPRSTNKRSWLYRILPSVSHKPFESIDEGQVTHNWDEVDPDPNQLRWKPFEIPKASQKKVDFVSGLHTLCGAGDIKSNNGLAIHIFLCNTSMENRCFYNSDGDFLIVPQKGNLLIYTEFGKMLVQPNEICVIQRGMRFSIDVFEETRGYILEVYGVHFELPDLGPIGANGLANPRDFLIPIAWY-EDRQVPGGYTVINKYQGKLFAAKQDVSPFNVVAWHGNYTPYKYNLKNFMVINSVAFDHADPSIFTVLTAKSVRPGVAIADFVIFPPRWGVADKTFRPPYYHRNCMSEFMGLIRGHYEAKQGGFLPGGGSLHSTMTPHGPDADCFEKASKVKLAPERIADGTMAFMFESSLSLAVTKWGLKASRCLDENYHKCWEPLKSHFTPNSR 439          
The following BLAST results are available for this feature:
BLAST of TCONS_00071463 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
HGD0.000e+063.45Homogentisate 1,2-dioxygenase OS=Homo sapiens GN=H... [more]
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