TCONS_00017247 (transcript) - C. hemisphaerica

Overview
NameTCONS_00017247
Unique NameTCONS_00017247
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2302

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00017247 ID=TCONS_00017247|Name=TCONS_00017247|organism=Clytia hemisphaerica|type=transcript|length=2302bp
CAACGGTCAAGTGACTATTCATTTTGTTAATCTGGCTTTCTACCTGTGAT
TTATTTTCTCgattttaaaagaatatttctGAGCAACTTCAAAGCATTTA
CAGTCTACTGTCTTCTAGATTCCAAATATTAAAAAGTGAGTTTACCATTC
TGATGATGTAAAAGACAGTCATTCAATGATGTTTTTAAGAATTATGCCAT
GTCACCCTTGAGGAGCAAGAAGGAGTTCTCCATATGACACTGCgatgaaa
tttttattcaaagatcCAAAAGAAGGACTGGAAATTCGATTGGTTGATCC
ATACAAAGGCAGAGGTGTTTTTGCCACAAAGAATTTTCAGCCGGGTGATT
TTCTTTGTTGTTATCGTGGAAATCTTTCATCTAAAGAAAATCTTCGAGAA
CTTGAAAAACAATATGAAAAAGAGGATGCCGgtagttttgtttttgaatt
tgatcATCAACAAAGGAAATTGTGcaTTGATGCTACGTCAGAAGATGGCT
CACTCGGACGTCTGATAAATgattctaaatatttttctaatgctTATGtc
agaaaactcattgatgaaaaagatAATCCACATCTTGGAATTTTCGCCAG
ATCTAAAATATCCGTTAATGAAGAAATCACTTATTTTTATGGTGAAGACG
ATTTACCCTGGCACGAAGAGgAGAAGACCTTATACGAAGAATTGAGGAAG
GatgacaatttgaaatttgtttctCGACCTACCAAACACCTAAAGATCAA
GGATGAAATGGTTGACAAGAAAACTTTCTACAAACTTATGTGCGACATTG
AGAAGCCAATTTTTATCATTCAAACCAAAATTGAACCTCATGATTATGAT
GAAGTTAAACAATCGTGGCTGATACCTCTTGAAAGTACAAAGTTGTCAAC
AGTAGGGTTTGATGACACAAAagaagaaatcaaaGAAGAGAAATTGGATT
TGAGTGAATTTTCACCGATTCTTTTTGGTACTCTGAATTCTCCTTTAAAT
GATATCAGTGACAATGAActtgaagaaaataaagatgatGTCAAGGACAA
ACTAGATGAGTTGAATTGCACAAAAGAAGAAGACCCATTACTTCCAATGA
TCACATTTAGCGAAGATGAAAATGTTGTTATTGGTGATAAAAATGGTGAT
GGTAATGATGAGATCGATTATCATTGCATAAAGAATCGAATTAGCGCAGA
ATCAGCTGCAAGTGGGTCACTTTGCCATGAAGAAATTTATCATGAGAAAG
ATGACCATCAATCACGTGACTCGTCAGAcagtgaaaatgaagaaagcTCG
ATAGTCAGGTCAAACAAAATTGTCCCATTTATGAACTCGTCAACCTCAAC
AAGCTCATCATCTGATGAAAGCGACATCGAACATAAAAAGCAGAAAAGAA
AACTAAAGAAACCGCACACGAAAATGAGACAACCTTCATCAAGTAAAGAA
AAGTTACCCACTCCATGTGACAACGAGAGTGTAGGTGGTGTCAGTGATGT
AGATTACAATGAAAGCAATGTGCAGACTCCCAATATAGATAACGGAAATG
AAGTGAAGACTTTGGACGACACCAAGGAGGAGAAAAAGAAGGGGAAAGAG
GGGGAGAGAAGAGTACCATCCAATGAGTTCGTTCCTACATCGAGgagTAA
ATTACTTCGTATGATCTCGGTGCTTTGAAAATGGTTGACAAAATGATCTT
TCCTTATTGGACGAATTTGTCATTGGCTCTCATTTGGGAATTTTAAAACT
GAATTTTATCCTCTAAATTATTTATTATAGTGTATATACAGCATAACATA
CTatatttgttttaaaactgaaaatttgtaCCTACGTTTATTATCCATTA
TTTTAAATCACATACAAtcgataattttaaaattttatcgaCGCTTGGCC
AAagtcattttacattttattgaAATGTGACAATTTTTACCAAGTGCTGC
AACTTTTCCGTCCAGTTGAGATCCTTcattaaagtctatttcaaattagc
tagcattgttttttcaaacctcaataacttttgatagaatttgaattagt
tagCGGTTTtatgctcgttaaaaagataatccggagtggaatttagtaga
aatttcttaaaatctgGGCATCCAGGTTGCAACAACGTTTTACACGCTTT
GAGCCAAGAAGAATATCGTTTTaggaaatttctttttgtttttttagaat
cagagatataattttgttggttttttGGTAGAGAttttgtagaatttttt
ttatatagaaaTACAATTAGAATCTTTTATATTTGATTGCGGCCAACGTT
GG
Run BLAST on NCBI

transcript from alignment at sc0000261:20043..38025-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00017247 ID=TCONS_00017247|Name=TCONS_00017247|organism=Clytia hemisphaerica|type=transcript|length=17983bp|location=Sequence derived from alignment at sc0000261:20043..38025- (Clytia hemisphaerica)
CAACGGTCAAGTGACTATTCATTTTGTTAATCTGGCTTTCTACCTGTGAT
TTATTTTCTCGATTTTAAAAGAATATTTCTGAGCAACTTCAAAGCATTTA
CAGTCTACTGTCTTCTAGATTCCAAATATTAAAAAGGTATATTTTAACTC
AACAAAAGTGAAACAGTGTAGTAAAAAAGGCAGGCAAGGGTCGTTACATG
ATATAGATAGGGCCTTATTACTGATGTAAGCACCTGTTCTAGAAAATTTT
TGTTACCCCCGTTGGACGATGTGCATTTTGTAATTTTTTTCTAGCCTCAG
AAATTTTTTTTTCAAGTGGTAGGTGGTCAGCAGAAGTTCTGATAGGACCC
TGCCGACGCACCGGACTTAACGAACACCGGACACGCGAAAGTCCGGTGTA
GAATGAGAATTTTTTTTACCACTGGACAATTTCTACACCGGACTTAAGGG
AGTCGGATGTCTGGTGTCGGAGAAGGATATTTTTCCCACCGGACAATCAA
AACACCGGACATGACACCAGTCCGGTGCGTCCAGTGTTTCTTAATTTTTT
GTTTCATAAATGTCCGGCGTCCAAAATTCCCTGTATGCAACACCGGACTG
ACACCGGACTTATTGCGCCCGGTGTAGCGAAAGGATACTTTTTACCACCG
GACAAATACACCGGACAGTCCGGTGCGTGGTCAGGGTCCTGTTTTGATAA
AAATCCATGTACTTTCACAAAAATGAATTGGAGATTCCACTACTCTTTTT
AGCCGTAATATATAATTCAATTGCCTTAGAATTCATACATTTTCTTTTCT
CGCCTTGAAATTTTGAATTTTGGTGAAAACTTTTGCCTGTTTTGCCCTCA
GAAATCCTGTATCACCCGCCCCCTTATTACAGACAAATTCTGGAATGGTC
CAACCTCGTCCCCGTATCCCAGGCTTTATTTACGTTACTTATGGATGCCA
GAGAGAATAGACCTTTTTTTAAAGAGGCCACCCTGTTGAATAATTATGTA
GTCCAGCAGAAAAACAATGATACAGTCATGCATAATTATTACAATATACA
TGATATAGTAATTATGCATGACTGTATCATTGTTTTTCTGCTGGACTACA
TAATTATTCAACAGGGTGGCCTCTTTAAAAAAAGGTCTATACCCTGGTGT
TGGCTGAAGCGAGTTCCCCCTCTCAGAGGAACTTCTCAAAACAATAGCCA
GACGATCTCAATCGAACGGAATCGACGATCGAACTAGTCGAACCAAATCG
AACGCAATCGACCAATTGAAATTCAAACGTCAAAATTCTGGGTAATATTC
AATTGGTTCGATTGTTGTTCGACTGGTTCGATCGTCGATTCCGTTCCATT
GAGATCGTCTGGCTTTATTCTTGCAGCTTCCTTACATCCAAGCTCTCAAA
CATCACAAGCCGAATGAAATTACTTTCGATTTCCCATATAAATTATGCGA
TGAACAATCCGGGGGTCAATGAATCGACGATCATTTCAATCGGTCGATTG
CGTTCGATTTGGTTCGACTGGTTCGATCATCGATTCCGTTCGATTGAGAT
CGTCTGGCAATAGCTACGTCATAAAAAAATCTGACGTTACAAAGTTACAC
TGCAATGCAATGGTTTCAAATCCAGGAACAAATGAAAGCTGACGTTTTGT
TTTTGAATTACGTAGGTAATCTTACGCGTTCGAAAACCAGCCAATGCCAG
GGTATTATCTAGCGCTATCAGTAAGCATAAAACAAGTAACACACAAGTAA
GTAAGTAATAAACAATTCCTAGCCTATGTGATATCCACTCAAACAGAAAA
TTCTAGTTGTCATCAACCATCCTGTTGTTTTGTTTCCGCAGAAATTATAA
GTCCCGAATAGCGTGGACATTAAATTTACAGACCAAAATAATCAACCGTA
GCGGGGGTTACCCAATACGACACTATCTACTCGATCATCGAGAAATGTTT
CCTGATTGGGAAACAATTTGATATTTTTTATCAAAACGTATCCCCTTAAA
TGTATATGCTTTTTAGACTTGATCTTCAAATCTTCAAATGAAAAGGTGAA
TTTTGAGAAGCTATAAAAGGCACCTCATAAAAATATCAAATTTAGATTGA
TTGACCAAAAGGATTTATCTATAAGTTCACAGTGGAAAAATTAAAAAAAG
ACATTCTACGATTCTACTTTAAGATTTTTTCTTAACCTTTTCTAGGCAAG
AGTTTGCTTTGGTATATCAAATTGCTTTGCTTACAAAATGTAATGTAATG
TAAAATTTGTTTGGTCAAGAAGGTCTAAAATTTAGTCATTGCTACAAGCA
TTGATGTGGACCTACTATGTAAAAATAATTTAAAAAAATAATAAGATAAT
AAAATATAAATAATTATTTTGACTATTTACAAAAGTTTACGGAGTTTGAT
ATAGGATGCGTTTCCAATTGGGTAAATAATAGTGGTTATGCACAAAAACG
AGTCTCATGTTCATAAGCCAAATTAAAGGTTTTTTAAACACGCAATTATT
TTATACACCATCCACCCATTCAAACAATTGCATAAGAACAGCGGTTATCA
TTATTGCGCTATTAGCACTTGGGGAGCCATTTGGTTAATTTTGTTTCCCG
CCCGCATTTCATAACACTACATCATAAACTTATGTCGTGAGTTTATTCAG
GTCTGTAAACTTAATACCCATGCTGTTTGGACTTAGAATTTCTGCGAAAA
AAAAAACAACGAGATGAATTGATGACAACTAGAATTTTCCAACTCAAACA
CAACCCTACTAGGTTGTATGCAGCTCCTGAGTTTACTCTCGCTTGCCAGA
TCAAAAAATATATTTGTGTTTTTGGTTTCTGTGAAAAATCCATCACCATG
CTCCATCATTTTGTTATCAACTGGTTTCTACAGGAATGAAAGCAGAAAAT
CAACTTGTCTTGATTTTCTGTACTGTAATAAATCTTTAAAGGGGTTTTGT
CTTTTTCTTCTTCCAGAATTGTATTCTGGTATAAATTTAAAACTTACAAA
TGTTTTAAAACTTATTATAAATTTGAGCAATGCAAAATTGACAAATATAA
CATTAAAAATTGTAAAAATTCTTTTCCTTAGTTTAATTTTACATCTTTTC
TGAATAAGCATTTTATTGTTAAAAAAAGCCTTTTAGGTGAAAAGGGAAAC
AATCACTGTTTTAATTTAAAACATCCCACTGTTAAGATACGGGGTATATA
CTTACCGTATTACTTTGGCCCAGGTGTTTATGAAATTTTTTGTTAGTTAG
GACGGGAGTTTTTTGGCCCGTGTGCTTGAAAGAAGGGATGTTATTAAATG
CTATATGCTAGGATTTTTTACAAGTCCCCTAAAAAGCTACTGTAAAGCTA
CTAAAATAGTACNGAAATGCTATATGCTAGGATTTTTTCTTTTTAGTCCC
CTAAAAAGCTGATAGTGATGTTAAAGGGTTGAAATGTGTCCCTATTGAGT
TTACTTTGCATCTTTTTGCATTACTAGTGAGTTTACCATTCTGATGATGT
AAAAGACAGTCATTCAATGATGTTTTTAAGAATTATGCCATGTCACCCTT
GAGGGTAAGGTTTTCAAATTAAAATTATTATTGCTTATATATTGGGTGTC
TCAGAAGAAAGTTTCCCTCTCTGGAATTATTTTTCTTGAATTCTATAACT
TTTTGAAAATCCTTTTACATTGGAAAGAGGAAGGATTAACTTAAACTTTG
AGGAGTCATTTGTCAAATTTAGAAAACTAGACCAAAAATGATGGTCTAAA
TGGTAAAAAATTGCTTTTCAAAAAAGTCAAAATAAGTCAAGATAATAATT
TTTTTGTGAACTCTCTAATTTAAAAATCTATTATTCGAATATCTTTGTAA
TACTTGAATCTAAACCAAAACACTGGTTCCCTCACCAACTTAAACAGTTT
TTCAGATTCAAGTAAAAAAGAAACTTATTTTTATTTCAATTTCTTTCAGA
AAAGAGCAAGAAGGAGTTCTCCATATGACACTNTTTTTAGTTCAATTTCT
TTCAGAAAAGAGCAAGAAGGAGTTCTCCATATGACACTGCGATGAAATTT
TTATTCAAAGATCCAAAAGAAGGACTGGAAATTCGATTGGTTGATCCATA
CAAAGGTAGGGCTGAAATTATTAACTAGTTTATAGCTAGAGGACCTGATG
GTGCCAATTTTTCTTAAGCCAGCCTAGTCCTAAAAAAACTTTGAGTACCT
TTTGTAACTATTTCTTTTTATTTTTAAGTATTTTAACATGACTTTCCGAA
TTTCAATTTTTTTAATTCTTCGGAAAATATATTTTTGAAAAACAGTTGAC
CAATAACTGGAAATTTATTTTATTCAAATAAAATGAAAACCCTACTGTGC
TTGAATTTCATGTGAAAATATTCAGGAGGATCAATCAATTTAATTGATAA
GTTGACCAATAAAATTTGGATATTTAAAAAAATTATTTTTTAGCAAAATC
TTTTTTACACATAATCACAAAGTATTAAAATGGTAGCCTATAGTTAAAAT
CTTTACTCAACACAAATCCTTTTTTTTTACAGGCAGAGGTGTTTTTGCCA
CAAAGAATTTTCAGCCGGGTGATTTTCTTTGTTGTTATCGTGGAAATCTT
TCATCTAAAGAAAATCTTCGAGAACTTGAAAAACAATATGAAAAAGAGGA
TGCCGGTAGTTTTGTTTTTGAATTTGATCATCAACAAAGGAAATTGTGGT
ACGTATGTGCAAGAGTATTTTGAAATTGTATACAACATATACAATTCTAA
AATTTAGGTGTAAAATACTATTTAAATAGACAATAAAGGTCAGCTACAAT
TGGCGCCGAAATATTTGGCACAAAAGGGGAATTCCCTCAAAACTTTAAAA
CCGCAAGTGTACAGTTCAGAAGTACAGTTCAGAAGTAGAAATTTAACATT
TTAAGACATAGGACCTTAGGATAGCTCAGGATTCACAAGCTTAAAAATGT
TCCAATAAGGCTAGGAATATAGCCTGGAAGCCACCCAACCCCTCCCAAAT
AGAAAAATCCAATGAAGCAAAGTTGAAGTACTGAAACTGCAATTCTCACT
TGACCTTTAAATTCTGAAAAACGTTAAAATACCCAAAATTGCCAATATAT
TTCCGCGCTGATTGTAGCAAGTGGAAAATTTAACTAGTATATTACGATAT
ACTCATAGCTACTGAAAATTCGTTCTCACAGGTTTCTGCGAGAAAAGCAT
ATGTGAAGAAATTAAGAATTTCTGTCTGACTATTTTCAATCAGGGGATTT
GGGTGGTAGAGGAGGTGTATGCATTTCGTTGGGACTCATCAGCAATGGGC
ACTGTACCCTGGCTGGCCAGATCGATTTAGCCAGCATCTCAAAAACTACA
AAATCACTTGTGATTTAAACTAAGAGAAATATTGGACGGAAAGGAAATTC
TCTACAGAATTCTTTTATATGATATATATTAAAGAAATAAAAAACTAACT
TACAATTTTCTTTGAAATTTTGCCATTCCAAAAATAAATTTAAAGAAAAA
CAACAATGTTTTTAAAATTGAGCAAAAGCTTTTCGATTAAAAATCATCTT
CAGTGCTACAAATGATGTAACTTACAATTGCTACACGGTGTTTCACGATG
GTGGAATATTCTTGTATATAATTTACTGCAAAAGGATTCCTATTTAAAAC
ATTGCAGTTAGTTACTAAGAGAATTCTCCATCTTCTAAGAGTTGAGAATT
TTTAGAATATAAGAATATTGAAATGAAACAGGGCTATGAAACTTTCAAAA
ATAAAACATTTCTTTTTTCAGCATTGATGCTACGTCAGAAGATGGCTCAC
TCGGACGTCTGATAAATGATTCTAAATATTTTTCTAATGCTTATGTCAGA
AAACTCATTGATGAAAAAGATAATCCACATCTTGGAATTTTCGCCAGATC
TAAAATATCCGTTAATGAAGAAATCACTTATTTTTATGGTGAAGACGATT
TACCCTGGCACGAAGAGGTTGACAATTCTAATTGGATTCTTTGTATTTAT
AATTTTCAAGTATTCCACTTTGTTTATTTAATGTGAATAAATCTAGCGGG
CATCTGTCCAAGAAAATCTAAGATTTTGACAGAGAAAGAAGAGTAGGTTT
TTCAAGACTTGCAGAAACATAAACTATTTGGAGAGGCTGTCATAAAAATA
ATTTCTCTAACTGAATAGAGGCAATGGAAGCTATTTTTGGTCTATGAAAA
AAACTCAATCATGAAAAAGCATGTAAAAAAGACAATTCACAAACCCAAGA
AAAAGGAATCTTAATTTGCATAAATTAAAATTTGTTGATGAGCATTTTGT
TTCACGGATGACATTCAAACCATTAAATATGAAATAAATTTGTATTTTTA
GGAGAAGACCTTATACGAAGAATTGAGGAAGGTATTTCTTGACCTTTTTT
CTAAATGTTTTTATACAGTTAAGGAATTTAGTGCCTTTGACCACCCTTTT
GAAACCAGTGAGATTTTATTTATAATTAAATTTCGATTGAGCTCATAAAT
GTTTTTAACATTATCTTGACTCTAGTAAAAAGAAGGCGACGCTGTTTAGT
GGTTATCAGCCTTGACTTCTGTGCAGGAGTTTGGGGTTCGATTCCAACTC
AGTGCTGCGATTCACTTGGCAAGTGAAAGGACTTTTGCCAGGGTCAACCC
GCTTTCCATGTGAGGGGAAGTACGGTGCTCTGATACAAGAGTGTGAGGAG
ATATGCCTGGCTCTGTGGCGTGTTTGCTAATACTTTTCAGATTCGACCAT
GTGAGGATGCACTATCCCCCGAGTCGTTTGAGTAAAGTAACTATACACTC
ATCAGCTGTGTGTGTCACAAGTACGAGTTGGCAGAGTTAGGTAGGAGCAG
TGGTTTTCCTATCCTAGGGTGGTGAATGCTGGCCTGGCCATATTGAAGGG
ACTATCTCTTTCTCTGAGTCTGATAAATATAATCCCTAATAATTTTCTTT
TCTTAATTCAAGGATGACAATTTGAAATTTGTTTCTCGACCTACCAAACA
CCTAAAGATCAAGGATGAAATGGTTGACAAGAAAACTTTCTACAAACTTA
TGTGCGACATTGAGAAGCCAATTTTTATCATTCAAACCAAAATTGAACCT
CATGATTATGATGAAGTTAAACAATCGGTAAGTTTGCGTTTTTCTGTTCT
TCCATTCATCTCCCTATGTTGTCCTATCAGCTTCTGACTAACAGCCCTAC
ATATTGCTCGAAATAACAATTTGAAGTAGGTCAGACAAAATGTTCGCTCA
GGTGATTTTTGCTGGTCGGACAAGGAGCAATTTTGGTCGGACAATATTCA
ATGTCCAATATGTCTGACCATTATTTCAAGCGCTCATCCTGTGATACTTA
AAATGACTTTTGATTTCATCAAGTGTTGGGACCTGGCTTTTTGGTATTTT
CAACAAAATAGGATAACATGTCTTATTGTCTTGTCTTGTCAACCTTTTGC
GGAATCACATAGGAGTGTTCAAGGTGAAACAATTTACCAGTCATTCCAAT
GTTTTTATTCTACTCTATTTTAGTGGCTGATACCTCTTGAAAGTACAAAG
TTGTCAACAGTAGGGTATGATGCATTACACTTTTAAAATATGTTCAATTT
GAGTCGCATTTTTTCTCAAATTTGGAAAAGAGTTAAGAATTTTTTAAGAA
CAAAGCTGAACCTCAAAAAACCTGTTCAATTCTTTTTTTTTTCAGCTTTT
TCTATTTTTATGTGTATATCACAGGCTTGATTAACCATTTCCAGACTTTT
GAAAATTTAAAATTGTTAGTTTTTATTCTCTCAGATTTCGACCATTTTAT
TTTAAAAACTTCATCGCCCCTTGAAAATGTTAAGAATCATAAGGCTTAAT
TCGAATAATGTTCTTATAAAAAAACTGTGTAAATATCTTTTCTTCTTTGT
AAAGGTTTGATGACACAAAAGAAGAAATCAAAGTGAGTAATTCTTTCATT
CATAAAACTATTAACTACAGTCAATTAGTTAATCATTAAAGGCGAGGACA
TAGACCTTTTCATAAATTACGTAATGAACATCACTTGCCTCGTATTCAAA
CAATTTCCATGGTGATTATGTCCCTTGAGACATTAAATGATTTTTTAATG
AATAGAATGTAGTTTTAATAAAATCTTCCGGGAGTTAATCACCATGGCAA
TAATTTCAAAACGAGGCAAGTGATAATCGTGACGTAATTTATGAAAAGGT
CTATTGGTGACGTTGTTACAAGTTTTTCGAGCTGCCTTTTTTGTTACTTT
CTTCACGAAATGCAAGAATTGATAAGAAATTTTAGAGTGATTTTCCTGAG
AAATACATAAATGACAATCCTTCTATCTTTGATCATAAGTTGTTATTTTG
TGTTTAGTAAACATTTAATCTGGTATTTGTTAATAAATAAGGTTCTAGAA
TAGTAGTTTTAGTCTCGTTCATTCAAAATAGAACTACAAATAAATGAAGT
CTTTTGTGATTTTCAAGCTATTGTTCTTATTTTTCCAGGAAGAGAAATTG
GATTTGAGTGAATTTTCACCGATTCTTTTTGGTACTCTGAATTCTCCTTT
AAATGATATCAGGTTTGTTTTGGCTCGTTTATTGATACTTTGTATTATAC
TTGGATAGTTTTTATCTTCTCCTCATAGAGTATTATAATGGGAGTTGACC
AAATTTTGATTTCAAATTCAGATTTTCCACACCACTCTCATTATAATATT
TTTATTATACACATAGAATCAAGTTTTTTACTTAGACCGAATGTCTGAAG
CTAATGAGTTAGAGATAATTCATGATCACTGACCTTTATATAACCCTGGA
CCAAGCAATATCTGCCATCTTTTATTGGAGTTTTTTTAGAATTGGTACCC
AAGGAGAAGCCATTGCAATGCTAAAAATTAACGTCTAACGCCGCTATATC
ATCAAAAGAATTTGAGGAANNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNCTATCGAGTAGTGCCGACATT
AGGGTACCAATTTTCAAAAAACTCCGATCAAAGATTTTGCTTGGCTGGGA
TTGAGAAGCTTTGTCCAGGGTTATATAAAAGTCAGTGTTCATGATAGGCA
CCACTGCAACGAATTCACGTGGTCATATAACTAACTCTAGCTATATTTTT
TTCCACCCATTACGTCACCTGTAACCAATCAAGAGTGGTTATCCTGGATT
CACGTCATTTGATCTTGGTACAATTTTGAGCTTTTGATTCCAAGATCCTA
AGATTAAAATTCTACATTCCAGAAGTAACTTATAGCACTTAGAACTCATT
TGTAATGTTTAAAATGGTACATGGAATTACTCTTTTGATCAAATATTATG
ACTTTGATTGTACCACTCCCAAATTGAAAAACTGGTAAAAATAATTTGTC
GGCTTCACGTCTGGAAATGACCAGGAATTCTGGAAAAAGCCTAATAAAAT
GATCCTTGTGCTTTGGTGTTAACGAGCGCATTAATTTAATGTGTTTCATT
ATTGTCTTGAAACAATGTCCTCTTTCTCGTTTGTTTTCCTGAATTTCTCA
ACATTTGTTTATTATCTTTTAGTGACAATGAACTTGAAGAAAATAAAGAT
GATGTCAAGGTTTGTTATTAGTTGCACGTTACACTCTACCATCTTTAAAA
CCAATAAGAAAAATTTTCCAAAGGAATTCTTTCTTGAAAATAAAACTTGA
AATCATCGTTTTCAGTCAAATTTTCAAGCACTTTTGTCACTTTCCGTTTA
TTGACTTAGAAATTGAGTCTTAGCCTTCAGAGTAACCGTTTTAGGTTGTC
AATACCCGCCGGAGATGCCAACATTTTTACCCCCATCTGGACCCCTTTTG
AAGTTTTATTTTCAAGGATCATAAAAATTGAATTTATTGAAATGCTTGGA
ATTTTCACTTTCGTTTTCGATAAGAAGGATGCTCCATTTCTTGGTTCAAA
CGAAACAGAACAAAAAACGGTATAAATTAAGCTTTTTAGAGGGGGGGGGG
GGGGGGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNGGGGGGGGGGAGGGGAGATGAACGAGTCT
AAGTACACAAGGTCTCTTCCAATCGAAGGTGGATTTTGCTTCATATGATA
AAACTTAAAGAACAAACAAAAACCTTCTCATACTTGTAGGAAAAATTTCA
CAAAACACATTTCAATGAAGAAGGTGAATCAACTCCTTCAAATTGTACAT
ATAGTAGGAATTGATTGCCTCAAATGTTCTTCCAAAATCTGTATTTATAG
GACAAACTAGATGAGTTGAATTGCACAAAAGAAGAAGACCCATTACTTCC
AATGATCACATTTAGCGAAGATGAAAATGTTGTTATTGGTGATAAAAATG
GTGATGGTAATGATGAGATCGATTATCATTGCATAAAGAATCGAATTGTG
AGTCTTCTTTTCTTTCAATTTTGTTTGTTTTTGATTCCGTCACTGTAATA
ATCTCAGAAGAATTGGTGATGATAATGTTGGTGTTAGAGGTAAAGGGTAA
ATTTTCTGAGGCCATTGCAGTGACAAAAACATTAATGTTTAATGAAAAAA
GACCTCTGTTGGTTGAATTGACGAATCGAACCCTACAAGATAGAGAAAAG
TGTATTTTGTCTGTTGTCCTTCAGTAACTTCCATATATGATTATCTTGAT
TGTTAAGTGCCTATACTCAAATGTGGAGAGGGCAATCTTCTTTACCTTAG
AGCTTACACATCATCTTTATAAAGTAGGCCACAGTTGATGCTTCGCGTCA
TGCTAGTTATTTGTTTTGAACAAATTTCTTAACACTGAACCGTGTCCCTC
CATAATGAGGCTTCGTTTAAAAATGTGATGTATCAAATCTGTGAGATTTA
ATTCATGGTTAACTTTATTCGATGTGGTTCTTTCAGAGAATTTAATAGAT
TTGTGACGTGGGTGAATCTTTTCACTCAAAGAATGGAAATTTTAAAAAGA
AATAAAAATGTCAGAAGAATGTTTAAACAACTATAAGTTTTTAGGTGATT
TTTCATAACATAATAAGTTTTCTCCATGAGGTACTTGGTTAACAAAAGAG
TACAGCGGTGTTTCGCTGATCAGGAAACCTTTCCCCCTTAAGTCTCAGGT
AGGGTGAAAAAAAACACCCAAATTTAAATATGTATAGTGGCACCACACCT
TCGTCGATTAACAAGGGCGTTTTCTTCTACTCTTAGGTTCCAAATAAACG
GGGGTTTTCAACGGGGGGTTGAAAATTTTAAAAACCCAAAAATAGGGTAA
ATATAGGCTAGAACCAGGCTATTTAGAGCAAAATAAGGGGCCTTCTCTTT
GATAGCTGAAAATATTCTTAAAAATTAATAAACAGGGGGGGTCCTAATAA
GGTCCGGGGGTTTGGAAAATTTTCGAAAAATTGGGGGGGGGGGGGGGTTT
TTTTTGAACCCAAAAGGACATTTAAAAAAAATTTTTTAAAAAAAAAAAAA
AGGGGGGGTCATATAAAGGGGTGGGGGGGGGTTAAAAATTTGGAAAAAGG
GGGGGGGGGGGGCGTTTATTTGGAACCTAAGAGTACATCTAAAACAGCTT
GTTTAATTCATTGCAGTACAAATAATTTATTTTGCTTTTGTTTTGTGGAT
CAAATCCCATTTGTAGTTAGTTTTTAGTTTACGAACTGCAATAACGAAAA
TTCTTGTTTTCTTTTGTTAATCTTACCTACTGAAAAATCGTGTATTAATT
GAGCAGCTGTTTTTCTATTTGTCGTGCACTTGAGGGCCATCGTTGAGAGT
AATGCATATATTTTTACCACGTTTTATTTGAGCATCTGTATCAGCAATTC
AGTACTATCCCTCCCACTGAATTTTCTTTTGTTGACATTGTTTTGTTTTG
CCCCCTCTGACTTATTTTATTTTGGTTTTGTGGTCGTTTGTGTCTGAGCC
TGCCAATAACCCCAGTAACTTTTAGAATAATAGAATAGTTGTCCATTTCA
ATGTTAACATACTTCTTTTGTTGGTTGGAAACTAAAATGTTGTGATTGGC
TGTTTTTTGAATAAAATGTTGTTGATTAGAAACTGTTACAAAAATTGACC
ATTGAAGGCATTGTTAGCAATTCACAATTTATTCCGGGGGTCAGCTTCTT
GAAATGCAATCCCCCATAAAAAGCACCATTTGTAAGTAAGAAGCATTACT
TTGATAGAAGTTTGATCTTTCTTTTAAAAGCATTACTTTCAACCGTCTTA
CTGACAGACCATGAAGGTGTTTCTAATTTTGATGCTGGCATACTTGCCAA
TACTGTTGTTGAAAGCAGATTCAGCTCATGATATCAAGATCTTGAAACTA
CAAGTTAAAGCATTGATTAAAATGGTGACAGATGCAAACCAGAAGGTGAG
TCAGACTAATAACAGACTGACGCAGGAGGTGACAAATGTCCGACAAGAAG
CCAGCCGAAACCTCACCAGAGAAAACCAAGCAATAAACAAGAAGTTGTCA
CAATCAAGCCAAGCAATGAGTCAAAAGTTGAGCCAAACAAATCAAGATCT
GCAAGCTTTAAAAGACAAAGATCAAACTCTCAACGGATTCTGTAAGACCA
AATCAACAGTATGCGGATCATGTTTTTGCGTCGAAGATTTCAACATTCCT
GCAAAGTTTTATTGTGATTGCCGAGCGAAACCGGCGAGAAGAGATTGCAA
GGAGCATTACTTGCAAGGGGAACGGACCAATGGGCTTTACCGGATCAATA
TGAATACTTATGGAATGGTCGTTCCGGCGTATTGCGATCAAAACACAGAT
GGAGGTTCGTAAACTTTTTTTCTCTTATTTTTCTGGTGTTTAGTAAAATA
CTAGGAGGATACTAGTCTGTACACAGACCCGATATCTACGGCTAATTTCA
AAATTCATTGCCTTAGAGAGTATGTTGTCATTGTATTTTCTGATTTGAGA
TTTTTCAAACCGACCGCTGCGATAGAGTGCGGGTGAGAGAGGGGAGACGA
TGAGAGAAGTGTTGTATCATACTTCATCGCAGAGGTCTCCGTACGGGAAT
TTTTTTTTATCAAGCAGACAATGCGCACAGAGTGTTGTAATACGAAACGA
TAAACGTGAGATGGAGGGGGGGGGTACTTACCTAGGGTCAATACTTACCT
TGATGTGTCGGAGAATCCTTTAAAAGCTTCCAAAACTTGTGTTTTTTTTG
TATGAAGATCTTTTTTGTTAAATCCATTAGATAATAATTGATGTTTATAT
ACACTTTACATACAAAATTGCCCCGCTTCATACAACCTTAACATTTGTTA
CCCATCTTCTCCATTTTAAGGTGGCTGGACAGTCGTTCAGAGGCGTGTTG
ACGATTCAACCAATTTTTATCGCAACTGGAAACCATACAAAGAGGGTTTT
GGACAAATCCATCACGAACATTGGCTTGGGAACGACAACCTCAATCTCCT
CACTGCACAAGCTGTTTTGACCGGCTCAGAAATCCGCTTTGAATTAGGAA
TAAAGGGTAAAAACTATAGACGTTATGCTAAATATTCAAATTTTCATGTC
GATGCAGAATCGAATGCTTATCAACTTCACATCAGTGGATATTCGGCCGG
TAACCTTGGTGATCGGATGTCGTACCACAACGGCATGAAATGGACGACTC
AAGACCGAGACAACGACAAATGGGCTTATAATTGTGCTGCTTATACCAAT
GGCTATATTGGGGCTTGGTGGTATAATAATTGTGTAACTGCATCGGGTTG
CAGTTTGAATAGTCCTTACGACAGATACAGCAGAGAAAGAAGTATCGGAC
ATTATTTTATATGGCATCCTTATCGTCTCCAATCCTCGGAAATGAAAGTG
AGAAGAAAATGAATTGTAAACTTTGATTTTCTATTTTACTAAGTCAAAGA
TATTATCATGAAATTGATTATTTGCTGTTTTTCGTTTTACTTTTAAAGGT
TTTATTTTTACAAAAGTGTTGCCTTTTCATAATAGACACAGATTTCATAT
CAGGACAGTTTCTCCCCATAGTTATGTTGTGATGATCATGTGCTGATTTT
AAAAAATATATATGTTTTTCTTCTCATCTTTCTGACCAATCTTGCTCTAC
ATCCTTGTCAATTCAAAGTGAAAAAGCTTGTCAATTAAAATTGATGAGTA
AGCAATCATAGTTGGATTTAACCTCAGTCGGTAGTTTCTTAACTTTCAAC
CTTTCAAAGATCGTGGACTATATACTATAGAAAAGAGTTTCCATGTTTAC
CCCTTTGCACTGTAAATTATAAGCATCCGGGTGGTCGAATGTTTATATAA
CTGGTCAAAAGTCAATTTTAGGTACCTTAAGTGGATTAAATTGGCCAAAA
GTCCTAAGAAAATAGAAGAAACTGGGTGAAATAGAGACCGATTCTCGAAT
TTTTGTCCGCGCGAAAATTTCACAAAAAAGTCCATACGGAAATTAATCTA
CTTACGGTTATAACCCATAAACGGTGTAAATGCTCAATGGGTTAGAAGAC
AAAAGGGCTAAAAATGATTAAAAAGATAACAGATAAAAAAGCTAGTCTAG
GAAGTGATGACATCGGCAACGTTAACCACGCGTTTGGTCAGCTCTGGTCA
AATCATTTAGCTAGGGGGTGTGGATTAACCCGCGGCTTGGGGTCTTATCA
AGGACTTGAAAATTAATACCTCTCAACTGAATACTTTGTAATTGAGGAGG
CGGATCATCCGGATGGAATACACTTTCTTAACTTTTACATTTTAAAAAGG
CTCAAGAGACCTTAGGGTGATCTTTTATACTGCGCGGTTTTTATAGAGGT
CTGTGATTCAGACCTAAGGAAACCTTTGAGAAAAATTAAGATTTGAAATC
CCATTTTTAATTTTATCAGAGCGCAGAATCAGCTGCAAGTGGGTCACTTT
GCCATGAAGAAATTTATCATGAGAAAGATGACCATCAATCACGTGACTCG
TCAGACAGTGAAAATGAAGAAAGCTCGATAGTCAGGTCAAACAAAATTGT
CCCATTTATGAACTCGTCAACCTCAACAAGCTCATCATCTGATGAAAGCG
ACATCGAACATAAAAAGGTACAGAAATAAATTTGTGTGTTAATAGGTGTC
TTGCCATTGTATAAGCTGCATGTAGAGCTGGAAGGGTTATATAATCTGAC
TTAGCTAGGCTGATTTGACGCTTCTTGTTAGGAAGGTCTAGTACTAAGGA
ATAAGTGAGTTAATAATGTGGAATTTTGAGAGGTGGAGCGTTCACCGAAA
CTCCCTTTGCTTTTTTGCAGCAGAAAAGAAAACTAAAGAAACCGCACACG
AAAATGAGACAACCTTCATCAAGTAAAGAAAAGTTACCCACTCCATGTGA
CAACGAGAGTGTAGGTGGTGTCAGTGATGTAGATTACAATGAAAGCAATG
TGCAGACTCCCAATATAGATAACGTGAGTATTCTATACTATTCACCTGCC
GTGAGCCAATGGGGTGACATAATCACCATTGCAATTGTTTGAATACGAGA
CAAGTGATGTTCGTGACGTAATTTATGAAAAGGTCTATTGATTAAAAATT
AGTTTCAAACTATTTTACGAAAACATACTCAAGAGTTCTTTAAAAATAAC
ATTTTATCTTTTTTAACTTTATAGGGAAATGAAGTGAAGACTTTGGACGA
CACCAAGGAGGAGAAAAAGAAGGGGAAAGAGGGGGAGAGAAGAGTACCAT
CCAATGAGTTCGTTCCTACATCGAGGTATGTTTCATTTTTTCAAGTACAC
TTTCATTAGTGAGATTTTGGCTTGAAAACAGTGGATCTTTTGTTATAGAA
CAATAGAAATTTAAGCATCAGCTCAAATGCTTCGAAAAAATGTAAGAGCC
GTAAGATTTGCAATCAAGTCAAAATAACTTTCAATGTAATACCAAGAGGT
CGAATTTAAATTTCTAAAAATGGCTCGGCAGTGAACGTGTTCAGTTTCCT
TCCGCGAAAGTTTTGGTATTCAGTTCTTCAAATTCAAACGGAAAATTTGA
ATGAAATTTTTGGCCTTTGCGTCTAATGTTGTATTTTTATAGCTAAAGTA
ACAAATGAAGTTTTCCAGAACATGAATATAATTTCTATCTGCTTTTTTAA
AAATTAAAAATTCTTTATTTTTCAGGAGTAAATTACTTCGTATGATCTCG
GTGCTTTGAAAATGGTTGACAAAATGATCTTTCCTTATTGGACGAATTTG
TCATTGGCTCTCATTTGGGAATTTTAAAACTGAATTTTATCCTCTAAATT
ATTTATTATAGTGTATATACAGCATAACATACTATATTTGTTTTAAAACT
GAAAATTTGTACCTACGTTTATTATCCATTATTTTAAATCACATACAATC
GATAATTTTAAAATTTTATCGACGCTTGGCCAAAGTCATTTTACATTTTA
TTGAAATGTGACAATTTTTACCAAGTGCTGCAACTTTTCCGTCCAGTTGA
GATCCTTCATTAAAGTCTATTTCAAATTAGCTAGCATTGTTTTTTCAAAC
CTCAATAACTTTTGATAGAATTTGAATTAGTTAGCGGTTTTATGCTCGTT
AAAAAGATAATCCGGAGTGGAATTTAGTAGAAATTTCTTAAAATCTGGGC
ATCCAGGTTGCAACAACGTTTTACACGCTTTGAGCCAAGAAGAATATCGT
TTTAGGAAATTTCTTTTTGTTTTTTTAGAATCAGAGATATAATTTTGTTG
GTTTTTTGGTAGAGATTTTGTAGAATTTTTTTTATATAGAAATACAATTA
GAATCTTTTATATTTGATTGCGGCCAACGTTGG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_009649XLOC_009649Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00017247-exon-sc0000261-1575043694:37890..38025TCONS_00017247-exon-sc0000261-1575043694:37890..38025Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:34472..34548TCONS_00017247-exon-sc0000261-1575043694:34472..34548Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:33921..34015TCONS_00017247-exon-sc0000261-1575043694:33921..34015Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:33328..33493TCONS_00017247-exon-sc0000261-1575043694:33328..33493Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:32059..32254TCONS_00017247-exon-sc0000261-1575043694:32059..32254Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:31645..31674TCONS_00017247-exon-sc0000261-1575043694:31645..31674Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:30899..31063TCONS_00017247-exon-sc0000261-1575043694:30899..31063Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:30462..30502TCONS_00017247-exon-sc0000261-1575043694:30462..30502Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:30094..30121TCONS_00017247-exon-sc0000261-1575043694:30094..30121Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:29464..29537TCONS_00017247-exon-sc0000261-1575043694:29464..29537Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:27917..27953TCONS_00017247-exon-sc0000261-1575043694:27917..27953Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:26379..26525TCONS_00017247-exon-sc0000261-1575043694:26379..26525Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:21759..21956TCONS_00017247-exon-sc0000261-1575043694:21759..21956Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:21403..21555TCONS_00017247-exon-sc0000261-1575043694:21403..21555Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:21101..21201TCONS_00017247-exon-sc0000261-1575043694:21101..21201Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1575043694:20043..20700TCONS_00017247-exon-sc0000261-1575043694:20043..20700Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:37890..38025TCONS_00017247-exon-sc0000261-1510915933:37890..38025Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:34472..34548TCONS_00017247-exon-sc0000261-1510915933:34472..34548Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:33921..34015TCONS_00017247-exon-sc0000261-1510915933:33921..34015Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:33328..33493TCONS_00017247-exon-sc0000261-1510915933:33328..33493Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:32059..32254TCONS_00017247-exon-sc0000261-1510915933:32059..32254Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:31645..31674TCONS_00017247-exon-sc0000261-1510915933:31645..31674Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:30899..31063TCONS_00017247-exon-sc0000261-1510915933:30899..31063Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:30462..30502TCONS_00017247-exon-sc0000261-1510915933:30462..30502Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:30094..30121TCONS_00017247-exon-sc0000261-1510915933:30094..30121Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:29464..29537TCONS_00017247-exon-sc0000261-1510915933:29464..29537Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:27917..27953TCONS_00017247-exon-sc0000261-1510915933:27917..27953Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:26379..26525TCONS_00017247-exon-sc0000261-1510915933:26379..26525Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:21759..21956TCONS_00017247-exon-sc0000261-1510915933:21759..21956Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:21403..21555TCONS_00017247-exon-sc0000261-1510915933:21403..21555Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:21101..21201TCONS_00017247-exon-sc0000261-1510915933:21101..21201Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1510915933:20043..20700TCONS_00017247-exon-sc0000261-1510915933:20043..20700Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:37890..38025TCONS_00017247-exon-sc0000261-1491911889:37890..38025Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:34472..34548TCONS_00017247-exon-sc0000261-1491911889:34472..34548Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:33921..34015TCONS_00017247-exon-sc0000261-1491911889:33921..34015Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:33328..33493TCONS_00017247-exon-sc0000261-1491911889:33328..33493Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:32059..32254TCONS_00017247-exon-sc0000261-1491911889:32059..32254Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:31645..31674TCONS_00017247-exon-sc0000261-1491911889:31645..31674Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:30899..31063TCONS_00017247-exon-sc0000261-1491911889:30899..31063Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:30462..30502TCONS_00017247-exon-sc0000261-1491911889:30462..30502Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:30094..30121TCONS_00017247-exon-sc0000261-1491911889:30094..30121Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:29464..29537TCONS_00017247-exon-sc0000261-1491911889:29464..29537Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:27917..27953TCONS_00017247-exon-sc0000261-1491911889:27917..27953Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:26379..26525TCONS_00017247-exon-sc0000261-1491911889:26379..26525Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:21759..21956TCONS_00017247-exon-sc0000261-1491911889:21759..21956Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:21403..21555TCONS_00017247-exon-sc0000261-1491911889:21403..21555Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:21101..21201TCONS_00017247-exon-sc0000261-1491911889:21101..21201Clytia hemisphaericaexon
TCONS_00017247-exon-sc0000261-1491911889:20043..20700TCONS_00017247-exon-sc0000261-1491911889:20043..20700Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000261supercontigsc0000261:20043..38025 -
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
0	0	0	0	0	0	0.000232207	0	1.69358e-09	0	0	0.224974	0	9.164e-06	0	0	0	0.309108	0	0	3.01534e-08	8.91488e-07	0	0	1.28098e-05	0	6.11648e-05	0	0	0
Blast
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BLAST of TCONS_00017247 vs. Swiss-Prot (Human)
Match: KMT5A (N-lysine methyltransferase KMT5A OS=Homo sapiens GN=KMT5A PE=1 SV=3)

HSP 1 Score: 80.1073 bits (196), Expect = 7.841e-16
Identity = 53/137 (38.69%), Postives = 75/137 (54.74%), Query Frame = 2 
Query:  272 EGLEIRLVDPYKGRGVFATKNFQPGDFLCCYRGNLSSKENLRELEKQYEKEDA-GSFVFEFDHQQRKLCIDATSEDGSLGRLINDSKYFSNAYVRKLIDEKDNPHLGIFARSKISVNEEITYFYGE------DDLPW 661
            EG++I L+D  KGRGV ATK F  GDF+  Y G+L    + ++ E  Y ++ + G +++ F +  +  C+DAT E   LGRLIN SK   N    KL D    PHL + A   I+  EE+ Y YG+      +  PW
Sbjct:  257 EGMKIDLID-GKGRGVIATKQFSRGDFVVEYHGDLIEITDAKKREALYAQDPSTGCYMYYFQYLSKTYCVDATRETNRLGRLINHSK-CGNCQT-KLHDIDGVPHLILIASRDIAAGEELLYDYGDRSKASIEAHPW 390
The following BLAST results are available for this feature:
BLAST of TCONS_00017247 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
KMT5A7.841e-1638.69N-lysine methyltransferase KMT5A OS=Homo sapiens G... [more]
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