TCONS_00053165 (transcript) - C. hemisphaerica

Overview
NameTCONS_00053165
Unique NameTCONS_00053165
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2319

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00053165 ID=TCONS_00053165|Name=TCONS_00053165|organism=Clytia hemisphaerica|type=transcript|length=2319bp
AACTTGCTCTCACTGTTTGGTTTCCGTACTAAAAACAAAGttgttattgt
gaactttgaacatgcttaaaaTAGAGATACTTCCACTAACTGCCAGGCTG
TCTCAAAGATAGAGCATCATTTTCTTTGGCGCTAAATTCTGGTCCCATAG
TGCCaatatttttgggaaaaaattgtGGAATGTATCTGACATTGGCAAAA
TAGCAATGAATTTTCTTGGCAATGAATAGTCATCTTTTCAAAAGCTGTGG
CAAATAGAATGAGGTGCTTAAATAAGCTAAGTATAACTTTTGCACTTCCC
TCTCACAACTGGAACTCACAATGGCCAAAATTCCAGgTGGAACTGTTGTT
GAACTCGATGGTGATGAAATGACCAGAGTCATTTGGGATATGATCAAGAA
GCAGTTGATCCTCCCATTTGTTGATCTGGACATAAAAAGATATGACCTTG
GTATGGAAAACCGAGATGCAACTGATGATCAAGTAACACATGAGGCAGca
gcagccattaaaaaataCAATGTTGGAATCAAATGCGCAACCATCACTCC
TGATGAAAAGAGAGTTGAAGAGTTCAAATTAAAGAAGATGTGGAAATCAC
CAAACGGTACAATCCGTAACATTCTTGGTGGTACTGTCTTCAGGGAAGCC
ATCATCTGCAAAAATATACCAAAGCTTGTGCCCGGATGGACTAAACCAAT
CATTATTGGCAGACACGCTCATGCTGATCAGTACAAAGCTACAGATTTTG
TTGTGCCTGGTGCCGGCAAACTTGAAATGAAATTCACACCATCTGATGGT
AGTGCACCTATGGAGTATGTTGTTTATGATTTCAATGGTGGTGGTGTTGC
TATGGGAATGTACAATACTGATCAGTCAATCCGAGATTTCGCATACAGCT
CTTTCAATTGTGCATTGGAGAAGTCCTACCCATTGTACTTGAGTACAAAG
AACACCATTTTAAAGAAATACGATGGACGTTTCAAGGACATCTTCCAAGA
AATCTACGATAAAGAATACAAAGAGAAGTTTGAGAAAGCTGGTATCTGGT
ATGAGCATCGTCTGATTGATGACATGGTTGCATACGCTTTGAAAGTTGAT
GGTGGATTTGTTTGGGCTTGCAAGAACTACGATGGAGATGTCCAATCTGA
CACTGTTGCTCAAGGTTATGGATCCCTTGGTATGATGACAAGTGTTTTGT
TATGTCCTGATGGAAAGACCATTGAAGCTGAAGCTGCCCATGGAACTGTC
ACCAGACATTACAGACAACACCAACAAGGAAAAGAAACCTCAACTAACCC
TGTTGCTTCAATCTTTGCATGGACCCGTGGTTTGTTGCACCGTGGTAAAC
TTGATAGTAATGATAAGCTGACTCAGTTTGCAAAATCCTTAGAAGAGACA
TGTGTCGAAACTATTGAAAGTGGTTTTATGACAAAAGATTTGGCTATCTG
CATCAAAGGTGGAGCTAACAAaaTTGTTCGTGCTGATTACTTGAACACCA
TTGAATTTATTCAAAAGATTGCTGACAACTTGCAAGTGAAACTTAAAGCT
GCTAACTTATAAAATGGAACAGATTCAGATAATTATGGGCTCCAGCTAAT
ATCGTTACTTTAGAAAATAGATTTTTAACCTGATTTTTATGCTAGAATGA
TATAATTTAGTGtttcagtttttcaaatttgttaaCTTGTCAGATTACTG
AAATTTTGTAATTGATTGAATTAAATGCAAATTTATGTTGATGTTTTTTT
CTCTAATTATTAAGTGGCTGAtttgattttaaacttttatgaAAACTTTC
TAGGCTGAGAGCCTTTATACTTATAAAAAGAAAGCCATTTTATTAGTCtt
taaagtaattattttcaattcttGTAATAATTaatatttataaaatcaaa
ttcTTAGTCAACAGTACaaattttcttagtttttttagtttttttagaaa
TGAATTTTTGGGAAGATAATATTATCGTCCGTTAGATTTACTGCAGTGCT
ATTTGTCAAGGCTGTTGCAATTCAAGAGATCTCCTCACAATCTTTAtcat
tcatttattttcaatggAAATGTCTTGGTGTCCACTGAAGATCCTTTCAA
ATCAAAAGTGTTTTCCTTACAGAGCCGGTGTTGTTTTGCAATTCTTGGAA
AGATTTCGGTACAAAACTTCACTGAAAAGTCATTCCTTTTCCATTCCTGG
AAAATGATTGACCATTTTGTAATTAATTACACATGTATTTTCTCTTTTAA
GAtaacttaaaacaaaagaaataagaaTAAACAAAAAGTGAATAAGGACA
CATGACTAAAGAAAgttat
Run BLAST on NCBI

protein sequence of TCONS_00053165-protein

>TCONS_00053165-protein ID=TCONS_00053165-protein|Name=TCONS_00053165-protein|organism=Clytia hemisphaerica|type=polypeptide|length=413bp
MAKIPGGTVVELDGDEMTRVIWDMIKKQLILPFVDLDIKRYDLGMENRDA
TDDQVTHEAAAAIKKYNVGIKCATITPDEKRVEEFKLKKMWKSPNGTIRN
ILGGTVFREAIICKNIPKLVPGWTKPIIIGRHAHADQYKATDFVVPGAGK
LEMKFTPSDGSAPMEYVVYDFNGGGVAMGMYNTDQSIRDFAYSSFNCALE
KSYPLYLSTKNTILKKYDGRFKDIFQEIYDKEYKEKFEKAGIWYEHRLID
DMVAYALKVDGGFVWACKNYDGDVQSDTVAQGYGSLGMMTSVLLCPDGKT
IEAEAAHGTVTRHYRQHQQGKETSTNPVASIFAWTRGLLHRGKLDSNDKL
TQFAKSLEETCVETIESGFMTKDLAICIKGGANKIVRADYLNTIEFIQKI
ADNLQVKLKAANL
Run BLAST on NCBI

transcript from alignment at scaffold_226:147858..154312-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00053165 ID=TCONS_00053165|Name=TCONS_00053165|organism=Clytia hemisphaerica|type=transcript|length=6455bp|location=Sequence derived from alignment at scaffold_226:147858..154312- (Clytia hemisphaerica)
AACTTGCTCTCACTGTTTGGTTTCCGTACTAAAAACAAAGTTGTTATTGT
GAACTTTGAACATGCTTAAAATAGAGATACTTCCACTAACTGCCAGGCTG
TCTCAAAGATAGAGCATCATTTTCTTTGGCGCTAAATTCTGGTCCCATAG
TGCCAATATTTTTGGGAAAAAATTGTGGAATGTATCTGACATTGGCAAAA
TAGCAATGAATTTTCTTGGCAATGAATAGTCATCTTTTCAAAAGCTGTGG
CAAATAGAATGAGGTGCTTAAATAAGGTATTGGTGCGGAAAGGGTTAAGG
ACTTTATGCAAAATTGCAAAGTTTTTTCTGAATTTTTAAACAATGATGCA
AAATAGTAATACTCAAAATGTAACTTCCAGATTTTTAGGCAAATTTTTGC
CAAATGATTTCGGACTTTATTCTCAAAATTGTTTCATTAGATTTTGTTGA
CATATCTTTAGGAAGGAAGGATTATTTTTGTTAATCCTCTAAAATTAGCA
TCGTTTGATCTCCAAAAAATATTTACCACTAAAACATTCTAAATATAGTA
TAAAACAAGTTTAACTTCATGTTTTCAAGCTTACACATCTTTAAGCTATG
CTCTGTTAACCTTCCTTTTTCGTTTGAACAATTTCTTCAACATCATTCAA
CATGCTTTGACTACCTTTATCAGGTAGAGGTCCATTAAAGTATCACTCTT
GTTTATTTTTAGCTAAGTATAACTTTTGCACTTCCCTCTCACAACTGGAA
CTCACAATGGCCAAAATTCCAGGTAAATAATCTTGTGGCTGTTATAAGTT
CTTGTACAGTTTGGAATTTTGAAGCTCTGGATAAGTTTAAATAATATGCC
TTTTCTAAGATAAATATACAGGCCATGTTTCGTGCCTTTATAACATCAAA
CTATCAGGCACTGCCTCTCCTGAAATTAGTTTAAGCAGAGTTTTTGGTGG
GAATACACTAAAAACCCTTGCCGGTGCTTCTGGAATATAGCTTCTAAGTT
GAAATTATTAAGCCTATTATTACTTGTCTTTAAATTTGGTGTTGCAAACA
TCAAGATGGTGTTAATTTTCTTTTTCTATCTGGAGGCCTGTTTTCACTTC
AAAATCAACCAAATGTAAGCTGAAGTTTCATATTATCATCAAAAAAATAT
TTTCTGATCGACTGACCCAACTTCAAAATCAAGGTGACAGCAAACAAACT
TCAGTCCAGACTCATGTAAAGCACTCATAATTGAACATTTTCTGTCATAA
TCTTTTATTTTATTTTGTTAGGTGGAACTGTTGTTGAACTCGATGGTGAT
GAAATGACCAGGTTATCAAGATTTTTTTGATTTATGACATAATACCCAAT
TTCTCTGTATATTTTGATGCTTAATTGCTTTTCATTGAATAGACATCTAT
GAAATTGTTTTGTGTTTTCATTCAATGAAGAATCTTATATGATGGGATGC
CAGGGTTGAATTTTTGAAATTGCGAAAAATTCTTCCTTTCACAACATCAT
GGTACTACAATAATGCTGCTTAAAGTATACTCTCTGGAATTCTCTGCCAT
TTGATCTGGTAAATTTTTGAAACAAATTCATATTGTACTTTTAGAGTCAT
TTGGGATATGATCAAGAAGCAGTTGATCCTCCCATTTGTTGATCTGGACA
TAAAAAGATATGACCTTGGTATGGAAAACCGAGATGCAACTGATGATCAA
GGTTAGAAAATATTCTAAAGTTAAAGGTCAGTGTGGAGCTTTCTCATCAA
CAAATTGCATTTCATTTAAAACAAAATCCACCCATTTTCAGTCCGTTTTA
GCTATACTACCTTGAGTAGGATTCCAAGTTTATTTTTACTTTCAAGATGG
AAATTTTTGCCATTAGCTACAATCTGCAAATGCAAAATTATTATCCCAGA
AACTATGATCAATCTTTTTCTTCCACAGTAACACNCAAAATTATTATCCC
AGAAACTATGATCAATCTTTTTTTACACAGTAACACATGAGGCAGCAGCA
GCCATTAAAAAATACAATGTTGGAATCAAATGCGCAACCATCACTCCTGA
TGAAAAGAGAGTTGAAGGTACTCTTATATTGTTCTAAAGAACAAGCTGTG
ATGAAGTTGATCCTAAAATAACTGAATTATTATCAGTTTGAGGGGTATTA
ATCTTTACAACTCTAAGGTTATACGAATATCAGAACCTGTTCTTTATATA
AGCACTTACAGTATATAACGCACTACCTTTTAATAATCCTAATGTTTTAT
GGTATTTTTTATGGAGTTTTTTTGTAGCAGTATATGCAGAATGACTATTT
TTGCATTGTTTTTAGAGTTCAAATTAAAGAAGATGTGGAAATCACCAAAC
GGTACAATCCGTAACATTCTTGGTGGTACTGTCTTCAGGGAAGCCATCAT
CTGCAAAAATATACCAAAGCTTGTGCCCGGATGGACTAAACCAATCATTA
TTGGCAGACACGCTCATGCTGATCAGGTAAAACTAAAACTCTAAACATGA
AAGGTTTTTTTATCTCCTGAAAGTTCCAGTCCCTGTAACTTATTTAATGA
GTGTTGAAACTTCTCCGTCTGTAGACGGAAATCGCTTTATTTGAGATACA
AATACTTGATTTCCGTCTTTCTAGTAAGAATGATTTTGGTAAAATAGCTC
ACTAAACAAAAGATTTGACAATTTCGTAAAATGATTAGACTTTTCTGTGA
GAATTTTGAAGGGTCAATAAATTCAAACAAGAACTTGCAGTAAGATCTGC
TCGGATCTAATTACATTGTGATAATCTTATATTTTCATGCAGTACAAAGC
TACAGATTTTGTTGTGCCTGGTGCCGGCAAACTTGAAATGAAATTCACAC
CATCTGATGGTAGTGCACCTATGGAGTATGTTGTTTATGATTTCAATGGT
GGTGGTGTTGCTATGGGAATGTACAATACTGATCAGGTTATTAGTGTTTG
CTTTGTTTTCATGCTGCTCATTTCATTTACGATGCTGCACTTTTGCTGCA
CAAAATTGATCGTCAATTGTTAATTAAAAAAACTTTATTGATAAATTTGT
TACAAAAAATCAACTTATGTTGTAAGAATCAAAATTACTACCCTTTTGTT
TCAGGATGATTTACAAATTTCTTCTTTTTTATACTAGTCAATCCGAGATT
TCGCATACAGCTCTTTCAATTGTGCATTGGAGAAGTCCTACCCATTGTAC
TTGAGTACAAAGAACACCATTTTAAAGAAATACGATGGACGTTTCAAGGA
CATCTTCCAAGAAATCTACGATAAAGAATACAAAGAGAAGTTTGAGAAAG
CTGGTATCTGGTAAGTTTGATTAATCTTTTTCAAGTGCTTTTTTCCTTAT
TTTGATTTTGATCAAAATACCTGGTGAACCTTAAAAACTGTCTTATTATT
ATATATAAAGTCTGAAGGAAGATTAAGGTTGTAACGTTATAGGAGTTGGG
CTGCTTACACACACTAACTTAGTTCTTCGAAAATTCAAGTTAAATCTATA
TCAATGCAACAACTACACATGACTCAAGCCCTGAAATTAGCCAAATTTTT
TACAATCTTGTAAAGTAAACGTTTTTAGATAATCTAAGTATGGCAAACAA
TAGCCCTTGACTCAATAAGTATAAAAGTATATTATAATATCAGGGATGGT
CAGCAGATTTTTTAGAAAATGAGATATAATGCTATGTACGACCCGAAAAT
TGGAGTTGCTTATAAAAAAATGTGTACCCAACTTTTTTCTGTAAATAGAT
TTTGACCAGAGTTTTTGTCGCTTATGTTGTTTAAGCTCAGATTTTCCTCA
TAAAGCAAAATTGATGTATGAGATCAGCCCTTCAGCAGAACATGTTATTG
TGTAGAATTATGTAACTGAATGATCTTCCATAATTCTTAGTCTTGATATA
TTCTCCTTTTCAAAGGTATGAGCATCGTCTGATTGATGACATGGTTGCAT
ACGCTTTGAAAGTTGATGGTGGATTTGTTTGGGCTTGCAAGAACTACGAT
GGAGATGTCCAATCTGACACTGTTGCTCAAGGTTTGTTTGAATATATCAA
ATCATTTCATAATATGTTACAGCTTTTATAGACAGAATTTACTTACAAAA
AAAATTCAAAATTGAACGATTTTTTTTATCTAAATTGCCCTCAATACCAT
TTAATTTTGTTTTCAATGGTCTTGATTGTTTACTAGTATTTTAAGTATTT
GAGAATGCATGAATAGAATAGAAACGAATCTCTTTCTATATTATTCTTAG
GTTATGGATCCCTTGGTATGATGACAAGTGTTTTGTTATGTCCTGATGGA
AAGACCATTGAAGCTGAAGCTGCCCATGGAACTGTCACCAGACATTACAG
ACAACACCAACAAGGAAAAGAAACCTCAACTAACCCTGTTGGTAAGAATA
AGAGGATCATTTCAGTTCTATCCAGAATATCTATCTCTGTCTATCTATAT
ATTGAAAATACTTTATTTTAATCAAGTTAAAAAAAATTTCATGCTAGGAG
TGCTATAGTTTTTCATCTTTACTATTATGTTAGACCTATCTTGAAATATG
TTCGTTTTGCACTGACTTGATGACAATTTTTCCTTATCAACTAAGTAGCA
TATTTGATAGCTTTTATTATTAAAAACGCCAAGTTTGTTTATTAAAACTT
CAAATCATCTCAATCTACTTAAACGATCAAATGAAAAAGTTCAATTTTTA
AGTTCAATTTTTTTTTAACTAACTGAAACTCTCAATTCATTTTAGCTTCA
ATCTTTGCATGGACCCGTGGTTTGTTGCACCGTGGTAAACTTGATAGTAA
GTTTGTCAAAATCTTTTATAAAAGCACCTGTTATTGATTTCCTGACCAAT
AACTATTATTGATATGATAATAATATCCCTTCCAGGGAGAAAGAGTGGCG
CCCTCTACCTTCGGTTAGATAGCTTTGAAATGAGGACCCTTCGGGTCGTC
TCCGTCTGCAGTCACAGACTTACTTTGATATCCCTTTCTTAGTGGTTAAT
TATACATAAGATACTTAACATTGTTCGACCCAAATTTCTCTTTGTCAGAC
CCAAAAGCCTCAAGCGAAAGCAATCCTTATCAGATATTTTTGTCCTGTTA
TTTGTTATTTTTGTAAGAAAATGATGTTCTCTTCCTTCAGGTAATGATAA
GCTGACTCAGTTTGCAAAATCCTTAGAAGAGACATGTGTCGAAACTATTG
AAAGTGGTTTTATGACAAAAGATTTGGCTATCTGCATCAAAGGTGGAGCT
AACAAGTATGTATTTATTTGACCTTTTCTCTCTTAACTCTTGATCCACAT
TCAATATCTCAATATATTCTTCGATGGTTTTTTATAGTGACCAAAGCTCA
GCATGAGATAGGTTAGGATAGATCAATGGTGGAATTTAACTTATTAAATC
TAAGATTTAGACACCCTTAAACTTATTTGTAAAACAGCTACTACTTAAGT
GAGTGCCATCAAGCTATTGTTTGTAAACTGCCTTTTTCCCCCGTAATGCT
TCTTGCAATCACCCTTTTACTCTTCATATGTGTAGAGGAAAAATTAAAAA
TAGTAATAGCCACTTTCTTTTTCACTGTTCAACACATGCCTTTTTTTCAA
ATTCTAGAATTGTTCGTGCTGATTACTTGAACACCATTGAATTTATTCAA
AAGATTGCTGACAACTTGCAAGTGAAACTTAAAGCTGCTAACTTATAAAA
TGGAACAGATTCAGATAATTATGGGCTCCAGCTAATATCGTTACTTTAGA
AAATAGATTTTTAACCTGATTTTTATGCTAGAATGATATAATTTAGTGTT
TCAGTTTTTCAAATTTGTTAACTTGTCAGATTACTGAAATTTTGTAATTG
ATTGAATTAAATGCAAATTTATGTTGATGTTTTTTTCTCTAATTATTAAG
TGGCTGATTTGATTTTAAACTTTTATGAAAACTTTCTAGGCTGAGAGCCT
TTATACTTATAAAAAGAAAGCCATTTTATTAGTCTTTAAAGTAATTATTT
TCAATTCTTGTAATAATTAATATTTATAAAATCAAATTCTTAGTCAACAG
TACAAATTTTCTTAGTTTTTTTAGTTTTTTTAGAAATGAATTTTTGGGAA
GATAATATTATCGTCCGTTAGATTTACTGCAGTGCTATTTGTCAAGGCTG
TTGCAATTCAAGAGATCTCCTCACAATCTTTATCATTCATTTATTTTCAA
TGGAAATGTCTTGGTGTCCACTGAAGATCCTTTCAAATCAAAAGTGTTTT
CCTTACAGAGCCGGTGTTGTTTTGCAATTCTTGGAAAGATTTCGGTACAA
AACTTCACTGAAAAGTCATTCCTTTTCCATTCCTGGAAAATGATTGACCA
TTTTGTAATTAATTACACATGTATTTTCTCTTTTAAGATAACTTAAAACA
AAAGAAATAAGAATAAACAAAAAGTGAATAAGGACACATGACTAAAGAAA
GTTAT

Coding sequence (CDS) from alignment at scaffold_226:147858..154312-

>TCONS_00053165 ID=TCONS_00053165|Name=TCONS_00053165|organism=Clytia hemisphaerica|type=CDS|length=14904bp|location=Sequence derived from alignment at scaffold_226:147858..154312- (Clytia hemisphaerica)
AATTGTTCGTGCTGATTACTTGAACACCATTGAATTTATTCAAAAGATTG
CTGACAACTTGCAAGTGAAACTTAAAGCTGCTAACTTATAAGTAATGATA
AGCTGACTCAGTTTGCAAAATCCTTAGAAGAGACATGTGTCGAAACTATT
GAAAGTGGTTTTATGACAAAAGATTTGGCTATCTGCATCAAAGGTGGAGC
TAACAACTTCAATCTTTGCATGGACCCGTGGTTTGTTGCACCGTGGTAAA
CTTGATAGTTATGGATCCCTTGGTATGATGACAAGTGTTTTGTTATGTCC
TGATGGAAAGACCATTGAAGCTGAAGCTGCCCATGGAACTGTCACCAGAC
ATTACAGACAACACCAACAAGGAAAAGAAACCTCAACTAACCCTGTTGGT
ATGAGCATCGTCTGATTGATGACATGGTTGCATACGCTTTGAAAGTTGAT
GGTGGATTTGTTTGGGCTTGCAAGAACTACGATGGAGATGTCCAATCTGA
CACTGTTGCTCAAGTCAATCCGAGATTTCGCATACAGCTCTTTCAATTGT
GCATTGGAGAAGTCCTACCCATTGTACTTGAGTACAAAGAACACCATTTT
AAAGAAATACGATGGACGTTTCAAGGACATCTTCCAAGAAATCTACGATA
AAGAATACAAAGAGAAGTTTGAGAAAGCTGGTATCTGTACAAAGCTACAG
ATTTTGTTGTGCCTGGTGCCGGCAAACTTGAAATGAAATTCACACCATCT
GATGGTAGTGCACCTATGGAGTATGTTGTTTATGATTTCAATGGTGGTGG
TGTTGCTATGGGAATGTACAATACTGATCAGAGTTCAAATTAAAGAAGAT
GTGGAAATCACCAAACGGTACAATCCGTAACATTCTTGGTGGTACTGTCT
TCAGGGAAGCCATCATCTGCAAAAATATACCAAAGCTTGTGCCCGGATGG
ACTAAACCAATCATTATTGGCAGACACGCTCATGCTGATCAGTAACACAT
GAGGCAGCAGCAGCCATTAAAAAATACAATGTTGGAATCAAATGCGCAAC
CATCACTCCTGATGAAAAGAGAGTTGAAGAGTCATTTGGGATATGATCAA
GAAGCAGTTGATCCTCCCATTTGTTGATCTGGACATAAAAAGATATGACC
TTGGTATGGAAAACCGAGATGCAACTGATGATCAAGGTGGAACTGTTGTT
GAACTCGATGGTGATGAAATGACCAGATGGCCAAAATTCCAGAATTGTTC
GTGCTGATTACTTGAACACCATTGAATTTATTCAAAAGATTGCTGACAAC
TTGCAAGTGAAACTTAAAGCTGCTAACTTATAAGTAATGATAAGCTGACT
CAGTTTGCAAAATCCTTAGAAGAGACATGTGTCGAAACTATTGAAAGTGG
TTTTATGACAAAAGATTTGGCTATCTGCATCAAAGGTGGAGCTAACAACT
TCAATCTTTGCATGGACCCGTGGTTTGTTGCACCGTGGTAAACTTGATAG
TTATGGATCCCTTGGTATGATGACAAGTGTTTTGTTATGTCCTGATGGAA
AGACCATTGAAGCTGAAGCTGCCCATGGAACTGTCACCAGACATTACAGA
CAACACCAACAAGGAAAAGAAACCTCAACTAACCCTGTTGGTATGAGCAT
CGTCTGATTGATGACATGGTTGCATACGCTTTGAAAGTTGATGGTGGATT
TGTTTGGGCTTGCAAGAACTACGATGGAGATGTCCAATCTGACACTGTTG
CTCAAGTCAATCCGAGATTTCGCATACAGCTCTTTCAATTGTGCATTGGA
GAAGTCCTACCCATTGTACTTGAGTACAAAGAACACCATTTTAAAGAAAT
ACGATGGACGTTTCAAGGACATCTTCCAAGAAATCTACGATAAAGAATAC
AAAGAGAAGTTTGAGAAAGCTGGTATCTGTACAAAGCTACAGATTTTGTT
GTGCCTGGTGCCGGCAAACTTGAAATGAAATTCACACCATCTGATGGTAG
TGCACCTATGGAGTATGTTGTTTATGATTTCAATGGTGGTGGTGTTGCTA
TGGGAATGTACAATACTGATCAGAGTTCAAATTAAAGAAGATGTGGAAAT
CACCAAACGGTACAATCCGTAACATTCTTGGTGGTACTGTCTTCAGGGAA
GCCATCATCTGCAAAAATATACCAAAGCTTGTGCCCGGATGGACTAAACC
AATCATTATTGGCAGACACGCTCATGCTGATCAGTAACACATGAGGCAGC
AGCAGCCATTAAAAAATACAATGTTGGAATCAAATGCGCAACCATCACTC
CTGATGAAAAGAGAGTTGAAGAGTCATTTGGGATATGATCAAGAAGCAGT
TGATCCTCCCATTTGTTGATCTGGACATAAAAAGATATGACCTTGGTATG
GAAAACCGAGATGCAACTGATGATCAAGGTGGAACTGTTGTTGAACTCGA
TGGTGATGAAATGACCAGATGGCCAAAATTCCAGAATTGTTCGTGCTGAT
TACTTGAACACCATTGAATTTATTCAAAAGATTGCTGACAACTTGCAAGT
GAAACTTAAAGCTGCTAACTTATAAGTAATGATAAGCTGACTCAGTTTGC
AAAATCCTTAGAAGAGACATGTGTCGAAACTATTGAAAGTGGTTTTATGA
CAAAAGATTTGGCTATCTGCATCAAAGGTGGAGCTAACAACTTCAATCTT
TGCATGGACCCGTGGTTTGTTGCACCGTGGTAAACTTGATAGTTATGGAT
CCCTTGGTATGATGACAAGTGTTTTGTTATGTCCTGATGGAAAGACCATT
GAAGCTGAAGCTGCCCATGGAACTGTCACCAGACATTACAGACAACACCA
ACAAGGAAAAGAAACCTCAACTAACCCTGTTGGTATGAGCATCGTCTGAT
TGATGACATGGTTGCATACGCTTTGAAAGTTGATGGTGGATTTGTTTGGG
CTTGCAAGAACTACGATGGAGATGTCCAATCTGACACTGTTGCTCAAGTC
AATCCGAGATTTCGCATACAGCTCTTTCAATTGTGCATTGGAGAAGTCCT
ACCCATTGTACTTGAGTACAAAGAACACCATTTTAAAGAAATACGATGGA
CGTTTCAAGGACATCTTCCAAGAAATCTACGATAAAGAATACAAAGAGAA
GTTTGAGAAAGCTGGTATCTGTACAAAGCTACAGATTTTGTTGTGCCTGG
TGCCGGCAAACTTGAAATGAAATTCACACCATCTGATGGTAGTGCACCTA
TGGAGTATGTTGTTTATGATTTCAATGGTGGTGGTGTTGCTATGGGAATG
TACAATACTGATCAGAGTTCAAATTAAAGAAGATGTGGAAATCACCAAAC
GGTACAATCCGTAACATTCTTGGTGGTACTGTCTTCAGGGAAGCCATCAT
CTGCAAAAATATACCAAAGCTTGTGCCCGGATGGACTAAACCAATCATTA
TTGGCAGACACGCTCATGCTGATCAGTAACACATGAGGCAGCAGCAGCCA
TTAAAAAATACAATGTTGGAATCAAATGCGCAACCATCACTCCTGATGAA
AAGAGAGTTGAAGAGTCATTTGGGATATGATCAAGAAGCAGTTGATCCTC
CCATTTGTTGATCTGGACATAAAAAGATATGACCTTGGTATGGAAAACCG
AGATGCAACTGATGATCAAGGTGGAACTGTTGTTGAACTCGATGGTGATG
AAATGACCAGATGGCCAAAATTCCAGAATTGTTCGTGCTGATTACTTGAA
CACCATTGAATTTATTCAAAAGATTGCTGACAACTTGCAAGTGAAACTTA
AAGCTGCTAACTTATAAGTAATGATAAGCTGACTCAGTTTGCAAAATCCT
TAGAAGAGACATGTGTCGAAACTATTGAAAGTGGTTTTATGACAAAAGAT
TTGGCTATCTGCATCAAAGGTGGAGCTAACAACTTCAATCTTTGCATGGA
CCCGTGGTTTGTTGCACCGTGGTAAACTTGATAGTTATGGATCCCTTGGT
ATGATGACAAGTGTTTTGTTATGTCCTGATGGAAAGACCATTGAAGCTGA
AGCTGCCCATGGAACTGTCACCAGACATTACAGACAACACCAACAAGGAA
AAGAAACCTCAACTAACCCTGTTGGTATGAGCATCGTCTGATTGATGACA
TGGTTGCATACGCTTTGAAAGTTGATGGTGGATTTGTTTGGGCTTGCAAG
AACTACGATGGAGATGTCCAATCTGACACTGTTGCTCAAGTCAATCCGAG
ATTTCGCATACAGCTCTTTCAATTGTGCATTGGAGAAGTCCTACCCATTG
TACTTGAGTACAAAGAACACCATTTTAAAGAAATACGATGGACGTTTCAA
GGACATCTTCCAAGAAATCTACGATAAAGAATACAAAGAGAAGTTTGAGA
AAGCTGGTATCTGTACAAAGCTACAGATTTTGTTGTGCCTGGTGCCGGCA
AACTTGAAATGAAATTCACACCATCTGATGGTAGTGCACCTATGGAGTAT
GTTGTTTATGATTTCAATGGTGGTGGTGTTGCTATGGGAATGTACAATAC
TGATCAGAGTTCAAATTAAAGAAGATGTGGAAATCACCAAACGGTACAAT
CCGTAACATTCTTGGTGGTACTGTCTTCAGGGAAGCCATCATCTGCAAAA
ATATACCAAAGCTTGTGCCCGGATGGACTAAACCAATCATTATTGGCAGA
CACGCTCATGCTGATCAGTAACACATGAGGCAGCAGCAGCCATTAAAAAA
TACAATGTTGGAATCAAATGCGCAACCATCACTCCTGATGAAAAGAGAGT
TGAAGAGTCATTTGGGATATGATCAAGAAGCAGTTGATCCTCCCATTTGT
TGATCTGGACATAAAAAGATATGACCTTGGTATGGAAAACCGAGATGCAA
CTGATGATCAAGGTGGAACTGTTGTTGAACTCGATGGTGATGAAATGACC
AGATGGCCAAAATTCCAGAATTGTTCGTGCTGATTACTTGAACACCATTG
AATTTATTCAAAAGATTGCTGACAACTTGCAAGTGAAACTTAAAGCTGCT
AACTTATAAGTAATGATAAGCTGACTCAGTTTGCAAAATCCTTAGAAGAG
ACATGTGTCGAAACTATTGAAAGTGGTTTTATGACAAAAGATTTGGCTAT
CTGCATCAAAGGTGGAGCTAACAACTTCAATCTTTGCATGGACCCGTGGT
TTGTTGCACCGTGGTAAACTTGATAGTTATGGATCCCTTGGTATGATGAC
AAGTGTTTTGTTATGTCCTGATGGAAAGACCATTGAAGCTGAAGCTGCCC
ATGGAACTGTCACCAGACATTACAGACAACACCAACAAGGAAAAGAAACC
TCAACTAACCCTGTTGGTATGAGCATCGTCTGATTGATGACATGGTTGCA
TACGCTTTGAAAGTTGATGGTGGATTTGTTTGGGCTTGCAAGAACTACGA
TGGAGATGTCCAATCTGACACTGTTGCTCAAGTCAATCCGAGATTTCGCA
TACAGCTCTTTCAATTGTGCATTGGAGAAGTCCTACCCATTGTACTTGAG
TACAAAGAACACCATTTTAAAGAAATACGATGGACGTTTCAAGGACATCT
TCCAAGAAATCTACGATAAAGAATACAAAGAGAAGTTTGAGAAAGCTGGT
ATCTGTACAAAGCTACAGATTTTGTTGTGCCTGGTGCCGGCAAACTTGAA
ATGAAATTCACACCATCTGATGGTAGTGCACCTATGGAGTATGTTGTTTA
TGATTTCAATGGTGGTGGTGTTGCTATGGGAATGTACAATACTGATCAGA
GTTCAAATTAAAGAAGATGTGGAAATCACCAAACGGTACAATCCGTAACA
TTCTTGGTGGTACTGTCTTCAGGGAAGCCATCATCTGCAAAAATATACCA
AAGCTTGTGCCCGGATGGACTAAACCAATCATTATTGGCAGACACGCTCA
TGCTGATCAGTAACACATGAGGCAGCAGCAGCCATTAAAAAATACAATGT
TGGAATCAAATGCGCAACCATCACTCCTGATGAAAAGAGAGTTGAAGAGT
CATTTGGGATATGATCAAGAAGCAGTTGATCCTCCCATTTGTTGATCTGG
ACATAAAAAGATATGACCTTGGTATGGAAAACCGAGATGCAACTGATGAT
CAAGGTGGAACTGTTGTTGAACTCGATGGTGATGAAATGACCAGATGGCC
AAAATTCCAGAATTGTTCGTGCTGATTACTTGAACACCATTGAATTTATT
CAAAAGATTGCTGACAACTTGCAAGTGAAACTTAAAGCTGCTAACTTATA
AGTAATGATAAGCTGACTCAGTTTGCAAAATCCTTAGAAGAGACATGTGT
CGAAACTATTGAAAGTGGTTTTATGACAAAAGATTTGGCTATCTGCATCA
AAGGTGGAGCTAACAACTTCAATCTTTGCATGGACCCGTGGTTTGTTGCA
CCGTGGTAAACTTGATAGTTATGGATCCCTTGGTATGATGACAAGTGTTT
TGTTATGTCCTGATGGAAAGACCATTGAAGCTGAAGCTGCCCATGGAACT
GTCACCAGACATTACAGACAACACCAACAAGGAAAAGAAACCTCAACTAA
CCCTGTTGGTATGAGCATCGTCTGATTGATGACATGGTTGCATACGCTTT
GAAAGTTGATGGTGGATTTGTTTGGGCTTGCAAGAACTACGATGGAGATG
TCCAATCTGACACTGTTGCTCAAGTCAATCCGAGATTTCGCATACAGCTC
TTTCAATTGTGCATTGGAGAAGTCCTACCCATTGTACTTGAGTACAAAGA
ACACCATTTTAAAGAAATACGATGGACGTTTCAAGGACATCTTCCAAGAA
ATCTACGATAAAGAATACAAAGAGAAGTTTGAGAAAGCTGGTATCTGTAC
AAAGCTACAGATTTTGTTGTGCCTGGTGCCGGCAAACTTGAAATGAAATT
CACACCATCTGATGGTAGTGCACCTATGGAGTATGTTGTTTATGATTTCA
ATGGTGGTGGTGTTGCTATGGGAATGTACAATACTGATCAGAGTTCAAAT
TAAAGAAGATGTGGAAATCACCAAACGGTACAATCCGTAACATTCTTGGT
GGTACTGTCTTCAGGGAAGCCATCATCTGCAAAAATATACCAAAGCTTGT
GCCCGGATGGACTAAACCAATCATTATTGGCAGACACGCTCATGCTGATC
AGTAACACATGAGGCAGCAGCAGCCATTAAAAAATACAATGTTGGAATCA
AATGCGCAACCATCACTCCTGATGAAAAGAGAGTTGAAGAGTCATTTGGG
ATATGATCAAGAAGCAGTTGATCCTCCCATTTGTTGATCTGGACATAAAA
AGATATGACCTTGGTATGGAAAACCGAGATGCAACTGATGATCAAGGTGG
AACTGTTGTTGAACTCGATGGTGATGAAATGACCAGATGGCCAAAATTCC
AGAATTGTTCGTGCTGATTACTTGAACACCATTGAATTTATTCAAAAGAT
TGCTGACAACTTGCAAGTGAAACTTAAAGCTGCTAACTTATAAGTAATGA
TAAGCTGACTCAGTTTGCAAAATCCTTAGAAGAGACATGTGTCGAAACTA
TTGAAAGTGGTTTTATGACAAAAGATTTGGCTATCTGCATCAAAGGTGGA
GCTAACAACTTCAATCTTTGCATGGACCCGTGGTTTGTTGCACCGTGGTA
AACTTGATAGTTATGGATCCCTTGGTATGATGACAAGTGTTTTGTTATGT
CCTGATGGAAAGACCATTGAAGCTGAAGCTGCCCATGGAACTGTCACCAG
ACATTACAGACAACACCAACAAGGAAAAGAAACCTCAACTAACCCTGTTG
GTATGAGCATCGTCTGATTGATGACATGGTTGCATACGCTTTGAAAGTTG
ATGGTGGATTTGTTTGGGCTTGCAAGAACTACGATGGAGATGTCCAATCT
GACACTGTTGCTCAAGTCAATCCGAGATTTCGCATACAGCTCTTTCAATT
GTGCATTGGAGAAGTCCTACCCATTGTACTTGAGTACAAAGAACACCATT
TTAAAGAAATACGATGGACGTTTCAAGGACATCTTCCAAGAAATCTACGA
TAAAGAATACAAAGAGAAGTTTGAGAAAGCTGGTATCTGTACAAAGCTAC
AGATTTTGTTGTGCCTGGTGCCGGCAAACTTGAAATGAAATTCACACCAT
CTGATGGTAGTGCACCTATGGAGTATGTTGTTTATGATTTCAATGGTGGT
GGTGTTGCTATGGGAATGTACAATACTGATCAGAGTTCAAATTAAAGAAG
ATGTGGAAATCACCAAACGGTACAATCCGTAACATTCTTGGTGGTACTGT
CTTCAGGGAAGCCATCATCTGCAAAAATATACCAAAGCTTGTGCCCGGAT
GGACTAAACCAATCATTATTGGCAGACACGCTCATGCTGATCAGTAACAC
ATGAGGCAGCAGCAGCCATTAAAAAATACAATGTTGGAATCAAATGCGCA
ACCATCACTCCTGATGAAAAGAGAGTTGAAGAGTCATTTGGGATATGATC
AAGAAGCAGTTGATCCTCCCATTTGTTGATCTGGACATAAAAAGATATGA
CCTTGGTATGGAAAACCGAGATGCAACTGATGATCAAGGTGGAACTGTTG
TTGAACTCGATGGTGATGAAATGACCAGATGGCCAAAATTCCAGAATTGT
TCGTGCTGATTACTTGAACACCATTGAATTTATTCAAAAGATTGCTGACA
ACTTGCAAGTGAAACTTAAAGCTGCTAACTTATAAGTAATGATAAGCTGA
CTCAGTTTGCAAAATCCTTAGAAGAGACATGTGTCGAAACTATTGAAAGT
GGTTTTATGACAAAAGATTTGGCTATCTGCATCAAAGGTGGAGCTAACAA
CTTCAATCTTTGCATGGACCCGTGGTTTGTTGCACCGTGGTAAACTTGAT
AGTTATGGATCCCTTGGTATGATGACAAGTGTTTTGTTATGTCCTGATGG
AAAGACCATTGAAGCTGAAGCTGCCCATGGAACTGTCACCAGACATTACA
GACAACACCAACAAGGAAAAGAAACCTCAACTAACCCTGTTGGTATGAGC
ATCGTCTGATTGATGACATGGTTGCATACGCTTTGAAAGTTGATGGTGGA
TTTGTTTGGGCTTGCAAGAACTACGATGGAGATGTCCAATCTGACACTGT
TGCTCAAGTCAATCCGAGATTTCGCATACAGCTCTTTCAATTGTGCATTG
GAGAAGTCCTACCCATTGTACTTGAGTACAAAGAACACCATTTTAAAGAA
ATACGATGGACGTTTCAAGGACATCTTCCAAGAAATCTACGATAAAGAAT
ACAAAGAGAAGTTTGAGAAAGCTGGTATCTGTACAAAGCTACAGATTTTG
TTGTGCCTGGTGCCGGCAAACTTGAAATGAAATTCACACCATCTGATGGT
AGTGCACCTATGGAGTATGTTGTTTATGATTTCAATGGTGGTGGTGTTGC
TATGGGAATGTACAATACTGATCAGAGTTCAAATTAAAGAAGATGTGGAA
ATCACCAAACGGTACAATCCGTAACATTCTTGGTGGTACTGTCTTCAGGG
AAGCCATCATCTGCAAAAATATACCAAAGCTTGTGCCCGGATGGACTAAA
CCAATCATTATTGGCAGACACGCTCATGCTGATCAGTAACACATGAGGCA
GCAGCAGCCATTAAAAAATACAATGTTGGAATCAAATGCGCAACCATCAC
TCCTGATGAAAAGAGAGTTGAAGAGTCATTTGGGATATGATCAAGAAGCA
GTTGATCCTCCCATTTGTTGATCTGGACATAAAAAGATATGACCTTGGTA
TGGAAAACCGAGATGCAACTGATGATCAAGGTGGAACTGTTGTTGAACTC
GATGGTGATGAAATGACCAGATGGCCAAAATTCCAGAATTGTTCGTGCTG
ATTACTTGAACACCATTGAATTTATTCAAAAGATTGCTGACAACTTGCAA
GTGAAACTTAAAGCTGCTAACTTATAAGTAATGATAAGCTGACTCAGTTT
GCAAAATCCTTAGAAGAGACATGTGTCGAAACTATTGAAAGTGGTTTTAT
GACAAAAGATTTGGCTATCTGCATCAAAGGTGGAGCTAACAACTTCAATC
TTTGCATGGACCCGTGGTTTGTTGCACCGTGGTAAACTTGATAGTTATGG
ATCCCTTGGTATGATGACAAGTGTTTTGTTATGTCCTGATGGAAAGACCA
TTGAAGCTGAAGCTGCCCATGGAACTGTCACCAGACATTACAGACAACAC
CAACAAGGAAAAGAAACCTCAACTAACCCTGTTGGTATGAGCATCGTCTG
ATTGATGACATGGTTGCATACGCTTTGAAAGTTGATGGTGGATTTGTTTG
GGCTTGCAAGAACTACGATGGAGATGTCCAATCTGACACTGTTGCTCAAG
TCAATCCGAGATTTCGCATACAGCTCTTTCAATTGTGCATTGGAGAAGTC
CTACCCATTGTACTTGAGTACAAAGAACACCATTTTAAAGAAATACGATG
GACGTTTCAAGGACATCTTCCAAGAAATCTACGATAAAGAATACAAAGAG
AAGTTTGAGAAAGCTGGTATCTGTACAAAGCTACAGATTTTGTTGTGCCT
GGTGCCGGCAAACTTGAAATGAAATTCACACCATCTGATGGTAGTGCACC
TATGGAGTATGTTGTTTATGATTTCAATGGTGGTGGTGTTGCTATGGGAA
TGTACAATACTGATCAGAGTTCAAATTAAAGAAGATGTGGAAATCACCAA
ACGGTACAATCCGTAACATTCTTGGTGGTACTGTCTTCAGGGAAGCCATC
ATCTGCAAAAATATACCAAAGCTTGTGCCCGGATGGACTAAACCAATCAT
TATTGGCAGACACGCTCATGCTGATCAGTAACACATGAGGCAGCAGCAGC
CATTAAAAAATACAATGTTGGAATCAAATGCGCAACCATCACTCCTGATG
AAAAGAGAGTTGAAGAGTCATTTGGGATATGATCAAGAAGCAGTTGATCC
TCCCATTTGTTGATCTGGACATAAAAAGATATGACCTTGGTATGGAAAAC
CGAGATGCAACTGATGATCAAGGTGGAACTGTTGTTGAACTCGATGGTGA
TGAAATGACCAGATGGCCAAAATTCCAGAATTGTTCGTGCTGATTACTTG
AACACCATTGAATTTATTCAAAAGATTGCTGACAACTTGCAAGTGAAACT
TAAAGCTGCTAACTTATAAGTAATGATAAGCTGACTCAGTTTGCAAAATC
CTTAGAAGAGACATGTGTCGAAACTATTGAAAGTGGTTTTATGACAAAAG
ATTTGGCTATCTGCATCAAAGGTGGAGCTAACAACTTCAATCTTTGCATG
GACCCGTGGTTTGTTGCACCGTGGTAAACTTGATAGTTATGGATCCCTTG
GTATGATGACAAGTGTTTTGTTATGTCCTGATGGAAAGACCATTGAAGCT
GAAGCTGCCCATGGAACTGTCACCAGACATTACAGACAACACCAACAAGG
AAAAGAAACCTCAACTAACCCTGTTGGTATGAGCATCGTCTGATTGATGA
CATGGTTGCATACGCTTTGAAAGTTGATGGTGGATTTGTTTGGGCTTGCA
AGAACTACGATGGAGATGTCCAATCTGACACTGTTGCTCAAGTCAATCCG
AGATTTCGCATACAGCTCTTTCAATTGTGCATTGGAGAAGTCCTACCCAT
TGTACTTGAGTACAAAGAACACCATTTTAAAGAAATACGATGGACGTTTC
AAGGACATCTTCCAAGAAATCTACGATAAAGAATACAAAGAGAAGTTTGA
GAAAGCTGGTATCTGTACAAAGCTACAGATTTTGTTGTGCCTGGTGCCGG
CAAACTTGAAATGAAATTCACACCATCTGATGGTAGTGCACCTATGGAGT
ATGTTGTTTATGATTTCAATGGTGGTGGTGTTGCTATGGGAATGTACAAT
ACTGATCAGAGTTCAAATTAAAGAAGATGTGGAAATCACCAAACGGTACA
ATCCGTAACATTCTTGGTGGTACTGTCTTCAGGGAAGCCATCATCTGCAA
AAATATACCAAAGCTTGTGCCCGGATGGACTAAACCAATCATTATTGGCA
GACACGCTCATGCTGATCAGTAACACATGAGGCAGCAGCAGCCATTAAAA
AATACAATGTTGGAATCAAATGCGCAACCATCACTCCTGATGAAAAGAGA
GTTGAAGAGTCATTTGGGATATGATCAAGAAGCAGTTGATCCTCCCATTT
GTTGATCTGGACATAAAAAGATATGACCTTGGTATGGAAAACCGAGATGC
AACTGATGATCAAGGTGGAACTGTTGTTGAACTCGATGGTGATGAAATGA
CCAGATGGCCAAAATTCCAGAATTGTTCGTGCTGATTACTTGAACACCAT
TGAATTTATTCAAAAGATTGCTGACAACTTGCAAGTGAAACTTAAAGCTG
CTAACTTATAAGTAATGATAAGCTGACTCAGTTTGCAAAATCCTTAGAAG
AGACATGTGTCGAAACTATTGAAAGTGGTTTTATGACAAAAGATTTGGCT
ATCTGCATCAAAGGTGGAGCTAACAACTTCAATCTTTGCATGGACCCGTG
GTTTGTTGCACCGTGGTAAACTTGATAGTTATGGATCCCTTGGTATGATG
ACAAGTGTTTTGTTATGTCCTGATGGAAAGACCATTGAAGCTGAAGCTGC
CCATGGAACTGTCACCAGACATTACAGACAACACCAACAAGGAAAAGAAA
CCTCAACTAACCCTGTTGGTATGAGCATCGTCTGATTGATGACATGGTTG
CATACGCTTTGAAAGTTGATGGTGGATTTGTTTGGGCTTGCAAGAACTAC
GATGGAGATGTCCAATCTGACACTGTTGCTCAAGTCAATCCGAGATTTCG
CATACAGCTCTTTCAATTGTGCATTGGAGAAGTCCTACCCATTGTACTTG
AGTACAAAGAACACCATTTTAAAGAAATACGATGGACGTTTCAAGGACAT
CTTCCAAGAAATCTACGATAAAGAATACAAAGAGAAGTTTGAGAAAGCTG
GTATCTGTACAAAGCTACAGATTTTGTTGTGCCTGGTGCCGGCAAACTTG
AAATGAAATTCACACCATCTGATGGTAGTGCACCTATGGAGTATGTTGTT
TATGATTTCAATGGTGGTGGTGTTGCTATGGGAATGTACAATACTGATCA
GAGTTCAAATTAAAGAAGATGTGGAAATCACCAAACGGTACAATCCGTAA
CATTCTTGGTGGTACTGTCTTCAGGGAAGCCATCATCTGCAAAAATATAC
CAAAGCTTGTGCCCGGATGGACTAAACCAATCATTATTGGCAGACACGCT
CATGCTGATCAGTAACACATGAGGCAGCAGCAGCCATTAAAAAATACAAT
GTTGGAATCAAATGCGCAACCATCACTCCTGATGAAAAGAGAGTTGAAGA
GTCATTTGGGATATGATCAAGAAGCAGTTGATCCTCCCATTTGTTGATCT
GGACATAAAAAGATATGACCTTGGTATGGAAAACCGAGATGCAACTGATG
ATCAAGGTGGAACTGTTGTTGAACTCGATGGTGATGAAATGACCAGATGG
CCAAAATTCCAGAATTGTTCGTGCTGATTACTTGAACACCATTGAATTTA
TTCAAAAGATTGCTGACAACTTGCAAGTGAAACTTAAAGCTGCTAACTTA
TAAGTAATGATAAGCTGACTCAGTTTGCAAAATCCTTAGAAGAGACATGT
GTCGAAACTATTGAAAGTGGTTTTATGACAAAAGATTTGGCTATCTGCAT
CAAAGGTGGAGCTAACAACTTCAATCTTTGCATGGACCCGTGGTTTGTTG
CACCGTGGTAAACTTGATAGTTATGGATCCCTTGGTATGATGACAAGTGT
TTTGTTATGTCCTGATGGAAAGACCATTGAAGCTGAAGCTGCCCATGGAA
CTGTCACCAGACATTACAGACAACACCAACAAGGAAAAGAAACCTCAACT
AACCCTGTTGGTATGAGCATCGTCTGATTGATGACATGGTTGCATACGCT
TTGAAAGTTGATGGTGGATTTGTTTGGGCTTGCAAGAACTACGATGGAGA
TGTCCAATCTGACACTGTTGCTCAAGTCAATCCGAGATTTCGCATACAGC
TCTTTCAATTGTGCATTGGAGAAGTCCTACCCATTGTACTTGAGTACAAA
GAACACCATTTTAAAGAAATACGATGGACGTTTCAAGGACATCTTCCAAG
AAATCTACGATAAAGAATACAAAGAGAAGTTTGAGAAAGCTGGTATCTGT
ACAAAGCTACAGATTTTGTTGTGCCTGGTGCCGGCAAACTTGAAATGAAA
TTCACACCATCTGATGGTAGTGCACCTATGGAGTATGTTGTTTATGATTT
CAATGGTGGTGGTGTTGCTATGGGAATGTACAATACTGATCAGAGTTCAA
ATTAAAGAAGATGTGGAAATCACCAAACGGTACAATCCGTAACATTCTTG
GTGGTACTGTCTTCAGGGAAGCCATCATCTGCAAAAATATACCAAAGCTT
GTGCCCGGATGGACTAAACCAATCATTATTGGCAGACACGCTCATGCTGA
TCAGTAACACATGAGGCAGCAGCAGCCATTAAAAAATACAATGTTGGAAT
CAAATGCGCAACCATCACTCCTGATGAAAAGAGAGTTGAAGAGTCATTTG
GGATATGATCAAGAAGCAGTTGATCCTCCCATTTGTTGATCTGGACATAA
AAAGATATGACCTTGGTATGGAAAACCGAGATGCAACTGATGATCAAGGT
GGAACTGTTGTTGAACTCGATGGTGATGAAATGACCAGATGGCCAAAATT
CCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_033557XLOC_033557Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00053165-exon-scaffold_226-1575043694:154037..154312TCONS_00053165-exon-scaffold_226-1575043694:154037..154312Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:153541..153600TCONS_00053165-exon-scaffold_226-1575043694:153541..153600Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:153002..153041TCONS_00053165-exon-scaffold_226-1575043694:153002..153041Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:152612..152718TCONS_00053165-exon-scaffold_226-1575043694:152612..152718Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:152246..152332TCONS_00053165-exon-scaffold_226-1575043694:152246..152332Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:151837..151997TCONS_00053165-exon-scaffold_226-1575043694:151837..151997Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:151377..151520TCONS_00053165-exon-scaffold_226-1575043694:151377..151520Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:151003..151175TCONS_00053165-exon-scaffold_226-1575043694:151003..151175Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:150282..150397TCONS_00053165-exon-scaffold_226-1575043694:150282..150397Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:149922..150062TCONS_00053165-exon-scaffold_226-1575043694:149922..150062Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:149517..149567TCONS_00053165-exon-scaffold_226-1575043694:149517..149567Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:149058..149172TCONS_00053165-exon-scaffold_226-1575043694:149058..149172Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1575043694:147858..148705TCONS_00053165-exon-scaffold_226-1575043694:147858..148705Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:154037..154312TCONS_00053165-exon-scaffold_226-1510915933:154037..154312Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:153541..153600TCONS_00053165-exon-scaffold_226-1510915933:153541..153600Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:153002..153041TCONS_00053165-exon-scaffold_226-1510915933:153002..153041Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:152612..152718TCONS_00053165-exon-scaffold_226-1510915933:152612..152718Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:152246..152332TCONS_00053165-exon-scaffold_226-1510915933:152246..152332Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:151837..151997TCONS_00053165-exon-scaffold_226-1510915933:151837..151997Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:151377..151520TCONS_00053165-exon-scaffold_226-1510915933:151377..151520Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:151003..151175TCONS_00053165-exon-scaffold_226-1510915933:151003..151175Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:150282..150397TCONS_00053165-exon-scaffold_226-1510915933:150282..150397Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:149922..150062TCONS_00053165-exon-scaffold_226-1510915933:149922..150062Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:149517..149567TCONS_00053165-exon-scaffold_226-1510915933:149517..149567Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:149058..149172TCONS_00053165-exon-scaffold_226-1510915933:149058..149172Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1510915933:147858..148705TCONS_00053165-exon-scaffold_226-1510915933:147858..148705Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:154037..154312TCONS_00053165-exon-scaffold_226-1491911889:154037..154312Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:153541..153600TCONS_00053165-exon-scaffold_226-1491911889:153541..153600Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:153002..153041TCONS_00053165-exon-scaffold_226-1491911889:153002..153041Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:152612..152718TCONS_00053165-exon-scaffold_226-1491911889:152612..152718Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:152246..152332TCONS_00053165-exon-scaffold_226-1491911889:152246..152332Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:151837..151997TCONS_00053165-exon-scaffold_226-1491911889:151837..151997Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:151377..151520TCONS_00053165-exon-scaffold_226-1491911889:151377..151520Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:151003..151175TCONS_00053165-exon-scaffold_226-1491911889:151003..151175Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:150282..150397TCONS_00053165-exon-scaffold_226-1491911889:150282..150397Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:149922..150062TCONS_00053165-exon-scaffold_226-1491911889:149922..150062Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:149517..149567TCONS_00053165-exon-scaffold_226-1491911889:149517..149567Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:149058..149172TCONS_00053165-exon-scaffold_226-1491911889:149058..149172Clytia hemisphaericaexon
TCONS_00053165-exon-scaffold_226-1491911889:147858..148705TCONS_00053165-exon-scaffold_226-1491911889:147858..148705Clytia hemisphaericaexon
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00053165-proteinTCONS_00053165-proteinClytia hemisphaericapolypeptide
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_226supercontigscaffold_226:147858..154312 -
Expression

Hover the mouse over a column in the graph to view expression values in transcripts per million (tpm).
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Values : 
    GrOo_1	 GrOo_2	 FGOo_1	 FGOo_2	 EG_1	 EG_2	 P1_1	 P1_2	 P2_1	 P2_2	 P3_1	 P3_2	 PoPr_1	 PoPr_2	 St_1	 St_2	 GO_1	 GO_2	 PH_1	 PH_2	 BMF_1	 BMF_2	 MMF_1	 MMF_2	 M_1	 M_2	 GEC_1	 GEC_2	 GEN_1	 GEN_2
167.13	173.011	51.7066	38.7442	115.298	91.3163	164.766	176.831	325.118	303.425	367.798	382.126	206.951	184.704	237.104	294.213	231.125	258.411	104.669	121.76	236.351	235.932	197.2	213.198	179.745	179.675	229.01	209.659	310.241	283.498
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR024084IsoPropMal-DH-like_dom
IPR004790Isocitrate_DH_NADP
IPR019818IsoCit/isopropylmalate_DH_CS
Vocabulary: Biological Process
TermDefinition
GO:0055114oxidation-reduction process
GO:0006102isocitrate metabolic process
Vocabulary: Molecular Function
TermDefinition
GO:0016616oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor
GO:0004450isocitrate dehydrogenase (NADP+) activity
GO:0051287NAD binding
GO:0000287magnesium ion binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006102 isocitrate metabolic process
biological_process GO:0055114 oxidation-reduction process
molecular_function GO:0004450 isocitrate dehydrogenase (NADP+) activity
molecular_function GO:0000287 magnesium ion binding
molecular_function GO:0051287 NAD binding
molecular_function GO:0016616 oxidoreductase activity, acting on the CH-OH group of donors, NAD or NADP as acceptor
Blast
[Close]
BLAST of TCONS_00053165 vs. Swiss-Prot (Human)
Match: IDHC (Isocitrate dehydrogenase [NADP] cytoplasmic OS=Homo sapiens GN=IDH1 PE=1 SV=2)

HSP 1 Score: 667.537 bits (1721), Expect = 0.000e+0
Identity = 309/412 (75.00%), Postives = 363/412 (88.11%), Query Frame = 3 
Query:  327 KIPGGTVVELDGDEMTRVIWDMIKKQLILPFVDLDIKRYDLGMENRDATDDQVTHEAAAAIKKYNVGIKCATITPDEKRVEEFKLKKMWKSPNGTIRNILGGTVFREAIICKNIPKLVPGWTKPIIIGRHAHADQYKATDFVVPGAGKLEMKFTPSDGSAPMEYVVYDFN-GGGVAMGMYNTDQSIRDFAYSSFNCALEKSYPLYLSTKNTILKKYDGRFKDIFQEIYDKEYKEKFEKAGIWYEHRLIDDMVAYALKVDGGFVWACKNYDGDVQSDTVAQGYGSLGMMTSVLLCPDGKTIEAEAAHGTVTRHYRQHQQGKETSTNPVASIFAWTRGLLHRGKLDSNDKLTQFAKSLEETCVETIESGFMTKDLAICIKGGANKIVRADYLNTIEFIQKIADNLQVKLKAANL 1559
            KI GG+VVE+ GDEMTR+IW++IK++LI P+V+LD+  YDLG+ENRDAT+DQVT +AA AIKK+NVG+KCATITPDEKRVEEFKLK+MWKSPNGTIRNILGGTVFREAIICKNIP+LV GW KPIIIGRHA+ DQY+ATDFVVPG GK+E+ +TPSDG+  + Y+V++F  GGGVAMGMYN D+SI DFA+SSF  AL K +PLYLSTKNTILKKYDGRFKDIFQEIYDK+YK +FE   IWYEHRLIDDMVA A+K +GGF+WACKNYDGDVQSD+VAQGYGSLGMMTSVL+CPDGKT+EAEAAHGTVTRHYR +Q+G+ETSTNP+ASIFAWTRGL HR KLD+N +L  FA +LEE  +ETIE+GFMTKDLA CIKG  N + R+DYLNT EF+ K+ +NL++KL  A L
Sbjct:    4 KISGGSVVEMQGDEMTRIIWELIKEKLIFPYVELDLHSYDLGIENRDATNDQVTKDAAEAIKKHNVGVKCATITPDEKRVEEFKLKQMWKSPNGTIRNILGGTVFREAIICKNIPRLVSGWVKPIIIGRHAYGDQYRATDFVVPGPGKVEITYTPSDGTQKVTYLVHNFEEGGGVAMGMYNQDKSIEDFAHSSFQMALSKGWPLYLSTKNTILKKYDGRFKDIFQEIYDKQYKSQFEAQKIWYEHRLIDDMVAQAMKSEGGFIWACKNYDGDVQSDSVAQGYGSLGMMTSVLVCPDGKTVEAEAAHGTVTRHYRMYQKGQETSTNPIASIFAWTRGLAHRAKLDNNKELAFFANALEEVSIETIEAGFMTKDLAACIKGLPN-VQRSDYLNTFEFMDKLGENLKIKLAQAKL 414
The following BLAST results are available for this feature:
BLAST of TCONS_00053165 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
IDHC0.000e+075.00Isocitrate dehydrogenase [NADP] cytoplasmic OS=Hom... [more]
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