TCONS_00054630 (transcript) - C. hemisphaerica

Overview
NameTCONS_00054630
Unique NameTCONS_00054630
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length3372

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00054630 ID=TCONS_00054630|Name=TCONS_00054630|organism=Clytia hemisphaerica|type=transcript|length=3372bp
taaaatttgaagcaCCTACCTTCTTGCAATTTGCTATTATCATGTCATGT
GTAAAACTGTTACTTCTAAATTCCTACAAATCAACTGATTTTGAAGTTCA
TCGTAATTGGCTGGCTATCACTTACACCTTACCTGTTTCTGAATGGTATT
TTGAGGAGACTTCAGAATGGACACTTGATTATCCGCCATTTTTCGCATGG
TTTGAGTATGCTTTATCACAAGTTGCAGTATATTTTGATGATCAAATGTT
AGATCTTGACAATCTTGGTTATGACAGTGTAAAAACTGTTCTCTTTCAGA
GGCTATCTGTTATTGCGATGGACCTTGTATTGTTATATTCACTTCACAAA
TTTTATGATCAACTGTTTCAAGGCAAAGACGATGACAACACCAAGATGTT
TTTACTTGTCTCGATATTTGCAAATTCAGGATTGCTTTTAGTTGATCATA
TACATTTTCAATATAATGGCTTCCTATTTTCGTTTCTCCTGCTATCAATA
ACTGACATGTTGCAGGACAAGTTTTTACCAAGTGCCTTTTGGTTCACAGT
GCTACTAAACTTCAAACACATCTTTCTGTACATTGCCCCGTGCTACTTTG
TGTACCTATTGAGGAATTATTGCTTCCGCAGACCTATACAAAAAAGTTGG
TTCACCATATTTGGCGTGGATATTCTTCAATTGAGCATTTTCAATGTATT
GAAACTTGCTTTTGTTGTTATTGGAGTATTCATGATCTCTTTTGGACCTT
TCATATACTTGGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCTGTG
AAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGTTTA
CGCTACAACTGATAAAGTGTTAACGATTGCTGGACCCAAACTCGGACTTC
CAATATCGAAACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCA
CAACAGAATTTCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGGGAT
CGTAACTATTTTATTCATGTTGccAGCGTTACTGAGAGTGTGGTATCGAC
CGTATTCAGTGAAAACGTTCTTACCATGTCTTACACTTTGTGCATACGCC
TCATTCCTATTTGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGT
TATACCGTTAACGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTGTAT
ACATAGTTTTATCAATAACAGGACATTATGCCCTGTTTCCACTCCTTTAT
CAACCCGCAGAAACACCGCTGAAGATTCTAATTTTATTGCTTCCAAAATT
GATCACACTGGCGCTACTAAAAAAAATACACAAgGTAGAGAACGGTTTCT
TTGGACTTCCTTTTGTCACGTGatTTATTATCCAGAGCACGGAATTGTTC
ACAGAGGTATGGCGTAAGATTTAAATTGTTATTCTCCTTGCTACATAcaa
taacaaaacaaaatgAGAGAGTGCGTATCAATCCATATTGGACAAGCCGG
TTGTCAAATCGGTAACGCATGTTGGGAACTATACTGTCTGGAGCACGGTA
TTCTTCCCGATGGTACTCCTAACCCTAACCATGAAAAGGAACAAGGAGAC
TCTGCTGTTTCTTTTTACTCCGAAATGGAAGAAACCGGCCGCCAAGTTCC
GCGAGCTGTTTATGCTGATTTAGAACCCACTGTTTTAGacGAAGTGCGAA
CCGGTGCTTACCGTGAGCTTTTTCATCCGGATCAACTAATTAATGGAAAA
GAAgatgcagcaaacaactttgcACGTGGTCACTACACGATTGGTCGAAC
CCTTATTGACGAGATTATCGACAAAGTTCGAAAACTTACGGACAACTGTT
GTGGTCTTCAAGGTTTCTTGATCTTCCATTCTTTCGGCGGTGGTACCGGA
TCTGGATTGACCGCACGTCTTATGGAACGTCTCTCTGTCGACTACGGCAA
AAAATCTAAACTCCAATTTTCCGTATACCCAGCTCCACAAGTCTCGACAG
CTGTTGTTGAACCTTACAACTCAGTTCTCACCACACATTTTACTTTCGAT
CATTCCGATTGTGCTTTCATGGTTGATAATGAAGCTATCTATGATATCTg
tcgaaaaaatttgaatattgaaCGACCTAACTATACCAATCTGAATCGAT
TAATCTCTCAAGTTGTCTCATCTATCACAGCTTCTCTACGGTTCGAAGGT
GAATTGAATGTTGACTTGAACGAATTCCAAACTAACTTGGTGCCGTATCC
CCGTATCCATTTCCCATTGTCAAGTTTTGCTCCAATCTTGGCCCCTGATA
AAGCACAAAAATCGTCGTTACACGTCGCTGAGATCactcaaaatgttttt
aaacaaGAAAATCAAATGGTAAAATGTGATCCCAAACAAGGAAAATACAT
GTCATGTTGTTTACTTTACCGTGGAGATGTTGGCCCTCAGGATGTCAACA
AGGCTATTGCAGGAGTCAAAGCCAAATCAGATATTCAATTTGTTGATTGG
TGTCCAACTGGATTTAAAGTCGGTATTAACAACCAGACGTTACACGCACA
AGAAGGTAGCGACATGGCACCTGTTAAACGTGCTCTCTGTATGTTGAGCA
ACACCACTGCAATGGCTGCATTGTGGGCACGTTTGGATcataaatttgat
ttgatgTACCGAAAGAGAGCTTTTGTTCATTGGTATGTCGGTGAAGGTAT
GGAAGAAGGTGAATTCAATGAAGCTCGTGAAGATTTGGCTGGCCTTGAGC
GTGATTATGAAGAAGTGGGCGGTGATTCGCCAAACTCTGATGAAGGAGAG
ATGGACGATGAATATTAAACCCCCTGACCGCCCTatttagaaacattttt
tttccacgatcaatcaataaatcactTTGAACCATAACCTTTTGACGTTG
CATTTCTTTTATGGTATAAGTGAAGTTTTTTGATGTGAcaccttttttta
gaaaaaattctgtATAAGTTAGAACCCACCTTCCCTTTCAACACAATAAT
TTTTCATCTCGAATATACTTGACCACCGAGCCACATCAGTCCTAATGAAC
CACAGGGCTATTCCGCACTTTAATCCaagtataaaatttataaacagaat
tttataagaaaaatttttgatacAACTATTTATTATAGCCATATACATGG
ATATTTTATTGTCGTGTATAATTATTATTGTCTTTTCCTCTCACTTTTAA
AGTATTTGTCTGTAAGAAAAACCATTTTAaataactttaaattttttttt
aaattatgtttgTCATTATAGGAAAAACCTTTGGAATTTTTACAACTGTT
CTTATCGGTTTTGTATGTAAATAGTAAACGTAGTTATGGACAagacaaat
taaaaacaaatttcgaaaaata
Run BLAST on NCBI

protein sequence of TCONS_00054630-protein

>TCONS_00054630-protein ID=TCONS_00054630-protein|Name=TCONS_00054630-protein|organism=Clytia hemisphaerica|type=polypeptide|length=456bp
KFEAPTFLQFAIIMSCVKLLLLNSYKSTDFEVHRNWLAITYTLPVSEWYF
EETSEWTLDYPPFFAWFEYALSQVAVYFDDQMLDLDNLGYDSVKTVLFQR
LSVIAMDLVLLYSLHKFYDQLFQGKDDDNTKMFLLVSIFANSGLLLVDHI
HFQYNGFLFSFLLLSITDMLQDKFLPSAFWFTVLLNFKHIFLYIAPCYFV
YLLRNYCFRRPIQKSWFTIFGVDILQLSIFNVLKLAFVVIGVFMISFGPF
IYLEQIPQVVSRLFPVKRGLCHAYWAANFWAVYATTDKVLTIAGPKLGLP
ISKQSDVASMTGGLVAQQNFSVLPNIPAIVTGIVTILFMLPALLRVWYRP
YSVKTFLPCLTLCAYASFLFGYHVHEKAILLVVIPLTLLALLSSKYARVY
IVLSITGHYALFPLLYQPAETPLKILILLLPKLITLALLKKIHKVENGFF
GLPFVT
Run BLAST on NCBI

transcript from alignment at scaffold_243:370935..387916-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00054630 ID=TCONS_00054630|Name=TCONS_00054630|organism=Clytia hemisphaerica|type=transcript|length=16982bp|location=Sequence derived from alignment at scaffold_243:370935..387916- (Clytia hemisphaerica)
TAAAATTTGAAGCACCTACCTTCTTGCAATTTGCTATTATCATGTCATGT GTAAAACTGTTACTTCTAAATTCCTAGTAAGTAACCTTTATATATGCTTA TACTTTTGCATCAGGCTTTGCGGTTTCGAAATGTTTTATATTATATGCTT AGCCTTTTTTGCACAACTTTCGTGTAAGTTTCTTTACTTTTGCTTACCTT TATTTTTCTAAGGGAATGAAGTGTATTCAAAGAGTTATAATGATTTTTTT TTGTTGTTGACTTCTGATTTATAAATTTTCTTCCTGTTTTAGCAAATCAA CTGATTTTGAAGTTCATCGTAATTGGCTGGCTATCACTTACACCTTACCT GTTTCTGAATGGTATTTTGAGGTAATTACAATTTTCTTCAATCACATTCT CAAAAACTATAGCATAATCCCCCAAATAAGTTCTTGCCAACCCAAAATTT ATTATTTTGCAGGAAGTTAATTTTTGGGATGGCGTAAAAATGAATTTATT ACATGCTTTTTTCTAGCTCGTGCTGTTTCAGGGAGTGTCAGACTATTTTT ATAATAAATTCTGGCCAAAAATGTTCTGAAACGGTCCAATTAATTTTTTT TCAATACATTAGCCATATTAAATTCAAGTTGAAATTTCTTCCTTTTAAGT ATAACTATAAGATTTATATTACATTATAATTATTTAGTCAATTAATTTTA TCCAATTGACAATGGTTTCAAAAATTAAAAACTTTCAAGAAATGTATCTT TGGTAAAAGATGTACAACTAAAATAGTACTTTTGTCAAAAAGAAGATTGT AATTGGGCAACAATTGCTGCCTTATAAATTGACTCTAATATTGCCAATTT AATTCGTCACAGGAGACTTCAGAATGGACACTTGATTATCCGCCATTTTT CGCATGGTTTGAGTATGCTTTATCACAAGTTGCAGTATATTTTGATGATC AAATGTTAGATCTTGACAATCTTGGTTATGACAGTGTAAAAACTGTTCTC TTTCAGAGGCTATCTGTTATTGCGATGGACCTTGTATTGTTATATTCACT TCACAAGTAAGTCAAGTTCTCAACATTATTAGCTTCATAACTTCCTATCA TATTATTACTAGACTAGTAAACTAGTCGGTTATTACTTATACTTATAATA AAACTGTCAATCAAATAATGTAAACACTAATTAAATATTCAGCGCGCATG AGAGAAAAGGAAAATAATCGACTAGAAGCTTCTTCCAACGCCTTTTTTTC TTCACCTAAATTCGTACGGAGAGACATACAGATTTCTGTATGTCTGACCC GTGTGGGATTGCATTTATTTTTCTTTCTGTTTATTGCATTTTTGGAAATG CTCATTTATTTATATGTTCCCATGTTTGATGTTACTATGAAATATCATTT AGTCAAAAAAGTTGGATGTAGTCTCAAAAAACTAAAAAAGGTTGTAAAAT TAAACAACGTTTTTTGACGGCAGAAGCTTCTAGTCGTTGAAATTCAGAAA AGACACGCAACCTCACCTCTTCGATTCTTTTTATTTGGAGCTTGAATTTT TTGTATATGGGTCTGTTTTCAACGACTAGTTTACTAGTCTATATTATTAC TGATTGAAACATCAGCCTTCAATTATCTTTTCACTGAAACGATAACTTTA ACTTAATCTGGAATGTTGAAATTTTCTAGATAGATATCAATGAGCCATTT CTGCTTAATAAATTAATTTTGCTACCGTTCGCTTCAATGAAGAATAAAAA AACATTTACCATTCTATGGCTTTTAGTTCTCTACCGTGCCACTAGTAGCC ATAATTTCCTTTTCATATATTTCTTTGATTTCGAAACTGGTCATTTCCTT GATCAACCCACTCAATATGTTGTTCAAGGGAAATTTAAGTGCCAAACTTG AAGTCTACCATCTACCTGTAGATTCTAGATTTTTTGTGTGTGATTATTAG TTTCCCTCTACAATAGATTTTATGATCAACTGTTTCAAGGCAAAGACGAT GACAACACCAAGATGTTTTTACTTGTCTCGATATTTGCAAATTCAGGATT GCTTTTAGTTGATCGTATCCTTTTCAGTAAAAAAACAACCACGATAGGTA CAGATGATATAGCTAGCCTTCTACCAGTCTGGCCTATATCAGATGAAACA TTAGGGGCTCGCATCCTGAAATGGTTTGTATATTGCTTTATTCTAAGAAT GGAATACATCAGAATCAAGTTACAAACCAAAATGATTAGAATGATAAGAA TTTAGACTTTTTTCCATGGCGGTAAAAATGGCCTTTTTTCTCCCACTTGC TCAGCAACCTGAGTAGGTTTTGTTGTTTTTTGGACAAGCATATTGAGTAT ATACTCACAATTTTTGTTTCATCAAGATAAGAATTTAGACTTTTTGATTT GAAATGAATTTATTGATCTTGTGAAATATTAGCTTGATAATATAATTGTT AGTATATGTTTTTGATTTCCTTAATAATCAGTGTAATCATTAGATATACA TTTTCAATATAATGGCTTCCTATTTTCGTTTCTCCTGCTATCAATAACTG ACATGTTGCAGGTTAGACTTATAATTCCTTTTCTGATAAAAATGGGGCAC TCGATTTCTATAAAACAGTGTACGTGCTCCAATTAGTCTTTCAACGGACC CATGCAGCACAGCCCTTAATCTTTAAAGGTTTCTAATATTGAAATTAATT ACCAATGGCATAATTTATAATGTCTTATAACATTTTTTTCCTAAAAAATC AATAAAAGATCAATAAGTATAATCTGTTAGTTAAAAGTTTTTGAATGAAT TAATTGAACAAAATTTTTAACTTTAGATCTTTCTATGTTTGTGTAACTCA AGCACAAAATATTTTCTTATTTCTCCCAGGACAAGTTTTTACCAAGTGCC TTTTGGTTCACAGTGCTACTAAACTTCAAACACATCTTTCTGTACATTGC CCCGTGCTACTTTGTGTACCTATTGAGGAATTATTGCTTCCGCAGACCTA TACAAAAAAGTAAGTATCTTTTACCTATCCAATTTTTCTTTTTAGTAACC TACTGTTTGTAAAAGACTTTACTTTATGCTATAAATATTCAAATAAACTG TTCCTTCTTATGGATCCAGGACCCGGGTATTCCCTCACCTGATATTCCAA TGGTGGATTGGCGGCCACCCGAACCGAAGCTCTAAAGGAGCGGAAAGGAA TGATGGTCGTTTTCGAAGTGCCACATCCCAGCCTTGCGCGTAAACCTAAA AATATTCTGGTTGATCCCGTCAATCCCCGAAAACGAAGGCTGGGTTACCA GGCCTCCCGCTGCAAGATCCTTCACTTCCAGATGTTGAAAATTTTCCCGA CCTTCAGAGTTTTAGCGTGTCGGATGAAATCTCTGCATCTGGGAGCCAGA TAAGGTATACCCAGATGTCAAAAGGCAAAGTTTCTATTTTCCTGCGAATA AAGTGTAGAATTTGATGCCCTATTTGAGTTTCTATCAACGGAATTTTTTA TAGGTTGGTTCACCATATTTGGCGTGGATATTCTTCAATTGAGCATTTTC AATGTATTGAAACTTGCTTTTGTTGTTATTGGAGTATTCATGATCTCTTT TGGACCTTTCATATACTTGGTATGATAATACATTCAAGTTTTTCTTAGCA GACAAGAACATCATACTACTGATACACCCCCTTCTCACAGACCCATTGGG AACCCTTCCCACTGGAAAATTTGTCCAAAGTATCGTCCCCGATGTTAAAT TATCTTCCAATTTTTGTCCCCGCTGATAATAATCAAATAAACCAATCCTC ACTGCAAAATATTATGCTATTTTCCCATCACTTTTTGTCCTCTGTTATGT CCTCCTTTTTGATGGATGGATGTATTCTTTGTACATTTTTCCATAACGTA CTTTTCTCAACTTCAGTTGAACTAAAATCTGAGAATGTTTGTGTGTGTTT GCCTGTGTGTCCGCCAAAAACTTCGAGGCAGCCTAGAGGCTTCAAGAATG GTCGGATTTGGCTGAAATTTGGCACACTTGTTCCTTGGGTGGGGGTGTTT TTCCATTTTTTCCAAATTTTTGTTCATCGGGGCCTGGGTATTAACCTTTT GGTTTGTTTTGCTACAATCGGGCTACTGAGGTTAGCCCAGTGCCTTGGGC ACGTTCGACTATTTTTTATTAAATGGAAAATTTCATCAGATCTATAACAT TTTTAGGCTTTTTCTTTTCTTTCGTGCAGGTAAACTGAACATAATAATCT CTTCTCTTTTTAGGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCTG TGAAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGTT TACGCTACAACTGATAAAGTGTTAACGATTGCTGGTGAGTTGAGATTTAT TCAAATGAGGGTTTTGCATAATTCGTCTTGTTAATTAATAAATGGTAAGC TGGGAGCAAACCGTCAAACATGGCTCTTCAAACATTTGAGCTTTTTATGT TTGATAGTTTGCGCGGACTCTTCAAACATTTTTTTAGCAATGTGACGTCT TCTTTTATAACGTCAGTTTTGGTTTGGAATGGAAAACGTCAATAGAACGA CTTCATATGTTTGAAGAAATTATGAACTTGCACAAACATTGTTTCAAACA TTTTTGGAGATTTTTTTGTTGAAATGATACGAATTTTGACCCCGCAAACC ATCCAACATCGATTTCAAACATGAAACGTCACGATGTTTGAAGAACAATG TTTGACGGTTTGCTCCCAGCTTTACAACAGGCTAGACAGGAAAAACTATC ACCATTTTTAGGATCCTTTCCGATAAGAAAAAAACACTACATTAGTTTCT TAAGAAACTACAACTTCTTGACTTAAGTTGGCTGACCTTTCCTTCACCTT GTTATACTATATCAATATTATTAATTTCACAACTTGGTTGTGGAAAATTT AATTTCCCTAATTCAAGCATTTATTCTTGTCCACCTTTTTGGTAAACTGA TCAACATTTCAATTATTTCACTCATTTATAGGACCCAAACTCGGACTTCC AATATCGAAACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCAC AACAGAATTTCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGGGATC GTAACTATTTTATTCATGTTGGTAAGAAACTTATATTCTTGTCTTTGTCA GCCATATAGACTTCTTGCTATCAATTTGTAGGTTTTTTCGTTTTGAGTGT ATTGCTATTAGATGCAGCTGACTCTCGCTTATTCGAACTCGGACGGGGAA TCTTATTTTGTTCGAATTACAGAGAGATTCTAATTAAAGAAAGTATTTCT CCTCGAATTGAAATTGGAAATTAGTTCAAATAATAGAAATTCGAGTGTTG TATCCGCGAATAATGGCCATTTTCGCGAAATTTAGTCCCTAAATCCCTGG TAAAAGTTAAGATTCAATTATTGTCGAAAACCCCTTAGGGAAATGAAAGT GTCCAAAAGTGGCTGATCGGTGAAATTTATTCATTTAAAAGCTCTTTATA TTTTTCTTCTTCAGCCAGCGTTACTGAGAGTGTGGTATCGACCGTATTCA GTGAAAACGTTCTTACCATGTCTTACACTTTGTGCATACGCCTCATTCCT ATTTGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGTTATACCGT TAACGTAAGTGACAGGTCCTCATTTTATCATTCTATCAATTTTCTTTCAT TTGAAATCTGATTAAGATTATATTTTTATCAGTTCTTTGGCCCCCGAAAC ACAGAAAGTGTTGATTTCAGAGCTTCCATTTAAAATTTATTTTTATAATG CTAAGCAGAAATCTAGTTGTTATTTTTTAGGGATCCTATATATATAATTC TTTAAAAAAATTAAAGGCAGCCTCCATCACATTCTCCTTGCCATCTTTCT TTATAGGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTGTATACATAG TTTTATCAATAACAGGACATTATGCCCTGTTTCCACTCCTTTATCAACCC GCAGGTAATTCTTTTTAGGTGTAAGATCGTGCTTTAGTAAAACCTTCAGT GTAACTCAAGGATGGATTTTACAATCTTTATTTTCGGCCAAAATGTGTTA TTCTTTTATAACTATTGAAAGTGGTTTAAAAAACATTTAAGTTTAGAAAG ACTGCTTCTACTAAAATCTTTTTTTCTGAAATTTCTGATGCTAAGATTTA TAGAATAATTGATTCATTTATGTATTTCATCTTTCAAACATATAGAAACA CCGCTGAAGATTCTAATTTTATTGCTTCCAAAATTGATCACACTGGCGCT ACTAAAAAAAATACACAAGTAAGTGTACATGGGGCTTTATAAAGCTAGAT TTCCCACAAATTTCAATGTCGATATTTATTTCATTCAATAATGCTAAAAA ATATTGTCATTTAAGATATTTGGTTGGGGTTTAGAATATTATTCCACATA GGTTTTATCACTTTAGAGGTCTTGGCTAAGACTTCTAACTGGGTGTGAAT TTCTGTAATTTTTAGATGGATGGAATGTAAACAAAGTGTTACTGAAGATA TAGTAGAAAATCTATCTTTCGTGTCTTTCATGATATTCCATTGTTTTCCT TATCTATATTTTTCGATAATTCAATCCAAATGATCAATCTGTGATGATAC AGCCTTGCCCAGCTATTGCATATTTTATTTTTGCAATTTATTTTTTCCCT TGGTTTTACAGTGAATTGAACCATTCTTGTTTGTATTCTCTTGTGGTCAA TGAACAGTGGATAAAGTCTATCGTCTCTTCCCAATATTCATGATTTTTTC ACTGATTTAAACCTTCCCTTTTTCCGCATTTACGTAGTTGGCTTCCACAA GTTTTGATTCTCTACCCATAATTATCTCGTTGCCATGGTTTCAGTCCTTT TTTTAGAAACGAGGATGCGTCACTTCTTTACTTATAGTTGACCTTTTCGC TTTTATATTATTGACCCTCAAAAAGAATTTGTCTGAAAATCCTTTTGTCT GGAAGATGAGGAAAACCCAATCTTAATTCTCAATAATCCAAATTCAAGCT AAATATTTTGCAGAATTTACCCACTTTTTATCTCTATAACCTTTTACGAA CATATCCATCCATCTTTAGTTCACTCTGTGAGCATTTTATTTCATTGATA AAAGTTCTTCCCTTTCAGCGAGGTATAAAAAGAGGATTTTTTATTCTTCA GAAATCTGCATAATTCGCAAAGAATAAGCGCTTATTTGCTTGTAAAATTC ATTTTCCGTCTCATTACTAACCCACTCGTCTTTAAAATCTTAAAGTCGGG AGTTTTTGGTATCTTGCAGGCTGATTCTCAACTTCAATTGAACTAGATTC AGAGAAAGACTGCCTGTCTGACTATGTATCCCAAAAGTTTTGGCCAGCCT AAACATGGTTGTTCCTTGGAATACCTGGGAATGAGCTGCAGTTTTTATAA GATATTTCCACTAATTGCAGAAGCTACTATGTTACGACCTTCAATCTTTT ATACAATTATTGTGTTCTGATATCTGGACAAATAGTTAGATGTTTGAGTA TTTATCCCTTCTTTTCTTTGTTTTAGGGTAGAGAACGGTTTCTTTGGACT TCCTTTTGTCACGTGGTATGAATCTTTATATTTATACGGACTCGCACCTC TATACCTTTACACAGAGTTCGGACACCAAATATTGGGTTTCCAAGAGATA CTACCCTTTGTTCCTCTAATGATGACGTCATTTTATTGTTCTATCGGAGT CATTTGGAGTTGGTTGTTGTTATATTCTGACTTTTTACTTGAAGTGGAGA AAGAGGAACCGAAAAAGAAGCAAGATGCTTCTTCTAATACGAAGCGTAAA ACTAAAAAGAAAATTCAATAGTTCCGAATAAAACGCACTGTATTTACAAT AAACTCGGAGATATTTGACTTTGTTCTTAGACGTTTTCAAGGCTATTTAT AATTTTTTTTCACTCGAACTTCGCCATATTCACAATTTGCTATCAATTAT CAGAAGGTAGCAATCCATGAAAGACTGCTTTTAACCAGTTTTAACGGAGT TTATCCATCTTATTAATTTTATATCATTCTGATTAAGCTGTAGTTATGTA GGTCGCTTTTCATCGGCCATTATTTATGGAGAATTTTTTATAGAATTTTT AAATGATTCGGTTGCAAATTTTGTATTTTAGGGTCAATTTTTATTGACAT TGATTATAGAAAGATTTTTCAAATTCTTTAACAACAACCTTTTAAAACTC TTTTGATTTTTGGTGAAGTATTGCATTTTCATCATTTTCTTGCGATGTTT TTTCTTTCGTAACTTCTAAACCAAAAGTATCCCATCTATAAACACGTGCT TTGTCCTTCCAATGAATTCATGAATGCTGCTCGGAGAGAATGCTCGAAAC ATCAAGTGGCGTAATCGCTTGTGTTTAGTGGGAAAAACATGAGCTTGCTC CTCAACAGAGTTTATAAGAATTTATAGAGTGATAAACATTGATAGATAGG CTTGCTCTTTTTGGTTTTCACGCATCTATGAATGAATAATTTGGATGGAT TAGAAACAATCAAAGACCTGTCAGTGAGTATGTTAATCAAGGTATTATTT TTCTAACTAATCTCATAANCAAATACGTGCTTTGTCCTTCCAATGAATTC ATGAATGCTGCTCGGAGAGAGTGCTCGAAACATCAAGTGTCGAGTTTGGC GTAATCGCTTGTGTTTAGTGGGAAAACATGAGCTTGCTCCTCAACAGAGT TTATAAGAATTTATAGAGTGATAAACATTGATAGATAGGCTTGCTCTTAT TGGTTTTCACGCATCTATGAATGAATAATTTGGATGGATTAGAAACAATC AAAGACCTGTCAGTGAGTATGTTAATCAAGGTATTATTTTTCTAACTAAT CTCATAATCACTTTAACATTGACAATCTGAGGTTTTTAAATTCGACAAGT TTTTTTTTTTATTTGAACATCCAAAAAATTGAGGCCTTCGAATGTTCTTA ACTTTTTTAGTTTTAAGCCGAGAAATGTTCTTGAAATATTCTTAATTTCA CCATATTGTGAATATTTTTATGCAATTTTCTAAGAAATTGGGTGTTTTAG ATAAATGTTCTTAGTTTGTTCTTAATATTTTTGCCATCGAAGCCTTGTGT TTTTATATGGTTTGTTCTTACTAAAAAACGTTTACTATCCTTATCTTCGT GTGTCTTTGTAACAGAATAAAATGTGAATTTTGTAACATAATAGGTCAAT TTTCTTAGTAATATTTTCTCATTCCCATTTGATTTGAGCACGTGATATAA TGATATAATGACTCTCTCGATTTGTGGGAGATAAGTAATTACTTAATCTT ATTAATATTACATATTACGCATGTTACTTTGAAATATAATATTTTCTTTC AATTTAGATTTATTATCCAGAGCACGGAATTGTTCACAGAGGTATGGCGT AAGGTAAGTTTCTGTATTCTCATTAAAAAAGTTAAGGGTCAAAAAGGGGC ATAAACTTGTTGGGGAAAAAAAGTCGTGAAATAAGCCACTCGGAGAAACG TTAATTCTACTCAATAAATTTCGTCAATTCTCCTTAACAATATTTTTGAA AAGTTGTCTGACTGTTGCAGCTTAAGTATTTTGTTTGATACATGTTTTTT TATAAGAACAAACTATATAAGAACGTAAGGCTTCGTTGGCCAAAATGTTA AGAATAAGTTGAGAACATTTCAAGGCTTTGCGGACTCTAAAACACCCAAT CTCCTAGGAAAATGGACAAAGATATTCACAAAATGGCCAAAATAAGAACA TGTTAAAAACATTTTTAGACTTAAAGCTCAAAAAGTCAAGAACATCCGAA GGCTTCAAAAATTTTGGATGTTCTTATAAAAGAAACGTGTAATGTTTAAT AGTTATNCAAGAACATCCGAAGGCTCCAAAAATTTTGGATGTTCTTATAA AAGAAACGTGTAATGTTTAATAGTTATACGAATCCGTGGGATGGGAGACA AAATGAAATCTTTTGGCGGGCATTTGAAAGTCGGGTGAATTAAAAGGTTC TTTATGAACTTTATCATGTTTAAACGTTTCCAACATCTACACAGATCAGA CTGTTTGAAAGTATGTAAAATTTCATGAAAAAGAAAATCACTGTTGTATT ATGCTGAATATACGTTTTGTTTTCAAAATATGTTTTCAAAAAATAAACTG AAAACTAAACTATTAAAAACTTATACTAAACTAAATAGAATTTTTTTTTT TGATTTGAATATTAGAAGTTTGATGGTTCGGATATTGAAACTACAATTTT ATAACAATAAAGTATACTCTTTATAATTGATTTTTGAGACTTAGCTGCAC TTGGCGTAATCGAGTATTTCCTTGCTCCTGCTATGAATCGAAATTTATGT TAAGCTTTCAGTATCTCTTGCTTTAATTCCATTTTTTCATACTCTTGCCT ATCTCTACTTGATTTTTAGCCACTCCAGGTTAAAAAGTGTTTTTGTGTTC TACCTTGAGGGAACTAATTATAGCGGGAACTAATTTTCACGGTCGAAAAA AAAATCTGAAAAATTTCATTTTGCGGGAATTGATTTTCGCATTTTTGCCT TACTTTGGACACATTTCTTTCATTTTACTAGGGATTTTTCAATTTTTTTG ATGAAAATTGGCCAAATTTGTAATTCGCGGTTTATGCCGAAAAACTGCAA AAAAAGCGAAAATTTGTTCCCTTAAGGTACTTACGTTTCACGCTGTCATT CTTATGAAAATTTTTCTTATAAAAAAGTTCGATTAAGATTTATATCAATT CTTACACTTGCTAATCAAAAGTCTTTCTTTACTTGACAAATTATATGTTG AGATCTTTTTAAGATGAAGACCGGTTATTTTTCATTAGAGGCATCCGATT TTGTGCAACTTGCCGACTGGTGTTATTAATTAATCAATTTGTGGATCACT TATATTTTAATCAAATTATCCATTCTTAATTATTTATTCATTTTATTTGA CTGTGTGTCATTTTTTGAAGACTTTGGCTCGCCATGTTTGCAAACACCAA TTCTTTTCGTCCTATCAATTTTTCATTTGTTTTGAATTGTTTGATTGAGT GTAATCTTGAACTTTGATTGGCTCTCGAAACATTGAATGACTTTCTCAAA GTAGCAATAAAATTGAACTCTGGATGGATTTCATTGGTTATTTAGTGTGA TTTTTCAGAGTACTTTGAGCATTTTTGATAGCGTCTTTCTAAGCACACCG GTTTGAATCAGGTATTCTGGATTCAGATTGAAGAAATTTGATTCATACGA AAAAAAAAGGGAAGAAGATTTCTCTGTTGCTTTTTTATCTCGAGCACACC GTCTCATTTTGCAGGGGAAATCAGAAATCTCAAGACGTTACTGTGACAAA AAGATTTTTTTGCAATTACTTGACCTTGTTTGATTATTTTTTGAATTATT TTTCTCGACAGATTTAAATTGTTATTCTCCTTGCTACATACAATAACAAA ACAAAATGGTAAGTAAATTTGTTATATTTATTTGTTGGTTGAGCCTGCAG GTTCTTACAGGTTCATCTTTGTGTTTTTATACATACCAAATTTTGTTCGC ATCGACCTATCTGGGGGTGGGGATGGGTGAAAATGGTCACCTAATTATTT CAGTTTTAAGAGGAAAGGGATTTATCATTTTCTGGGACGAGTACGATTGA ACAACATTTAGAAATGTTTTTTTCTTGGTTTTAATACGTTTTTATTTCTT GCAAATGAAATTACACCTTGTGGTTTTGAAAAGGGTTCTTTCTGACCCGA CGAAGTTTACTACCTCAGATTATTTCATTTGACCTGAGTGCTCTTGAAAT CGAGTTTATTACAAAACACTTTGAAATGAAAGTCCTATTGGAATTGTTGT TCGAAATTTAAAGTATACAGCTTTTCTGTTCTAAATTTTCTTTTAAACTC TCGGTTTCAGACTATTTATGAAAATAACAAAGGAACTTTTCGTTAAAAGT GAATTGGGCAATGATTTCTGCAAAAAAATTGCGAGCTAAAAAAAATTCTC CAAAAAAAGAAGATCTTGCAAAATCAGCGGCGACCCCTTGTTGTGAACTT TGAAACAAGTAATTCACTGTCATGAATAAATTATGCTGGATTTCTTTTCA ACCAATCATTCTCTAGTCTTTCTATCAGCAAGGCGTTCATTCGTTGATAT ACTAAATTATGCATGTGGTTTACATATGAACCTCCTTATATCATCATTCC GTTTCTAGCTTGAACCGTCATAGCAATAATTTATTCATAAATGGGTCGTC CAGAATAATTAATCAATTTTTTTTTCTGCTCGCAATTTTTGTTCAAGTCT AGAAAATCTCCGGGATAAACACAAAGGAAAATGATAACTTCCTATTACTT CCAAATTTCATTCATTCATCTTTCCACGAATGGTTTTAGGCAAATCGAAA TAATATCACATTCCTAGCGTTTGCCGATGTTATGAACCGTCTATAACAAA CTTTTTGCCATCATGTTTTCTCCCTTTTTCTCTTAGAGAGAGTGCGTATC AATCCATATTGGACAAGCCGGTTGTCAAATCGGTAACGCATGTTGGGAAC TATACTGTCTGGAGCACGGTATTCTTCCCGATGGTACTCCTAACCCTAAC CATGAAAAGGAACAAGGAGACTCTGCTGTTTCTTTTTACTCCGAAATGGA AGAAACCGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNTAAATTTGTATATTTTTGTAA ATTTTGAATATAATAAAATAAAACCAAGAAGAACACAAACATGAAATTTT GTATTTCACGAGTTTCTCAGTTTACAATTCCTAGCATTTGCCGATGTTAT GAACCGTCTATAACTAACTTTTTTGCCATCATGTTTTCTCCCTTTTTCTC ATTTAGAGAGAGTGCGTATCAATCCATATTGGACAAGCCGGTTGTCAAAT CGGTAACGCATGTTGGGAACTATACTGTCTGGAGCACGGTATTCTTCCCG ATGGTACTCCTAACCCTAACCATGAAAAGGAACAAGGAGACTCTGCTGTT TCTTTTTACTCCGAAATGGAAGAAACCGGCCGCCAAGTTCCGCGAGCTGT TTATGCTGATTTAGAACCCACTGTTTTAGGTAAGGTCTTCATTTGTGAGT TTTCTACGGAAACTAATTGTTCGCTTCTTCAATCGGATAAATTTCACACT GATTTAAATTTGCGAGTTACCGATCTCGAGATTTAATTTCGCGAAAATAA AAAGAATTAACAAAGATGCGAATAAGAAATTCACCTTAAATTCAAACATA TATTTCTTATTATGTCTTGGGAAAACGAATGACAAAATTTTCGTCTAATC TCGAAAAAAACGGAACAAATTTTATATCCTCAAAATTTATTTTAGACGAA GTGCGAACCGGTGCTTACCGTGAGCTTTTTCATCCGGATCAACTAATTAA TGGAAAAGAAGATGCAGCAAACAACTTTGCACGTGGTCACTACACGATTG GTCGAACCCTTATTGACGAGATTATCGACAAAGTTCGAAAACTTGTAAGT GTGGTCATGTCTTGCTCTTTTGTGTAAAAGATTTATTGATTTTATAAATT TCACCCATCGAGATTTTAAGAACTGATTTGGAACACCAAATAGGAGATAT CCTCGAACTAATGCTCTTATAATGACGTTATATATTTAATTCCCTGCAAG AATCCTTTAACACATTTGCTGCCGCCTGCAAGTAAACTCGTGGAGGAGTC AAAATACCGCTTGTATTTCAAAGGGCTATAATTTTTCATTAAGAAATTTT TGCTTCTGCCGCTTTTTATTGCATTTTGAAATCTACGTTAAATTCTGCGT CGATTGGTATAATATGCAACTGTTACTTCCAAAGGAGTCTCAAACTTTCG TATTCTTTAAATTCTATTTTCGTTTCTTTTGTGTTTCAGACGGACAACTG TTGTGGTCTTCAAGGTTTCTTGATCTTCCATTCTTTCGGCGGTGGTACCG GATCTGGATTGACCGCACGTCTTATGGAACGTCTCTCTGTCGACTACGGC AAAAAATCTAAACTCCAATTTTCCGTATACCCAGCTCCACAAGTCTCGAC AGCTGTTGTTGAACCTTACAACTCAGTTCTCACCACACATTTTACTTTCG ATCATTCCGATTGTGCTTTCATGGTTGATAATGAAGCTATCTATGATATC TGTCGAAAAAATTTGAATATTGAACGACCTAACTATACCAATCTGAATCG ATTAATCTCTCAAGTTGTCTCATCTATCACAGCTTCTCTACGGTTCGAAG GTAAGTCAGAAACATTACATGCTATGATGCCTTTACATCTCTGACGAAAT GATGTGGATTTTGTAGATATTTTGCCTAATTATTTGATTTTGTTTTTGTG TATAAGAAAACAATTGTTTGTATAAACTGATACATAAATAGTTTAATACT GTATAGAAAGATGTAACTCCTATTGTCTTTAACTTTTAGGTGAATTGAAT GTTGACTTGAACGAATTCCAAACTAACTTGGTGCCGTATCCCCGTATCCA TTTCCCATTGTCAAGTTTTGCTCCAATCTTGGCCCCTGATAAAGCACAAA AATCGTCGTTACACGTCGCTGAGATCACTCAAAATGTTTTTAAACAAGAA AATCAAATGGTAAAATGTGATCCCAAACAAGGAAAATACATGTCATGTTG TTTACTTTACCGTGGAGATGTTGGCCCTCAGGATGTCAACAAGGCTATTG CAGGAGTCAAAGCCAAATCAGATATTCAATTTGTTGATTGGTGTCCAACT GGATTTAAAGTCGGTATTAACAACCAGACGTTACACGCACAAGAAGGTAG CGACATGGCACCTGTTAAACGTGCTCTCTGTATGTTGAGCAACACCACTG CAATGGCTGCATTGTGGGCACGTTTGGATCATAAATTTGATTTGATGTAC CGAAAGAGAGCTTTTGTTCATTGGTAAGCTATTTTGTCATCGTATTTTTT TATTTTGCTAACTTGCAGCTCGAACTATAAACTTACTACTTTAGGCAACA TGCTTTAACGTTTTAAGTAATTTTGTAGCGCTCCAGCAACTTTTATCTCA TTGATTCAAGTCAGATACAAGTATTTATTGCCTGCTTAAGGGCAATTGGT TAATGTATTCGCTTTTAGCTTTAGATAGCTTGTGATTCATTTTACTATCT TCAGGCTAAGAGATTGTAGCAACTTCAGTTCTGTATTTCAAAAGAAAATC ATTAACTCATTTAAAGTAAACTTTCTCATCTGTCGTTTACAGGTATGTCG GTGAAGGTATGGAAGAAGGTGAATTCAATGAAGCTCGTGAAGATTTGGCT GGCCTTGAGCGTGATTATGAAGAAGTGGGCGGTGATTCGCCAAACTCTGA TGAAGGAGAGATGGACGATGAATATTAAACCCCCTGACCGCCCTATTTAG AAACATTTTTTTTCCACGATCAATCAATAAATCACTTTGAACCATAACCT TTTGACGTTGCATTTCTTTTATGGTATAAGTGAAGTTTTTTGATGTGACA CCTTTTTTTAGAAAAAATTCTGTATAAGTTAGAACCCACCTTCCCTTTCA ACACAATAATTTTTCATCTCGAATATACTTGACCACCGAGCCACATCAGT CCTAATGAACCACAGGGCTATTCCGCACTTTAATCCAAGTATAAAATTTA TAAACAGAATTTTATAAGAAAAATTTTTGATACAACTATTTATTATAGCC ATATACATGGATATTTTATTGTCGTGTATAATTATTATTGTCTTTTCCTC TCACTTTTAAAGTATTTGTCTGTAAGAAAAACCATTTTAAATAACTTTAA ATTTTTTTTTAAATTATGTTTGTCATTATAGGAAAAACCTTTGGAATTTT TACAACTGTTCTTATCGGTTTTGTATGTAAATAGTAAACGTAGTTATGGA CAAGACAAATTAAAAACAAATTTCGAAAAATA

Coding sequence (CDS) from alignment at scaffold_243:370935..387916-

>TCONS_00054630 ID=TCONS_00054630|Name=TCONS_00054630|organism=Clytia hemisphaerica|type=CDS|length=19194bp|location=Sequence derived from alignment at scaffold_243:370935..387916- (Clytia hemisphaerica)
AGGTAGAGAACGGTTTCTTTGGACTTCCTTTTGTCACGTGAAACACCGCT
GAAGATTCTAATTTTATTGCTTCCAAAATTGATCACACTGGCGCTACTAA
AAAAAATACACAAGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTGTA
TACATAGTTTTATCAATAACAGGACATTATGCCCTGTTTCCACTCCTTTA
TCAACCCGCAGCCAGCGTTACTGAGAGTGTGGTATCGACCGTATTCAGTG
AAAACGTTCTTACCATGTCTTACACTTTGTGCATACGCCTCATTCCTATT
TGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGTTATACCGTTAA
CGACCCAAACTCGGACTTCCAATATCGAAACAAAGTGATGTTGCTTCTAT
GACAGGGGGTCTAGTAGCACAACAGAATTTCTCTGTTCTACCAAACATCC
CTGCAATTGTAACTGGGATCGTAACTATTTTATTCATGTTGGAACAAATC
CCTCAAGTTGTGTCACGTTTATTCCCTGTGAAAAGAGGCTTGTGTCATGC
GTATTGGGCGGCAAACTTTTGGGCGGTTTACGCTACAACTGATAAAGTGT
TAACGATTGCTGGTTGGTTCACCATATTTGGCGTGGATATTCTTCAATTG
AGCATTTTCAATGTATTGAAACTTGCTTTTGTTGTTATTGGAGTATTCAT
GATCTCTTTTGGACCTTTCATATACTTGGACAAGTTTTTACCAAGTGCCT
TTTGGTTCACAGTGCTACTAAACTTCAAACACATCTTTCTGTACATTGCC
CCGTGCTACTTTGTGTACCTATTGAGGAATTATTGCTTCCGCAGACCTAT
ACAAAAAAATATACATTTTCAATATAATGGCTTCCTATTTTCGTTTCTCC
TGCTATCAATAACTGACATGTTGCAGATTTTATGATCAACTGTTTCAAGG
CAAAGACGATGACAACACCAAGATGTTTTTACTTGTCTCGATATTTGCAA
ATTCAGGATTGCTTTTAGTTGATCGAGACTTCAGAATGGACACTTGATTA
TCCGCCATTTTTCGCATGGTTTGAGTATGCTTTATCACAAGTTGCAGTAT
ATTTTGATGATCAAATGTTAGATCTTGACAATCTTGGTTATGACAGTGTA
AAAACTGTTCTCTTTCAGAGGCTATCTGTTATTGCGATGGACCTTGTATT
GTTATATTCACTTCACAACAAATCAACTGATTTTGAAGTTCATCGTAATT
GGCTGGCTATCACTTACACCTTACCTGTTTCTGAATGGTATTTTGAGAAA
TTTGAAGCACCTACCTTCTTGCAATTTGCTATTATCATGTCATGTGTAAA
ACTGTTACTTCTAAATTCCTAAGGTAGAGAACGGTTTCTTTGGACTTCCT
TTTGTCACGTGAAACACCGCTGAAGATTCTAATTTTATTGCTTCCAAAAT
TGATCACACTGGCGCTACTAAAAAAAATACACAAGTTGCTGGCTTTGTTA
TCGTCCAAATACGCACGTGTATACATAGTTTTATCAATAACAGGACATTA
TGCCCTGTTTCCACTCCTTTATCAACCCGCAGCCAGCGTTACTGAGAGTG
TGGTATCGACCGTATTCAGTGAAAACGTTCTTACCATGTCTTACACTTTG
TGCATACGCCTCATTCCTATTTGGTTATCACGTTCATGAGAAAGCTATTC
TGCTGGTTGTTATACCGTTAACGACCCAAACTCGGACTTCCAATATCGAA
ACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCACAACAGAATT
TCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGGGATCGTAACTATT
TTATTCATGTTGGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCTGT
GAAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGTTT
ACGCTACAACTGATAAAGTGTTAACGATTGCTGGTTGGTTCACCATATTT
GGCGTGGATATTCTTCAATTGAGCATTTTCAATGTATTGAAACTTGCTTT
TGTTGTTATTGGAGTATTCATGATCTCTTTTGGACCTTTCATATACTTGG
ACAAGTTTTTACCAAGTGCCTTTTGGTTCACAGTGCTACTAAACTTCAAA
CACATCTTTCTGTACATTGCCCCGTGCTACTTTGTGTACCTATTGAGGAA
TTATTGCTTCCGCAGACCTATACAAAAAAATATACATTTTCAATATAATG
GCTTCCTATTTTCGTTTCTCCTGCTATCAATAACTGACATGTTGCAGATT
TTATGATCAACTGTTTCAAGGCAAAGACGATGACAACACCAAGATGTTTT
TACTTGTCTCGATATTTGCAAATTCAGGATTGCTTTTAGTTGATCGAGAC
TTCAGAATGGACACTTGATTATCCGCCATTTTTCGCATGGTTTGAGTATG
CTTTATCACAAGTTGCAGTATATTTTGATGATCAAATGTTAGATCTTGAC
AATCTTGGTTATGACAGTGTAAAAACTGTTCTCTTTCAGAGGCTATCTGT
TATTGCGATGGACCTTGTATTGTTATATTCACTTCACAACAAATCAACTG
ATTTTGAAGTTCATCGTAATTGGCTGGCTATCACTTACACCTTACCTGTT
TCTGAATGGTATTTTGAGAAATTTGAAGCACCTACCTTCTTGCAATTTGC
TATTATCATGTCATGTGTAAAACTGTTACTTCTAAATTCCTAAGGTAGAG
AACGGTTTCTTTGGACTTCCTTTTGTCACGTGAAACACCGCTGAAGATTC
TAATTTTATTGCTTCCAAAATTGATCACACTGGCGCTACTAAAAAAAATA
CACAAGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTGTATACATAGT
TTTATCAATAACAGGACATTATGCCCTGTTTCCACTCCTTTATCAACCCG
CAGCCAGCGTTACTGAGAGTGTGGTATCGACCGTATTCAGTGAAAACGTT
CTTACCATGTCTTACACTTTGTGCATACGCCTCATTCCTATTTGGTTATC
ACGTTCATGAGAAAGCTATTCTGCTGGTTGTTATACCGTTAACGACCCAA
ACTCGGACTTCCAATATCGAAACAAAGTGATGTTGCTTCTATGACAGGGG
GTCTAGTAGCACAACAGAATTTCTCTGTTCTACCAAACATCCCTGCAATT
GTAACTGGGATCGTAACTATTTTATTCATGTTGGAACAAATCCCTCAAGT
TGTGTCACGTTTATTCCCTGTGAAAAGAGGCTTGTGTCATGCGTATTGGG
CGGCAAACTTTTGGGCGGTTTACGCTACAACTGATAAAGTGTTAACGATT
GCTGGTTGGTTCACCATATTTGGCGTGGATATTCTTCAATTGAGCATTTT
CAATGTATTGAAACTTGCTTTTGTTGTTATTGGAGTATTCATGATCTCTT
TTGGACCTTTCATATACTTGGACAAGTTTTTACCAAGTGCCTTTTGGTTC
ACAGTGCTACTAAACTTCAAACACATCTTTCTGTACATTGCCCCGTGCTA
CTTTGTGTACCTATTGAGGAATTATTGCTTCCGCAGACCTATACAAAAAA
ATATACATTTTCAATATAATGGCTTCCTATTTTCGTTTCTCCTGCTATCA
ATAACTGACATGTTGCAGATTTTATGATCAACTGTTTCAAGGCAAAGACG
ATGACAACACCAAGATGTTTTTACTTGTCTCGATATTTGCAAATTCAGGA
TTGCTTTTAGTTGATCGAGACTTCAGAATGGACACTTGATTATCCGCCAT
TTTTCGCATGGTTTGAGTATGCTTTATCACAAGTTGCAGTATATTTTGAT
GATCAAATGTTAGATCTTGACAATCTTGGTTATGACAGTGTAAAAACTGT
TCTCTTTCAGAGGCTATCTGTTATTGCGATGGACCTTGTATTGTTATATT
CACTTCACAACAAATCAACTGATTTTGAAGTTCATCGTAATTGGCTGGCT
ATCACTTACACCTTACCTGTTTCTGAATGGTATTTTGAGAAATTTGAAGC
ACCTACCTTCTTGCAATTTGCTATTATCATGTCATGTGTAAAACTGTTAC
TTCTAAATTCCTAAGGTAGAGAACGGTTTCTTTGGACTTCCTTTTGTCAC
GTGAAACACCGCTGAAGATTCTAATTTTATTGCTTCCAAAATTGATCACA
CTGGCGCTACTAAAAAAAATACACAAGTTGCTGGCTTTGTTATCGTCCAA
ATACGCACGTGTATACATAGTTTTATCAATAACAGGACATTATGCCCTGT
TTCCACTCCTTTATCAACCCGCAGCCAGCGTTACTGAGAGTGTGGTATCG
ACCGTATTCAGTGAAAACGTTCTTACCATGTCTTACACTTTGTGCATACG
CCTCATTCCTATTTGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTT
GTTATACCGTTAACGACCCAAACTCGGACTTCCAATATCGAAACAAAGTG
ATGTTGCTTCTATGACAGGGGGTCTAGTAGCACAACAGAATTTCTCTGTT
CTACCAAACATCCCTGCAATTGTAACTGGGATCGTAACTATTTTATTCAT
GTTGGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCTGTGAAAAGAG
GCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGTTTACGCTACA
ACTGATAAAGTGTTAACGATTGCTGGTTGGTTCACCATATTTGGCGTGGA
TATTCTTCAATTGAGCATTTTCAATGTATTGAAACTTGCTTTTGTTGTTA
TTGGAGTATTCATGATCTCTTTTGGACCTTTCATATACTTGGACAAGTTT
TTACCAAGTGCCTTTTGGTTCACAGTGCTACTAAACTTCAAACACATCTT
TCTGTACATTGCCCCGTGCTACTTTGTGTACCTATTGAGGAATTATTGCT
TCCGCAGACCTATACAAAAAAATATACATTTTCAATATAATGGCTTCCTA
TTTTCGTTTCTCCTGCTATCAATAACTGACATGTTGCAGATTTTATGATC
AACTGTTTCAAGGCAAAGACGATGACAACACCAAGATGTTTTTACTTGTC
TCGATATTTGCAAATTCAGGATTGCTTTTAGTTGATCGAGACTTCAGAAT
GGACACTTGATTATCCGCCATTTTTCGCATGGTTTGAGTATGCTTTATCA
CAAGTTGCAGTATATTTTGATGATCAAATGTTAGATCTTGACAATCTTGG
TTATGACAGTGTAAAAACTGTTCTCTTTCAGAGGCTATCTGTTATTGCGA
TGGACCTTGTATTGTTATATTCACTTCACAACAAATCAACTGATTTTGAA
GTTCATCGTAATTGGCTGGCTATCACTTACACCTTACCTGTTTCTGAATG
GTATTTTGAGAAATTTGAAGCACCTACCTTCTTGCAATTTGCTATTATCA
TGTCATGTGTAAAACTGTTACTTCTAAATTCCTAAGGTAGAGAACGGTTT
CTTTGGACTTCCTTTTGTCACGTGAAACACCGCTGAAGATTCTAATTTTA
TTGCTTCCAAAATTGATCACACTGGCGCTACTAAAAAAAATACACAAGTT
GCTGGCTTTGTTATCGTCCAAATACGCACGTGTATACATAGTTTTATCAA
TAACAGGACATTATGCCCTGTTTCCACTCCTTTATCAACCCGCAGCCAGC
GTTACTGAGAGTGTGGTATCGACCGTATTCAGTGAAAACGTTCTTACCAT
GTCTTACACTTTGTGCATACGCCTCATTCCTATTTGGTTATCACGTTCAT
GAGAAAGCTATTCTGCTGGTTGTTATACCGTTAACGACCCAAACTCGGAC
TTCCAATATCGAAACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTA
GCACAACAGAATTTCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGG
GATCGTAACTATTTTATTCATGTTGGAACAAATCCCTCAAGTTGTGTCAC
GTTTATTCCCTGTGAAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAAC
TTTTGGGCGGTTTACGCTACAACTGATAAAGTGTTAACGATTGCTGGTTG
GTTCACCATATTTGGCGTGGATATTCTTCAATTGAGCATTTTCAATGTAT
TGAAACTTGCTTTTGTTGTTATTGGAGTATTCATGATCTCTTTTGGACCT
TTCATATACTTGGACAAGTTTTTACCAAGTGCCTTTTGGTTCACAGTGCT
ACTAAACTTCAAACACATCTTTCTGTACATTGCCCCGTGCTACTTTGTGT
ACCTATTGAGGAATTATTGCTTCCGCAGACCTATACAAAAAAATATACAT
TTTCAATATAATGGCTTCCTATTTTCGTTTCTCCTGCTATCAATAACTGA
CATGTTGCAGATTTTATGATCAACTGTTTCAAGGCAAAGACGATGACAAC
ACCAAGATGTTTTTACTTGTCTCGATATTTGCAAATTCAGGATTGCTTTT
AGTTGATCGAGACTTCAGAATGGACACTTGATTATCCGCCATTTTTCGCA
TGGTTTGAGTATGCTTTATCACAAGTTGCAGTATATTTTGATGATCAAAT
GTTAGATCTTGACAATCTTGGTTATGACAGTGTAAAAACTGTTCTCTTTC
AGAGGCTATCTGTTATTGCGATGGACCTTGTATTGTTATATTCACTTCAC
AACAAATCAACTGATTTTGAAGTTCATCGTAATTGGCTGGCTATCACTTA
CACCTTACCTGTTTCTGAATGGTATTTTGAGAAATTTGAAGCACCTACCT
TCTTGCAATTTGCTATTATCATGTCATGTGTAAAACTGTTACTTCTAAAT
TCCTAAGGTAGAGAACGGTTTCTTTGGACTTCCTTTTGTCACGTGAAACA
CCGCTGAAGATTCTAATTTTATTGCTTCCAAAATTGATCACACTGGCGCT
ACTAAAAAAAATACACAAGTTGCTGGCTTTGTTATCGTCCAAATACGCAC
GTGTATACATAGTTTTATCAATAACAGGACATTATGCCCTGTTTCCACTC
CTTTATCAACCCGCAGCCAGCGTTACTGAGAGTGTGGTATCGACCGTATT
CAGTGAAAACGTTCTTACCATGTCTTACACTTTGTGCATACGCCTCATTC
CTATTTGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGTTATACC
GTTAACGACCCAAACTCGGACTTCCAATATCGAAACAAAGTGATGTTGCT
TCTATGACAGGGGGTCTAGTAGCACAACAGAATTTCTCTGTTCTACCAAA
CATCCCTGCAATTGTAACTGGGATCGTAACTATTTTATTCATGTTGGAAC
AAATCCCTCAAGTTGTGTCACGTTTATTCCCTGTGAAAAGAGGCTTGTGT
CATGCGTATTGGGCGGCAAACTTTTGGGCGGTTTACGCTACAACTGATAA
AGTGTTAACGATTGCTGGTTGGTTCACCATATTTGGCGTGGATATTCTTC
AATTGAGCATTTTCAATGTATTGAAACTTGCTTTTGTTGTTATTGGAGTA
TTCATGATCTCTTTTGGACCTTTCATATACTTGGACAAGTTTTTACCAAG
TGCCTTTTGGTTCACAGTGCTACTAAACTTCAAACACATCTTTCTGTACA
TTGCCCCGTGCTACTTTGTGTACCTATTGAGGAATTATTGCTTCCGCAGA
CCTATACAAAAAAATATACATTTTCAATATAATGGCTTCCTATTTTCGTT
TCTCCTGCTATCAATAACTGACATGTTGCAGATTTTATGATCAACTGTTT
CAAGGCAAAGACGATGACAACACCAAGATGTTTTTACTTGTCTCGATATT
TGCAAATTCAGGATTGCTTTTAGTTGATCGAGACTTCAGAATGGACACTT
GATTATCCGCCATTTTTCGCATGGTTTGAGTATGCTTTATCACAAGTTGC
AGTATATTTTGATGATCAAATGTTAGATCTTGACAATCTTGGTTATGACA
GTGTAAAAACTGTTCTCTTTCAGAGGCTATCTGTTATTGCGATGGACCTT
GTATTGTTATATTCACTTCACAACAAATCAACTGATTTTGAAGTTCATCG
TAATTGGCTGGCTATCACTTACACCTTACCTGTTTCTGAATGGTATTTTG
AGAAATTTGAAGCACCTACCTTCTTGCAATTTGCTATTATCATGTCATGT
GTAAAACTGTTACTTCTAAATTCCTAAGGTAGAGAACGGTTTCTTTGGAC
TTCCTTTTGTCACGTGAAACACCGCTGAAGATTCTAATTTTATTGCTTCC
AAAATTGATCACACTGGCGCTACTAAAAAAAATACACAAGTTGCTGGCTT
TGTTATCGTCCAAATACGCACGTGTATACATAGTTTTATCAATAACAGGA
CATTATGCCCTGTTTCCACTCCTTTATCAACCCGCAGCCAGCGTTACTGA
GAGTGTGGTATCGACCGTATTCAGTGAAAACGTTCTTACCATGTCTTACA
CTTTGTGCATACGCCTCATTCCTATTTGGTTATCACGTTCATGAGAAAGC
TATTCTGCTGGTTGTTATACCGTTAACGACCCAAACTCGGACTTCCAATA
TCGAAACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCACAACA
GAATTTCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGGGATCGTAA
CTATTTTATTCATGTTGGAACAAATCCCTCAAGTTGTGTCACGTTTATTC
CCTGTGAAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGC
GGTTTACGCTACAACTGATAAAGTGTTAACGATTGCTGGTTGGTTCACCA
TATTTGGCGTGGATATTCTTCAATTGAGCATTTTCAATGTATTGAAACTT
GCTTTTGTTGTTATTGGAGTATTCATGATCTCTTTTGGACCTTTCATATA
CTTGGACAAGTTTTTACCAAGTGCCTTTTGGTTCACAGTGCTACTAAACT
TCAAACACATCTTTCTGTACATTGCCCCGTGCTACTTTGTGTACCTATTG
AGGAATTATTGCTTCCGCAGACCTATACAAAAAAATATACATTTTCAATA
TAATGGCTTCCTATTTTCGTTTCTCCTGCTATCAATAACTGACATGTTGC
AGATTTTATGATCAACTGTTTCAAGGCAAAGACGATGACAACACCAAGAT
GTTTTTACTTGTCTCGATATTTGCAAATTCAGGATTGCTTTTAGTTGATC
GAGACTTCAGAATGGACACTTGATTATCCGCCATTTTTCGCATGGTTTGA
GTATGCTTTATCACAAGTTGCAGTATATTTTGATGATCAAATGTTAGATC
TTGACAATCTTGGTTATGACAGTGTAAAAACTGTTCTCTTTCAGAGGCTA
TCTGTTATTGCGATGGACCTTGTATTGTTATATTCACTTCACAACAAATC
AACTGATTTTGAAGTTCATCGTAATTGGCTGGCTATCACTTACACCTTAC
CTGTTTCTGAATGGTATTTTGAGAAATTTGAAGCACCTACCTTCTTGCAA
TTTGCTATTATCATGTCATGTGTAAAACTGTTACTTCTAAATTCCTAAGG
TAGAGAACGGTTTCTTTGGACTTCCTTTTGTCACGTGAAACACCGCTGAA
GATTCTAATTTTATTGCTTCCAAAATTGATCACACTGGCGCTACTAAAAA
AAATACACAAGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTGTATAC
ATAGTTTTATCAATAACAGGACATTATGCCCTGTTTCCACTCCTTTATCA
ACCCGCAGCCAGCGTTACTGAGAGTGTGGTATCGACCGTATTCAGTGAAA
ACGTTCTTACCATGTCTTACACTTTGTGCATACGCCTCATTCCTATTTGG
TTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGTTATACCGTTAACGA
CCCAAACTCGGACTTCCAATATCGAAACAAAGTGATGTTGCTTCTATGAC
AGGGGGTCTAGTAGCACAACAGAATTTCTCTGTTCTACCAAACATCCCTG
CAATTGTAACTGGGATCGTAACTATTTTATTCATGTTGGAACAAATCCCT
CAAGTTGTGTCACGTTTATTCCCTGTGAAAAGAGGCTTGTGTCATGCGTA
TTGGGCGGCAAACTTTTGGGCGGTTTACGCTACAACTGATAAAGTGTTAA
CGATTGCTGGTTGGTTCACCATATTTGGCGTGGATATTCTTCAATTGAGC
ATTTTCAATGTATTGAAACTTGCTTTTGTTGTTATTGGAGTATTCATGAT
CTCTTTTGGACCTTTCATATACTTGGACAAGTTTTTACCAAGTGCCTTTT
GGTTCACAGTGCTACTAAACTTCAAACACATCTTTCTGTACATTGCCCCG
TGCTACTTTGTGTACCTATTGAGGAATTATTGCTTCCGCAGACCTATACA
AAAAAATATACATTTTCAATATAATGGCTTCCTATTTTCGTTTCTCCTGC
TATCAATAACTGACATGTTGCAGATTTTATGATCAACTGTTTCAAGGCAA
AGACGATGACAACACCAAGATGTTTTTACTTGTCTCGATATTTGCAAATT
CAGGATTGCTTTTAGTTGATCGAGACTTCAGAATGGACACTTGATTATCC
GCCATTTTTCGCATGGTTTGAGTATGCTTTATCACAAGTTGCAGTATATT
TTGATGATCAAATGTTAGATCTTGACAATCTTGGTTATGACAGTGTAAAA
ACTGTTCTCTTTCAGAGGCTATCTGTTATTGCGATGGACCTTGTATTGTT
ATATTCACTTCACAACAAATCAACTGATTTTGAAGTTCATCGTAATTGGC
TGGCTATCACTTACACCTTACCTGTTTCTGAATGGTATTTTGAGAAATTT
GAAGCACCTACCTTCTTGCAATTTGCTATTATCATGTCATGTGTAAAACT
GTTACTTCTAAATTCCTAAGGTAGAGAACGGTTTCTTTGGACTTCCTTTT
GTCACGTGAAACACCGCTGAAGATTCTAATTTTATTGCTTCCAAAATTGA
TCACACTGGCGCTACTAAAAAAAATACACAAGTTGCTGGCTTTGTTATCG
TCCAAATACGCACGTGTATACATAGTTTTATCAATAACAGGACATTATGC
CCTGTTTCCACTCCTTTATCAACCCGCAGCCAGCGTTACTGAGAGTGTGG
TATCGACCGTATTCAGTGAAAACGTTCTTACCATGTCTTACACTTTGTGC
ATACGCCTCATTCCTATTTGGTTATCACGTTCATGAGAAAGCTATTCTGC
TGGTTGTTATACCGTTAACGACCCAAACTCGGACTTCCAATATCGAAACA
AAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCACAACAGAATTTCT
CTGTTCTACCAAACATCCCTGCAATTGTAACTGGGATCGTAACTATTTTA
TTCATGTTGGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCTGTGAA
AAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGTTTACG
CTACAACTGATAAAGTGTTAACGATTGCTGGTTGGTTCACCATATTTGGC
GTGGATATTCTTCAATTGAGCATTTTCAATGTATTGAAACTTGCTTTTGT
TGTTATTGGAGTATTCATGATCTCTTTTGGACCTTTCATATACTTGGACA
AGTTTTTACCAAGTGCCTTTTGGTTCACAGTGCTACTAAACTTCAAACAC
ATCTTTCTGTACATTGCCCCGTGCTACTTTGTGTACCTATTGAGGAATTA
TTGCTTCCGCAGACCTATACAAAAAAATATACATTTTCAATATAATGGCT
TCCTATTTTCGTTTCTCCTGCTATCAATAACTGACATGTTGCAGATTTTA
TGATCAACTGTTTCAAGGCAAAGACGATGACAACACCAAGATGTTTTTAC
TTGTCTCGATATTTGCAAATTCAGGATTGCTTTTAGTTGATCGAGACTTC
AGAATGGACACTTGATTATCCGCCATTTTTCGCATGGTTTGAGTATGCTT
TATCACAAGTTGCAGTATATTTTGATGATCAAATGTTAGATCTTGACAAT
CTTGGTTATGACAGTGTAAAAACTGTTCTCTTTCAGAGGCTATCTGTTAT
TGCGATGGACCTTGTATTGTTATATTCACTTCACAACAAATCAACTGATT
TTGAAGTTCATCGTAATTGGCTGGCTATCACTTACACCTTACCTGTTTCT
GAATGGTATTTTGAGAAATTTGAAGCACCTACCTTCTTGCAATTTGCTAT
TATCATGTCATGTGTAAAACTGTTACTTCTAAATTCCTAAGGTAGAGAAC
GGTTTCTTTGGACTTCCTTTTGTCACGTGAAACACCGCTGAAGATTCTAA
TTTTATTGCTTCCAAAATTGATCACACTGGCGCTACTAAAAAAAATACAC
AAGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTGTATACATAGTTTT
ATCAATAACAGGACATTATGCCCTGTTTCCACTCCTTTATCAACCCGCAG
CCAGCGTTACTGAGAGTGTGGTATCGACCGTATTCAGTGAAAACGTTCTT
ACCATGTCTTACACTTTGTGCATACGCCTCATTCCTATTTGGTTATCACG
TTCATGAGAAAGCTATTCTGCTGGTTGTTATACCGTTAACGACCCAAACT
CGGACTTCCAATATCGAAACAAAGTGATGTTGCTTCTATGACAGGGGGTC
TAGTAGCACAACAGAATTTCTCTGTTCTACCAAACATCCCTGCAATTGTA
ACTGGGATCGTAACTATTTTATTCATGTTGGAACAAATCCCTCAAGTTGT
GTCACGTTTATTCCCTGTGAAAAGAGGCTTGTGTCATGCGTATTGGGCGG
CAAACTTTTGGGCGGTTTACGCTACAACTGATAAAGTGTTAACGATTGCT
GGTTGGTTCACCATATTTGGCGTGGATATTCTTCAATTGAGCATTTTCAA
TGTATTGAAACTTGCTTTTGTTGTTATTGGAGTATTCATGATCTCTTTTG
GACCTTTCATATACTTGGACAAGTTTTTACCAAGTGCCTTTTGGTTCACA
GTGCTACTAAACTTCAAACACATCTTTCTGTACATTGCCCCGTGCTACTT
TGTGTACCTATTGAGGAATTATTGCTTCCGCAGACCTATACAAAAAAATA
TACATTTTCAATATAATGGCTTCCTATTTTCGTTTCTCCTGCTATCAATA
ACTGACATGTTGCAGATTTTATGATCAACTGTTTCAAGGCAAAGACGATG
ACAACACCAAGATGTTTTTACTTGTCTCGATATTTGCAAATTCAGGATTG
CTTTTAGTTGATCGAGACTTCAGAATGGACACTTGATTATCCGCCATTTT
TCGCATGGTTTGAGTATGCTTTATCACAAGTTGCAGTATATTTTGATGAT
CAAATGTTAGATCTTGACAATCTTGGTTATGACAGTGTAAAAACTGTTCT
CTTTCAGAGGCTATCTGTTATTGCGATGGACCTTGTATTGTTATATTCAC
TTCACAACAAATCAACTGATTTTGAAGTTCATCGTAATTGGCTGGCTATC
ACTTACACCTTACCTGTTTCTGAATGGTATTTTGAGAAATTTGAAGCACC
TACCTTCTTGCAATTTGCTATTATCATGTCATGTGTAAAACTGTTACTTC
TAAATTCCTAAGGTAGAGAACGGTTTCTTTGGACTTCCTTTTGTCACGTG
AAACACCGCTGAAGATTCTAATTTTATTGCTTCCAAAATTGATCACACTG
GCGCTACTAAAAAAAATACACAAGTTGCTGGCTTTGTTATCGTCCAAATA
CGCACGTGTATACATAGTTTTATCAATAACAGGACATTATGCCCTGTTTC
CACTCCTTTATCAACCCGCAGCCAGCGTTACTGAGAGTGTGGTATCGACC
GTATTCAGTGAAAACGTTCTTACCATGTCTTACACTTTGTGCATACGCCT
CATTCCTATTTGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGTT
ATACCGTTAACGACCCAAACTCGGACTTCCAATATCGAAACAAAGTGATG
TTGCTTCTATGACAGGGGGTCTAGTAGCACAACAGAATTTCTCTGTTCTA
CCAAACATCCCTGCAATTGTAACTGGGATCGTAACTATTTTATTCATGTT
GGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCTGTGAAAAGAGGCT
TGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGTTTACGCTACAACT
GATAAAGTGTTAACGATTGCTGGTTGGTTCACCATATTTGGCGTGGATAT
TCTTCAATTGAGCATTTTCAATGTATTGAAACTTGCTTTTGTTGTTATTG
GAGTATTCATGATCTCTTTTGGACCTTTCATATACTTGGACAAGTTTTTA
CCAAGTGCCTTTTGGTTCACAGTGCTACTAAACTTCAAACACATCTTTCT
GTACATTGCCCCGTGCTACTTTGTGTACCTATTGAGGAATTATTGCTTCC
GCAGACCTATACAAAAAAATATACATTTTCAATATAATGGCTTCCTATTT
TCGTTTCTCCTGCTATCAATAACTGACATGTTGCAGATTTTATGATCAAC
TGTTTCAAGGCAAAGACGATGACAACACCAAGATGTTTTTACTTGTCTCG
ATATTTGCAAATTCAGGATTGCTTTTAGTTGATCGAGACTTCAGAATGGA
CACTTGATTATCCGCCATTTTTCGCATGGTTTGAGTATGCTTTATCACAA
GTTGCAGTATATTTTGATGATCAAATGTTAGATCTTGACAATCTTGGTTA
TGACAGTGTAAAAACTGTTCTCTTTCAGAGGCTATCTGTTATTGCGATGG
ACCTTGTATTGTTATATTCACTTCACAACAAATCAACTGATTTTGAAGTT
CATCGTAATTGGCTGGCTATCACTTACACCTTACCTGTTTCTGAATGGTA
TTTTGAGAAATTTGAAGCACCTACCTTCTTGCAATTTGCTATTATCATGT
CATGTGTAAAACTGTTACTTCTAAATTCCTAAGGTAGAGAACGGTTTCTT
TGGACTTCCTTTTGTCACGTGAAACACCGCTGAAGATTCTAATTTTATTG
CTTCCAAAATTGATCACACTGGCGCTACTAAAAAAAATACACAAGTTGCT
GGCTTTGTTATCGTCCAAATACGCACGTGTATACATAGTTTTATCAATAA
CAGGACATTATGCCCTGTTTCCACTCCTTTATCAACCCGCAGCCAGCGTT
ACTGAGAGTGTGGTATCGACCGTATTCAGTGAAAACGTTCTTACCATGTC
TTACACTTTGTGCATACGCCTCATTCCTATTTGGTTATCACGTTCATGAG
AAAGCTATTCTGCTGGTTGTTATACCGTTAACGACCCAAACTCGGACTTC
CAATATCGAAACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCA
CAACAGAATTTCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGGGAT
CGTAACTATTTTATTCATGTTGGAACAAATCCCTCAAGTTGTGTCACGTT
TATTCCCTGTGAAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTT
TGGGCGGTTTACGCTACAACTGATAAAGTGTTAACGATTGCTGGTTGGTT
CACCATATTTGGCGTGGATATTCTTCAATTGAGCATTTTCAATGTATTGA
AACTTGCTTTTGTTGTTATTGGAGTATTCATGATCTCTTTTGGACCTTTC
ATATACTTGGACAAGTTTTTACCAAGTGCCTTTTGGTTCACAGTGCTACT
AAACTTCAAACACATCTTTCTGTACATTGCCCCGTGCTACTTTGTGTACC
TATTGAGGAATTATTGCTTCCGCAGACCTATACAAAAAAATATACATTTT
CAATATAATGGCTTCCTATTTTCGTTTCTCCTGCTATCAATAACTGACAT
GTTGCAGATTTTATGATCAACTGTTTCAAGGCAAAGACGATGACAACACC
AAGATGTTTTTACTTGTCTCGATATTTGCAAATTCAGGATTGCTTTTAGT
TGATCGAGACTTCAGAATGGACACTTGATTATCCGCCATTTTTCGCATGG
TTTGAGTATGCTTTATCACAAGTTGCAGTATATTTTGATGATCAAATGTT
AGATCTTGACAATCTTGGTTATGACAGTGTAAAAACTGTTCTCTTTCAGA
GGCTATCTGTTATTGCGATGGACCTTGTATTGTTATATTCACTTCACAAC
AAATCAACTGATTTTGAAGTTCATCGTAATTGGCTGGCTATCACTTACAC
CTTACCTGTTTCTGAATGGTATTTTGAGAAATTTGAAGCACCTACCTTCT
TGCAATTTGCTATTATCATGTCATGTGTAAAACTGTTACTTCTAAATTCC
TAAGGTAGAGAACGGTTTCTTTGGACTTCCTTTTGTCACGTGAAACACCG
CTGAAGATTCTAATTTTATTGCTTCCAAAATTGATCACACTGGCGCTACT
AAAAAAAATACACAAGTTGCTGGCTTTGTTATCGTCCAAATACGCACGTG
TATACATAGTTTTATCAATAACAGGACATTATGCCCTGTTTCCACTCCTT
TATCAACCCGCAGCCAGCGTTACTGAGAGTGTGGTATCGACCGTATTCAG
TGAAAACGTTCTTACCATGTCTTACACTTTGTGCATACGCCTCATTCCTA
TTTGGTTATCACGTTCATGAGAAAGCTATTCTGCTGGTTGTTATACCGTT
AACGACCCAAACTCGGACTTCCAATATCGAAACAAAGTGATGTTGCTTCT
ATGACAGGGGGTCTAGTAGCACAACAGAATTTCTCTGTTCTACCAAACAT
CCCTGCAATTGTAACTGGGATCGTAACTATTTTATTCATGTTGGAACAAA
TCCCTCAAGTTGTGTCACGTTTATTCCCTGTGAAAAGAGGCTTGTGTCAT
GCGTATTGGGCGGCAAACTTTTGGGCGGTTTACGCTACAACTGATAAAGT
GTTAACGATTGCTGGTTGGTTCACCATATTTGGCGTGGATATTCTTCAAT
TGAGCATTTTCAATGTATTGAAACTTGCTTTTGTTGTTATTGGAGTATTC
ATGATCTCTTTTGGACCTTTCATATACTTGGACAAGTTTTTACCAAGTGC
CTTTTGGTTCACAGTGCTACTAAACTTCAAACACATCTTTCTGTACATTG
CCCCGTGCTACTTTGTGTACCTATTGAGGAATTATTGCTTCCGCAGACCT
ATACAAAAAAATATACATTTTCAATATAATGGCTTCCTATTTTCGTTTCT
CCTGCTATCAATAACTGACATGTTGCAGATTTTATGATCAACTGTTTCAA
GGCAAAGACGATGACAACACCAAGATGTTTTTACTTGTCTCGATATTTGC
AAATTCAGGATTGCTTTTAGTTGATCGAGACTTCAGAATGGACACTTGAT
TATCCGCCATTTTTCGCATGGTTTGAGTATGCTTTATCACAAGTTGCAGT
ATATTTTGATGATCAAATGTTAGATCTTGACAATCTTGGTTATGACAGTG
TAAAAACTGTTCTCTTTCAGAGGCTATCTGTTATTGCGATGGACCTTGTA
TTGTTATATTCACTTCACAACAAATCAACTGATTTTGAAGTTCATCGTAA
TTGGCTGGCTATCACTTACACCTTACCTGTTTCTGAATGGTATTTTGAGA
AATTTGAAGCACCTACCTTCTTGCAATTTGCTATTATCATGTCATGTGTA
AAACTGTTACTTCTAAATTCCTAAGGTAGAGAACGGTTTCTTTGGACTTC
CTTTTGTCACGTGAAACACCGCTGAAGATTCTAATTTTATTGCTTCCAAA
ATTGATCACACTGGCGCTACTAAAAAAAATACACAAGTTGCTGGCTTTGT
TATCGTCCAAATACGCACGTGTATACATAGTTTTATCAATAACAGGACAT
TATGCCCTGTTTCCACTCCTTTATCAACCCGCAGCCAGCGTTACTGAGAG
TGTGGTATCGACCGTATTCAGTGAAAACGTTCTTACCATGTCTTACACTT
TGTGCATACGCCTCATTCCTATTTGGTTATCACGTTCATGAGAAAGCTAT
TCTGCTGGTTGTTATACCGTTAACGACCCAAACTCGGACTTCCAATATCG
AAACAAAGTGATGTTGCTTCTATGACAGGGGGTCTAGTAGCACAACAGAA
TTTCTCTGTTCTACCAAACATCCCTGCAATTGTAACTGGGATCGTAACTA
TTTTATTCATGTTGGAACAAATCCCTCAAGTTGTGTCACGTTTATTCCCT
GTGAAAAGAGGCTTGTGTCATGCGTATTGGGCGGCAAACTTTTGGGCGGT
TTACGCTACAACTGATAAAGTGTTAACGATTGCTGGTTGGTTCACCATAT
TTGGCGTGGATATTCTTCAATTGAGCATTTTCAATGTATTGAAACTTGCT
TTTGTTGTTATTGGAGTATTCATGATCTCTTTTGGACCTTTCATATACTT
GGACAAGTTTTTACCAAGTGCCTTTTGGTTCACAGTGCTACTAAACTTCA
AACACATCTTTCTGTACATTGCCCCGTGCTACTTTGTGTACCTATTGAGG
AATTATTGCTTCCGCAGACCTATACAAAAAAATATACATTTTCAATATAA
TGGCTTCCTATTTTCGTTTCTCCTGCTATCAATAACTGACATGTTGCAGA
TTTTATGATCAACTGTTTCAAGGCAAAGACGATGACAACACCAAGATGTT
TTTACTTGTCTCGATATTTGCAAATTCAGGATTGCTTTTAGTTGATCGAG
ACTTCAGAATGGACACTTGATTATCCGCCATTTTTCGCATGGTTTGAGTA
TGCTTTATCACAAGTTGCAGTATATTTTGATGATCAAATGTTAGATCTTG
ACAATCTTGGTTATGACAGTGTAAAAACTGTTCTCTTTCAGAGGCTATCT
GTTATTGCGATGGACCTTGTATTGTTATATTCACTTCACAACAAATCAAC
TGATTTTGAAGTTCATCGTAATTGGCTGGCTATCACTTACACCTTACCTG
TTTCTGAATGGTATTTTGAGAAATTTGAAGCACCTACCTTCTTGCAATTT
GCTATTATCATGTCATGTGTAAAACTGTTACTTCTAAATTCCTA
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_034417XLOC_034417Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00054630-proteinTCONS_00054630-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00054630-exon-scaffold_243-1575043694:387841..387916TCONS_00054630-exon-scaffold_243-1575043694:387841..387916Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:387546..387624TCONS_00054630-exon-scaffold_243-1575043694:387546..387624Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:386861..387054TCONS_00054630-exon-scaffold_243-1575043694:386861..387054Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:385853..385950TCONS_00054630-exon-scaffold_243-1575043694:385853..385950Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:385356..385423TCONS_00054630-exon-scaffold_243-1575043694:385356..385423Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:384908..385037TCONS_00054630-exon-scaffold_243-1575043694:384908..385037Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:384298..384413TCONS_00054630-exon-scaffold_243-1575043694:384298..384413Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:383533..383653TCONS_00054630-exon-scaffold_243-1575043694:383533..383653Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:382746..382885TCONS_00054630-exon-scaffold_243-1575043694:382746..382885Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:382213..382352TCONS_00054630-exon-scaffold_243-1575043694:382213..382352Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:381863..381960TCONS_00054630-exon-scaffold_243-1575043694:381863..381960Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:381549..381621TCONS_00054630-exon-scaffold_243-1575043694:381549..381621Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:380252..380290TCONS_00054630-exon-scaffold_243-1575043694:380252..380290Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:378414..378459TCONS_00054630-exon-scaffold_243-1575043694:378414..378459Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:376359..376405TCONS_00054630-exon-scaffold_243-1575043694:376359..376405Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:373788..374010TCONS_00054630-exon-scaffold_243-1575043694:373788..374010Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:373373..373521TCONS_00054630-exon-scaffold_243-1575043694:373373..373521Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:372617..372977TCONS_00054630-exon-scaffold_243-1575043694:372617..372977Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:371944..372427TCONS_00054630-exon-scaffold_243-1575043694:371944..372427Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1575043694:370935..371624TCONS_00054630-exon-scaffold_243-1575043694:370935..371624Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:387841..387916TCONS_00054630-exon-scaffold_243-1510915933:387841..387916Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:387546..387624TCONS_00054630-exon-scaffold_243-1510915933:387546..387624Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:386861..387054TCONS_00054630-exon-scaffold_243-1510915933:386861..387054Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:385853..385950TCONS_00054630-exon-scaffold_243-1510915933:385853..385950Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:385356..385423TCONS_00054630-exon-scaffold_243-1510915933:385356..385423Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:384908..385037TCONS_00054630-exon-scaffold_243-1510915933:384908..385037Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:384298..384413TCONS_00054630-exon-scaffold_243-1510915933:384298..384413Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:383533..383653TCONS_00054630-exon-scaffold_243-1510915933:383533..383653Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:382746..382885TCONS_00054630-exon-scaffold_243-1510915933:382746..382885Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:382213..382352TCONS_00054630-exon-scaffold_243-1510915933:382213..382352Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:381863..381960TCONS_00054630-exon-scaffold_243-1510915933:381863..381960Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:381549..381621TCONS_00054630-exon-scaffold_243-1510915933:381549..381621Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:380252..380290TCONS_00054630-exon-scaffold_243-1510915933:380252..380290Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:378414..378459TCONS_00054630-exon-scaffold_243-1510915933:378414..378459Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:376359..376405TCONS_00054630-exon-scaffold_243-1510915933:376359..376405Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:373788..374010TCONS_00054630-exon-scaffold_243-1510915933:373788..374010Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:373373..373521TCONS_00054630-exon-scaffold_243-1510915933:373373..373521Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:372617..372977TCONS_00054630-exon-scaffold_243-1510915933:372617..372977Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:371944..372427TCONS_00054630-exon-scaffold_243-1510915933:371944..372427Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1510915933:370935..371624TCONS_00054630-exon-scaffold_243-1510915933:370935..371624Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:387841..387916TCONS_00054630-exon-scaffold_243-1491911889:387841..387916Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:387546..387624TCONS_00054630-exon-scaffold_243-1491911889:387546..387624Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:386861..387054TCONS_00054630-exon-scaffold_243-1491911889:386861..387054Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:385853..385950TCONS_00054630-exon-scaffold_243-1491911889:385853..385950Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:385356..385423TCONS_00054630-exon-scaffold_243-1491911889:385356..385423Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:384908..385037TCONS_00054630-exon-scaffold_243-1491911889:384908..385037Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:384298..384413TCONS_00054630-exon-scaffold_243-1491911889:384298..384413Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:383533..383653TCONS_00054630-exon-scaffold_243-1491911889:383533..383653Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:382746..382885TCONS_00054630-exon-scaffold_243-1491911889:382746..382885Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:382213..382352TCONS_00054630-exon-scaffold_243-1491911889:382213..382352Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:381863..381960TCONS_00054630-exon-scaffold_243-1491911889:381863..381960Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:381549..381621TCONS_00054630-exon-scaffold_243-1491911889:381549..381621Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:380252..380290TCONS_00054630-exon-scaffold_243-1491911889:380252..380290Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:378414..378459TCONS_00054630-exon-scaffold_243-1491911889:378414..378459Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:376359..376405TCONS_00054630-exon-scaffold_243-1491911889:376359..376405Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:373788..374010TCONS_00054630-exon-scaffold_243-1491911889:373788..374010Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:373373..373521TCONS_00054630-exon-scaffold_243-1491911889:373373..373521Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:372617..372977TCONS_00054630-exon-scaffold_243-1491911889:372617..372977Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:371944..372427TCONS_00054630-exon-scaffold_243-1491911889:371944..372427Clytia hemisphaericaexon
TCONS_00054630-exon-scaffold_243-1491911889:370935..371624TCONS_00054630-exon-scaffold_243-1491911889:370935..371624Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
scaffold_243supercontigscaffold_243:370935..387916 -
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
3.2341e-06 0.455052 0.178584 0 5.39484 3.45718 1.57108 2.10548 2.22691 3.032 1.86532 2.39917 4.1614 4.60844 3.72675 5.65918 2.63998 4.12053 2.49149 3.21937 5.48206 4.98194 7.9853 9.86304 3.25724 4.84944 4.24355 2.92645 1.24707 0.888383
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR004856Glyco_trans_ALG6/ALG8
Vocabulary: Molecular Function
TermDefinition
GO:0016758transferase activity, transferring hexosyl groups
Vocabulary: Cellular Component
TermDefinition
GO:0005789endoplasmic reticulum membrane
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
cellular_component GO:0005789 endoplasmic reticulum membrane
molecular_function GO:0016758 transferase activity, transferring hexosyl groups
Blast
BLAST of TCONS_00054630 vs. Swiss-Prot (Human)
Match: TBA1C (Tubulin alpha-1C chain OS=Homo sapiens GN=TUBA1C PE=1 SV=1)

HSP 1 Score: 682.945 bits (1761), Expect = 0.000e+0
Identity = 328/447 (73.38%), Postives = 376/447 (84.12%), Query Frame = 2
Query: 1463 MRECVSIHIGQAGCQIGNACWELYCLEHGILPDGTPNPNHEKEQGDSAVSFYSEMEETGRQVPRAVYADLEPTVLDEVRTGAYRELFHPDQLINGKEDAANNFARGHYTIGRTLIDEIIDKVRKLTDNCCGLQGFLIFHSFGGGTGSGLTARLMERLSVDYGKKSKLQFSVYPAPQVSTAVVEPYNSVLTTHFTFDHSDCAFMVDNEAIYDICRKNLNIERPNYTNLNRLISQVVSSITASLRFEGELNVDLNEFQTNLVPYPRIHFPLSSFAPILAPDKAQKSSLHVAEITQNVFKQENQMVKCDPKQGKYMSCCLLYRGDVGPQDVNKAIAGVKAKSDIQFVDWCPTGFKVGINNQTLHAQEGSDMAPVKRALCMLSNTTAMAALWARLDHKFDLMYRKRAFVHWYVGEGMEEGEFNEAREDLAGLERDYEEVGGDSPNS-DEGE 2800
            MREC+SIH+GQAG QIGNACWELYCLEHGI PDG    +     GD + + +      G+ VPRAV+ DLEPTV+DEVRTG YR+LFHP+QLI GKEDAANN+ARGHYTIG+ +ID ++D++RKL D C GLQGFL+FHSFGGGTGSG T+ LMERLSVDYGKKSKL+FS+YPAPQVSTAVVEPYNS+LTTH T +HSDCAFMVDNEAIYDICR+NL+IERP YTNLNRLISQ+VSSITASLRF+G LNVDL EFQTNLVPYPRIHFPL+++AP+++ +KA    L VAEIT   F+  NQMVKCDP+ GKYM+CCLLYRGDV P+DVN AIA +K K  IQFVDWCPTGFKVGIN Q      G D+A V+RA+CMLSNTTA+A  WARLDHKFDLMY KRAFVHWYVGEGMEEGEF+EARED+A LE+DYEEVG DS +  DEGE
Sbjct:    1 MRECISIHVGQAGVQIGNACWELYCLEHGIQPDGQMPSDKTIGGGDDSFNTFFSETGAGKHVPRAVFVDLEPTVIDEVRTGTYRQLFHPEQLITGKEDAANNYARGHYTIGKEIIDLVLDRIRKLADQCTGLQGFLVFHSFGGGTGSGFTSLLMERLSVDYGKKSKLEFSIYPAPQVSTAVVEPYNSILTTHTTLEHSDCAFMVDNEAIYDICRRNLDIERPTYTNLNRLISQIVSSITASLRFDGALNVDLTEFQTNLVPYPRIHFPLATYAPVISAEKAYHEQLTVAEITNACFEPANQMVKCDPRHGKYMACCLLYRGDVVPKDVNAAIATIKTKRTIQFVDWCPTGFKVGINYQPPTVVPGGDLAKVQRAVCMLSNTTAVAEAWARLDHKFDLMYAKRAFVHWYVGEGMEEGEFSEAREDMAALEKDYEEVGADSADGEDEGE 447          
The following BLAST results are available for this feature:
BLAST of TCONS_00054630 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
TBA1C0.000e+073.38Tubulin alpha-1C chain OS=Homo sapiens GN=TUBA1C P... [more]
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