TCONS_00009266 (transcript) - C. hemisphaerica

Overview
NameTCONS_00009266
Unique NameTCONS_00009266
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2294

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00009266 ID=TCONS_00009266|Name=TCONS_00009266|organism=Clytia hemisphaerica|type=transcript|length=2294bp
CAGATTTTATACATACGGTAATCTACCGCTAGAAGGCCATTTGGAGAAAA
TCACAGAAGGGGTTTTAAACCATTACCAAAAGATTGACCCTCAAACAGAA
ATTCCGTTAGAACCAAAGTGGACATCACCTAAAGAAGTAACACTCCATTG
TGCTCATGACCAACTCGTCCCAGACCCTCACAAACAATGCATGGTTGCTG
TTAGTTACATGATGGACTATTCTGAAGATCCTTTCGAATCATTTACTCTT
GGTTTAATCTCTGCATTGTTGGTGTCTGGTCCAAATTCACCCTTCTACCA
AGCACTGATTGAATCCAACATCGGCTCCGATTATTCGCCGGTTTTAGGTC
TTGACACGTATACCAAACATCCGACATTTTCAGTCGGTCTTCAAGGACTA
GCTGAGAATGACATTGACAAAGTTGTGGAAATCATACATCAAACATTCCA
AGATGTTTACAGAGATGGTTTTGATGCAGCGAGAATCGAATCTTTATTAC
ATTCTATCGAACTTGGTCTAAAGCATCAAAGTAGTAACTTTGGACTGCAT
CTCATCATGGGTTTAAACTCATCTTGGAATCAGGACAAAAATCCGCTACG
CTTGCTGGAGTTGAACAAACAAGTCGAGCGGCTTCAGCAAGTTCTTGCAA
CCGATGAATCgtttcttcaaaacaaaatcaagatgtGTTTCCTTGACAAC
ACTCACCGCTTGACGTTGACCATGAAACCTCAGGATGGTTTCAACCAGAA
AAAGGATGAGAAAGAAAGTGAACTCCtgcaaaagaaaattaaagaattgA
CGCCCGCTGATatcgaaaaactttttgaacaagGTAAAATTTTGGAGAAT
CTGCAGAACCAAGACGAAGACATAAGCGTTCTACCAAAGATGACATTATC
AGacatcaaaaaaaatatcatcaaaactGGAGTTGACCACTCATTTGTAG
ATAATGTTCAGCTGCAGACAAGCGAGCAACCAACCAATGGAGTGACGTAT
TTCCGTTCCATAGCAACCACCTCATCCCTACCTTACGTCTTGAAACCTTT
CCTCCCTCTGTTTTGCAATGTTCTCACCAAAATGGGTACGACGAGTCACG
GTTATAAAGATTTAGCACAACAAATTGAGTTGCACACTGGTGGTATCTCT
GCATCACCACACCTTGTGACTGATCATTCGGACATGGAAACTTTCCAACA
GGGTATTTTGTTGTCTTCACACTGCTTACAAAGAAACATCCCTCCAATGT
TCTCGTTGATCGGACAAATTGCAAACCAACCAACACTGAATGATCCTGAG
CGTTTACGAACACTTGTCAATTCGTACGCCAACGACTTGATCATGTCAGT
TCCACAGTCTGGACACATGTATGCTATGGCTGCCGCTGCCAAGAGCTTAT
CTCCCGCTGCACAGCAAGCAGAGCTTTTTAGTGGTCTGTCTCAGGTTCAA
TTCATGAAACAAATAGCAGAAAATCTTgattgtgatgacgtcattgagaA
TTTGATCAAGATTGCAATGTACATGTTAAATGCTAATGAAATGAGATGTA
GCATCAATACAACTCAAGAACTGATGCAACCCTCGATCACAAGTTTGCAA
GCAATGTTAAATTCAATGAATATTGTTGGATTTAATGATGACAGGAGCGT
GGagGATGATGACTTTCTACCGAAAACAAGGCGACTTTTGTACGAAATGG
ACCTTCCTGTACATTATGTGTCACGCTGTGTGAGGACGGTTCCTTACACG
CACCCTGATACCGCCAAaTTGCAAGTCTTGGCTAAAGTTTTGTCATCCAA
ATATCTTCACCGGGAAATCAGAGAAAAAGGTGGAGCATACGGCAGCGGAG
CGAAGATTGGTGGCGGAATTTTCTCCTTCTTTTCTTACAGGGACCCGAAC
AGCGTTCGAACACTGGAGGCATTCGATCATGCAGTTGAATGGGCGAGTCA
AGGCAAATTCAAAGACGAGGACATCGAGGAAGCTAAATTATCTGTTTTCT
CTTCGATTGATAGCCCTGTATCTCCTGGCAACAGAGGGATGGCACTTTTC
AATAACGGATTGTCCGATGAGTTGCGACAAACGCATCGCGATCGGTTGTT
TGATGCTAGTCGTGATGACTTGGTGGACGTCTGTCAAAGaTACTTGCTCC
CTGAAAAGAGCGTTGATTCTTTCGCCATCGTTGGTCCAAAGACTGAATTA
TCGAACGATTCACACTGGAAAACTGTAGCTAAtgttcaaatttcataaaa
tttatatttatttgtGATACCAATAAAAAATCATTATATTTCTA
Run BLAST on NCBI

protein sequence of TCONS_00009266-protein

>TCONS_00009266-protein ID=TCONS_00009266-protein|Name=TCONS_00009266-protein|organism=Clytia hemisphaerica|type=polypeptide|length=748bp
RFYTYGNLPLEGHLEKITEGVLNHYQKIDPQTEIPLEPKWTSPKEVTLHC
AHDQLVPDPHKQCMVAVSYMMDYSEDPFESFTLGLISALLVSGPNSPFYQ
ALIESNIGSDYSPVLGLDTYTKHPTFSVGLQGLAENDIDKVVEIIHQTFQ
DVYRDGFDAARIESLLHSIELGLKHQSSNFGLHLIMGLNSSWNQDKNPLR
LLELNKQVERLQQVLATDESFLQNKIKMCFLDNTHRLTLTMKPQDGFNQK
KDEKESELLQKKIKELTPADIEKLFEQGKILENLQNQDEDISVLPKMTLS
DIKKNIIKTGVDHSFVDNVQLQTSEQPTNGVTYFRSIATTSSLPYVLKPF
LPLFCNVLTKMGTTSHGYKDLAQQIELHTGGISASPHLVTDHSDMETFQQ
GILLSSHCLQRNIPPMFSLIGQIANQPTLNDPERLRTLVNSYANDLIMSV
PQSGHMYAMAAAAKSLSPAAQQAELFSGLSQVQFMKQIAENLDCDDVIEN
LIKIAMYMLNANEMRCSINTTQELMQPSITSLQAMLNSMNIVGFNDDRSV
EDDDFLPKTRRLLYEMDLPVHYVSRCVRTVPYTHPDTAKLQVLAKVLSSK
YLHREIREKGGAYGSGAKIGGGIFSFFSYRDPNSVRTLEAFDHAVEWASQ
GKFKDEDIEEAKLSVFSSIDSPVSPGNRGMALFNNGLSDELRQTHRDRLF
DASRDDLVDVCQRYLLPEKSVDSFAIVGPKTELSNDSHWKTVANVQIS
Run BLAST on NCBI

transcript from alignment at sc0000091:173568..202625-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00009266 ID=TCONS_00009266|Name=TCONS_00009266|organism=Clytia hemisphaerica|type=transcript|length=29058bp|location=Sequence derived from alignment at sc0000091:173568..202625- (Clytia hemisphaerica)
CAGATTTTATACATACGGTAATCTACCGCTAGAAGGCCATTTGGAGAAAA TCACAGAAGGGGTTTTAAACCATTACCAAAAGATTGACCCTCAAACAGAA ATTCCGTTAGAACCAAAGTGGACATCACCTGTAAGTGGCCGAAGATTTTC TAACAGCTTTACAGCTGTTTGGAGATGCTTTAAACTCTAACATTACAGAT TTTAATCTTTGGAGCTATTTTAAAATGAAATGACTTCGAATTTGATTGTG ATATTGCATCTACTTTCGATATGTCCCTTAAGACTTTGATTTCAACTTTT CATACTGTTTTACCCTTCAGAAAGAAGTAACACTCCATTGTGCTCATGAC CAACTCGTCCCAGACCCTCACAAACAATGCATGGTTGCTGTTAGTTACAT GATGGACTAGTAAGAATCGTTACCTCAACACCCTAGAAAAGATGTAGATG TTTAATTTAGGCAAATCATTGAAATGCATACATAAACGTTAAAACAAAGA ATTTAACTTATATCCTAGAAAAATGTAAAAATATATTTAAACGAACATTT TGTCTAGTATGCTAGACGACTAAGTTCAAAAGAGAAGGGTATGGCAAGGA AAACTGAAGGACATCATCATAATACAAACTAATATAACCCCGTAACAGTT ATGGTTTTAGCATAAAGCACCTACATTGCTGTATAACACAAGTCCATATT TGATATGCAAGAGCATATTTCTAAACTATTTGTCTAGTCTATTGAGCACT CAAAAACTTTTTTTTCCCAGTTCTGAAGATCCTTTCGAATCATTTACTCT TGGTTTAATCTCTGCATTGTTGGTGTCTGGTCCAAATTCACCCTTCTACC AAGCACTGATTGAATCCAACATCGGCTCCGATTATTCGCCGGTTTTAGGG TAAGTTATGCGTTGTTACTTTGTTATTACCAATGATGCCTAAAGCTTCTT TTCCTATCTTTTCTTTGTTGTCTTCATTGGCTTTGTCATGCATAGTTAAA CGGTTTGAAATACTTCGGACGTAGCAAATATATTTTTCTCTTTTTCAACA AAACCGAAGCAAGAGCGTTTAATATAAATCTACACGAATTAAATTGAATC TTTGTCTTCTTCATTTCAGTCTTGACACGTATACCAAACATCCGACATTT TCAGTCGGTCTTCAAGGACTAGCTGAGAATGACATTGACAAAGTTGTGGA AATCATACATCAAACATTCCAAGATGTTTACAGGTAGATTGAAATCTCAT CTTTTTTTACTATTCATTACAATGTTCTGGTTGAAAGTGACGTACTGACT TATTTTACGTCACTTACAACCAATCAGCTGTTGGGTCCATGATGTAATGT CAGAAGACATTGCAGTGGTGCATATCATGAATTGATTGTTCTTTGTAACA AATCTTTTATCTTCACCCCAATTCAATTTCTGGCTAAAATGTTAGCATTA AAAATCAACCAACTCCTACTACTGGAACATTTCTTTAAACGCCGCCCAAA AATTACCTTGACCGTTTCATCTGACGTTGTGATAAAATTTCAAACTACAA TTTCGTTTTACAGAGATGGTTTTGATGCAGCGAGAATCGAATCTTTATTA CATTCTATCGAACTTGGTCTAAAGCATCAAAGTAGTAACTTTGGACTGCA TCTCATCATGGTAAATCTTTAACCGGATGTTAAATTTCGCGAGATTAAAT TAAATCTCGTTTTTCTGCAAAAATATGAATTTTCATTGCAATTGTTTCTC TATTCTACTAAATTATGGAGGACTGGTAAATACATCTCATATTTTGTTTT CAACTTGTTCCAGCAACAATATTGCTATGATTGAATTTAATCTAAACCTT ACCTTTCTTGTGCAGGGTTTAAACTCATCTTGGAATCAGGACAAAAATCC GCTACGCTTGCTGGAGTTGAACAAACAAGTCGAGCGGCTTCAGGTAACTT TTTTGATATTCGCGACACTCTGAATCGCAGATCTCTACAAAACTTCAGGT AGTATAAGTAGCACGAATCTGTTAGGGGGTAGCAGCAGCCTAGATTTGCG TTGATGTCAACTGCAAAGAATTTTCAATTCAAATGATTAAAAGATACCCT GACAAACAGAATTCAAAGCCTTTAAAAATGACTTATCAACAAATCAAAAA CCTTTGAACTATTGCTCCAAATATTTCAACTAACAAACAAAGTTCTTTCA ACTTTCACAACAGCAAGTTCTTGCAACCGATGAATCGTTTCTTCAAAACA AAATCAAGATGTGTTTCCTTGACAACACTCACCGCTTGACGTTGACCATG AAACCTCAGGTTGGTTTACTCTCTCTAGGCTATATTTTAAACTTATCAAA GGTAGCGATATAGGTTTTTGTATATCAATAAAATACAGTTGACTCCCGCT AATTCGAACTCCAACCGGAAATCTAATTCGTTCGAATTACGGAGAGATTC TAATTAAAGAAAGCTTTTTACGAAGGATCCTCCGGACGTGGACTGACAAT GAGTTCGAATCTATAAGACAGAAGTTCGAATTGATGATAATCGAATGAAG AATCTAGACAGCGGAAAATTCGGTTAAATTAGTTCTCACCGTCAGATTCC TAGAAGTTTGAAATCTAGATCACTTGCCGAAGTAGATTCTCACGAAGTGA ATGCGATGGTGTGATCTGTGACATTTTTAACAGTGATGCTCAAATGGTTG GCGTCTAAATAAGCCTGTATAGATCAAGTTCCTTGTATAGATATACCAAT CGATTTATGCATGTCGCTTCTATGTGTGTTCCATAGGATGGTTTCAACCA GAAAAAGGATGAGAAAGAAAGTGAACTCCTGCAAAAGAAAATTAAAGAAT TGACGCCCGCTGATATCGAAAAACTTTTTGAACAAGGTCTCGCATTACTT TTTTTTTCATTAAGTTCTTAAAACCACTTGATTGAATTCATCATTAAATC TATCAGATCTAACTTTATTGGAATATTGTGCAGTGGAGAACTAATGAAGA CAGATGCTCAAGGGGTCAAATCATGATTATCTCTATAAATCCTATAGAAC AAATTCCAAAATATTTATTTTTTTCGTGCAGGTAAAATTTTGGAGAATCT GCAGAACCAAGACGAAGACATAAGCGTTCTACCAAAGATGACATTATCAG GTACTGTTCTTTAAAATAAGCTTGATTGTTTTCTTTCTTCAAGCCTTCTT TTTAAGTCTTCTGAAAGATCTTACCTTATTGGGAAATTGACAAAGCAATT TAAGTGACCATCATTTCAATTATAAAATCAAGTCTTGACCTTTTAATTGA AAACTCTTACTCATTTCTTAGACATCAAAAAAAATATCATCAAAACTGGA GTTGACCACTCATTTGTAGGTAAGATTGTTGTCAAATTGTCAATTGAAGC CTGTAGCTTTTGTCTACCTGTTACAAAGAGTTAAACTGATTACTAGTTAA ACTTTACTTGATAACTCTAGATTCAAATTTCTAATTCTTTAACCCTGGGA TCGCCCTAATAATACCTCCAGACACACCGTCGTTACCAGCTGGTGAACTT CCATCCCCACTGCACTGTCACTGATCTTGTTTTCTTCCGCAACATTAAAG ACGTCGCGTGGATGTGGGATATATTCTGTATTTTCCCTTTTCGCGTTCGA TTTCGAAAGAAAGAAGCCGTTGCAATTATTCGATCGGGATTCGAATGTTT TCAATATATTTCGTATCCCAAGACTGCGTATCTAATAATATCTTTACGCT AAATTTCAGATAATGTTCAGCTGCAGACAAGCGAGCAACCAACCAATGGA GTGACGTATTTCCGTTCCATAGCAACCACCTCATCCCTACCTTACGTCTT GAAACCTTTCCTCCCTCTGTTTTGCAATGTTCTCACCAAGTATGGAATGC TATATTCTTTTTTTAAACTTTACTGAAGGTTTAAGTTGTCCTTTCTGTGA GCCTTTTTTTTTGTCAAAACTATGTTGTGCAATAACGCTTTTCAATGGTT CAGTCTAGAATCCAAACCTGGTCTTTATGACTAGTTTTTAAAGCTAAGAT TATACCTATAGTAAGACCTCATCAAAATTTAAATCTTGTAACTTTAGCGT GCGACCAGCTCCATGGTGTTTAGCATTACATCTATGGGTGTGGTCGCTCG TCTAGATTATTTCAACAAATAGCCTACCTATCTACTTACTACCAGATGCT CAAAATAATTAATTTTCAAAACATTTTACTGTTTAAAAAAATCATAACAT AACGCTATTTTTACAATATCTACTCCTTAGAATGGGTACGACGAGTCACG GTTATAAAGATTTAGCACAACAAATTGAGTTGCACACTGGTGGTATCTCT GCATCACCACACCTTGTGACTGATCATTCGGACATGGAAACTTTCCAACA GGTTGGTCAACCGAGGCCTACTCATTGAATTTTCAGTCCCTGATCCTTCA GTAAGCCCTATAGAATCACCTCCTCCTGAATAAAGTTTGTAAAATGGCCC AAAATCATGTCGCATTACCTAATGAAATAATGAGATTTTGATGTTTTCTT TTTCTTGGCAGGGTATTTTGTTGTCTTCACACTGCTTACAAAGAAACATC CCTCCAATGTTCTCGTTGATCGGACAAATTGCAAACCAGTAAGTTATCCA TAATTTTCATAGATTCTCCTAACTTCTATCCTGTGTTCACATATTATTAT CAAAGACCTTTAAGTAGAGATGGCAGTCACATATATGTTCAAATTAGACG ATCGTCGGTTGTTTAGCATGATCGATTTTTTAGACAATATGTTATCGGTT TTTTAGACGATATGTTATCGGTCGAATAACCAGTTAATGCTTGTTTAGCC TATATTGAAAATAGAAATTGCAATTAGTACTAGTAATCGTATGGTTTGGA GAACATACGATTCCGAGGTAATCGTCAGTAAATAATCATTAGTAAATCAT AGTTTTTTTAGAAAAAGGGAAAATTTTTGACATTCGAATTGCAATGCAAC NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNCCCCCCGCCGAAGAGTGCAAAAAGTGGTAATAGTGCAATTAACGATTA ATTGCACTCCTCTAAACCAATCAGATTCGAGTAATTTTGCACGGCTGACG ATTACAGGAAACAATAGATAGTAGATAGTTGCATCGTTTCCACTTGAATT TAATTTTTTTAGCCCCCCAACAAAAGTTTCGTTTATTTCAACTCCGACGA AAGAGATATGAAGGATTTTGATAACGTTTGGTTTGAAATCGGCTAAAAAC CTAATGGTCGGTTGTAAAGCCTATAAACCATTTCAAAATGGTGATAATAC TTGACCTTACTTACGCATGCGCTCTATTGATTTTTTACCATCTTAAAAAC TAGAGTTGATTCAAAATTAAAATTTGGTACACACATTTTTTACCTAAAAA CCAATTGATATTATTTAAAAGAAGACGCAACTATAGAAATTTAGACAGAA ATTGACAATTTCTTTTGTTTAGGCTAATTATCTTATATAATATTGTCTAA ATAACCGATTTTAGGCTAATTTGAACATATCTGTGACTGATCTTTTTAAT CTTTCGAGTAATAATTCTAATTTTTCTCTTTGTCAGACCAACACTGAATG ATCCTGAGCGTTTACGAACACTTGTCAATTCGTACGCCAACGACTTGATC ATGTCAGTTCCACAGTCTGGACACATGTATGCTATGGCTGCCGCTGCCAA GAGCTTATCTCCCGCTGCACAGCAAGCAGAGCTTTTTAGTGGTCTGTCTC AGGTAGAAAAATTTCTTTGGCTATCATATGTTCGAAAGTCTCAGGGAAAA TTTCCATACTTAGTAGCCTCGGAGACAGAAATTTTAGAATCTGATTTACG ATACTGATACAGTGTTTGCCAGAGAAATATTATGTCTGACAAGGAATTTG CCTGATTTAACAATCTGAGCAAATTTTTAAAAAGAAGAATTGTGTGAAAA ATGTCTTAAAAAATGTTTTTTTAATGAGTTTTTCAACAGTTTAAATTGAC TTTCAAACTTATAGGTGAAAAACTAATTAACTAAATTTGATAAGTAAATA AAATATATAAAATTTAAGGTAGTTTTTCCTTTTAATAGATTTCACTTTAT TTTGGACACAATTAGCTTTTCAATACCCACACCTCTTCTGTCCTAGCCGA CATTATTGCAGATCTTTTGGTATTTTAAACACTTTACTTGTAGTATGTAC GTATGATAGACCTAACAGGTTCTGCTAAAAAAATTATCAGAACAATAATT AAGATTTTACTTTTCCTGGTTTCAGGTTCAATTCATGAAACAAATAGCAG AAAATCTTGATTGTGATGACGTCATTGAGAATTTGATCAAGATTGCAATG TACATGTTAAATGCTAATGAAATGAGGTAAATAGTCAATAATTTTTTAAG TAGCATGGTGTTTTTCAATTTTTCCCGACTTTTTCGATTTAGTGCTCTCT TGGTATTCTGTTTGCAAAAACAAGGCAAAATCTGAAGTAAAATAAGTGAA ATAAAGAAGGGAGCTAAAATTAACAACCTTAAAGCGCTCCCTGGGTAGAG AGAAGAACTTCCCCTTTCAAAACATGTCACTTCATCCTATAAAGCTCCGA AAATTTCGTTGTCTTTGGAACCATTCAAAGGAGCAAAAGACAAATTTTTT ACCTACAGAAAATTATACGAATTTGATGGTAAACCATGTCTAAATTAATG TAATGTAGCTGGGGCAAAGCCTTGGGATCCGTAGCATTTTTCATGGGACG CAACCACTTTTGATTGTTTCGAAGATCGATAAGATTTTAAGACTTTTTTG TGAGGAGGCCCTTGAATCAGCCCTGGCAAAATACAGCCCTGGCCTGCCCT GGCAAAACATTTCATGGCTAAAAGACTGACGTAACAGACCAATCTTCAAA CCCTCAAAATGAGTAAAAGATTGACAATTTTCAAAAGTTAAATTAAACGA AGATGAGCGTTATCATCGGATAGAACATGAAATTCTGAGCAAAAAGGATA CTTCAAGTCAAGTACTCAAACGCACAAAAAGATATTGTCATTTTTAAAGT TCCTCGAAAGATGCTACGGATGGTTATGCGCCACTAATTAGTCTGAATCG CAGACCTTTACAGATAAACTTCCTATAAGAAACTCTTTTCGCTAAAAGAT GAGCAGTGTTATGTCCTACCTTATTCTTTTTGCATTGTAAAGAAGGAGGC CAAACTGAAAATTTGATGCATAACTTTTTAAATTTGGTTCAGAAGTTTTA AGCTTTTGAAGTCCAACTTTCTAAATTTAAAAATATTGATGCGTCGAATA AACTGAAAGGAAAAATTTTTTCGACATTGATGTGAATTTTATGTCATTCA ATCTTTTAAAAAATCCTAAAATATTTCAACAAAAATAAAATTTGTCTTGA CATATAAATATGGCTATATACAAAGCAAACATTTTAAGGTTTTATTAAAA CCTGATAATTTTCTAAATTGGCTAAGAAATAATTCTCCTAACCCTGAAAT CTCATTAAACCTCTTGGAGAGTATACTGAAATTACAAAAACTATGCTTTC AAAAAAAAACCCAAAATGCTCAAGAGATAATATTTTATATTCCATTCAGA AGGATTAAGATCGAAGTAATCTTTCGCCCGGTTTGAAATCATGGAGATTC AAAAGTTCTTAAAAAGACTGTGCTGAATTGAAATACTAAATAAAATTTCC CCTTCGAAATATATGAACTTTATATAAAATTTGAAGTGATAAGATTTAAC TCCAAGAAATCTGCGACACTTAAGCTTTTTTCACATGTACGTAAAATTTT ATTTAAGACCTTACGGAAAATTGTTCGTAAGGCTGTCTTTTGGGAATTTC CCCGACATTATGTAGAGTTTTTGTTGATTAAGAGGGTCTTACGTGACTTT TCCTTCCGTTCAAAACTTTTTGAGCGCAAGCAAATTCTACATAAGGCCTT AATACACTACGTAAGCTTAGGTGAATTCCCACCCTTCAAGGTCTTTAGTA GAATTTTCGTACATGTGAAAAAAGCTTTAAAGAAGAACTTTTTCTAAAAA ATATTCTAGGTTGGTTGGGATCTAAAACTAGGTTTACAGTCCTTTTTGGT CAATTTTGAAGTGTTTATTGTTCACACCTCATACCCTCTACAATAAAAGT CCATTCATACAGTCAATATCACTGCCTAGTTCATCAGACAAGCAAATCTC ATTTTCAAGCGATATTTGAAGTATCCTGTGGGCTTCTTTCGTACTGACTT TTCGTTTCTTCTTTATTTTCTTCTTCTTTTCGATTTTTTTCGTCATCTTC CTCTTTCTTCGTACTCGATTTGTTATCAAACTCGGTTGTTTTGTTCTGTT CGTTTTGGTCTTGTGATGGTTTATCCATTAATAATTCTTGTGAATCGTTC GATTTTGTTTTCTCCTCCTTTTCGTCACTTGATTTCTCATCTTTTGAATC TCTTTCGCCTTCTGAAAATTTAGGAAGCCAATTCTTGTTGGGACCATTAT CATCTTCTTTTGGATCAAACTTTTTATCCTCTTCCTTTCCCTCCTCCTTC TCATTAGCTTTTGTTTGCTCTCCACCGTTCTCTTCTGACGTTCCTTCCTT TTTCATTTCGCTCCCCTCCATTTTCTGGCCATCACTCTCACCCTTGTTGT CTTTCTCGAAAGCGGCTGAACAAGCAGCATCGGTGCACCCTTCTCCTTTG TTTCCGTGCTCCTCCTCAGAGAGTGGTTTCTCTCCTTCTTTGGAAAGTGC TTCATTTACTTTCTGCTCCTGCTCAGGTTTTTTCGTCTCCTCCACTTTTG GCTCCTCCTCGGGTTTCTTATTTTCTTCACTTTCAGGTTTTTTATCTTCA ACAATTTTGTCTTCAGGTTTTATATCTTCTTTTGCTTTCTCGTCTTTCTC TCCTTTTGCCATTTTCAGTGCATTAAGAGCTTCCTCCTCTTTGCTCTCGT GTACGGCACTGGCCCCTGCCACCGTGCATGCGGCGTCAGTACATTCACTT CGAATGGATTGATCATGGTCCATATCCTTCATGTCAAACCAGTCCATTTT ACTGCCTTCTTTCTTTTCTTTTTCTCCTGCCGGGTTGAACTTCTTGAAAT CTCCGTAAGCAGCCTCTTTTTCCTTTGGTTGTTCGGAGCTTTGTTTATTT TCGAGCTTCTTCTGTTCTTCTTCTTGCTTCTTAATCAATTTTTCTTTCTC TTCAGCTTGCTTTTGGTCAAGTGTTTTCTGTTCTTCTGCCTTCTTTTCCA CTTCTTTTTTCTCTTCTTCGACTTTCTTTTCATCCTCCTTTTGTTTTTCT TCAGCTTGCTTCATCGCTTCTTTTTGCTTTTGCTCTTCCTCTTCTTGTTT CTTTTTCGCTTCTTTTTCTTGAGCTTCTTTCTCTTCCTCAGCCTTCTTCT GCTTCTCGTTTTCCTTTTTATCTGCTTCTTGTTTTTTCTCTTCTTCCTCT TCAGCTTTTTTGGCTTGAGTCGTCTTGTTTTCGTCCATTTTTTCAGCTTC TTTGTTATCTTTGCCTTCTTCTTTCTTTTGCTCCTTCGTTTGTTCGTCGT TGTTTTTCTTCTCCTCCTCTTCCTTCTTTTTCTCCTCTTCGTCTTCTTTT TTCTTTTTCTCTTCCTCTTTCTTTTTCTCTTCTTCGTCCTTCTCCTCCTC CTTTTTCTTTGGGTCTTCGTCATCTTTTTTCTTCGTTTCTTCCTCCTCAG CCTTCTTCTTTTCTTCTTCATCTTTTTTCTTCTTCTCTTCTTCCTCTTCA GCTTTCTTCTTTTCCTCTTCATCTTTTTTCTTCTTTTCTTCTTCATCTTT TTTCTTCTTTTCTTCTTCATCTTTTTTCTTCTTTTCTTCTTCATCTTTTT TCTTCTTCTCTTCTTCCTCTTCAGCTTTCTTCGTTTCTTCCTCTTCAGCC TTCTTCTTTGCTTCCTCGTCCTTTCTTTCTTGTTCTTTCTTCTCTTCTTC TTCCTTCTTCTTCTTCTCCTCCTTCTCCTTCTCCTTCTCAGCCTCCTCCT CCTTCTTCTTTTGTTCTTCCTTAGCGTCTTTTTCCATCTTTTCTTCCTTC TGCTTATCCTCGTCTTTCTTTTTCTCGTCCTCGTCTTTCTTTTTCTTCTC ATCTTCTGTTTTATCATTAGGATTTTTGGTTGGAACACCTTCTGAATCTT TTGAATCTGTGTTCAATTCAGCCTTCTTATTTGACTTCTCGTCTTTCTTT GGTTTAGCTTCATCCTCACTGCTTTTCTTAGGGTCGCCTGGCAACAGCAT TGGGTCTTGTGGCTCCTTCTTTGACTTGGAATCAGTCTTTGGATTGTCTC CTGGTAATTTCATGTTCTCCTTTTCGTCTGTCGCAAGCTTCATTGGTTCC CCGTTTGCTTTTTTAGGTGTATGATCCTCTTCGAGATTTCTTGCATAATA GTCTTTATCACTCTCTCCGATTTCTTTCTTATGAGCTGCTTTTTGTTTTG CAGCGAGAATCCTCTGTTCGCCTTTCACAATCTCCTTCTCCACTTCAGGG CTTGCGAAGAAAGCATCTTCAGTGACAGAAGGTTCTGCAGATTTCTTTTT GGCTACTACAGTCGATATATGACGATTGCCGTTTTTCATCATGTCCATCT TGCCATTACTGTGTTCAATCTGTGATTTGATCTCAGCGATCGCTGTATCT GTGATTCCACTACCTTTTGTCTCACAGGCGGCATCTACGCATTGCTCGAC TACTCCCTTTTTATTGATGCGAAATCCTCCAACATTCTTCGTACGACTGT TCGATTCTTGGTATCGTGAATGTGGAAGGGCGTTGATTATTTGAATCAGT AGAAGGGCGCTGATTGCCAACTCCACCCTCATCCTGTAAAATAAATAAAG AGAATAGTTATTATTTGATAATGCCCAAAAATTTTAACCGAATTTTGGCT CCGAAACCAACGTGTTAAGTTTCACGCTTTTACGCCCTCGGGTAAAATTT TTATGATGTTTAGCACAACTAGATTACACTTTACAAACCACTTTTTGATT CAATAACGCAGGTATAAAGAGATTTTTCTTCTGTTTTTTCAGAATCGTGT ATTGAAAAGGGTAACTTAAAAAAATCACAAAATTATTTAATCAAAAAGTG TTTCTTGAAGTAATTCTGGAACACCACAGTCGTAATAAATGCAAGTTTCA AGAAATATTTTCCGTACCACTCCTTACGCATAAGAAGGATCGTCTCCCAA AGCAGTCTTTAGTGCTCAAATATTTATTCATTATAGTAGCTGAGAGAACT TAACTTTTTGAGATACCCCCTTTAGAAGTTTGGCCCCTGATTTAGGCCAT CACTGACCTGTGTGTCCGTTAAAACATTTGTCCGAGAAATATTAAATCTC ACCTTTTCATTTGCAAATTGTCCAATTAAAACCTGGATAGATGAAGGTTT TCGAAATAAGTTATAGATTACTTTTGTATTACNGCAAATTGTCCAATTAA AACCTGGATAGATGAAGGTTTTCGAAATAAGTTATAGAAATTTTTTTGTA TTACTTTTCCATCAAAAAGCGATGCACGAGATCTCAGCGAGAGTTAATAT GAGGTATTGAGCATAATTTTCATGGCTGGTTGAATTTCAAACCAAAGTAA ATGTTTTGTTTTAATAAACTACACAAACAGTGCGCCGTTCTAGAATATGA TTGATTTGATTTTCTTAATTACAATTAGATGTTATCTCCTGTACATAAAG CCAATCATTATCAAACTATACATTTGCCTGGCTGTATGACTTTTTTAAAG CTAATCTGAATAAGGCTTTTTTTTTGGAAAGATATCGGGAAAATGGAATA AAGAATATTGGCCAGTTTTTCTGTTTTTATTATCTAATGATAAATGTGAA AATTCAAAGTAATGAAGTATTATTAATCAATCAAAACGTACTACTGTATT TGACAATGACATTTATTCACATCTCAACATGGTTTCGTCATTTCAAACAC TATTGTTATTCACTAAAGGTTTTTGTTTACTAAATAACACAATCGATCGT TAGTATTCTGTCTATCCCACTTCTGCCGTCATATCGTGACCCGGCGAAGA ATAGGAAATTAAATTTGAATTGAAATTGTGTTTACTGGGTTTCGTGATCG TTCATCATCATTGACGTTCTCTCGCTTTCAACTCCTTCTTTTCCTCCCAT TTGATTTCGTTGAAGGAATCCCGAACTTTCCTCATCCAGACTGTTGTCGT CATCCGCCTCATCTGAACTTCCACGCCCTACAGAAGCGCCCTCTCTCTCA GAGTTTGCATGTGCATGGTCATGATTCTCTCCAACGTAAATACTCTGAGA ACTACTCTCCCTCTCAACCAAGCCTTTACTCTCAGAAACGGCTCCGTCAA TCGAGTTGTCACGCCCACGAGAAACGCCCTCAACATCCGCCATTTCATCT TTAGCACATCGATGTTGTACGGAGACTTTCCGCCATCGTTTAGCAGCGAA TTCGATATCCTGTTCTTCCTCGTTTTCTTCAATCTCTTCCAAAGTCTCAT CTTCCTCCATCTCAAAAGGAATCAACCATCTTCTCAGTACCTCATTCTCT TCCAACATACCTTGCAATGCGCTATGTCGATACATACACTGCAAATCATG TGTTTGAGCCAACTTGGAGTAGACCATTTCTCCACCGAGCACGATGATTG CTAACCCGGTTGCTATACAAAGAACGACGAATAATTTCTTGAAAAACAAG ATTGTGAGCTTCTCAGTGCTTTTCCAATAAGTGGTGGGACATTCGTGGCG GAGCCAGCGGCTGTGTAAATGTAATAGCTCTTCGTTTTCGTGCATTTGTA TGATGACTTGAGAGATCTCTTCGGTGAGTGGTGACCCTTTGGGAAGGACG AAACCGTAATATGAAGATGGGAGGTTTGTGTGATGTACCATGATTTTACA CTGGCCAATGGTCGCTCGATAATATTTTGCAAACGAGCTCTCCATGAAAT ACGCGTGGATCTCTCTGTAAATAGACACCAAATGTACATTTTAGAGGAGA TATTAGATGAAAAATGAAGTGAAAATTATCGAATGAGCACTGAAGTAGTA TACTCTTTCACTTTTAACACATTTTCTCAAGACGCTCTCTAAATTCCGAA AGTCAAAAAGGTGAACTATCAAAAATGTGCGGACATGAAACTTTTGACTA GCCTGACTATAAAGGTAGTGTCATACTTATCGATGATAGCCTGTACTCCA GAGTTCAAATGTCGCGTATTATAATTCTCCATGAATTTGTCCAAACGTTT CAATACAGGATCTGTGGAAGCATCAAAGACGTCAGATAGGAAAGCTTTAC TCTGTGTGGCAAGTTTGAAGTCGGTTGTTGGGTGTTGAATCTTTGATCGA ATTAGATGAAAAATATCTTAAACGTGGTTTTTCCGAAAAAGAGTTTTCTC ATTTATGAGAATCTTATAAGAATTGTAAGACCTCACTACTGGAAAGAAAA CGTCAGAATTCGTCAAAACGTCATGACCAACTAAATCTTCCATTGTTCAC AAAATATTTATTTAAGTAATTTTACCCGTTTAACTGAAGCAGAAGTTGGA TTAATGCTTTACACAAAAATAAACAACCCGTTATTTTGATAATTCATTAC TTCCTTACCCTCTTATCCTGTAAACCTTTGAAATCATTGAACCCTCCATG GACAACTTGCTGATACGTCAACGAAGCTGTATACATAGTCGTGATACAAA CCATACCAAACGCAAACAAGATGGAGATCACACGTCCACCGAATGTCCCT GGGTTCTTAGCGCCCATGTCTCGTTGCATGACCAACCCTGTGATGTACAA AATACAATCCTTGAAAACGTAATTGATCATGCGGATTCCGATATACTTAC GGTCGTCAGTACTGACGCGTTTAACTAGTTGTAGCGCGTTTTCCGCCACG TACACCACAATGATGGATGCGATCCAGAACGCGAGGATAGATAGCTGTGT TGCGTGGCTCAAATTACTGAACATGTTGAATTCAGATTTCTTATCTGTCT TGGCGATTTCGTTCAAAGTGATGATGTTGATATCATCCACCAGGAATGGG GTTGTGAAGTCGACCTGGTTCAAACGTCTTTTGGTGATCGTGATTGGTCC AGCTCCCATCAATGCATTACCTGATGCCAGCTCTCCTAAGACCCCGGAAG AGGTGGACACGTTCGACCGCGAAACATTTCCTGAAGCGTAATAACCGATG CTGTCGGTTATGTACAGGTCAAAATCGATTAACAATTCTTCTGAAATTTT CATCAACAAATCAACGATGTATCCGAAACAGTATAATGTTTTCTCTGTTT TAATTGGTCCTCGTAGATCATGTGACTTGATTGGTCCATTTGAATCACGC GACATTCGACATTCCATTTTCCGCTTGACATCTTTAACTTCGTTTTCAGT ATGTTCTTCCATTCGAGTGAAAAGAAATGGCTCCATTATTGTCGTCGCCA CGGGAACGAGCGGTCGCTTCTTGGAGAATGTGGTCGCATCGATGCACAGT GTCTCGTTCTCCGAGAGGAACGCTATGTAAATAGATGTTCTTCCTTGAGG TGTGACCTTTTTTATATAAGACAGTGGTTGATTCCTACAAAATAATTTGG GTTTCTTGATTCGTTTTTGTTACACCAGGACAATTCACTAATCTTTCTTC GTGTCAGTGATGAGGAATCCTTTTAAAAACTTTGTAGATTTGATATATAA GACTACGAGGCTAACTCAACCAAAACTTACGAACAATTTAAGAACAAGCA GATACCAGAAATAACGAAGAAAATAGATTTGTTAAGACTCTTCCAAGTAA AAAGATTATCTACATCAGCTGATATAAGCCTGGCCTAATCTTTCAGAAAA AGTAGGAAGGTTGAGTCAAAACTCATTGATTTTAATGAAAACGGATTTTT TCCTTCCCCGAAACTGGAAAAGCACTTACGATTGTTTCTTTGGAGAACAA ACACATTCAAGTGGAGAGAAAGTGAAAGTTCGCTGTGGAGTGTATTCTGC TGTCACAATATTTTCTTCAGGAATCAACCAGAAGTCTTGCTTTTCTGCTA AGACGTATTTTACACGCGCCTCCAATAAAGTATGTGTGATTTCTGTGGAC GTTAACAGGATGTTCAAACGATTCACGTGTTTACTTTCATTTTTTATCTC GCCAATGATTTTTCGTGGTAATGTATGATAATTAGTCAAATCTAGACTGT GCACTTCAATCACTTTATCAAATAAGCTTTGTTCCAGGCTGGACTGTGTT TGGGATAGTAAAATGTGGTATTTGTATCCAATATCGATCAGAAGTACGAT TTTGTCTGCTTGAAACAGTTTTGTCATTTCAACGATGAGTTTGGTATGGA TCCGGACACTCATTTCTGAAATATTTTCCGGACAGGTAATTTCCTAAAAA AATGAAAAAAGGTTTTCTAGTCAGTAATCGTAGTTTTATTTTCATAAGTT ATTCGTGTGTTGGTGTGTAATAGTTAGTTTCTATGGGTTGAAAGTCCTTG TTTAGGACTTATTTCGAGTCAATTTGAGAAGAATTTATGGAAATTTATGG AAAAATAACCCGGAGTTTTTTCTTGACAAAGTAGTGAGGGTGGGCGGGCT ACGGTGGTATGACAGATGGCAGGTTGAGTCTTTTCATTATATTGGTGCAA AAGCTATTGTTTTAACGCCCTGCAGAGGCGACGACCTTTTTTCACACATC TGCTGAATTTCCATCAGTATGAAGCCCAACCCGATTTTCAACTTTTTCTT CTATACGCGCTTCTTTATAGTAAGTTAAACTCTTTCTTAATCACAGTTGT GTTTTTAAACACGGAACCTTAAATCAAACATAGAGCTATCATAAGATGGT TTACACATTTTAAAGAAGCTCTTGTGGAAACCTCTGCTGCAAATCTCATA CTCACGCTTTTATCCTGTATTCCAAAAAAATAGTCAGATTCGTAGACTTT TATACTTCCTGTGTAGTTCTTTAAACGTCCATTATCGTTTGACCATGTTG TTTCCAAATGTTTCCAAATGTATTGAAATAATATGTAATACTTCACCCAG ATTTTTTTTACATGCAATCCGAAGTCAACATTCTCTCAATTACTCAGACT CTATTATTCTCAAACCCATTCTGAACTAACGTATAATATATTTCAAATCA TATAATGAACCCTAACAAATTTGTGTTCCCGTGCGTGTTCGAGTTATGGA GACAACACTGTATAGGCACCTAATGAAAAAATTTACCATTGAGCTTTTGA GGGAATTGACGAAATCTTTTCTTCGTTGTTGTTGATTGTCAAGCAACGCG TACAGGCTAGACACGGTTGCTTCGTTTCCAATGTGACACGTTCCATTTTG CAGGTAACGATAGCAACCACCCAAACAAAAAGATGTGGTAACTTTTTGAG CAAAACTCAGAAGAAAGAAGAAGCAAATGCGAGCTTCCTTTCTTGACAAA ATCATCGTTCCACGAATAAGATAGTCCTTCTATCAACTTCTCACGTGTTC AATTTTTGTCTTGTTTATAATCTTATTAGTTTAGTCAACTTCCCCGTAAC TTAACAACGTTCTTTTACAAAATATCAACCATGCTTGGTAAAGACAAGAA AATTCAACGCATGTATTTTGTCAAATAATTTTAATCAATACTATATACAA TAAAATCTCTAAGAGTTATTTAGTGTTAGTCTTTCAATTTACAATCATCT GTCCATAGTCAGCTCAGCAAGAGGCCAAATTAATATTGTAAAGGATTTGA TTTCGTTTTCGAAAGTTTTTCTTGAAAAAGAAATAGAAACCGACAATGAA ACACTGGAAATAAAACCATTCAAAATCTCTAGAGTTTTACATCTCTCACA GTATAAAAATCTACATCTTTGGATGCAATAATTTTATGGGAAAGAATAAT CATAAAGCTAAAATCAGTGAGGCTTCTAAGTAACTTTTTACTGAAGTATC AAACAACTTTGATAAGTTTCTTTGATAGGATTTAATGTTCTCAAAAATTC TGGTACTCTATAATGACATAATTAACATAAATAATAAAATGGACTCCTGA ATTATCTTTTCAACGATGTACAAACAAAAATCAGTGTGCAAATGGACTTC AATGATTCTTTAATCAAACTTCCAAGAAATAGCGAGTTTCTGTGTCTGTT TTTCTGTGCTGGAGACGGTTAGCTTCTGATTTGTCTAGATCCTGATCGAC TGAGGACGACGGTAAATCAGAACTTTTTACCGTCCTCTATTTTGCGGGTC GAAACTGCGGGTTATTCCAAATCGCTTTAGCCACTACACCGTCCTCAAAA GTGCAAAAACATAAATTCTCTAATAAATGAGTGTCAGGAAAACATTTCAT ATTCATCTCATCATCATTTGGGTTTGTTGTAAACTTTCGCCCCAACCTTT AAATCCCAACCAATGGATTCCTTTCCAAGCCAACCAACGTTGTCCGTATA TTCCGTTCAAACTGATCTGCCAACAATTTTTTAGCCACCATCCGTTACCT GGGTAATGAAAGATAGAGATATGGTTATTTTGAAAGTATTCGGTAATGAC AATAGCTGATTAGTTTAGGTCATAAATAGCTGATTCTCTCTAATTCAACC TTCAAAGGACCAAGAAGTTTCTTCGAATTATAAAAGTACAATTGTAGTCA GAATATGTTGGCATTTCTTGGTATTTTAGCGTTTTGCTGAATTTAAAGTT CGGGCGAGAATGACATTTTCAGGCTTTCTTCTTTAGCTAATAAGACATTT CAATTTGGGAGGGGTATAATAGCTTCCAGGCTATATTCTCCCGCCTAGTT GGACTATTTGCAAGCTTTTGGATCCTATACTATATCTTAAGTCTCATGTA AAAACTCAGAGTTAAAATTCTACTTTCTAACTCTAAGTTAAGGCACTTAA GAACTACTTGCTGTTTTTGAAATTTTTTAGGGAAATTCCATTTTTGTCAA ATATTATAGCCATAGTTGAAGACTATAATCCAACATAACGACCATAGTCT AAAGGTGGAGTTTTCACTAACTTCTAAGCCCAAAGTGCTAGACTCGAGAC TCCTGGGTGGGAAATGAAGCCACTTATTTCCCATCCTAAACTCGTGACCC GCGTATTTTTCAAACAAACGCTGAATTGAAAGTAGAACATATCGCCAGAT TTCGAAAAATACCCCGTGAAAACAAAGAAAATGCTAGATTTGATCCGTCA TTCTAATTGCGATGCAAATCCCAAGCTCCATTTTTATTGCCTGATAAAGG ATGAAGATTCATCTCTAGCCCCTTTGGAGCTTAAACTCAACGGCTTAAAC TCAATGGAAACATTCGGTCACAATAACTCAATGTCGGATCTTTACCAAGG ACTTGAGAAAAAGCTTCTTTTTCCGGGATGAGCTGGAGTTTTTACAAGAT ACTTCACTAATTGGTCATTTAAAGTGATAGAGATGACGCGTTTTTTAGAA AAAGTTATAAGATTCTTTTATTACATCTTAACGACCAACCAAATCAAATA AGAGCTTGTAAAAACTCCAGCTTGTCCCCTTTTTCCTGGTCTATCTATGT TTGGCAATTTTAAAGAAAGTTCTGAAGATAAATTATCGAAGCGCCAGTTA GGGTTCCCTTAACCTATAAACACAAAACCTCAGGAAAATATTTTCAAAAC AAACCCAGAATGGAAATAAGTAGAATCACCTTCGGAACATTTTCCAGAAC TCTTTGCATCGTTATCAACATCACGAGTAGAGAACCGCATTCCATTGTGA GACAGCCATGCCGCATGTGCTCTCCCTGCAATCGCTACACCTGATGTCAA CTTGTACCCAGTTCCCTCATCACCCACTGCAAACCCTAAAAACTGAGCGT ACACTTCCATCCCATCGAACCCTTTCCCATACAATAGAAGCTCTGTCTTA GGTGACCTGGTGCTCAACAAATGAATCAAATCATTCCCCAACCAAAAAAC TCCTTCCAAATTCCCGAAACCTCTCTTATACGTTTCCCAATCTTGATTGA AATCGACGGAGCCGTCAAACCGCCTTTGGAACACGATCCAACCACCGCCA TGGTTCTCCATATCACAAGAAACCTGCAACACAGGGCTTCCTTCGATGCC GATGCGGTAGATACCACTTTTCACGTAACCATGGCGATGCCAAGCCAAAC AATCTTTCTCGACCTTTGTGTCGAGCTGGTAAACCTCGCTTCTATTATCT GGCCTCATTTTGGAGACAGTATCTTCCGTATAATGAAGAAAGAGCGAACA TAGGATTCCATTGTTTTGGTCTGTTGTTTGAATCAAGTACGATTCCCATT GTTGTCCAATCAGCAGACATTCTGTAGTACTGGACACATTATGTTGATGG TTCGGTACCAGACCTTCCAACGCGGCTTTCTCTTTGACTTTAACGAAACG ACTTTCTTCGGTTGTCGCCCACATGTGTTTACATAACAATGCTAAAATTA CCAAAAATGTAAGCATTTTCATCGTCATCTTTCACCGCCAAATCTCTCGG CTGCATTCTACGAAGGACGTGTCTTATTTGATTTCAATTTCAATTTTTTT TTCAGATATGAAGTTTTTTAAACGTCAGGATGGCAGTTTTTGAATATCTT TCGATTTTTCGCACATAAGGCTGAAGTGGTTTTATTTCCTTGCTTTGTTT AATTTTTTATAAGCTGGATGTGAAATTTGGGCAAATGAATCGAATTGATT GAGTTAAATCATTCATTTTTAATCGCTAGTCTACTCAAAACAGCTGGATT CTGACATTGTAAATGAAATTTAAGTAAATTAATTATTTTTACTGGCACCT TCCCTTTAAAAAAATATCAATAGCTTTCTATATTTTCACCCGATTTTATC TGATTGGAAGTCCATTTTGAAAGTCCATTTGGCGGAGCTCACAAGACTTG TTGCTAGAGGAACATCATTTATTCTTTTCTCAAGGGATCGTACTATAATG GTGTCCCTACAGACAGATGACGTAAATCTATTCACAAAAAAATCATCAAC ATCAGTAAATTGATGTAAAGTATTTTGGGACAAAATTCTAAGAATTATTC GTTTCAGAACGGGTGTTTATTTAAGGGGGCGTTCATTAAACATTTTTAAC CAAGGTTGATTCAATAAAGTGAATAGAAAAATTAGTTTAAATACTGAATG AATACAATCATCACATTATATAAGATTTCCTTCCAGCTACTTGTTTAAAT TGCCCCCTTCAAGAGAGGAGGCATTTATTCGAAGAGGGGTGTTTATTTGA GGATGCGTTTATTGTAAGATCTTCCTTTAATGAAGGCGTTTATCTTGAGA GTGCGTTTAAAAGAAAGGGGCTTTTATTCGAAGTAATACGGTTTATCAGT ACCAATACTTCCCCCATCATAAGGACCCGGTCATAACCCTACCCATCGTC CCCAGTAAAAAATATAACATAAAATTTCTTGATTTGAACAACACGCTAAA CTCTTGTCTAATTATGATTCTTGAAATCCCCACAATTAAAAAAAAAACAT AATACCTCCATTCAATTGGTATTTTGATACCCACTGGCTAAAAATCTCTC CTGGTCAACCGTTCCGTAGCCTGTCAGCTCCGAACGCCAATTGGCGATTT TTGTTATTTTGAAAAATTTAGCCGCGCGTCGGCCTTTAACAGAATTCTGT GTCTCGATAGTACCAATCAAGTGAGCTTTTTTTAAAAAGCTTTAGCCGAA AGAGTTTACATGCTAAGAATAGAAGAACACTAATCTACCGCAGAGGGAAA AAAAGATTGACGAGAAACAGACACGTGACAAGCCACCAGTACAGGCTGAA ACTATCCTTAAGGGCTCTGACCATACTGAATTTTTAATATTTGCCACTTA CAAAATATAAATTTATACTTGATGTAGCACACAAAATTGTGGCATGTTAT ACATATTCTGTTAGGCCAATTATCTGCGAGTCTGAAAATTTAAGAATCGC AATGAAAAAATTTGATGAAGAAGAAAATGAAACTTTTGCGAAGAAGAGTA TTTCAACTTTGAAGAGCTTATTTTCGGCGAAGAAAAAACATTTTGAATTT CTAGATGGTGTATCTTTTACCGAACTAAAATATTTGTTCGAAAAAATTTT CTAAAAGCTTATTTGCTTCAAAATCTTGAAAATAGTGCTTTTTGACCAAT TTTCCACCCTAATTTTTCATAGAAAAACAACCATAACTTTTGATGCATTA ATTTAGAAAATTTTTCCGAAAAATTTAAAACAGTTCAATTCTTTTCGGAC AGTTTGAAAAAACTTCGAAACAAAAAGGTTAATTACCCATAAAACTTAGC ACTTTTTATAAAAGAAGGTGATGCAACATATTATTAACGTCTTTTTAAAG TTCATAACGTCATTTTTGCAATTAAATTCTTAATTACTCTGAAGGGATTT GATTAAAAGGCAATTTATAAAGGCAATTCTTTGCTAAAAGTATTAAAGAA CCTAAAAAGTAACTTTAATGTTCAAATACTAAAATCAATTTTCCGACTAT GGTCAGAGCCCTTAATTGTGTGTTGAAGTTTTTCAAATTCGCCAAAATTA GATCAAACAAAATTTAGTTCCCTTAATGTATTACAAACTGTTTAGTACAG GCTATTATGAAACAGTGACAATTTTTTTCTAATCACAGATGTAGCATCAA TACAACTCAAGAACTGATGCAACCCTCGATCACAAGTTTGCAAGCAATGT TAAATTCAATGAATATTGTTGGATTTAATGATGACAGGAGCGTGGAGGTA AACAAAAAATATACCTTTGCATTTGCTTATGATTTTCATTGTGCTCTTAC AGGGCCGGCGAATCAATTTTGAAAGTGGAGGGCCAAATAGTAAGTGTCTA GTAAGTGTCTAAGGAGGCGCCACCAATTTTCTTTTTCTTAGCAAAAAATG GGGGCCCCCGGTCTCCCCAGTTTCGCCGGCCCTGTCTTAAATGTCTAAAA ATTTACCACGCAGGATATTCTTTTTTAAATTCATTTTTGAGTAACTGGCT CCTTTTTCTCACTCTCAAACGGACTAACCTTTTAAAAGGTTATAGTTTTC ATATATTCGGTTTAATATATTTTTACAAAATGCATTTTGTATGTTTTAAT TAAAAAAATTCCTCTCACTAAAAAAACGCCTTCCTCTCACTAAAAACAAC ACTGAAAGAGGTCTTTCCTTGATAGAAACGTAGCTAAAATAGTAGAGTAC TACTCGTGGGCTGTATTTTGCCAGGTCCAACATCTACTTCATCACTTTCG GTTTCAGATCCTAATTCGTTTGTTATTGCCCACCCCCGCTTATTGCCCAC CCCGTTTATCAAAAATATTTCAGATGTCTAAATATAATTATATTGCTCTA AATAGCCTTGGTTTAGTCTAAAATTACTTTATTTCTTGGAGGTATTTAAA GGTACGATTTCCGACCCCCTGCATTTAAGTCCCCCCTTGACTAGATTAGG CACCACCTGAAAATAGGTGTGTAAGACTATCCTTTTAGCAACAAGTCTGA AATTTAAAAAGCCTTACAAACGCTACTACCCCGCATGGGTCCTCTTGTAC ATGATTATTTACCATCTATCATTTTCAGGATGATGACTTTCTACCGAAAA CAAGGCGACTTTTGTACGAAATGGACCTTCCTGTACATTATGTGTCACGC TGTGTGAGGACGGTTCCTTACACGCACCCTGATACCGCCAAGTAAGTCAG ACTCTTTAGATGAGTTGAATATTGGGACCGAGCTAAACTGAAATTTGTTA AACTTGTTAAGAGTCAAAATCATCAAACAATAATTAAACGCAAAGCCTTT TGAGTTGAGTTGAAATTTATCTGGATAAAAGAGATTGTTTATTTTATCTT AGCTTAGTTTTTGGCCTTGACATTGTCACCTGGTGATATCTTTTATTTTT TCTAGATTGCAAGTCTTGGCTAAAGTTTTGTCATCCAAATATCTTCACCG GGAAATCAGGTAAATTGGAATTACTGCGCATTGTTTACGTGAAATTTTTG TCCACATTATAAATGATTTCAGTGAAATATTCAAAGAACTGTATCCATTG TTTCTGCTGTTTTCTTTCAGAGAAAAAGGTGGAGCATACGGCAGCGGAGC GAAGATTGGTGGCGGAATTTTCTCCTTCTTTTCTTACAGGTATATAAACA CTAAGTTTTCATTTCAATTCGATTTGACGGTTATTCTTTAGTATTATTGG TGACTCTTCGGTTAACATATTGCACAAACTGTTCTTTTGCACACGACTGT TGTCTGGAAACTTCATTTTGTTCGCCGAAAGAATCGGAAGCGAACAAATT TCCTGAGTGATTTTATGTTAGTGCTGTTTTCATTATTTGTCAGGCCCTCA ATCCCAGCAGGGGTCGGAAACCTTTTTAAAAACTACTTAACGAATTTATT ATTAAGATTAAATCGTTTAAAGGAATCTTACAAAGCAATAAAATGTTTAG AAAACTACCTCTCCCAATGTAGGTAGTTTTCTTCAGAGCCTACGTAATGA AAATACAAGAGTTATTATTGAAAACCATTTTTATTTGGGTATGATTTAAA ATGGGTTTCAATAGAGAGAGGGAAGAAGTATTAAACAATAGACCTATAAA AGACATCGAGATCAACAGTTTATCGTTAAAAACATTATTACTTATTCAAC TCGCAATCAATCTTGACCTTCTCGATAACAGATATTCTTTCCTTGACATC GGATAGCTAACATTTTGATTAGAAGGAAAAGGATAATTAAGTCAGCTCAC AGACTTGGTCTACTCGTAAACAAGATACATTTACCACAATATGAACACCA ATGCAACATTCAAGATCTAACACAACATCTAATGTAACAATCATTAACAG TTCTTCAACCGAATTCTGTATGTCAGTATTGGACGATATCGCAAATGCTC CAAGGAACCTTCGAAATACTCTAGTTGCAGTCTTTTCAAGTTTGAGTTTG GTATCTTTTATTTTAAACTCCATTGTGATTTGGGCGATCTACAAAACAAG AGTAGGGCGAACTCAATCCACCAAGCTCATTCTCATCGCTTCAATCATCG ATCTAATCAGTTCGTTGCTTAGCAACACCACCATGTCTGTTTACATCTCT CTTAGTGATCGAATTTCTTGTGACGTCAAATTTGGCATGATGCTTTGTGT AATCTTCTTGGTGTTTGCTTTGTTTTTCACCATTGGTGTTATCGCGTTCG ACCGGTTGATGCACGTCCTGTATCTCAACGATTATTCGGTAAAATACAAC ACTAGGCGGTTTCACATCACCTTGATATGCGCACTGGTACTAACCATCAT ACAGACTTATTTATGGGGCTCAGGTGTCAGAGTTTCGAGAGGAATGGGAT CGAGATTAACAGCGCCCATCATCACAATCTCATACTTTTTCATACTCGGC ATTTATTTCTTCTCACTCGCCAAGCTGCATCGAATCTCTCAGGAAAACAT TTCCAATGAGAATAGAAATTTAACAAAAATGGCGGCTCTTTTCATCGTCA TTTATTTTAGCTTGTACTCGCCCGTCGTCATTTTTCAGATGTTTATTTCT CGGGTATTCAACGCATTCGAACCGTGGCATATTAGCGTGTACACTTTTTT CACCTATTTGACACCTGCTGTGAATGGGATCTTCAACGCCATAGCATTTC TCATCAAGAGTCGACCCTGTAGACAATTCATCTCACAACAGGCGCGTGTA TGCCTTCGGAATTTCAGACGTCCAGCAGTCGGCCCTGTACCTCAAAATTA GGGCCTTAAATTATTCGAACGGAGCCAACGAGATGTTTTAGAAGAAAAGT CTTCGAACTTTAGTAATGTTGGAGATAGAAAGGTTATTTCAATAAAATAC ACTTTCTCGTATATTTTAGTTTTTTTATAGAATTTCTTTTCATACAATAC ATTTCTTTAGGAAAGATTGATCAACCACTTTCAAGATTTGTTTTGTATTA AATCAAAGAAAGCTCCTTGAATTTAATTTAAAAACGTTGTGATAATTCCT TGATTTACAATGACTGAATCGCTAACCCTCTGCCAAAACAGCATACTTAA TTTGAATTAAGGAGAGTATTTTATGCGACTTTGTGGAATTAAGGAGAGTA TTTTATGCGACTTTGTGGACCAATGCTTCAGCTCGAATTACAGAAAGATT CGAATTGATAGAGATTCGAATTAGAAAGATAACATGATCTTGAAGGCACT CGCTGTTTATTATTTTTGGAGAAAAGACATTTACCTTTATTGTTCACTTT AGGGACCCGAACAGCGTTCGAACACTGGAGGCATTCGATCATGCAGTTGA ATGGGCGAGTCAAGGCAAATTCAAAGACGAGGACATCGAGGAAGCTAAAT TATCTGTTTTCTCTTCGGTACGTTTTAATCAGTCTACCGTGTCTTGCTTC TTAATCAACACCAACGAAGTGAAAAAACAGTGCCTTAAGGAAACTCAACT CTAGTCATAATTTTGGCAAGGAGCAAAATTTAAAAAAAATTTAAAGTATT TTGGCGATGAGGTAAATTTCTTTAATTTAGGCTAAATTTAATTCTGGCGA ATCGAAGGGTCAAATTTGTTTTTTAGGCAAAAATTATGACTATTTTTGAA AAGTATAAAAAAATTAAATAATACTGGCGACAAAAATACAAATACACCTT TTCGACAGTAGCCGCCTATTGACGCGCGGGCACTTTTTTGTCCGCTTTAT CCCACTTAAACCGTCCCAGTCCTTTTTTCGCACCAATAGACAAAAGAAAA ATGCGTCAAAAAAGGATTGGGACGGTTTTAGTGGGATAAAGTGGACAAAA AAAATACCCACGCGACTATGGTCGAAAAGGTGTATTTTAAGGGGAAAATC CCAAAAATGCACTAACCTAAGCAGATTTTCCCTCGAGAAAAAAATTGAAA AAAATAGGGAATTCAAAAACTCTTTTCTATTGTTGTTACTTTTGTAAAGC TTAAATAATCTGTTTTGCAATTCGCAAAAGAGTATTTAACAATAAAAAGT TGATCACTANAATAATCTGTTTTGCAATTCGCAAAAGAGTATTCAACAAT AAAAAGTTGATCACTAAAACACGAATCCTATGGATTAGGCAAATGGACCT TTTTTGGGCCACCATAAACGTCAATCTTTCACCTCTAACTTGTCAACGAA AATCTAAATTCTTCAACCACGTTTATAGATTGATAGCCCTGTATCTCCTG GCAACAGAGGGATGGCACTTTTCAATAACGGATTGTCCGATGAGTTGCGA CAAACGCATCGCGATCGGTTGTTTGATGCTAGTCGTGATGACTTGGTGGA CGTCTGTCAAAGGTTGGTTGGTTCGACAGTCTCTAATTCGACGTTTTACT ATTCAATACGCTTCGTTATTCGATGAAACTGAAAGTCACCGTACGCTCCA CGAAGGGTTTAAGATTTATCTGGCACCCAGATGCAGAAATTTTCATCCGA CACGCTAAAGCTCTGAAGGTCGGGAAAATTTCAACATCTAGAATATTTAG ATTAAGGAATGTTGCAAGACCGCGTCAAGGATCTGGTAACCCAGTCCTCG TTTTCGGGGATTGACGGGTTCAACCGAATATTTCAGTTTTACGTTTAAGT TGAAGCCGACTGGTGATGCGGCATATTAAAGGCCGACTCCGATCATTTCT CTCAGATGGGAAATTGGCCCGCTATTTTAGAGCTTTAGCGTGGGCGGGCA CCAATCTGCCATCGAAATATCAGTTTTGACTGTTCTCTAATACACCTTTT CGACCGTAGCCGCCAATTGCCGCGCGGGCATTTTTTGTATCCGCTTTATC CCACTAAAACCGTTCCAGTTCTTTTTTCGCACCTACAGACAATAGAAAAA TATGTCAAAAAAGGATTGGATCGAGTTTAGGGGGATAATTAAAAAATTAA GTGGCACACGCCTGACCGCGCGACTACGGTCGAAAAGATGTATTACTTAA GGGCTCTGACCATAGTCCAAAAATTGATTTTGGTATTTTAACATAAAAGT TATATTTCAGGTTCCTTAACTCTTTTAACAAAGAATTGCCTTTATAAATT GCTTTTTAATCGAATCCCTTAATAGTAATTAAGAATTTAATTGCAAAAAT GACGTTATGAACTTTAAAAATATGTTAATAATATGTTGCATCACCCTCTT TTACAAAAAGTGCTTAGTTTTAATGGGTAATTAACTTTTTTGTTCCAAAA TTTCTTTACACTGTCCGCAAAGAATTGAACTATTTTAAATTTTGCGGAAA ATTTTTCTAAAAAGATGTGTCAAAAGTTATGACTGTTTTTTTCAGCAAAA TCCAGATGAAAAATTGATGAAAAACCACTATTTTGAAGATTTAGAGACAA AGAAGCATTTACAAAAATTTTCCGCAAAAAAATTTATTGTTCGGTAAAAG ATACACCATCTACTGCGAAAAATTTTTCAAAATGTTTTTTCTTCGCCAAA ACTAAGCTCTTCAAAGTTGAAATACTCTTCCTCGCAAAAANNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNAAATGTATAACATGCCA TAGTTTTGTTGGTTACATCAGTCAGAAAACACATTTTAAACACGGCAATT ATGAAAAATTCACTATGGTCAGAGCCCTTAAGTGTATTTTCAAAACTTAC TAATACTAGGGTGAGTAAAAAAGTCAGAATATTCACCGTGACATTTTTGG TTAACTGACTGTGGAAAGGTGGCTATCTAATAAACTGACGAACGTGCTAA CCGCACTGGGCTCAACTTTAGTATTTTTTAATCATTCGTTGGCCCAATTG TAAAATTGTCCAATGAAAGTCCAATAAAAAAAGCCTAGTTTTGGCGAAAA CTTGTGACCACGCCGTTAAAAATAAAAGTTTTAAAAAATAAAAAAAACCC ACAGATATTCACTCAAGGAACAAGTGTGCTAAATTTCAGAAAATAAGATT TTTCGTTTTTCACTAATTTCTGCTGACGTCATCAAAATTTCGAATAATTT TTTTTTTNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNACGTAATAATCAGTTTTT GCGGTTTTTCGCGAAAATCAGCGAAAAAACAATTAGGTTACACATCAGGT TAGAAACTACATCATAGTACCCTTCATGTTCAGTCAAGTTTGGTCATTTT CTGTCGACTAATGCGATTTAAAAATTATGGTAATTTTCAGGTTTTGAGAC ATGCCATAACTTACCCGAGTAATTGTAAAAATCGAAGACCGCGTTACTCG TCATGTTATTAGATTTTTTTCAAAATAAATTTTCTCATTTTCTTTTTCTA TAGATACTTGCTCCCTGAAAAGAGCGTTGATTCTTTCGCCATCGTTGGTC CAAAGACTGAATTATCGAACGATTCACACTGGAAAACTGTAGCTAATGTT CAAATTTCATAAAATTTATATTTATTTGTGATACCAATAAAAAATCATTA TATTTCTA

Coding sequence (CDS) from alignment at sc0000091:173568..202625-

>TCONS_00009266 ID=TCONS_00009266|Name=TCONS_00009266|organism=Clytia hemisphaerica|type=CDS|length=2247bp|location=Sequence derived from alignment at sc0000091:173568..202625- (Clytia hemisphaerica)
AGATTTTATACATACGGTAATCTACCGCTAGAAGGCCATTTGGAGAAAAT
CACAGAAGGGGTTTTAAACCATTACCAAAAGATTGACCCTCAAACAGAAA
TTCCGTTAGAACCAAAGTGGACATCACCTAAAGAAGTAACACTCCATTGT
GCTCATGACCAACTCGTCCCAGACCCTCACAAACAATGCATGGTTGCTGT
TAGTTACATGATGGACTATTCTGAAGATCCTTTCGAATCATTTACTCTTG
GTTTAATCTCTGCATTGTTGGTGTCTGGTCCAAATTCACCCTTCTACCAA
GCACTGATTGAATCCAACATCGGCTCCGATTATTCGCCGGTTTTAGGTCT
TGACACGTATACCAAACATCCGACATTTTCAGTCGGTCTTCAAGGACTAG
CTGAGAATGACATTGACAAAGTTGTGGAAATCATACATCAAACATTCCAA
GATGTTTACAGAGATGGTTTTGATGCAGCGAGAATCGAATCTTTATTACA
TTCTATCGAACTTGGTCTAAAGCATCAAAGTAGTAACTTTGGACTGCATC
TCATCATGGGTTTAAACTCATCTTGGAATCAGGACAAAAATCCGCTACGC
TTGCTGGAGTTGAACAAACAAGTCGAGCGGCTTCAGCAAGTTCTTGCAAC
CGATGAATCGTTTCTTCAAAACAAAATCAAGATGTGTTTCCTTGACAACA
CTCACCGCTTGACGTTGACCATGAAACCTCAGGATGGTTTCAACCAGAAA
AAGGATGAGAAAGAAAGTGAACTCCTGCAAAAGAAAATTAAAGAATTGAC
GCCCGCTGATATCGAAAAACTTTTTGAACAAGGTAAAATTTTGGAGAATC
TGCAGAACCAAGACGAAGACATAAGCGTTCTACCAAAGATGACATTATCA
GACATCAAAAAAAATATCATCAAAACTGGAGTTGACCACTCATTTGTAGA
TAATGTTCAGCTGCAGACAAGCGAGCAACCAACCAATGGAGTGACGTATT
TCCGTTCCATAGCAACCACCTCATCCCTACCTTACGTCTTGAAACCTTTC
CTCCCTCTGTTTTGCAATGTTCTCACCAAAATGGGTACGACGAGTCACGG
TTATAAAGATTTAGCACAACAAATTGAGTTGCACACTGGTGGTATCTCTG
CATCACCACACCTTGTGACTGATCATTCGGACATGGAAACTTTCCAACAG
GGTATTTTGTTGTCTTCACACTGCTTACAAAGAAACATCCCTCCAATGTT
CTCGTTGATCGGACAAATTGCAAACCAACCAACACTGAATGATCCTGAGC
GTTTACGAACACTTGTCAATTCGTACGCCAACGACTTGATCATGTCAGTT
CCACAGTCTGGACACATGTATGCTATGGCTGCCGCTGCCAAGAGCTTATC
TCCCGCTGCACAGCAAGCAGAGCTTTTTAGTGGTCTGTCTCAGGTTCAAT
TCATGAAACAAATAGCAGAAAATCTTGATTGTGATGACGTCATTGAGAAT
TTGATCAAGATTGCAATGTACATGTTAAATGCTAATGAAATGAGATGTAG
CATCAATACAACTCAAGAACTGATGCAACCCTCGATCACAAGTTTGCAAG
CAATGTTAAATTCAATGAATATTGTTGGATTTAATGATGACAGGAGCGTG
GAGGATGATGACTTTCTACCGAAAACAAGGCGACTTTTGTACGAAATGGA
CCTTCCTGTACATTATGTGTCACGCTGTGTGAGGACGGTTCCTTACACGC
ACCCTGATACCGCCAAATTGCAAGTCTTGGCTAAAGTTTTGTCATCCAAA
TATCTTCACCGGGAAATCAGAGAAAAAGGTGGAGCATACGGCAGCGGAGC
GAAGATTGGTGGCGGAATTTTCTCCTTCTTTTCTTACAGGGACCCGAACA
GCGTTCGAACACTGGAGGCATTCGATCATGCAGTTGAATGGGCGAGTCAA
GGCAAATTCAAAGACGAGGACATCGAGGAAGCTAAATTATCTGTTTTCTC
TTCGATTGATAGCCCTGTATCTCCTGGCAACAGAGGGATGGCACTTTTCA
ATAACGGATTGTCCGATGAGTTGCGACAAACGCATCGCGATCGGTTGTTT
GATGCTAGTCGTGATGACTTGGTGGACGTCTGTCAAAGATACTTGCTCCC
TGAAAAGAGCGTTGATTCTTTCGCCATCGTTGGTCCAAAGACTGAATTAT
CGAACGATTCACACTGGAAAACTGTAGCTAATGTTCAAATTTCATAA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_005184XLOC_005184Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00009266-proteinTCONS_00009266-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00009266-exon-sc0000091-1575043694:202496..202625TCONS_00009266-exon-sc0000091-1575043694:202496..202625Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:202217..202305TCONS_00009266-exon-sc0000091-1575043694:202217..202305Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:201727..201855TCONS_00009266-exon-sc0000091-1575043694:201727..201855Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:201393..201506TCONS_00009266-exon-sc0000091-1575043694:201393..201506Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:200966..201062TCONS_00009266-exon-sc0000091-1575043694:200966..201062Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:200683..200760TCONS_00009266-exon-sc0000091-1575043694:200683..200760Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:200317..200412TCONS_00009266-exon-sc0000091-1575043694:200317..200412Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:199740..199839TCONS_00009266-exon-sc0000091-1575043694:199740..199839Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:199476..199544TCONS_00009266-exon-sc0000091-1575043694:199476..199544Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:199257..199304TCONS_00009266-exon-sc0000091-1575043694:199257..199304Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:198737..198866TCONS_00009266-exon-sc0000091-1575043694:198737..198866Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:198225..198345TCONS_00009266-exon-sc0000091-1575043694:198225..198345Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:197988..198064TCONS_00009266-exon-sc0000091-1575043694:197988..198064Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:196624..196789TCONS_00009266-exon-sc0000091-1575043694:196624..196789Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:196000..196100TCONS_00009266-exon-sc0000091-1575043694:196000..196100Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:180629..180737TCONS_00009266-exon-sc0000091-1575043694:180629..180737Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:179685..179797TCONS_00009266-exon-sc0000091-1575043694:179685..179797Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:179417..179470TCONS_00009266-exon-sc0000091-1575043694:179417..179470Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:179237..179305TCONS_00009266-exon-sc0000091-1575043694:179237..179305Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:177009..177123TCONS_00009266-exon-sc0000091-1575043694:177009..177123Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:176064..176197TCONS_00009266-exon-sc0000091-1575043694:176064..176197Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1575043694:173568..173722TCONS_00009266-exon-sc0000091-1575043694:173568..173722Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:202496..202625TCONS_00009266-exon-sc0000091-1510915933:202496..202625Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:202217..202305TCONS_00009266-exon-sc0000091-1510915933:202217..202305Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:201727..201855TCONS_00009266-exon-sc0000091-1510915933:201727..201855Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:201393..201506TCONS_00009266-exon-sc0000091-1510915933:201393..201506Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:200966..201062TCONS_00009266-exon-sc0000091-1510915933:200966..201062Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:200683..200760TCONS_00009266-exon-sc0000091-1510915933:200683..200760Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:200317..200412TCONS_00009266-exon-sc0000091-1510915933:200317..200412Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:199740..199839TCONS_00009266-exon-sc0000091-1510915933:199740..199839Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:199476..199544TCONS_00009266-exon-sc0000091-1510915933:199476..199544Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:199257..199304TCONS_00009266-exon-sc0000091-1510915933:199257..199304Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:198737..198866TCONS_00009266-exon-sc0000091-1510915933:198737..198866Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:198225..198345TCONS_00009266-exon-sc0000091-1510915933:198225..198345Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:197988..198064TCONS_00009266-exon-sc0000091-1510915933:197988..198064Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:196624..196789TCONS_00009266-exon-sc0000091-1510915933:196624..196789Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:196000..196100TCONS_00009266-exon-sc0000091-1510915933:196000..196100Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:180629..180737TCONS_00009266-exon-sc0000091-1510915933:180629..180737Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:179685..179797TCONS_00009266-exon-sc0000091-1510915933:179685..179797Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:179417..179470TCONS_00009266-exon-sc0000091-1510915933:179417..179470Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:179237..179305TCONS_00009266-exon-sc0000091-1510915933:179237..179305Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:177009..177123TCONS_00009266-exon-sc0000091-1510915933:177009..177123Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:176064..176197TCONS_00009266-exon-sc0000091-1510915933:176064..176197Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1510915933:173568..173722TCONS_00009266-exon-sc0000091-1510915933:173568..173722Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:202496..202625TCONS_00009266-exon-sc0000091-1491911889:202496..202625Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:202217..202305TCONS_00009266-exon-sc0000091-1491911889:202217..202305Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:201727..201855TCONS_00009266-exon-sc0000091-1491911889:201727..201855Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:201393..201506TCONS_00009266-exon-sc0000091-1491911889:201393..201506Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:200966..201062TCONS_00009266-exon-sc0000091-1491911889:200966..201062Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:200683..200760TCONS_00009266-exon-sc0000091-1491911889:200683..200760Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:200317..200412TCONS_00009266-exon-sc0000091-1491911889:200317..200412Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:199740..199839TCONS_00009266-exon-sc0000091-1491911889:199740..199839Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:199476..199544TCONS_00009266-exon-sc0000091-1491911889:199476..199544Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:199257..199304TCONS_00009266-exon-sc0000091-1491911889:199257..199304Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:198737..198866TCONS_00009266-exon-sc0000091-1491911889:198737..198866Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:198225..198345TCONS_00009266-exon-sc0000091-1491911889:198225..198345Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:197988..198064TCONS_00009266-exon-sc0000091-1491911889:197988..198064Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:196624..196789TCONS_00009266-exon-sc0000091-1491911889:196624..196789Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:196000..196100TCONS_00009266-exon-sc0000091-1491911889:196000..196100Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:180629..180737TCONS_00009266-exon-sc0000091-1491911889:180629..180737Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:179685..179797TCONS_00009266-exon-sc0000091-1491911889:179685..179797Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:179417..179470TCONS_00009266-exon-sc0000091-1491911889:179417..179470Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:179237..179305TCONS_00009266-exon-sc0000091-1491911889:179237..179305Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:177009..177123TCONS_00009266-exon-sc0000091-1491911889:177009..177123Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:176064..176197TCONS_00009266-exon-sc0000091-1491911889:176064..176197Clytia hemisphaericaexon
TCONS_00009266-exon-sc0000091-1491911889:173568..173722TCONS_00009266-exon-sc0000091-1491911889:173568..173722Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000091supercontigsc0000091:173568..202625 -
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
68.8044 58.4762 52.4783 48.6947 19.3308 17.0054 20.5793 22.979 15.9017 16.8325 17.3081 13.4175 14.2363 15.9598 15.0535 22.0857 39.9953 38.1255 9.04404 8.63703 17.2061 18.8738 43.4179 37.8107 23.1906 21.7476 10.317 9.61434 28.1961 27.9621
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR013578Peptidase_M16C_assoc
IPR007863Peptidase_M16_C
IPR011249Metalloenz_LuxS/M16
Vocabulary: Biological Process
TermDefinition
GO:0006508proteolysis
Vocabulary: Molecular Function
TermDefinition
GO:0046872metal ion binding
GO:0003824catalytic activity
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006508 proteolysis
molecular_function GO:0003824 catalytic activity
molecular_function GO:0046872 metal ion binding
Blast
BLAST of TCONS_00009266 vs. Swiss-Prot (Human)
Match: PREP (Presequence protease, mitochondrial OS=Homo sapiens GN=PITRM1 PE=1 SV=3)

HSP 1 Score: 608.986 bits (1569), Expect = 0.000e+0
Identity = 335/771 (43.45%), Postives = 497/771 (64.46%), Query Frame = 2
Query:    2 RFYTYGNLPLEGHLEKITEGVLNHYQKIDPQTEIPLEPKWTSPKEVTLHCAHDQLVPDPHKQCMVAVSYMMDYSEDPFESFTLGLISALLVSGPNSPFYQALIESNIGSDYSPVLGLDTYTKHPTFSVGLQGLAENDIDKVVEIIHQTFQDVYRDGFDAARIESLLHSIELGLKHQSSNFGLHLIMGLNSSWNQDKNPLRLLELNKQVERLQQVLATDESFLQNKIKMCFLDNTHRLTLTMKPQDGFNQKKDEKESELLQKKIKELTPADIEKLFEQGKILENLQNQDEDISVLPKMTLSDIKKNIIKTGVDHSF-VDNVQLQTSEQPTNGVTYFRSIATTSSLPYVLKPFLPLFCNVLTKMGTTSHGYKDLAQQIELHTGGISASPHLVTDHSDMETFQQGILLSSHCLQRNIPPMFSLIGQIANQPTLNDPERLRTLVNSYANDLIMSVPQSGHMYXXXXXXXXXXXXXXXXELFSGLSQVQFMKQIAENLDCDDVIENLIKIAMYMLNANEMRCSINTTQELMQPSITSLQAMLNSM------------NIVGFNDDRSVEDDDFLPK----TRRLLYE-------------MDLPVHYVSRCVRTVPYTHPDTAKLQVLAKVLSSKYLHREIREXXXXXXXXXXXXXXXX-XXXXXRDPNSVRTLEAFDHAVEWASQGKFKDEDIEEAKLSVFSSIDSPVSPGNRGMALFNNGLSDELRQTHRDRLFDASRDDLVDVCQRYLLPEKSVDSFAIVGPKT-ELSNDSHW 2218
            RF+TYGN PLE HL++I E  L+ +QKI+P T +P +  W  P+E  + C  D    DP KQ  ++VS+++    D FE+FTL L+S+LL SGPNSPFY+ALIES +G+D+SP +G + YT+   FSVGLQG+AE DI+ V  +I +T  +V   GF+  RIE+LLH IE+ +KHQS++FGL L   + S WN D +P+ LL+L  Q+ + +Q L  +  FLQ K+K  F +N H+LTL+M+P D +++K+ + E+  L++K++ L+P D ++++E+G  L + Q++ +D S LP + +SDI+  I  T +D      ++ +Q   QPTNG+ YFR+ ++ ++LP  L+P++PLFC+VLTK+G     Y++ AQQIEL TGG+SASPH++ D S M+T++QG+L SS CL RN+P M  L  +I N P   + E  + LV   A +L   +P SGH+YA   A ++L+PA    E FSG+ QV+ MK+IAE  D   ++  L +I  ++LN + MRCS+N T + M  +  +++  L S+            + V      S   D  +P      R+L+ E             M  PV+YV  C+RTVPYT PD A L++LA+++++K+LH EIREKGGAYG GAK+      + +SYRDPN++ TL++F  AV+WA  GKF  +DI+EAKLSVFS++D+PV+P ++GM  F  GLSDE++Q HR++LF  S D L+ V  RYL   KS    AI+GP+  +++ D  W
Sbjct:  264 RFFTYGNFPLEQHLKQIHEEALSKFQKIEPSTVVPAQTPWDKPREFQITCGPDSFATDPSKQTTISVSFLLPDITDTFEAFTLSLLSSLLTSGPNSPFYKALIESGLGTDFSPDVGYNGYTREAYFSVGLQGIAEKDIETVRSLIDRTIDEVVEKGFEDDRIEALLHKIEIQMKHQSTSFGLMLTSYIASCWNHDGDPVELLKLGNQLAKFRQCLQENPKFLQEKVKQYFKNNQHKLTLSMRPDDKYHEKQAQVEATKLKQKVEALSPGDRQQIYEKGLELRSQQSKPQDASCLPALKVSDIEPTIPVTELDVVLTAGDIPVQYCAQPTNGMVYFRAFSSLNTLPEELRPYVPLFCSVLTKLGCGLLDYREQAQQIELKTGGMSASPHVLPDDSHMDTYEQGVLFSSLCLDRNLPDMMQLWSEIFNNPCFEEEEHFKVLVKMTAQELANGIPDSGHLYASIRAGRTLTPAGDLQETFSGMDQVRLMKRIAEMTDIKPILRKLPRIKKHLLNGDNMRCSVNATPQQMPQTEKAVEDFLRSIGRSKKERRPVRPHTVEKPVPSSSGGDAHVPHGSQVIRKLVMEPTFKPWQMKTHFLMPFPVNYVGECIRTVPYTDPDHASLKILARLMTAKFLHTEIREKGGAYGGGAKLSHNGIFTLYSYRDPNTIETLQSFGKAVDWAKSGKFTQQDIDEAKLSVFSTVDAPVAPSDKGMDHFLYGLSDEMKQAHREQLFAVSHDKLLAVSDRYLGTGKSTHGLAILGPENPKIAKDPSW 1034          
The following BLAST results are available for this feature:
BLAST of TCONS_00009266 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
PREP0.000e+043.45Presequence protease, mitochondrial OS=Homo sapien... [more]
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