TCONS_00011758 (transcript) - C. hemisphaerica

Overview
NameTCONS_00011758
Unique NameTCONS_00011758
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3031

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00011758 ID=TCONS_00011758|Name=TCONS_00011758|organism=Clytia hemisphaerica|type=transcript|length=3031bp
CGGTGGACTACTAGAGAACGAGGGCAAGCTGAAGCAgcaagaaatttatt
ttattttattgatataaaaaagtaaaaaaaacaaggCTGAAGatTGATAA
GCATGTTGACAgaagaacaaaaaaagaaaatagaggAGAACCGAAGGAAG
GCCCTTGAAAAACGCAAACGTAAAAAACACACCTCCCCTAATAGATCATG
CATACCAGAAAACATTTCCAGTCCACCATTTAAAAAACGACCTATTAATA
ATACAACTACGGATGGATCACTGAAAGCCCATTTAAATACAGTTGACATT
GGACCCATCACTCCTCCAAAGAAAACACTTCCGCAAACAAGCTACAGTCC
ATCATTCAAGAAAAAGTGCACTGAAGCAACCAACGGTGTTAGTGATGGAT
TTGCTTTTTCTCCACAAAAGAACTTACTTCGGCAAACAAGCTATAGTCCT
TCTTTCAAGAGAAAAACTGCAGATATTTCGTCTCAAGAACAAAAGACAAT
AGATAATAATGACCATTTTACATTGACTCCTGAGAGGAAAGCTATTTCAA
AGACGAGTTACAGCTCGTTATTCAAAAACGGAAACGACTTGTCCACTAAC
AACACCATGCTGACCAGCTCGTGTGCTTGTCCTTCTCAGCagagttttca
aaagaaggtATCTTCTCCCGAGAAAAAATCTATCCCAAAAACAAGTTACA
GCCCTTCATTCAAGAAAAGCAGCAATAATCCCGAAAATGGATACGCAGCT
GGCAGCCCCCAATCCctgaaaagtttcgaaaaaagtaATACTTCGCCTGA
GAAAAAGGTTCTTCCAACAACAAGTTACAGCCCTTCATTCAAGAAGAGCA
GTTCTACCCAGGATGAATCACAAAGGCGATCCTTTTCAGCTAAGAGAACA
ATTGAACCTGACTTAACTCATTCAACGATAAAAAATATTGTGCAAGGAGA
AGGACAATCCCAAGAACAATTAACTCGTTCTGAAATTAATCGCATGAAAG
CATTGGAAAAGCTTAAGATGAAGCAGAATGAAACGATTTCGACCTCTTCA
TCTTCGACAACGAAAATTACATCTCCGCAAAGGTCTCGCtcaatttttaa
taaagaaCTATCACAAAAACCTGAAGAAGtcattgaAGTTGCTTTTTCTG
TAAACTCTCCCACGTGGATTCGCTTACATTCGcaatcaaatgacaagatt
caTTCTATCATCAAAAGATTCAACACCAATTTCGATAAAGGGAATTGGTT
GTTTCATGTGAAAGATTACAAGGAAGTGGTTTCTTGTTTCGAAAACATTG
CGAATATCAAGATCAAGGAGAGTATTCCATCGTCAGTTGTCAAGATCCTA
CATTATGCTCACGAGGAGCAAAAACGAAAACCCTCTGATAAAATCGATCT
CagcaaaattgaagaaaacattttgaagAAGTTGATGCCTTTTCAAAAGA
CTGGAGTACAatttgCTATTCAGAAGAAAGGGCGTGTTTTGATAGCGGAT
GATATGGGTTTAGGGAAAACAGTGCAGACCATTGCTATTTGTAATTATTA
CATCGAAGATTGGCCAGTTCTCATCATCTGCCCTTCCTCTGTCAAAATGT
CATGGCAACAGCATTTTCTTTCGTGGATGCCAACCCTTCGAGAGAGCGAT
ATTTCCATCATACACACTGGGAAAGAGAAGATTCGAGCAGTCCCAGGCTC
CATCACTATCGTTAGTTGTGACCTGGCCAGCAAGTTTGCTAATGATATCC
AAAACTGTGGTTTCCAAATAATCATTGTGGACGAGTCGCATGCTTTGAAG
AACAGTCAAGCTAAGCGAACCAAGAATCTCCTTCCCATATTACAGAATTC
AAGGAGAACCATTCTACTTTCTGGGACACCAGCTCTCTCGAGACCAAAAG
AACTCTTCACTCAAATTTCCGCTTTGAGGCgagaacttttcaaaagttat
ttcaaaTTCGCTAAACGTTATTGCGATGCTAGAGAGGGTCGTTATGGTTT
AGAAGATGACGGTTGTTCAAACTCAGACGAATTAAACGCTATTCTCAAAA
GTACTGTCATGCTGAGGAGGATGAAGTATGAAGTTTTGGACCAACTACCT
TCAAAAATACGACAAATACTCATCCTCGACCCTTCTTTCATTAAAATATC
CAAACAATTTAAAACACTTGAGAAAGCATTCGTTGCAAGCAGAAGAACGA
AAGAGAACCGTACACCCTTGCTGCAATATTATTCGGCCACAGCAGAAGTA
AAAGTCGGAGGAGTTGTGCAATTCATCAGTGAGAAATTGGAGAGCACGAC
GGAGAAAATCATCGTTTTCGCTCACCATCTCACCATGCTTGATCAAATCG
AAGAAGAGACGCGTTGTAAGAACATCGAGTCCATTCGGATCAGTGGTACA
ACAGGATCGAAAGCACGGCAATCACTTGTGGATATCTTCAATAACACCGC
CTCTTGTCGACTGGCCATCCTTTCAATTACTGCTGCTGGAACAGGTTTGA
ACATGACTGCATCATCGCTTGTCATCTTTGCAGAACTTTATTGGAATCCT
GGTCATTTGATCCAAGCAGAAGATCGTGCTTATCGAATTGGTCAAAAGAA
ATCAGTGTCTGTAATTTACTTGATCGCGCGTCAAACAGCTGATGATTGGA
TATGgCCATTGATTAAAAACAAGCTGAACGTCTTAACGAACCTGGGTGTT
GGAACCACGAAAGGCTTAAGCGATGCCAAATGCACGGAAGCAGAGAAGAA
GATCACAGATTTCTTTGGATCGAATTCCCATGAGGACGATGATGGAGAAC
TGGATGAATTGCTGTCGAATCTTCAACATACTTTCGATGACGATCTTATG
CTCGAAATATCTCAACGATCTTcctgaatttgttttttttttctcttttt
gtttttagcatTAACACTTTCTTATTTATGTGTCTTTAGTTTTTCCTACC
AGAACGGCTGTTTTAATGCATTCATTCGTTGAACTTTTTTATTAATTGTC
AAACAATAAAATAACCCTGTCCACCCTGGAA
Run BLAST on NCBI

protein sequence of TCONS_00011758-protein

>TCONS_00011758-protein ID=TCONS_00011758-protein|Name=TCONS_00011758-protein|organism=Clytia hemisphaerica|type=polypeptide|length=924bp
MLTEEQKKKIEENRRKALEKRKRKKHTSPNRSCIPENISSPPFKKRPINN
TTTDGSLKAHLNTVDIGPITPPKKTLPQTSYSPSFKKKCTEATNGVSDGF
AFSPQKNLLRQTSYSPSFKRKTADISSQEQKTIDNNDHFTLTPERKAISK
TSYSSLFKNGNDLSTNNTMLTSSCACPSQQSFQKKVSSPEKKSIPKTSYS
PSFKKSSNNPENGYAAGSPQSLKSFEKSNTSPEKKVLPTTSYSPSFKKSS
STQDESQRRSFSAKRTIEPDLTHSTIKNIVQGEGQSQEQLTRSEINRMKA
LEKLKMKQNETISTSSSSTTKITSPQRSRSIFNKELSQKPEEVIEVAFSV
NSPTWIRLHSQSNDKIHSIIKRFNTNFDKGNWLFHVKDYKEVVSCFENIA
NIKIKESIPSSVVKILHYAHEEQKRKPSDKIDLSKIEENILKKLMPFQKT
GVQFAIQKKGRVLIADDMGLGKTVQTIAICNYYIEDWPVLIICPSSVKMS
WQQHFLSWMPTLRESDISIIHTGKEKIRAVPGSITIVSCDLASKFANDIQ
NCGFQIIIVDESHALKNSQAKRTKNLLPILQNSRRTILLSGTPALSRPKE
LFTQISALRRELFKSYFKFAKRYCDAREGRYGLEDDGCSNSDELNAILKS
TVMLRRMKYEVLDQLPSKIRQILILDPSFIKISKQFKTLEKAFVASRRTK
ENRTPLLQYYSATAEVKVGGVVQFISEKLESTTEKIIVFAHHLTMLDQIE
EETRCKNIESIRISGTTGSKARQSLVDIFNNTASCRLAILSITAAGTGLN
MTASSLVIFAELYWNPGHLIQAEDRAYRIGQKKSVSVIYLIARQTADDWI
WPLIKNKLNVLTNLGVGTTKGLSDAKCTEAEKKITDFFGSNSHEDDDGEL
DELLSNLQHTFDDDLMLEISQRSS
Run BLAST on NCBI

transcript from alignment at sc0000132:165178..183688-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00011758 ID=TCONS_00011758|Name=TCONS_00011758|organism=Clytia hemisphaerica|type=transcript|length=18511bp|location=Sequence derived from alignment at sc0000132:165178..183688- (Clytia hemisphaerica)
CGGTGGACTACTAGAGAACGAGGGCAAGCTGAAGCAGCAAGAAATTTATT TTATTTTATTGATATAAAAAAGTAAAAAAAACAAGGCTGAAGGTGAGAAT TTGATCATTTTTCAGGTTAAAAATGGGAAAATATACCGGGTGATTAAAAA AACAACTTCATATGTTTAGCAAGGTTTTAAGAGTATCAATACAAAAAGTG TTGGGCAGTCGATTAACCGCCTAAATTACCAGACGTTGTTAATCGAACGA ATTGAACGCCGAAACCATTGAACGCAATTGAACACAATCGAATAATTGCA ATTCGATTGTCGAACGCAATGGAATCACAATCGAATATTACCCAGGATTT GCCGTTTGATTGCTTCGATTACGTTCGATTGTATTCGATTATGTTCGATT GATTCAATTCTGTATTAGATATTATTCGCTTCCAAACAGTACTTAAGCAC TCGGTCCCCCGCGCTAAAAAGCTCTAATTCGATTACGTTTGACAATCGAA TTTCAATCATTCGATTGCGTTCAATACACCGTTTNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNTTCCTCTTGATGAATTTTTGTGAAATTTTCAGGAGAGACTTATAA GATTATCATTGATATCATGTTCAAATATCTAAATCATTCTCTTTAAAGGA GAGAAAAAAATTTACAATGTTTACATTCCTCTAACCTTTCACAGTACTAA AGTGCGCATTTTTATCTACCATTTTTACCGGGTCTCTGCAATGGAGTACC GTGAAATAGCGAGACTCCTAAACGGTGTATTACGTCACGACCCTCGACAT GGCCCGAGAATTCTCGGGCCAAAATTTTTATTGGTATACGCGTAAAGCCC ATACTCGCACGGGCCACACTCGGGCCAATTTTTTAAAACATGATTTAAAC ACTGCGTGTAATTTTTTTAACATTTTCTTTGAGAAAAACTTGGTTTCTCT TAATTATATTGTATATGAATGTTGTAAATTCATATAAATATTAAATGTCT TATTTGGTATGAAAACATAGTTATAAAATATACTTATAGGGTGGAAATAT TTGCTAGTAAACTGGTCCTGGTTTTAAACTGAAGCGTGTCCACGGGAAGC TCGTAAAGTTTTTTTGATCGATATAAACAAAACAGACAAATCTTATTTTG TACTATTTTGTTTGACTGGATATGCCGAATCAATTTAACATTTAACATGG CCCGAACATGGCCCGAATGACTCGGGTCATAATGCTTTGATTGACATCGT CTCAGGGTAACTTTCGAACTGCAATTCAATTTGCATTGAATAACCCTTTN CCCATTGGAAATGTGCCTTGGTTTTGTCCCTTCCGTTACGCAAACATTAA ATTGAACAGCATCTCAAATCTTCGACTTAAAAACTTTTCCTTTTGGTTGA CTACTACCCTCATTAGACTTCTTACTTGCAGGTACATTTAAACTTTATAT TAACGAANCTGGGACCTAATAATGAAAATATTAGGCGCTTTCACAAGTGT CTTTAAAAATTGAACAAAATAAAACAATCTAAATATTTTCCAGGGGGTGA GTTTTTAGTTTTTCTTCATTTCTTCATATTCGCCAATCCGGGGAGTCTNA GTGGTGGGAGTTATCTCCTTGGAAAATTTGATGTCCCTTCCGTTATGGAT GTCCCTTCCGTTACGCCTTTTTTTAAAAGGAGTGTTACAGGGACTTAGAT GTTCATTATAGTGTTTCTTTCTTCAAAGCCAAGATATCTANGTACACCTG TCCCTTCCGTTACGCTTTTGACTTTTACTGCTCATATCTTGAAAACTAGC ATTAAACTTGCAAAACTTCCAATTGATTATTGAACTGGGGTAGAAAGTGC CCTTACAATCAGAGGNGTTGAAAGACCTATTGTAGACTGTTCTCACATTT GCTACACTACAATGACTTCTTTTTATCTCTTAACCCTTAGGCTCCATAGG ACGCGTTTGCGCGTCCTGAAACATCCAAAATACCAAGTCCTAAAGCCTGG GGTCCCATCTCCCTAGGACTTTATTTAAAGGGAAAGAAACCAAATGTTTT TGAAAGAGTATAAAATTACCTTTCCAATGGTACCAAAACGAGTGTCTGAA TCAAAAGCTACAAGCTTTTACGCCATTTTAAAATTTTTAAAATTTCAAAT TTCAAAAAAAATCATTGAAATTTTTCAAAATTTTCAAAACTACTGCGCAC TCAAAGGGTTAACCAAAAAATTTTTGATTTTTTTTTGAAGACTCCAAACT GCTCAAAATACCTGAAAATGACAATTAGGAGTTATTCGAAGTTGTTTTGA CCATAAAAAATCTTTACCAGGGGTCTCATTAACCCTTAGGCTCCATAGGA CGTGTTTTCGCGTCTTGAAACAGCCAAAATACCAAGTCCCAAAGCTTGGG TCTCAGCTCCCTAGGACTTGATTTAAAGGGGATTAAACCCAATGCTTTTT GAAAGAGTATAGAATTACCTTTCCAAAGGTTGGTACCAAAACGAGTGTCT GAATCAAAAGCTACAAGCTTTTACGCCATTTTGAAGTTTCAAATTTCAAA AAGAAATCATTGAAATTTTTCAAAATTTTCAAAACTACTGCGCGCTTAAA GGGTTAACCAAAACTTTTTGATTTTTTTTTGAAGACTCCAAACTGCTCAA AATGCCTGAAAATGTAGGAGTTATTCGAAGTTGTTTTGACCATAACAAAT TTTACCAGGGGTCTCATTAACCCTTAGGCTCCATAGGACGCGTTTTCGTG TCTTCTTTTTTGAATGCTCAATATAAAATTTTAAAGAAAAACTGAAATGC AAGTCACATTTTCGGTTTCAGGGGTCACCTACAGTGGGTCACCTAAATTT TAGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNCATATATATA CCATAGGAAAGCTCATTAAACCTGCCAACTTAATTTTGAGTTTGGTGAAT CCCCAAAATTGGAGAACAATCATTTTTTTCCACTTACAGCTTTTCTCTTT GATCTTTTATTGGTTTCTTTTGTTCATTTCTTGCATCATCGATGACATGT GCATCATTTCTTGAAATGGAAATACACAGTTTTGACCAAGCTGATTGATT TGTCTTTTGCAACACGTAACGCTGTTACCTAGGGACAAGATAATTTATCC TGTTTGTACTGGCTGAGGGAAAGTAATGTTTGTGAAGTAATTTGTTATTC AATAGACCATCGCTTTCTCCTAAACAACTATTTAATTAGAATTAAAATTA AGATTTGAAATGAAAATGACTTATTGCTAAACAGCAGCCAGAATCAACCA ACCAAATGTTGTCATTCAATTCCCAAGACAGCGCTTTGATTTGCTAGGTC TTGTTTAAAAATAAATAATTCCGCACTTGCAAATGGGTCAGTCTTTAGGT TTGGTAAAATTTCTGGGAAATAGCCTATCTAGTCGTTCGCGGATCTAAAT GGGTTCTGTTTCCCTGGTGGATCTTTTTTTGGGGAGTTGCTCTTAAATTA GTTTTCAAGGTTTACTCGGTCCAAAACTTTTTCATCTATGGCTCAAAATT ACGGTCATTTCTCATTGTTTTTGAAAATGTTAATTTCATTAAAAAGCGCC TGTTAATCCTATAATCCTGGTTTTTTCTGTTAACTCTTAATTTATATCAG ACATCATGGCAATTAATAATACCCTGGTTGGTCATATTTAATTTATTGAC TTTCCCGTTTGTATCATTTGGGTGGTGTACTATAAATTTCAAGCCAGAAA AATGTAACCTGATAGCAGCTGTGGAGTATTTTTAACGCGACACGCTGAAG CTCTAATAAGAACGCTAAAAACTAACATCTGAGGAAAATGGCCCTAGCTC TACAGAAAATTTGAGTCAACTTTTTGTCTTGTGCCAAAAACTTAAAAACT AAAATGGCGCTCCATGGTCTGGGGGACCTAATATTAAGGCCCGACCGGCT GGGAAAAAAATCCAAAGATTAACAAGCAAGAGGGGTTGTTTTTATCACCT ACTTTGAGTGAAGCAAAAGAGCACATTGGACAAAAAAATACAACAAAGGG CTGCCATGGTGTCCAATACAATTGTATAGATGGAAAAGAATAATGCAACA TCTATGTAAGCAGAAACCACTCAATCAACTTGGCCTTGAAGTATTATAGA CACACGTCTTCACCATCAATGAAAGTAAAATAATTAAAAATTTGTGTCAA CGAAAATGAATTTAGGAAATAATGGTGAATTCGCTTGGGGTGTTTGAGAA ACCCTCTAGAAAAAATTAACACATAGCTAAAAAACCTAGGACGAAGACCA AAATATACGCTAGTCTGTCTATCCTTTCAGACGGCTCGATTGCAGACGAG GATTAGATATTATAAGGTATCACTTTGTAAAGGTCATTAAAGCCTGTGAT GTGAATTAAAGTCTATTTCAAATTAGCTGGCATGTTTTTTTCAAACCTCA ATAACTTTTGATAGATAGAAATTGAATTAAGTAGCGATTTTGTTCTTTTT GAAAAGACAAACAGGAGTAGAATATTGTTATAAAGAAAAAACTCAAAAAG ATTGGACAATAAAGATTGAAAATGAAGAAGAAGAAAATCAACTTCTTCAG TGCTATAATTATCATTTTCACACGAGTGATTCTTTGATCTTAGAACATCA TTAATGAAATGTGAAAAAAAATTTCACAAAAATTTATTCCATCGAAAGAT ATAGTCCAAAGTTCATCAATGATTGACTTCAAAAATCATCAAAAAACAAC AAGAAAAGCCCTTTTTTAAGTCTACCAGGGCAAAGTTTTAAGCTGTATTT TTTGATTGAATGAATATGTTTTAAATTTATTTCTAAAATTGAAGGGTTTC TGATACAAAAATGAAGATCATAGCATTATTCTACAAGAAGTTGTTTTTCT TCTTCTTCATTTTTCATCTTCGTTTTTCCATTTTTTGATAATATTCCACT CCAGATTATCTTTTTAACGAGCACAATACTGCTAACTAATTCAGATTCTA TCAAAAGTTATTGAGGTTTGAAAAAACACTGCCAGCTAATTTGAAATAGA CTTTAAAATTCTATGGATATGTCCTGATATGTCAGCTACCGAAAATATTT TTTAATTATAACTCATCGAGGCAAAAGTTGGTATTGAACAATTAGTTGGT ATTGAAAAGAAAATTGGGTATTGAAAAAAAATTGGGTATTGAAAAAAAAA ATTGGTTAGTTAGAAACCCTACTTTGACACCTTGATTTTAGTTTAGAGCT GAAGTTAATTCAAGTTAGGTTTTCTTCTATACAAGTTTTAGACAAGTATT GAAAAGGAATTTGGTCCTCCAGTGAAAGGAATAACTTATGTTTGCTATTT CTTCTTTTAGATTGATAAGCATGTTGACAGAAGAACAAAAAAAGAAAATA GAGGAGAACCGAAGGAAGGCCCTTGAAAAACGCAAACGTAAAAAACACAC CTCCCCTAATAGATCATGCATACCAGAAAACATTTCCAGTCCACCATTTA AAAAACGACCTATTAATAATACAACTACGGATGGATCACTGAAAGCCCAT TTAAATACAGTTGACATTGGACCCATCACTCCTCCAAAGAAAACACTTCC GCAAACAAGCTACAGTCCATCATTCAAGAAAAAGTGCACTGAAGCAACCA ACGGTGTTAGTGATGGATTTGCTTTTTCTCCACAAAAGAACTTACTTCGG CAAACAAGCTATAGTCCTTCTTTCAAGAGAAAAACTGCAGATATTTCGTC TCAAGAACAAAAGACAATAGATAATAATGACCATTTTACATTGACTCCTG AGAGGAAAGCTATTTCAAAGACGAGTTACAGCTCGTTATTCAAAAACGGA AACGACTTGTCCACTAACAACACCATGCTGACCAGCTCGTGTGCTTGTCC TTCTCAGCAGAGTTTTCAAAAGAAGGTATCTTCTCCCGAGAAAAAATCTA TCCCAAAAACAAGTTACAGCCCTTCATTCAAGAAAAGCAGCAATAATCCC GAAAATGGATACGCAGCTGGCAGCCCCCAATCCCTGAAAAGTTTCGAAAA AAGTAATACTTCGCCTGAGAAAAAGGTTCTTCCAACAACAAGTTACAGCC CTTCATTCAAGAAGAGCAGTTCTACCCAGGATGAATCACAAAGGCGATCC TTTTCAGCTAAGAGAACAATTGAACCTGACTTAACTCATTCAACGATAAA AAATATTGTGCAAGGAGAAGGACAATCCCAAGAACAATTAACTCGTTCTG AAATTAATCGCATGAAAGCATTGGAAAAGCTTAAGATGAAGCAGAATGAA ACGATTTCGACCTCTTCATCTTCGACAACGAAAATTACATCTCCGCAAAG GTCTCGCTCAATTTTTAATAAAGAACTATCACAAAAACCTGAAGAAGGTA TGGGTAATCTTCTTTTATATCGCCAGTTTCTCTTTACCATATTCCTCTCA CACAGGTTGATCTAGGCAGAGGTGTATTCGCTAAGTAGATTCTAATCAAT CAAATGATCAAACCTGATAAATAAAGTTCCAGGCAGTTCCATGTCACTGG TACACCTTTCCATGCAAAGTTCATTCATAATCAAAACAAAGTTACGATCT CACGCTAATTTCTTTTTCAATAATCAGTATTTTTTATCATTATTTTTCAA GTCATTGAAGTTGCTTTTTCTGTAAACTCTCCCACGTGGATTCGCTTACA TTCGCAATCAAATGACAAGATTCATTCTATCATCAAAAGATTCAACACCA ATTTCGGTATGCATAAATTTACCTCTCTCACTTCCTGAGTAGAAGGTATC ATTTAAAACACCAGCATGTTCCGTAGATTAGGGTCTCTTTCTGACTGAAC TTTGCTTTCTGATAATTTTTGAAGATGGATTTGCAATAGCATATTTTCAA TCAAATCAAATCACATCGCCTCAGCCATTTTCTACTTTCCAAAAACAAAT AGAGTTCCGCCAGAGACGATACTATCGTCCGTTAGATAGTTGATAGTAAA CAAGGAAAATATATAAGCGCCTTAATACAGCCGCAATGGGGGTAGCTTAA AACAAACGACCTAATTGTCAAGACTGTTAACACCTCAGCCATTATGCATT CCACCCCGAAAGTTTTGCCATCCCGGATTGCCTTTGTTTTAAAAATTACC CTACTTTAAAATTATTTTGCTTACAGTAGTGACCTTGTCTAGACGGGAGG GTCGTCTAGTTCCGCCAAGACAAAGCAAAAAAGTGGCTGACATATTGATT CTGGCCACTAACTCGCGTCATTTAGTCTTAAGTGGGCCCCAGGCTGCATG ATCTGCTGTATATTTACTGTCCCCAATTTGAGTAACTTTCACTAAAACGT TATACTTTTTTGATTCTGTTAAGTTATCAGTTCCCAGTAAACATTTTGAC GTTATTGTGACGTTGAAAGACGGTCATTGTCGACGAAATTTTGGGTCGAA AATGAAACTTCAAATGACGGTCTATAGCGGACCGTCCAATGACCGTCGAA ACCGTCCATAAAATTACCACCTCTCTTCGCTATACTGAAACACTTTTGCT CCAAAAAATCACATATGGTTTCAGTTTTAGTTTACGCATGCTTTAAGAAC GTCTTCGTGTTAGCGTCGGAATGACGTTGGAATTTAAGCGTTTTTATTTT TGAGTTGGATCGTAATTCTAAACCCAAATAAATGAAAATGTTGTTACCTA CTAGAGAAAATCGATTTCTAATGAAAATATTGTCTGTTTTCGCTTCGTCA TTTAATGGTCGCTGATAGTCTAGCGGTCATTAGACTTTTACAAATTTTCA ATCATTGCCCCCTTGGAATTCCGCTTATTTTTAACGAATTTTCGTCTACC GTTATGGTATTCCACTGCATTTCAAACCTTACCCCCTTGGAACGGAAATG GACCTCCTCAACAGGGGGTGCACGATTTTTTTCTGGAAAAGCCCATTACC GTCGGAAGCTTACTGGGTTTGCATGCCTCCTAAAGTTGTCCGTTTGAATT CTACATAGTCTAATTCGTTTACAGATAAAGGGAATTGGTTGTTTCATGTG AAAGATTACAAGGAAGTGGGTAAGATATTCTTGCAGTCTCGATGCTTTTG CCACTTTATCAGTCTTTCTGTTCAAACTAATGTAATGTTTAAAGAGACAT ATTGCTTGCACAATACACCGTTCTGAATTTTTTGTTTCATATGTCAAAAC TCTTTTGTCTTTTGTGGTTAAATTGGGAATTCCCAAATTTCATAAGACGT GAAATAAAATAATTGTTTTTTCGAGATAGGCAAGTATAAGTCAAAAAAGA AGAACGGAAAACTGTGCGAGAGCTGATAATGGTAATGATCTATTTAATGA AGCTGTCGTCATTCAAATTCATGAAAAGTTATGAAACGTGTCATCTTTAG ATTTTCAGGATATCTTGTTACATGCCATATAAAAATGACATTTGACATAC ATAGTTTGATATTTTAGTTTACTCTTTCTATTATGCATTAGTTTCTTGTT TCGAAAACATTGCGAATATCAAGATCAAGGAGAGTATTCCATCGTCAGTT GTCAAGATCCTACATTATGCTCACGAGGAGCAAAAACGAAAACCCTCTGA TAAAATCGATCTCAGCAAAATTGAAGAAAACATTTTGAAGAAGTTGATGC CTTTTCAAAAGACTGGAGTACAGTAAGTGTGACGTGTCTTGTTTTAGTTT CAAATTAGGTATCCTATGCACTTTGATGATCAATCCTTTACCTAACGTAG GCCTGACACTCCATCTTGGGTAATTCACTTTTTAATAATAGCTTAAAAGA AAAATATGTTGTAAAAAATTAAATAGCCATAAGTCTTTGTTTTGACAAAT TGAGTTAAGGCTGTGTCACTTATTCGCTACGACTTGTTCTCGGTGTTTCT GGCACCTTTTGTTCCTAATTATACTACAAACGACATTACCTCTCAATATG GAAAAAATATTGTTTTCAAGTCTTTCGCCAATTGTAATGTCTTAAGTGGC TCCATAACTTGAAGTCATACAGTAATGCAAACAACACTATTCTTTTTAAG TTCATTGCGTGTTTTGTTTTTTAAGATTTGCTATTCAGAAGAAAGGGCGT GTTTTGATAGCGGATGATATGGGTTTAGGGAAAACAGTGCAGACCATTGC TATTTGTAATTATTACATCGAAGATTGGCCAGTTCTCATCATCTGCCCTT CCTCTGTCAAAATGTCATGGCAACAGGTTCGTTTTCCGCTCTATGTTCTT GTTGGTGTTGACTTGGGATGTTTATCATTTTTTGTTTGTAGTACATCTAT AAGAATAACTAACGTTGAAAGATAACAGTTAGATCTGTTGGGAATCATGA TAACTTATATTCAGTCCATGAAGTTGTTAGTCATAGAATTTTCTTCTGTT CTTTTTTTCTGTCCAATAGCATTTTCTTTCGTGGATGCCAACCCTTCGAG AGAGCGATATTTCCATCATACACACTGGGAAAGAGAAGATTCGAGCAGTC CCAGGCTCCATCACTATCGTTAGTTGTGACCTGGCCAGCAAGTTTGCTAA TGATATCCAAAACTGTGGTTTCCAAATAATCATTGTGGTGAGAGCAGTTT AAAATCAAAGGCCTAATCCTATTTTCCGAGGCAAATTCTTACAATAAATA GATTTTCTTTGCGTCGAGCTAGTTTCGTACATATTGAAGACTTCTAAAAC TTTTACAGATTTTATTCTGCCACAATGTTAGAGCTTCTTCACAAAACGCA CAAATTGTTGTACTAGGTGATCTTGACATTGCAGTTTAGAACTATTTTAC TCGACACCAATATTCTTTGTGATTTAAAAATGCAGTGTTTTCCATAGGAC GAGTCGCATGCTTTGAAGAACAGTCAAGCTAAGCGAACCAAGAATCTCCT TCCCATATTACAGGTTCAACATTATTTACCATACAGCAACAATACTCCGC CCATAGAGATATAGAATGGAGATTTCGGATTTTATCCGCTAATGTCTATC CCGAATGCAAATTAGAAAGCCCTTTTTATGCGTAAAATATTTTTGAATGG TTTACGGTCGAGAAAGGATTGTTTAATTGTGTTGTTGTTTCTTTTAATTT ACAATCTGTTTGTAATTTCTTATGTCATTGACTATCCTTTTCATATTTTC TTACTTTTCAGAATTCAAGGAGAACCATTCTACTTTCTGGGACACCAGCT CTCTCGAGACCAAAAGAACTCTTCACTCAAATTTCCGCTTTGAGGCGAGA ACTTTTCAAAAGTTATTTCAAATTCGCTAAACGTTATTGCGATGCTAGAG AGGTACAGCTTTTTCAAAACTAACCAGTATAAGCGTAGTCTAATAATTCC CCCTTGGACCAAGTAAAATGGATCCATTGCCATTTGAATTCGTCGTAAGG AAAACACAATTTGTTGGGATTACCGAGAAATATGGAAAGCGTGAGATATT CTCTTTTATGGGGACATTGATTTTGTTCGAATTCTAGTCCATTGTACCTA GATATCCAGGGCAGGAATGAATAAGCAATGATTCGAGATGACTCGTTTTT TAGGGTCGTTATGGTTTAGAAGATGACGGTTGTTCAAACTCAGACGAATT AAACGCTATTCTCAAAAGTACTGTCATGCTGAGGTACGTGCATTCCGTTA TTCTGCGCTCTCCTCGACTTCATTTTCTTTTCTATAACATAAGTTAATCA TTGCAGAAATGATTAAATCCAAGTAATATTTTTGGTTTTTTTGTAAACAA GAGACAAGCTTGAGAAAAACCTGAACCATGTTGCGCCATCTTAAACTTGC TTTCCCTTTTCAGGAGGATGAAGTATGAAGTTTTGGACCAACTACCTTCA AAAATACGACAAATACTCATCCTCGACCCTTCTTTCATTAAAATATCCAA ACAATTTAAAACACTTGAGAAAGCATTCGTTGCAAGCAGAAGAACGGTAT CTTTGTACTTTTTGCGTGTTTTATTGTCGAAAGGAGTAAATTGTGGATTT GGGGGAAGTATCGTTTGGCCTCTTCTTAAGAAAGTAACGTTGTGTGTTTA CATGCAGCCAGAGGAATGTAAAGAGATGGAAAAACAGCTTTTATGATTAC TCAAAGTTCAACGATCACTTCTATTGAAAATTCTATTGTAAAAACGTTGA TTAGGTCATTAAATGAAAGTCCAGNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNTTGGTCATTAAATGAAAGTCCAGAAAAGACGGCTTGCTATACAAATC GGACGGTTTCTACGTGATTTGACGATAAAAATGAAAATTTGTTCTTCCTT TTTTTTTAAGAATAAGAGCAATATTTTTACCAATGTATAACAAAAGAAAT TCTTAAGGCAATGATATTAAATGCTTGTAAAACTGTCAGAAGTCGAGTAA AATCAAGATGAAGTTATAATTTTCTCGAGCTTTAGCTTTCCATATTATGG TGCGGTCATGATGCGGTTATATCAGTAGAATCGCTAGGAAATTCTGAGCA AGAAGATATAGGTACCTTTTCGTAGGAGAGGTGTACCCAAAATATAAGCC CTAAAAGTTTGCGCATAATCAGGCTTGAAACAAAAGAATTTTGTCACAAC ACGCTAGTTATGCAGTTTTTTTATAGCGACAACAAAAGAGACCTATGTAA TCGACATAAACTCCCTTAAGGGCAAGAGACCAGGTATATGACGAGCCGTT TTTCCATTGTTTTCAAGAAGCTGTTTTTCGATCTCTTTACATTCCTCTGA TGCAGCACAAGCAAGTTTTATATTTATCTATGATCTGTTTTAGAAAGAGA ACCGTACACCCTTGCTGCAATATTATTCGGCCACAGCAGAAGTAAAAGTC GGAGGAGTTGTGTAAGCTTTTTTCTGTTAAATGACTTTCTTTTGACTCTT GATTATCTTAAAATTAAGGACCAAGTTTTGATTAGGAAAATCAAATGTGA GGCTACTTTAATAGTTTTACCCTCCCTCTTTCTTAGGGAGGAGGTAGCAC TCATCGAGAAACTAAGAGGGGAGGGTAGTATGAAAGAGGGTTTACATCAG GAAGGGGAGCGATTGGCATAAAGTTTTCCTTGTCTGTTTAAAATTGTATA TTTTCGATATTTTTGCTCTTTCATATGGGAAATTGGCCTTAAATTATGCT CTCCACTTGTAAGGCATTTTTCGTGTAATTTTTGAGTAGCAGGACTGCAC AGATCATTTTCATCTAACACAAAAGGAAGAAGGCTAGCTTATCTCAAATT TGCTTTCCATCCAAAATACATGCAATTTGATAAACCTCCTTGATTTCTTT CAGGCAATTCATCAGTGAGAAATTGGAGAGCACGACGGAGAAAATCATCG TTTTCGCTCACCATCTCACCATGCTTGATCAAATCGAAGAAGAGACGCGT TGTAAGGTAACACAATGCCTCCTTTTTTCACGTTTCCTAGTTTGGAACAT TCGTATAGAATGATCCAATTAAACGGTCCACATAAATATGGCCTTAATGT TACATTACTTTGAATCGAGTTGAGGGTTGAGTTGAGGTACTATGTATAGT GTCTAAGATGGAAGCAAACTTTTTTTTAATTTTATAAGAACGCTTAGCTG AAAATTAACCAAAACCTAAAAACAAATTATCAGCAATTATCAACAATCTA AGGCTCAGCTCTAACGAATATTTAAGAGCAAACTAAATATGACCAAGACT TAATACAAGAAATATGATAAAAATAGTTTAAGAACCACCCAGCCTGAGCC TACATTTACTGGTTCTTATAAAAAAAAGCGTGTATCATTAAAAATGTTTT TTTCGAGATTTGGTTACTCACCCACTCCACCATACGTTTTGTGTAATAGA ACATCGAGTCCATTCGGATCAGTGGTACAACAGGATCGAAAGCACGGCAA TCACTTGTGGATATCTTCAATAACACCGCCTCTTGTCGACTGGCCATCCT TTCAATTACTGCTGCTGGAACAGGTTTCCTTCGATTTTCTTCTTTTGTCA TGTTTTTTTTGTTTAGCCGGATGGTTTTACTTATAAGGGCTCTTTAATCG GTAATCAATAGTTAAGAAGTATGCTAAACATTGTTTGTCAGCTTGTTAGT AAGTTTGAGACCACACTTGAGAGCGACCTTCCTATTCTCCATTCTCTAGC TGTCTACCTGAAAGTAGGGGGCGCCAGTCCTTTCCCTGGATTTTTTCCAC TTACCCTTGATTCGTATCTTTAATTGCTGAGCATCAAGCAAACTATTAAC GGCCGTAGGTTCGAATCCACAACCTTGTGCACGGTAGCTGGATGCTCTAC CTTCATGTTATGGCCGCTTGTAAAGTCTTAACCGACTAATTTGTTTTACA AAGTTTAGCTCAGTTTTTGTTACTTTCAGGTTTTGTTACTTTCAGGTTTG AACATGACTGCATCATCGCTTGTCATCTTTGCAGAACTTTATTGGAATCC TGGTGTAAGTAGTTTTATTGCGTGACATTGAACATCCTCATCATTAAGCT GGAAATGGATTAATAAATTTTAGTCACTTAAAAAGCTCTTAAATGAAAAT TTTAAAATCTTGCTTCTTTTCATATCCAAAAGGAAGATGTAACTGTAAGG AGTCTTGGTCGCAGATGAAAGATTTTTAATAACCACCTCTTAATTAACCT GCAACACCCGTTCTTATTTCCGATTCTAAAAAAGATAGAGAAACGAAACG CAAAACACATGAAATTTTGAAAAAAAATTCATTGGGCTTTGTGAGTCAGG TGTTTGTTGATACATTTCATTGAAGAGGCCTTTTATAGCCTACATAAGAA AATTAACAAAGTTCTGAAACTGTATAAAAAGTGAAAAAAATGAAATTGAA TGTAATTGCGCAATTTTCAACTTATGTTATGAGTGGTTCCCTAAAATTTT AGTTAAGATTCCTATACTCTTAAATTGGGGGAAAAATTTACGATGTTTAA CCTATTAGTCGGGGGGGGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNTTGGGGGGGGGGGGGGGGCACT CAATTTAAAAACGACCATATGTGAGGCTCAAAGTTAGGCCTTTGAAATCG GATTCAGTGAAGAAACAATTTAGGCAAATTTTTGTGAATTCGGGCGAAAA TTCGGCCCTTGTGATGCATTTTCTGGAAGGTTTTTGTCCTTTCTAATGCA AAAAAATGGTGAAATTTTCCAAAGTTTTACCCAAATACTTTTTTCTCACT TTTTTCACCTTTAGAGAGCATTTTTCTCTCATTCTTTCTCTTTTTGACCC TTACAGTGCACTCTTGGAAGTCTGAAAATGTACCCTTAGGCCCCCTTTCT GGGATTGTTACTTATTTTTGTTCTTGAGAAACGATTTTCTTTTTCTTCAC CTCAGCATTTGATCCAAGCAGAAGATCGTGCTTATCGAATTGGTCAAAAG AAATCAGTGTCTGTAATTTACTTGATCGCGCGTCAAACAGCTGATGATTG GATATGGTAAGGTTTCCCTTACTAAACAGTTTCACAAAGACCTCACATCT TTTGATTTTCTAATGAATGTAATGTAAACTTGAATAAGAAAACATTTATA CTTTTAAACTCTTAACTATGGCTAAATTAAAGTATGGACTAGCCGGTACC CGGCGTCGCATGCCGGTTAAGCTGTTGCTGAACGCACCATATTGGATATT GAAGGTGGCTTAAAAGCACGATGAAATTAAAGGGAAGCAGAAATCTCTTT AAAGTTTGGAAAAAGATTATTAAAATGTGTCCCTTCAAGAGTTATTTTTA TCTCAAGTCAAAAATGATCAGACAGGACGTCATTAAAATTACACAATACC GGCGACCAGCGACGTCCGAGACAAATTTTTTTTTAATCAAAACTGATCAC ATTTTTCTAACGGCCCCCAAAACGGAGGTTTAGTTTTTTGGAAATATCTT GATCAAAAGCATAACTCCAACATCAAATTACTATCAATAGGTATGAAAGC AATGCTTTACGACTTTGAAAAATCACAATTTACTTTTCTCTTTATCTTCC TACAAATAGTTGTCAAAACGGAGGTTGGTGGTTCTCAAAACGTCGATTCA ATTAAATTGAAATTGTTTAAAAACTACTGCTTAAACATATCTCGAATTAA TAAGACATAAAATAATTAGTTTTTGATAATTTTGCCAAAAAATCCATATC AAAACAAGTGTTTCAGGCCTGGCTGAGTGCAAAATACTAGTACCGTAAAT CCTCGAATAAGTGCCCGGGCGCTTATTTAATTTTTCAGGCTCTAAGGGAG GGCGCTTATTCAAGCGAGGTGCTTATTTTTTTATTTCAGAAATTTGTATT TCAAGGTTTCGGAATCTGCTTAAACTTAACTGTTTCAAAAGGTTGATTTT TCAAAAAAGGATAAATAAAAGAAAAATTGGAAAAATCCAATTGACAAATT CTATCATTTTATTCTTAATCGCTTTCTTTCTTTTTAGGACACAAGTATCT ACTCAGTATCTTATTCAATCAATAACAATATTCGAATAAGCGCCCCTCCC TGTGGGGCGCTTATTCAAAGGGGGGCGCTTATTCAAAGGGGGCGCTTAAT CGAGGATTTACTAGTATCAATTTTTTTGTGAAATATTTCGAATTTTCTGA AAAGCTCTGAATTACTAAGTTGGTATGCTGGTTTATGTTTATACTTTCCA GATATACTCAGTCTTTAGGGGTTGATTTCACGAGGGTTTTAGTCCAAAGC AAGGGAATTTCGAAACTAATTTTTGAGGAAAAAAAGAAGAAAGGAATTAG CCATGTTAAAAATGAAACTTTGGTATTTTATTTTTTTTAGACTCAAGAGA AATGTATTAGGATTGAATCTGAAGCTTTTCCAGGTTGCAAAGTACCAATA TGGCTCACTAAAGCAAAACCTCCGTTTTAGGGACGTAATGTTAACTTTGC AGCAAAATATAATACAAAAAGCAAATTATTTACTGAAATATTTTTATTTT CACAGGCCATTGATTAAAAACAAGCTGAACGTCTTAACGAACCTGGGTGT TGGAACCACGAAAGGCTTAAGCGATGCCAAATGCACGGTAAGACTTTTAA TATCACATCACTAATATTAATAACAAATGTACTCATTAGGTGGTGATATC ATTTTCTAGGGTATATATACACTCAATAAAAGCATCATGATAATGTAAAT TTAATACTCGTCTCCCGTTAATTTCTCTTTCCTTCATTTGTAACACCAAG AAAAAGAAGAAAGTTCTAATTTTTTGCTCCTCGTTATGTAATCAATAATT GCACTAAAAATCATACCATTAATAGCACCAATTGTTACTCCACGGAGTTG ATTGAAAAGGGATCTTTAAAAGCTCTAAATATATCTTCAAATACAAAATC AATTTTCTAAGTATGGTTAGGGCCCACAAAGAGAATGGGAAATTGTCCGT TTTGAAAGATATTTCCTTATAATGGCAATATTTGAGAAAAGATATTCTGT ATTTATGTTGCCTTAGGAAGCAGAGAAGAAGATCACAGATTTCTTTGGAT CGAATTCCCATGAGGACGATGATGGAGAACTGGATGAATTGCTGTCGAAT CTTCAACATACTTTCGATGACGATCTTATGCTCGAAATATCTCAACGATC TTCCTGAATTTGTTTTTTTTTTCTCTTTTTGTTTTTAGCATTAACACTTT CTTATTTATGTGTCTTTAGTTTTTCCTACCAGAACGGCTGTTTTAATGCA TTCATTCGTTGAACTTTTTTATTAATTGTCAAACAATAAAATAACCCTGT CCACCCTGGAA

Coding sequence (CDS) from alignment at sc0000132:165178..183688-

>TCONS_00011758 ID=TCONS_00011758|Name=TCONS_00011758|organism=Clytia hemisphaerica|type=CDS|length=2775bp|location=Sequence derived from alignment at sc0000132:165178..183688- (Clytia hemisphaerica)
ATGTTGACAGAAGAACAAAAAAAGAAAATAGAGGAGAACCGAAGGAAGGC
CCTTGAAAAACGCAAACGTAAAAAACACACCTCCCCTAATAGATCATGCA
TACCAGAAAACATTTCCAGTCCACCATTTAAAAAACGACCTATTAATAAT
ACAACTACGGATGGATCACTGAAAGCCCATTTAAATACAGTTGACATTGG
ACCCATCACTCCTCCAAAGAAAACACTTCCGCAAACAAGCTACAGTCCAT
CATTCAAGAAAAAGTGCACTGAAGCAACCAACGGTGTTAGTGATGGATTT
GCTTTTTCTCCACAAAAGAACTTACTTCGGCAAACAAGCTATAGTCCTTC
TTTCAAGAGAAAAACTGCAGATATTTCGTCTCAAGAACAAAAGACAATAG
ATAATAATGACCATTTTACATTGACTCCTGAGAGGAAAGCTATTTCAAAG
ACGAGTTACAGCTCGTTATTCAAAAACGGAAACGACTTGTCCACTAACAA
CACCATGCTGACCAGCTCGTGTGCTTGTCCTTCTCAGCAGAGTTTTCAAA
AGAAGGTATCTTCTCCCGAGAAAAAATCTATCCCAAAAACAAGTTACAGC
CCTTCATTCAAGAAAAGCAGCAATAATCCCGAAAATGGATACGCAGCTGG
CAGCCCCCAATCCCTGAAAAGTTTCGAAAAAAGTAATACTTCGCCTGAGA
AAAAGGTTCTTCCAACAACAAGTTACAGCCCTTCATTCAAGAAGAGCAGT
TCTACCCAGGATGAATCACAAAGGCGATCCTTTTCAGCTAAGAGAACAAT
TGAACCTGACTTAACTCATTCAACGATAAAAAATATTGTGCAAGGAGAAG
GACAATCCCAAGAACAATTAACTCGTTCTGAAATTAATCGCATGAAAGCA
TTGGAAAAGCTTAAGATGAAGCAGAATGAAACGATTTCGACCTCTTCATC
TTCGACAACGAAAATTACATCTCCGCAAAGGTCTCGCTCAATTTTTAATA
AAGAACTATCACAAAAACCTGAAGAAGTCATTGAAGTTGCTTTTTCTGTA
AACTCTCCCACGTGGATTCGCTTACATTCGCAATCAAATGACAAGATTCA
TTCTATCATCAAAAGATTCAACACCAATTTCGATAAAGGGAATTGGTTGT
TTCATGTGAAAGATTACAAGGAAGTGGTTTCTTGTTTCGAAAACATTGCG
AATATCAAGATCAAGGAGAGTATTCCATCGTCAGTTGTCAAGATCCTACA
TTATGCTCACGAGGAGCAAAAACGAAAACCCTCTGATAAAATCGATCTCA
GCAAAATTGAAGAAAACATTTTGAAGAAGTTGATGCCTTTTCAAAAGACT
GGAGTACAATTTGCTATTCAGAAGAAAGGGCGTGTTTTGATAGCGGATGA
TATGGGTTTAGGGAAAACAGTGCAGACCATTGCTATTTGTAATTATTACA
TCGAAGATTGGCCAGTTCTCATCATCTGCCCTTCCTCTGTCAAAATGTCA
TGGCAACAGCATTTTCTTTCGTGGATGCCAACCCTTCGAGAGAGCGATAT
TTCCATCATACACACTGGGAAAGAGAAGATTCGAGCAGTCCCAGGCTCCA
TCACTATCGTTAGTTGTGACCTGGCCAGCAAGTTTGCTAATGATATCCAA
AACTGTGGTTTCCAAATAATCATTGTGGACGAGTCGCATGCTTTGAAGAA
CAGTCAAGCTAAGCGAACCAAGAATCTCCTTCCCATATTACAGAATTCAA
GGAGAACCATTCTACTTTCTGGGACACCAGCTCTCTCGAGACCAAAAGAA
CTCTTCACTCAAATTTCCGCTTTGAGGCGAGAACTTTTCAAAAGTTATTT
CAAATTCGCTAAACGTTATTGCGATGCTAGAGAGGGTCGTTATGGTTTAG
AAGATGACGGTTGTTCAAACTCAGACGAATTAAACGCTATTCTCAAAAGT
ACTGTCATGCTGAGGAGGATGAAGTATGAAGTTTTGGACCAACTACCTTC
AAAAATACGACAAATACTCATCCTCGACCCTTCTTTCATTAAAATATCCA
AACAATTTAAAACACTTGAGAAAGCATTCGTTGCAAGCAGAAGAACGAAA
GAGAACCGTACACCCTTGCTGCAATATTATTCGGCCACAGCAGAAGTAAA
AGTCGGAGGAGTTGTGCAATTCATCAGTGAGAAATTGGAGAGCACGACGG
AGAAAATCATCGTTTTCGCTCACCATCTCACCATGCTTGATCAAATCGAA
GAAGAGACGCGTTGTAAGAACATCGAGTCCATTCGGATCAGTGGTACAAC
AGGATCGAAAGCACGGCAATCACTTGTGGATATCTTCAATAACACCGCCT
CTTGTCGACTGGCCATCCTTTCAATTACTGCTGCTGGAACAGGTTTGAAC
ATGACTGCATCATCGCTTGTCATCTTTGCAGAACTTTATTGGAATCCTGG
TCATTTGATCCAAGCAGAAGATCGTGCTTATCGAATTGGTCAAAAGAAAT
CAGTGTCTGTAATTTACTTGATCGCGCGTCAAACAGCTGATGATTGGATA
TGGCCATTGATTAAAAACAAGCTGAACGTCTTAACGAACCTGGGTGTTGG
AACCACGAAAGGCTTAAGCGATGCCAAATGCACGGAAGCAGAGAAGAAGA
TCACAGATTTCTTTGGATCGAATTCCCATGAGGACGATGATGGAGAACTG
GATGAATTGCTGTCGAATCTTCAACATACTTTCGATGACGATCTTATGCT
CGAAATATCTCAACGATCTTCCTGA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_006605XLOC_006605Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00011758-proteinTCONS_00011758-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00011758-exon-sc0000132-1575043694:183597..183688TCONS_00011758-exon-sc0000132-1575043694:183597..183688Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:175692..176728TCONS_00011758-exon-sc0000132-1575043694:175692..176728Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:175333..175437TCONS_00011758-exon-sc0000132-1575043694:175333..175437Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:174020..174064TCONS_00011758-exon-sc0000132-1575043694:174020..174064Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:173417..173597TCONS_00011758-exon-sc0000132-1575043694:173417..173597Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:172863..173013TCONS_00011758-exon-sc0000132-1575043694:172863..173013Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:172502..172669TCONS_00011758-exon-sc0000132-1575043694:172502..172669Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:172176..172241TCONS_00011758-exon-sc0000132-1575043694:172176..172241Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:171787..171927TCONS_00011758-exon-sc0000132-1575043694:171787..171927Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:171456..171535TCONS_00011758-exon-sc0000132-1575043694:171456..171535Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:171143..171275TCONS_00011758-exon-sc0000132-1575043694:171143..171275Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:170178..170245TCONS_00011758-exon-sc0000132-1575043694:170178..170245Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:169633..169735TCONS_00011758-exon-sc0000132-1575043694:169633..169735Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:169066..169189TCONS_00011758-exon-sc0000132-1575043694:169066..169189Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:168585..168643TCONS_00011758-exon-sc0000132-1575043694:168585..168643Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:167483..167583TCONS_00011758-exon-sc0000132-1575043694:167483..167583Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:165902..165983TCONS_00011758-exon-sc0000132-1575043694:165902..165983Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1575043694:165178..165472TCONS_00011758-exon-sc0000132-1575043694:165178..165472Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:183597..183688TCONS_00011758-exon-sc0000132-1510915933:183597..183688Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:175692..176728TCONS_00011758-exon-sc0000132-1510915933:175692..176728Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:175333..175437TCONS_00011758-exon-sc0000132-1510915933:175333..175437Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:174020..174064TCONS_00011758-exon-sc0000132-1510915933:174020..174064Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:173417..173597TCONS_00011758-exon-sc0000132-1510915933:173417..173597Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:172863..173013TCONS_00011758-exon-sc0000132-1510915933:172863..173013Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:172502..172669TCONS_00011758-exon-sc0000132-1510915933:172502..172669Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:172176..172241TCONS_00011758-exon-sc0000132-1510915933:172176..172241Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:171787..171927TCONS_00011758-exon-sc0000132-1510915933:171787..171927Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:171456..171535TCONS_00011758-exon-sc0000132-1510915933:171456..171535Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:171143..171275TCONS_00011758-exon-sc0000132-1510915933:171143..171275Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:170178..170245TCONS_00011758-exon-sc0000132-1510915933:170178..170245Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:169633..169735TCONS_00011758-exon-sc0000132-1510915933:169633..169735Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:169066..169189TCONS_00011758-exon-sc0000132-1510915933:169066..169189Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:168585..168643TCONS_00011758-exon-sc0000132-1510915933:168585..168643Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:167483..167583TCONS_00011758-exon-sc0000132-1510915933:167483..167583Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:165902..165983TCONS_00011758-exon-sc0000132-1510915933:165902..165983Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1510915933:165178..165472TCONS_00011758-exon-sc0000132-1510915933:165178..165472Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:183597..183688TCONS_00011758-exon-sc0000132-1491911889:183597..183688Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:175692..176728TCONS_00011758-exon-sc0000132-1491911889:175692..176728Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:175333..175437TCONS_00011758-exon-sc0000132-1491911889:175333..175437Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:174020..174064TCONS_00011758-exon-sc0000132-1491911889:174020..174064Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:173417..173597TCONS_00011758-exon-sc0000132-1491911889:173417..173597Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:172863..173013TCONS_00011758-exon-sc0000132-1491911889:172863..173013Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:172502..172669TCONS_00011758-exon-sc0000132-1491911889:172502..172669Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:172176..172241TCONS_00011758-exon-sc0000132-1491911889:172176..172241Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:171787..171927TCONS_00011758-exon-sc0000132-1491911889:171787..171927Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:171456..171535TCONS_00011758-exon-sc0000132-1491911889:171456..171535Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:171143..171275TCONS_00011758-exon-sc0000132-1491911889:171143..171275Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:170178..170245TCONS_00011758-exon-sc0000132-1491911889:170178..170245Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:169633..169735TCONS_00011758-exon-sc0000132-1491911889:169633..169735Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:169066..169189TCONS_00011758-exon-sc0000132-1491911889:169066..169189Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:168585..168643TCONS_00011758-exon-sc0000132-1491911889:168585..168643Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:167483..167583TCONS_00011758-exon-sc0000132-1491911889:167483..167583Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:165902..165983TCONS_00011758-exon-sc0000132-1491911889:165902..165983Clytia hemisphaericaexon
TCONS_00011758-exon-sc0000132-1491911889:165178..165472TCONS_00011758-exon-sc0000132-1491911889:165178..165472Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000132supercontigsc0000132:165178..183688 -
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
6.2578 6.00416 7.07113 6.11115 6.44401 5.59432 7.2287 7.42428 5.75421 5.85751 7.31798 5.29946 5.53304 6.58934 6.12417 6.51885 7.81407 8.00823 4.72941 5.94263 6.88776 6.19489 6.43295 7.22531 12.0941 11.005 2.86159 2.61243 5.43563 6.07913
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR001650Helicase_C
IPR014001Helicase_ATP-bd
IPR000330SNF2_N
IPR027417P-loop_NTPase
Vocabulary: Molecular Function
TermDefinition
GO:0005524ATP binding
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
molecular_function GO:0005524 ATP binding
Blast
BLAST of TCONS_00011758 vs. Swiss-Prot (Human)
Match: SMAL1 (SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A-like protein 1 OS=Homo sapiens GN=SMARCAL1 PE=1 SV=1)

HSP 1 Score: 413.305 bits (1061), Expect = 3.712e-127
Identity = 213/521 (40.88%), Postives = 332/521 (63.72%), Query Frame = 1
Query: 1246 WLFHVKDYKEVVSCFENIANIKIKESIPSSVVKILHYAHEEQKRKPS-----DKIDLSKIEENILKKLMPFQKTGVQFAIQKKGRVLIADDMGLGKTVQTIAICNYYIEDWPVLIICPSSVKMSWQQHFLSWMPTLRESDISIIHTGKEKIRAVPGSITIVSCDLASKFANDIQNCGFQIIIVDESHALKNSQAKRTKNLLPILQNSRRTILLSGTPALSRPKELFTQISALRRELFKSYFKFAKRYCDAREGRYGLEDDGCSNSDELNAILKSTVMLRRMKYEVLDQLPSKIRQILILDPSFI--KISKQFKTLEKAFVASRRTKEN-RTPLLQYYSATAEVKVGGVVQFISEKLESTTEKIIVFAHHLTMLDQIEEETRCKNIESIRISGTTGSKARQSLVDIFNNTASCRLAILSITAAGTGLNMTASSLVIFAELYWNPGHLIQAEDRAYRIGQKKSVSVIYLIARQTADDWIWPLIKNKLNVLTNLGVGTTKGLSDAKCTE------AEKKITDFF 2766
            W F ++++ ++++    +  +++ + +P+++   L +A + +K   S      + DLS+++  ++  LMPFQ+ GV FAI K GR+L+ADDMGLGKT+Q I I  +Y ++WP+L++ PSSV+ +W+Q FL W+P+L    I+++ TGK+++ A  G I IVS DL SK    ++   F+++I+DESH LKNS+  R +  +P+L+ ++R ILLSGTPA+SRP EL+TQI A++   F  +  F  RYCDA+   +G +  G SN  EL  +L+  VMLRR+K +VL QLP+K R+I+++ P  I  +         K      +TK+  +  L+ +++ TAE K+  V+++I + LES  EK +VFAHH  +LD I +E   K+++ IRI G+T S  R+ L   F  +    +A+LSITAA  GL  +++ LV+FAEL+WNPG LIQAEDR +RIGQ  SV + YL+A+ TADD++WPLI+ K+ VL   G+  T      + T+       ++KI D F
Sbjct:  372 WSFLLEEHSKLIAKVRCLPQVQL-DPLPTTLT--LAFASQLKKTSLSLTPDVPEADLSEVDPKLVSNLMPFQRAGVNFAIAKGGRLLLADDMGLGKTIQAICIAAFYRKEWPLLVVVPSSVRFTWEQAFLRWLPSLSPDCINVVVTGKDRLTA--GLINIVSFDLLSKLEKQLKT-PFKVVIIDESHFLKNSRTARCRAAMPVLKVAKRVILLSGTPAMSRPAELYTQIIAVKPTFFPQFHAFGLRYCDAKRMPWGWDYSGSSNLGELKLLLEEAVMLRRLKSDVLSQLPAKQRKIVVIAPGRINARTRAALDAAAKEMTTKDKTKQQQKDALILFFNRTAEAKIPSVIEYILDLLESGREKFLVFAHHKVVLDAITQELERKHVQHIRIDGSTSSAEREDLCQQFQLSERHAVAVLSITAANMGLTFSSADLVVFAELFWNPGVLIQAEDRVHRIGQTSSVGIHYLVAKGTADDYLWPLIQEKIKVLAEAGLSETNFSEMTESTDYLYKDPKQQKIYDLF 886          
The following BLAST results are available for this feature:
BLAST of TCONS_00011758 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
SMAL13.712e-12740.88SWI/SNF-related matrix-associated actin-dependent ... [more]
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