TCONS_00018940 (transcript) - C. hemisphaerica

Overview
NameTCONS_00018940
Unique NameTCONS_00018940
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length5046

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00018940 ID=TCONS_00018940|Name=TCONS_00018940|organism=Clytia hemisphaerica|type=transcript|length=5046bp
AACCAACAGCGGTTTCTGAATGCAAAGATGTCCAACTTTTGGTCGTGAAA
AACGTGAACCAAAAGCAGCAAACAGACAAAGTTGCTTGGATAAAACAGCT
TGTTGTTATTATTTTATGGTTGATATGGTATTATAATAAATCGataaGGC
AAAACAAAAGTCATAAAATAAAGCTGAAAAGTTATGGTAAGAAAGCGAGC
TCAAGCAGAAAAGGCACTTTCACCACCAAGAGAAACAAGTAAGGCTGATA
CAGACTCAAGAAATAATTCAGCAAGCCCAGAAGAAATTCCAAGAAAGCGT
CAAAAACAAGAGCCTGAAAGTACTGATCAAAATgGAGGACAGGTGAAATC
ACCAACATATGGTATAGCAACAACAGATGAAACAGAAAACTCCACAAATA
CCTCTCCTGACCTTTTACATGACGAATATGATCAACTACCAGACCCTTTA
ACCCTACAAAAAGAATTGAGTGATGAGGGCAAAGCATTTTGGGAAACCGT
AACTAAAGACTATCACCATTTTTCAAACTGGACAACTTTACTACAATATA
TTACTGAGACAGAGGACAACCTGGAAGCTTCTCAAGCAGTTTACCGTTGT
TTTTTACGCTACTTCCCATATTGTTATGGTTATTGGAAAAAGTTTGCTGA
TATTGAAAAGAGGAATAGTGACATGGATGCAGCAAGAAAAATCTTTGAAG
ATGGATTGAAGGCCTTTCCTATCAGTGTTGACCTTTGGGTTCattacatc
aattttttgatgcaacaaaacaaaggaaaacCAGAAAAACAGCAAGAAAT
AAGAGACACGTTCAAAAGGGCAGTGAACTCTGCTGGTATGGAGTTTAAGT
CTAGCAAATTATGGAATGCATTTATTGAGTGGGAAAACTCTCAATCAAAC
CTAAAAAACGTCACAGAAATCTACGATCAACTCATATGTACCCCTACACA
ACAATATATCAAAAATTGGCAAAAATTCAAAGTTCATCTTGAGACATACA
GACCAGGTGAAATTCTCCCTGCAAAGGAATATGGCAAATTGATGAAAGAG
ATGGATGCTTTTCCACCTGGGATGGTTATTGAGGACGACAAATCAGGAGA
TGAAGAAGGGGAAGTGACTCTTGGTGAGGACGAGGGTTTACTCAAAGAAT
CTTACACAGAAGTCCGTAACAGAGTCCTCAAAGATAGGGAGTCTGTTTTT
CGCCAAACAGCTCAAGAAATTGTCAAACGCTGGCGCTTTGAGGAATCANT
AGGGAGTCTGTTTTTCGCCAAACAGCTCAAGAAATTGTCAAACGCTGGCG
GTTTGAGGAATCAATAAAAAGACCTTACTTTCACATAAAACCACTAGAAA
AGTCACAgattaaaaattggaaagacTATCTGGATTATGAGCTGAAGCAA
GGCATTCACAAACGTAttgtgtttttgtttgaaagatgTATAGTTGTTTG
TGCACTGTATGATTTCTTCTGGGAAAAGTACCTGgattatattgagacaa
aaGACCCATCACAAGCAAGAACAGTATTCCTCAGAGCATGCAACATCCAT
CTAGACAAGAAGTACAAGCTTCATCTACGCTGGGCCATTTTTGAAGAACG
ACAAAGGAATATGAAGCTTTCAGCAGCAATCTTGAGTAGGATAGATTCCA
ACTTTCCTGGTATGATTCTAATAACACAACACCGGATTGGATTGGCTAGA
AGAATGCAGGATTTTGATGAATTGGTTTCAATATATGAGAAAGTCATTGA
ATCATCTGAACGTATTgaagacaaaatattttatagCATCAAATTCTCAC
ATTCGCTAGTTAAGttttgtaataaaaaagatCAAGCAAGAGAGGTCCTT
TGGTCAGCTCTGGAGCTCGGAAAGaAACATAAAAGATTATATTTAACATT
GCTGGATTTAGAAACACATTACGGCTCTATTGAGATTGAATttgttaaaa
aactttttgatgcCATTCAAAAGGATTTAACCCTTGAACGTGAATTCCGA
CTGAGTTGTGCACAAAAGAAAGTTGAGTTTTATGAAGAGTTTGCTGATAG
TATTGATGATATTGTTGAGGCACAAAATACATATGCAGCAGAACAGAAGA
AGGTGGAAGCAAGACAAAAGGAGGACCAAGAGGAGAGACACACATATTCA
AGGAGTGCAAACCAGGGAGAACAAGAACAGATATCAGTCCATGAAAATAC
ACATTATGCacaacaacatcaacaacaacaagctTGGTTCCCACCAAACA
ATGCTGGAGGGCATGCAGCAAACTTTGACTGGCAACAACAATATGCAGCT
TACTCACAATATAACAATCGTCAATGAATGAAATAACACTAAAAACATAA
TTGTGACCCAAAATTaaagaaggagaaaaaaataaacaataaacaataag
aaattgataaaatcaaaagaaagagcTCTAGATACCAACCCGGTTTTAGA
AGCTAACTTTCATAATAGAGACAGCGACATGTAcaaatttttacgttttt
tacttgaTGTATAGACcttttatccaaaaaaaagaGCTCGATCCTCATTC
ATTGATAGCTCAAGAAAGAATATGGATACTTCTTATTATGCAACTTTAAT
ATTGTTTATTGTTTCTTCATGCCTTGGAAACCTTTGTATCGTTTCAGTTA
TTAAgatataaaataatttatgGTGGTTGTGATGAAGAGACAAAATTGCA
TCAATTGTATTTTCTCAAGCTGGTATGGAAATTTTAAGCAGATTACATTC
CAGAGTAAAATCATTAAATTGTCTTGTGAATTTGTTGAGTATTTAAAAAG
TGATGGTATTGTATTGCCAGACTCGAATGCACCAACATATTCGAATGAGT
TAGAAGGATATTCTGACGAAGATGACAATGTCGAATGGGATGAGCAGGAA
AGAAATGTCACAATACCAGAGTTCCCTGAACTTCAAGAAGAAGTTGAAGC
TGCAATCAAAAGTTTAggtaattttcttaatttttatcGCCAAGATTTCT
ATTGAAGCGGCAATCAAAAGTTTAgGAGGAGAAGTATTTCCAAAATTGAA
TTGGAGTTCACCTAAAGATGCAGCATGGATGAGTCATAATGGCACATTGA
AATGTACAAATTTCagtgatgtatgcttattactAAAAAGTTCAGATTTT
GTAACCAACGACTTGACAAATGCTTATAAGTTTTGCGAAGATAACCAGTC
ATCTCAACCATCTGACCAATTTGAGCTAGTGTTACGTAAGTATATCAGTA
TTGTGCCTGGAATGGAGTTTCGTGGATTTgtcaaaaacaataaattgGTT
GGTATCAGTCAGCGCCACTATAACacattttttgattatttgGTGCAAAA
TAAAGAGAAGATCTTGCGTGGAATTACCAATTTTTTCAATAGCAGAATCA
AAGATGAGTTTGCTGAGTCTAACTATACATTTGATGTTTACATCAACTCT
CAAAACCGTTTCTACGTAGTAGATTTCAATCCATTTGGGGAATTAACCGA
TGCTCTTCTCTTCACCTGGGATGAGCTGAATGGAATTGACACAGCAACCA
ATATTGACGTAGATTCTGAGGATTTCTTCAGAGTTGTCACAGAAAGTAAT
AACATTCAACCTAGTCCTTACATGAGATATGGTATGCCAACTGATGTGGT
TGACTTGGCATGCGGTGAAGATATCCAAAAAATGATTGATTTTCTAAATG
TTAAAGAACTTGTTGTAAAACCAGgggaaaatgttgaaaaagagGACGGT
GATGAATCAAGGACTTGATTAGCCTAGCAATAATAAATGAAATTAGGGAT
AAGCAATTTTGTATAATTGAAATTTAGAATACAGAAATGTTGAATAGTTT
TTTTGTGCATGTGTCTTCCTTTTCCAAACCAAGGACTTGGacagtttttc
aattttctattgAATAATCTACTTTTGCAAAAATaatgcatttttctttt
ttatcaaaggTTTTTGTCAAGATTGCTTATATTTGCATTCATTTATTGTG
CTTCCTAAAGCAATTCTTTTTAAAAGCTATAGCAAATTATAACAGGTAAA
AACAATGTTTGCATATTCTGGATGTGGCTGTTTGCAAAGAATCAAGCACA
TCTCAAAATCTATATCGCCGCTTTTCTACACAATAAGTCGACAACAGAAA
AATTTAGTTAGATTCTCTTCTATCTTGGTGGCAAACAATGGCATCGATCA
GAGACAGAAACCATCATCCAATATCAATCACAAACGTCAACCTTCATACA
GccaactttcaaaatatttaatgaaaGTTTCCAACACTCAACGACGTTCA
TACTCCAAACCTGTGGATGAGCCTGTAAAAGAATCAAAATTCCTCACCAT
ACCGAATGTTTTGACCGGATTGAGAATGTTAGCTGCTCCTTATATTAGCT
ACCTTGTATTCTGTCAAGATTTCGATTGGGCCTTGGGATTGTTTATGGCT
GCAGCTGTCACAGATTCTGTCGATGGTTGGATAGCACGTAATTTCAAAGG
ACAAAGTTCGATATTTGGTGCATTTATTGATCCACTAGCTGATAAAGTTC
TTGTTAGTGTTCTTACCTTCTCTCTAACTTATGCTGGGATCATACCAAcC
CCTTTATGTGTGATGATAATTCTTCGAGACATCATGATTATGACATCAGC
TGGATATTTCCATTACAAACACTTGGAACCACCTAAAACATTGGAGAAGT
TCTTCGATTTTGAAAACTCGAAAGTACAAATGGAACCAACACAGATCAGC
AAGtACAATACATTTCTTCAACTTGGTTTGGTAGCTTTGTCAATGACAGC
TCCTGTGTTAGGCTTTGTCAACCACCCTTATCTTCAAGCTTATTGgtatt
tgGTTGGTTCGACAACTGTCTTGTCTGGATTGAGTTACgttgtaaaagac
aaatcagcatattttgtaaaataattatttttataaacttttagaaaaaa
aaaacaaacgaaataggatcattatttttttatagttACAAAAATGCATT
CACTTTTTATGGATATTATCGTCagtgttaaaatttcaaataccct
Run BLAST on NCBI

transcript from alignment at sc0000313:146054..163272-

Legend: exon
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00018940 ID=TCONS_00018940|Name=TCONS_00018940|organism=Clytia hemisphaerica|type=transcript|length=17219bp|location=Sequence derived from alignment at sc0000313:146054..163272- (Clytia hemisphaerica)
AACCAACAGCGGTTTCTGAATGCAAAGATGTCCAACTTTTGGTCGTGAAA
AACGTGAACCAAAAGCAGCAAACAGACAAAGTTGCTTGGATAAAACAGCT
TGTTGTTATTATTTTATGGTTGATATGGTATTATAATAAATCGGTAAGTA
TGGTTTTATTCTTTTCCTTATAACTTTCAATCTGATTGTTCATTTTATTT
TAAAGATAAGCCAAATCATCTCGGCCAGGCTGCCCCCACTCTGCTGACAC
TGTACTGTGTGTGACCAAGGTTTCTAAACTTCAATTCACTTCTTTCAGTC
CTATATGGGTAACCTGAGATCAGATTGTGGTTGTTTTCTGCCCACCACGC
TGAAGCTCTAAAGGGATGGGTGGTGAAAACATACAATCTGACGAATATGC
AATCTCGAAATCGTAAGGACCCGGTCTAAATAAGGACTGGGGATGACAAC
AAAGTTGCGTGATTGTGTTTATGAATAGGGCGCCGTATCAGTTTTTGACT
TTCTGGTGCACAACAAGATTCTTGTTGTAAAATTTTCCGCGGGAGGACTA
TTTTCAGGACCCTGCCGACGCACCGGACTTAACGAACACCGGAACCGGAC
AACGCGAAAGTCCGGTGTAAAATGAGAATTTTTTTTACCACCGGACAATT
TCTACACCGGACTTAGGCTGATGGAAATTAATGATATGTTTACCATAATG
ACGATTTTCAGAATTCGATGCGGCCAAGTTTTCATTATTCATTATTCATT
ATTTTCCCATAAACATTTATTTTTACCAGATTTTTCGTTTTTCCTTATAG
ATACACAATCCGAAGTCTAACATTGAGTTACGGTGATCGGAAGAGTTTAC
GCTGATAAAGACCATCGTCTTTACCCGGCACTCTCGTGTTTTTATTGATT
CTTTTGGTTCCCGTTTGTACTAGCTTAAAGAGATAAATCTTTTTCTTCCC
GCTAGAGAATTATATATATAATGTTATCTCCACAATATGACAAAATTAAA
TTCACACTGTAAAGACTACGAGAGGGCCGTTCGGGTTGTTAACAATCTAA
AATAGCCACGGGCCGTTTGTGTGGCCGTTTCGACCGGCAGGTTTTTGAAC
ACGCGGGCGGCTTACGGTAAACATAACATTAAATTCCATCGGCCTTAAGG
AAGTCGGATGTCCGGAGAAGGATATTTTTTCCCACCGGACAATCAAAACA
CCACCGGACACATGACCAGTCCAATGGGTCTGGTGTTTCTTAATTTTTTG
TTTCATAAATGTCCGGCGTCCAAAATTCCCTGTATGCAACACCGGACTGA
CACCGGACTTATTGCGTCCGGTGTAGCGAAAGGATACTTTTTGCCACCGG
ACAGTCCGGTGCGTTGGCAGGGTCCTCTATTTTCCTCAGATGTAAAATTT
TCAAGTGCCTTCAGAGGTTTACCGTGCACGTAAGAAAATTATGAACAGCT
GTTATCAGGTTATATATGGGCCACCCACATCTGCTGTGTTGGTATCTGAG
TAATCTATTAATCCTAGTTATGTGGCCTTTTGGGTTGGGTGTAGCTTTTT
GTCATCTTTTTAAGCCTAAGGGGTCACAGTGTCACTCACATCGATGTTTC
CATCCCATGACTAACGTCAAATTGACGCCAGTGGAGGGGGTCAAAGGCAG
TGACGCTACGATGAAAATCAATCTCAAAACATCAATTTAAATTTTCAAGG
CTGATTCTAATTTTTCTAACATTTGCTAGATATTTATTTATTTTGTTATA
TAACGCCTTTCGTTACTCATAGTTTACAGTTGACAATCAACTTTTTTTTC
CAAAGAACAGCATTCATTTATTTACTTTTTTTATTTTTCTGCTGATTCAG
CATTTCATTATTGGAGAAATTGCTGTTTTCAGAAATAATTGCCAAAAAGA
GCAATAATTGCCGTTTTTATCTTTATCGTTAAAACACCCAACTGGTTTAG
TCATCTATTTTCATGGTTTTTAACAAAAATTGTCAAAACGAGATGAGGTC
TGTGACTTAAAGTCATTTTGACGTTAGTCGTCGAAAAAAAGGATATGTGA
GTGGCCCCAAATTATAAAGAGATTTTGGACTGTATTCTCCAGACCTGATC
AAACCAGCTTAATTAAAGTTCAACTAATAAAGTCAATCAAATCCTTAGAT
TTTTAAATCTGTGTGGAGTTTAAAAACCAGACTGTCATTATTGGTAAAAT
CGGTCATCAAATTTATAATCGATGTTAATCGGGCAGGAAGATTCAGAGCA
CAATCAACTGCCAATTTGGGATGATACTCGTTTAGGCGAACGTGACAAGG
TCTATTCCAGTATGGATTCCACGAAATCTCGCGCCAAAGATATTTTTCCA
TACAGCAAGCCTCACGCCAAGCAAAATTTCTTTTGTACCAACATTCAATT
TTTCAATAAGGGTGCAAGATGCGAAAAGAGGCACATGCGCCAACATGATT
AATAAATTGACAGAAGCGTAAGCTAGCGAAAGCAAATTTAGCCAAATGAA
AGCTACAAATCGATGGATTATGGAGTCATTCACGCGGAGCTGGAATTATT
ACTTTACGCCAACTGAAAATCAAACAATCTTTGTAAGTACCCTTACGCCA
ATGCGCCAAAAACGTTCCAGTTGTACACCGAAGATCTTCGCCTTCGGCGT
TAGTTACACAAAATCCATACTGGGGTCTATTGCATAACCATTTACTCCAC
ACTTCAGTCAGTTAGTCACACTAGTGTCCCGCCAAAATGAGTATCAAAGA
TTAATGCTTCTAAAGCGCTATATCATTTACCGTCAACTGCTCTAACTTGG
GACGATTGGTCGAAACATGGGACTGTTGATATTCTCCCCTGTATTTTCAC
TTACTGTTAAATCTCTTTGACAAGAAATTTTTTTTGATAACTCCACCAAG
TTTATCAATCATACTTTCTGTCATAACATGTCACAAGAACTTTCACTGAT
AGCGCGCCCTCTTTAACTTTTTTGTTTTCATTCAAAATGACCGGAGGCCG
ATTGGATAATAAGAGAACGCCCGCCACCTAATCATCTATCCCCGAATGGG
ATTACCAAATAACTAGTGTGTAATATGCCGCGTGAGTGACGTCAAACTCT
CCATCGTATTGCCACTGATTTGGTCTTCTTCGTTCCAAACATTCGCATGT
GTTCCACTACCCACCATGGACTTTTTTTTATATTTCGATTTAAAAGCCTA
CTCAGTACGAAAGAGAAATCGTGTATTCCCAAGTTAGAGCAGTTGACTCG
CAAGTAGAAATGCGCCGTAAAAACTTCTAAATGAATTCATAAAAAAATAA
ACTTGGGCTTTTAAATGAAATCAGCATTTCAAGAACCATGAGAAATTACC
TAAATTTTGAGTCATACATGTTTTTTTTTATAAGCATACAAAAATCCGAA
AACAGGCTCAGAGATGCTTAGGTTGAAAGCTTAATGAGGCTGAAAAATGC
TTGAGGGGATGCTTAAATCTAAAGCATAAATTTAGGGAAATACTGAAAAT
CCGTGAAATTCCAGCCAAAAAAAGCCAAAATCAGGAAAAAAATATTTTTT
GTAGCCCCAAGCAATGCTTGCCATATGCTTAATTTTTCCCCATATCTGAG
CCTAGATATGCTTATAAGTGCAATGCTTATAAAAAAAAAACATGTAGATG
AAAAAAATTGAGCCAAGTCAAGCTTGAAATAGCTAATTTGAAGAATGGCT
TTCTAATTGATATCGCCGCGATTGGATAATAAAATATTTGAAGCTTTCGT
GTGCGTTTGAGATTGACGAAAATGAAATAATCTAAATATTTTCCAGGGGG
TGAATTTTTACTTTTTCTTATATTTCTTCATGTTCGCCAATCCACAGGAA
AACGCCAACTTAAAATTTTGCGTTTGGCAAATCCCCAAGATTCGTGAACA
ATCATTTTTTCACACTTACCGCTTTTCCTTATTGATCATTTATTGGTTTC
TTTTGTCTATATGGGGGTTGTTGTTGTCAAAAAGTACTATCATTTTGCAT
AAATTATGCAGATTGTGTTTTCAATCATTTTTTGACCACAAAAATGTCTT
TAACTTTTTATCTGAGAATTTCATTTTTTACATTTTTTTACATTTTTTTG
TTCAGTTTGAATAGATCTATCATGTTTTATAGGTCTTTTTTGATTTTAAA
GACCTCCCAAAAGTCATTATTTATTACAATTTTGCCTGAGAACGCAAAAA
ATTGTAAATTACGCAAAAACTGCGGTTTTACAAGCTTCGAAACATTCAAA
TTCGGAATCAGCACCCTTAATTAGCTTGGCTAGGAAACAAATCAAAAAGT
TGGTCACAGATGTTTTGAATTTTTTCTTTATTTTTCTAACTTTAGCAATT
GGCCATGGTTTGATAGTGTTTTTTCTAAAAGTTTGATTTCCTAGTGCGAC
TAACTGTCAGTGGATGCAAGTAAAACAAGGGGGAAATTAGATATTACCTA
TAAATAAGTTTTTTTCTCAGATTGGCACGCTAATATTCTAGCATGCCATA
ACCAGTCAGGACTTCCTCACACACAAAATGGACATAAAAATCATCTGATA
GAAAATGATCACCTGCCCTTTGTAATTCATATTCTTTCTTTTTTAGATAA
GGCAAAACAAAAGTCATAAAATAAAGCTGAAAAGTTATGGTAAGAAAGCG
AGCTCAAGCAGAAAAGGCACTTTCACCACCAAGAGAAACAAGTAAGGCTG
ATACAGACTCAAGAAATAATTCAGCAAGCCCAGAAGAAATTCCAAGAAAG
CGTCAAAAACAAGAGCCTGAAAGTACTGATCAAAATGGTAAACTTTTTCA
AAAATGTTGTTACATTTTAGTGATGGTTGATGGCTGGTATTGGATACAGT
TAATTACTTTAGCTTTCTACACTAGTTGACAATGTTTATATTGATATGAA
TATTTTTTCCAGCTCAATAGAACAAAGTAATAGTTTGTTGTTGTGTCCAG
TGAAAATTCTAAGCAGCACTTTTTTGTGGCCATTATACAGCCTCAATAAT
TGAAAAAAATTTATTTTATATCAAAATATTTTAAAAAGATGAAGATAGTG
AGCAAAATCAGAAAGTATTATCTCTATGATATTGAAAATAGATTCAATTC
AATACATTTTCTTTTTGGACCTACCCTGGTGGAGGTCTTATAAATTAACC
TGTGTTTGTTCGTCCGTTCGTTCGTCTGTTACCAACTTTTCTCAGGATTG
AATCATAGGAATCTTTTGATTTTCGGTACAAAGGTGCAAAATGGTAGTGG
TCAAAATGTGACGGAGCCCGATTTTCAAAAGAAAAAATTTTGGGCAAATT
TGGGCCAAAAAACGGCTAAAAAACGGGTTTTTTGGACTTTGTGAAAAGTT
GGATCATTAATTTTTCCTGATTTTTAAGTAGGGTACCATCATAGGTAAAA
GATGGCTCAAACAGATTTTGGCTAAAAAATTTTGTTGGCGCAAAAAACGC
ATGTTTATCTATAAGAATCACTATTAATAAGCATACATCAATGTTCTTAG
TCAAATTACTCAATTTTGTTATGAGATAGATGTTTTTTTGCTCATGAGAG
CTTACTTTTGAAGAATGTGTGTGTTTAGACATGAAATTTTGGTTGCTGGG
CGTGTTTTTTATAGAAAAACTGGCCAAATTCGAAATTTTTTTATAAGCCC
ATTAACAATTACTTACGTATTAGCTTTTCTCAAGATCGGCTCTTTCATTC
TTTATGATTTTTTGCACAAAGATGCATAACTATAAACCCTTGAATTTGAC
AGAGCTCGATTTTTGAAAAATAAATTTTGAGGTAAATTTCAGCTAAAAAA
TGGCTAAAAAATGGGTTTTTTGGACTTATTTAAAAATTGGATCTTTTTTT
TTCTGACTTTTTGCATGAAAGGTAAAAGATGGCTCAAGCAGATTTTTGTA
AAAAAAAAATTTTTCAGCTCAAAAAACGCATCTTTATCTACAAGAATCAA
CAACGAAGGCCAAAACTCAATTTCTAAGTCAAAAAACGGCCAGTGACCAA
AGGGCTTGGAATTTTGCCTGGTGTCATACTTATTTAAAATGTGAAAAATT
CACAAAATAATCAATAAGACTTATCTTCAACTAGGAGGACAGGTGAAATC
ACCAACATATGGTATAGCAACAACAGATGAAACAGAAAACTCCACAAATA
CCTCTCCTGACCTTTTACATGACGAATATGATCAACTACCAGACCCTTTA
ACCCTACAAAAAGAATTGAGTGATGAGGGCAAAGCATTTTGGGAAACCGT
ANTTCTTAGTCAAATTACTCAATTTTGTTATGAGATAGATGTTTTTTTGC
TCATGAGGGCTTACTTTTGAAGAATTGTGTGTTTAGACATGAAATTTTGG
TTGCTGGGCGTGTTTTTGGGCCAAATTCGAAATTTTTTTATAAGCACATT
AACAATTACTTAGGTATTAGCTTTTCTCAAGATCGGCTCTTTCATTCTTT
ATGATTTTTTGCACAAAGATGCATAACTATAAACCCTTGAATTTGACGGA
GCTCAATATTTGAAAAAAAATTTTTGAGGTAAATTTCAGCTAAAAAATGG
GTTTTTTGGACTTATTTAAATATTGGACCTTTTTTTTTATGACTTTTTGC
ATGAAAGGTAAAAGATGGCTCAAGCAGATTTTTGTAAAAAAAGAATTTTT
CAGCTGAAAAAACGCATCTTTATCTATAAGAATCAACAACGAAGGCCAAA
ACTCAATTTCTAAGTCAAAAAACGGCCATTGACCAAAGGGCTTGGAATTT
TGCCTGGTGTCATACTTATTTAAAATGTGAAAAATTCACAAAATAATCAA
TAAGACTTATCTTCAACTAGGAGGACAGGTGAAATCACCAACATATGGTA
TAGCAACAACAGATGAAACAGAAAACTCCACAAATACCTCTCCTGACCTT
TTACATGACGAATATGATCAACTACCAGACCCTTTAACCCTACAAAAAGA
ATTGAGTGATGAGGGCAAAGCATTTTGGGAAACCGTAACTAAAGACTATC
ACCATTTTTCAAACTGGACAACTTTACTACAATATATTACTGAGACAGAG
GTAAATGAACTTCCTTGTATATTTTATATTCCTTGAAAAAATAATTTATG
TTGAAGTATCATCTTCTTGGAGCATTATGGATATTTAAAGGGATCCAAAA
AATTGTTATAAAATGAAATGCTTGCCAACATTTGAAGACTCTTTCAGGAA
TATTAGGGTATTCTGCGGTACTAAAAAAGAGGTTCCAGTTTGAATTAATA
TTATTTTTCTCTCTACTATTCTCTTTTGCCTCATTTTAATTACTTCTCTT
CTTAAGGACAACCTGGAAGCTTCTCAAGCAGTTTACCGTTGTTTTTTACG
CTACTTCCCATATTGTTATGGTTATTGGAAAAAGTTTGCTGATATTGAAA
AGAGGAATAGTGACATGGATGCAGCAAGAAAAGTGAGTGATATCTTTTTC
TCAATTATAACTTACTATACTAAATTGAAGAGAGATCATTTTATGTACAT
TGCACACATAAAATATATGAAACTTTCTTGTAAGAAGAACCAAATGTCTT
TTATAGATCTTTGAAGATGGATTGAAGGCCTTTCCTATCAGTGTTGACCT
TTGGGTTCATTACATCAATTTTTTGATGCAACAAAACAAAGGAAAACCAG
AAAAACAGCAAGAAATAAGAGAGTATGTACCATTTCAGATTATTTTGATA
ACACAATTGTGTAAAACTTGTGATATTATTGTGATCTATATATACTCAAT
AAGCAATATCAATCAAGTTTGTTCTCAGAATTATTTTTTGAAACTTTGAA
TGTTGTTATCGAATTGTATTGGAAACAATCCTACATCATTTTTTTCTTCA
TTTTACTTAAACCTTTTATTATTATTCTCTCTTTTAAAGCACGTTCAAAA
GGGCAGTGAACTCTGCTGGTATGGAGTTTAAGTCTAGCAAATTATGGAAT
GCATTTATTGAGTGGGAAAACTCTCAATCAAACCTAAAAAACGTCACAGA
AATCTACGATCAACTCATATGTACCCCTACACAACAATATATCAAAAATT
GGCAAAAGTAAGACAACCTACATTCATGATTTCCTTTAAAGGGATAACCA
GCTTTTTCTCATTTTCAGATAATGTTATAAAGTAGGCTATTTTTGAGAAG
AAAACTTACTACACCATATTTTGAGAGAGATGAGAATCACATAATTCTAC
CAATTGACATCCTTTATACTAGTTGGTTATTTTTCAAATCAATACATTTC
AAAGTCAAGTGTAATGTTATCTCATTTTCTGATTTTCTTTTGAAAATTCA
ACTCATTTCTTCACCTCAGATTCAAAGTTCATCTTGAGACATACAGACCA
GGTGAAATTCTCCCTGCAAAGGAATATGGCAAATTGATGAAAGAGATGGA
TGCTTTTCCACCTGGGATGGTTATTGAGGACGACAAATCAGGTAAAAATT
GATGTTATAACCAAAAGAAATTTATATTATAAGCTGACTGGCAAATATGT
AGAATCATAGTAGAATAACATTACAATACAAAATCTCTAATAAGAAATTT
TTTCATTCAATTATTTGAAGGTAATTTCTATATTGCTCACCTTTGGTTTC
ATTTTTAGGAGATGAAGAAGGGGAAGTGACTCTTGGTGAGGACGAGGTAA
AGAATGTTCAAAGTTTATTTTTTGATTTGAATAATAATTGATCTCATGTT
TTTGTTTGAATTTTTATAATTTTTTTGGCTACAATTTTATCTTCTAGGGT
TTACTCAAAGAATCTTACACAGAAGTCCGTAACAGAGTCCTCAAAGATAG
GGAGTCTGTTTTTCGCCAAACAGCTCAAGAAATTGTCAAACGCTGGCGCT
TTGAGGAATCANTAGGGAGTCTGTTTTTCGCCAAACAGCTCAAGAAATTG
TCAAACGCTGGCGGTTTGAGGAATCAATAAAAAGACCTTACTTTCACATA
AAACCACTAGAAAAGTCACAGATTAAAAATTGGAAAGACTATCTGGATTA
TGAGCTGAAGCAAGGCATTCACAAACGTATTGTGTTTTTGTTTGAAAGAT
GTATAGTTGTTTGTGCACTGTATGATTTCTTCTGGGAAAAGGTAATTGAT
TTTTCCTGAACAGTCATTTTAAAAACACAATTCTGCGATGGATGGTGTAT
GACTATGACCCATTGATCCATCTCCATGAGCACAATGACCCTACTGTAGG
TAGCCTGTCCAAAACTATGACTACCGGTAATAAAGTTATGAAGTGTTTGA
GATCTCTGATTACATTCTACTGAAAGCAGCCCTTTAAATTCATGTAATTT
ATTTGCATGGTTGATTAATTTATATTTTATCATCTAGTACCTGGATTATA
TTGAGACAAAAGACCCATCACAAGCAAGAACAGTATTCCTCAGAGCATGC
AACATCCATCTAGACAAGAAGTACAAGCTTCATCTACGCTGGGCCATTTT
TGAAGAACGACAAAGGAATATGAAGCTTTCAGCAGCAATCTTGAGTAGGA
TAGATTCCAACTTTCCTGGTATGATTCTAATAACACAACACCGGATTGGA
TTGGCTAGAAGAATGCAGGATTTTGATGAATTGGTTTCAATATATGAGAA
AGTCATTGAATCATCTGAACGTATTGAAGACAAAATATTTTATAGCATCA
AATTCTCACATTCGCTAGTTAAGGTATGTATGTTCGGTAAAATGTTTTGT
CTTTTCTTGACATATTCATCGCTCGCTGCTGCATGCAGAGGATATTTTTT
GAGACAAAGCTCTCCACTTTTAGTGAAGAATTATGTAATGGAAACTGCTT
TTATAACCTAAAATTGATAATGTTCTTATTTTTCTCATTTTCTAGTTTTG
TAATAAAAAAGATCAAGCAAGAGAGGTCCTTTGGTCAGCTCTGGAGCTCG
GAAAGGTATCTTTATGGGCACATATTTCAGACTTTATACTTCTTTCTAAC
CTTACTCTCACTTATGTTTCGAATATTCAGATGACATTTACAACAAGTCT
GCTATGTTTTCTTTGATTTTTAATTTAGTTTGTCATATTACAATTTTAAG
GAATTATTTACTCTGTTTTTTCCTCAGGTTTCAATAAAACCTGCTCAGAC
TGGAGTTCTTTGGTTTTAGTGTTGAAATTTTGAAAACTGTTTTTCCTTTT
CTTTAGAAACATAAAAGATTATATTTAACATTGCTGGATTTAGAAACACA
TTACGGCTCTATTGAGATTGAATTTGTTAAAAAACTTTTTGATGCCATTC
AAAAGGATTTAACCCTTGAACGTGAATTCCGACTGAGTTGTGCACAAAAG
AAAGTTGAGTTTTATGAAGAGTTTGCTGATAGTATTGATGATATTGTTGA
GGCACAAAATACATATGCAGCAGAACAGAAGAAGGTGGAAGCAAGACAAA
AGGAGGACCAAGAGGAGAGGTTGCTAGTGTCAATGTTATCACTTAAATTT
TGAATTTTTTTAACTTTTGCAGCTTACAAGTCTCTTTCTTGTATTGAATT
ACCAGTACTCACTGTTGAGCCTTTTGAAGTTCATTCAAACTAACTTTGTA
TATACAACATAATGAATATGATGAATGAAATTCAAAAAATTTGTAGTACC
CTGGCTGGCCTGATTGAATAAGCCAGCATCTCAGCGCCATAAAATCAATT
GTGATACAAATATATTACTTTGTTTTACATGGATTTATTCTTCACTTCTC
TTTTTCATTTATGGACAAATTTAACTGTGATTTTATGTTTATTCAGACAC
ACATATTCAAGGAGTGCAAACCAGGGAGAACAAGAACAGATATCAGTCCA
TGAAAATACACATTATGCACAACAACATCAACAACAACAAGCTTGGTTCC
CACCAAACAATGCTGGAGGGGTAAGCTATATTTTTGCTATCAGTACCCAC
ACTGTTCAAAGTTCTTCTATCTCAGTAAAAAAGAGTCTCATAATTTGACA
AAATTCAATAGAATAGAATTTTCACTAGTTGTTTAAGTAAGGTTATGTTA
AGAAAAGCCCAGTCTTGGGGCTTGACGTTAGTTTTTTTTTAAAGTGGTCT
TAAGCTCCTTTGTTATCGTGCATTACTGTCAAAATTTTGGAGTGGCTATT
CTTCTTTCTGTAAACAGAGCTCCACTCAAAAGATAATATAAAATCTGTTG
TTTTAAAGTGCTNTTCTGTAAACAGGAGCTCTCGTCAAAAGATAATATAT
AATCTGTTGTTTTAAATTGTCCTCTGTAAATGTAATTAGGTCTATTTCTA
TTATTGCAAAGTTTTGCCATATGGATCTTTCTTCCTTTATAGCATGCAGC
AAACTTTGACTGGCAACAACAATATGCAGCTTACTCACAATATAACAATC
GTCAATGAATGAAATAACACTAAAAACATAATTGTGACCCAAAATTAAAG
AAGGAGAAAAAAATAAACAATAAACAATAAGAAATTGATAAAATCAAAAG
AAAGAGCTCTAGATACCAACCCGGTTTTAGAAGCTAACTTTCATAATAGA
GACAGCGACATGTACAAATTTTTACGTTTTTTACTTGATGTATAGACCTT
TTATCCAAAAAAAAGAGCTCGATCCTCATTCATTGATAGCTCAAGAAAGA
ATATGGATACTTCTTATTATGCAACTTTAATATTGTTTATTGTTTCTTCA
TGCCTTGGAAACCTTTGTATCGTTTCAGTTATTAAGATATAAAATAATTT
ATGGTGGTTGTGATGAAGAGACAAAATTGCATCAATTGTATTTTCTCAAG
CTGGTATGGAAATTTTAAGCAGATTACATTCCAGAGTAAAATCATTAAAT
TGTCTTGTGAATTTGTTGAGTATTTAAAAAGTGATGGTATTGTATTGCCA
GACTCGAATGCACCAACATATTCGAATGAGTTAGAAGGATATTCTGACGA
AGATGACAATGTCGAATGGGATGAGCAGGAAAGAAATGTCACAATACCAG
AGTTCCCTGAACTTCAAGAAGAAGTTGAAGCTGCAATCAAAAGTTTAGGT
AATTTTCTTAATTTTTATCGCCAAGATTTCTATTGAAGCGGCAATCAAAA
GTTTAGGTAATTTTCTTAATTTTTATCGACAAGATTTCTATTGAAGCGGC
AATCAAAAGTTTAAGTAATTTACTCAATTTTTATTGCCAAGATCCCTATT
TTAATTTTGAAGCAAAGCTTAATTATGGAAATAATTTTTTTTCCAAGCTA
AATCTCTTTACGGTCTTTTTATTTCGCTTGATTATCTTACTAAAATATCT
TGCAAATTCTTTTTCAGAAAAAGGACATCTTCTAACATATTCTAGAGTTT
TATCTTAATAGGAGGAGAAGTATTTCCAAAATTGAATTGGAGTTCACCTA
AAGATGCAGCATGGATGAGTCATAATGGCACATTGAAATGTACAAATTTC
AGTGATGTATGCTTATTACTAAAAAGTTCAGATTTTGTAACCAACGACTT
GACAAATGCTTATAAGTTTTGCGAAGATAACCAGTCATCTCAACCATCTG
ACCAATTTGAGCTAGTGTTACGTAAGTATATCAGTATTGTGCCTGGAATG
GAGTTTCGTGGATTTGTCAAAAACAATAAATTGGTTGGTATCAGTCAGCG
CCACTATAACACATTTTTTGATTATTTGGTGCAAAATAAAGAGAAGATCT
TGCGTGGAATTACCAATTTTTTCAATAGCAGAATCAAAGATGAGTTTGCT
GAGTCTAACTATACATTTGATGTTTACATCAACTCTCAAAACCGTTTCTA
CGTAGTAGATTTCAATCCATTTGGGGAATTAACCGATGCTCTTCTCTTCA
CCTGGGATGAGCTGAATGGAATTGACACAGCAACCAATATTGACGTAGAT
TCTGAGGATTTCTTCAGAGTTGTCACAGAAAGTAATAACATTCAACCTAG
TCCTTACATGAGATATGGTATGCCAACTGATGTGGTTGACTTGGCATGCG
GTGAAGATATCCAAAAAATGATTGATTTTCTAAATGTTAAAGAACTTGTT
GTAAAACCAGGGGAAAATGTTGAAAAAGAGGACGGTGATGAATCAAGGAC
TTGATTAGCCTAGCAATAATAAATGAAATTAGGGATAAGCAATTTTGTAT
AATTGAAATTTAGAATACAGAAATGTTGAATAGTTTTTTTGTGCATGTGT
CTTCCTTTTCCAAACCAAGGACTTGGACAGTTTTTCAATTTTCTATTGAA
TAATCTACTTTTGCAAAAATAATGCATTTTTCTTTTTTATCAAAGGTTTT
TGTCAAGATTGCTTATATTTGCATTCATTTATTGTGCTTCCTAAAGCAAT
TCTTTTTAAAAGCTATAGCAAATTATAACAGGTAAAAACAATGTTTGCAT
ATTCTGGATGTGGCTGTTTGCAAAGAATCAAGCACATCTCAAAATCTATA
TCGCCGCTTTTCTACACAATAAGTCGACAACAGAAAAATTTAGTTAGATT
CTCTTCTATCTTGGTGGCAAACAATGGCATCGATCAGAGACAGAAACCAT
CATCCAATATCAATCACAAACGTCAACCTTCATACAGCCAACTTTCAAAA
TATTTAATGAAAGTTTCCAACACTCAACGACGTTCATACTCCAAACCTGT
GGATGAGGTTAGTTAGAATTTAAAAAACTATTGACTATCAAGTTTTGATT
CTTTTTTTATCGTTAAAAATCTTCATTGATTTTCTTCTTTACTTTAAAAA
ACTTTCTTTGGGCCCAGGGCTTTGAATAGCTTGAGCGTTCTAGGTTACGG
GCTTTACGATTATGGACCTGTAATTTCTGTGGGTGGTTGTGAGCCTCAAA
ATATTTTTTCTAACTATTTTCAAATGATCAAGTTAATTCAAGTAACAAGT
TTTATTTTCTTTGCAAGAAAACAATAGAATTTTAATACAAGAACTGAGTA
AGGCCATAATATTTTGAGGTTTTATTCTGCCCTAACTAGGGGACTAATTC
ATTAAATTCCTTTTATATGTTCATTTTATGTATGTATTATTCAAATTGTA
TACCTTTTTTATCTCAGCCTGTAAAAGAATCAAAATTCCTCACCATACCG
AATGTTTTGACCGGATTGAGAATGTTAGCTGCTCCTTATATTAGCTACCT
TGTATTCTGTCAAGATTTCGATTGGGCCTTGGGATTGTTTATGGCTGCAG
CTGTCACAGATTCTGTAAGAATGTATTTCAAAATAATTGGTCTATCCCTA
ATGATTGATTCACTGTAACAATGGTTGATTCCCATTATTGACAATCACCA
TAACATAATAAGTGATTTTTGTCTATTTAATAATAATAATATTGTCCTTT
ACTGACAGCTTTTCTTTAACTCAATGTGTCAAACTTTTTCCAAAAATTAA
GATTGAAATTAAAATTAGAATATGAAATATGTGATTGTTTAGATTCTGCA
TCTTCCTCATCTTTCTTTCTTTCTTTCTTTTTATCTTATCTTTCTACAAT
ATCAGGTCGATGGTTGGATAGCACGTAATTTCAAAGGACAAAGTTCGATA
TTTGGTGCATTTATTGATCCACTAGCTGATAAAGTTCTTGTTAGTGTTCT
TACCTTCTCTCTAACTTATGCTGGGATCATACCAAGTAAGTCACATCAAG
GAATTTTCTTGGTCACACAGACCTAGTTCAGTCGACCGGCTTTCTGTCCT
GTCTATTCTTATTGCAGACGGATGCAGAAAGTTGGCAGTTAAATTCTTTG
CTTGAAAAAATACATTGAAGTCAGAACAGGGAAATGCATTGGCTTTAGAC
AGTCAAATTTTGGCCCATTTTAATTCACAATTAAAACAGGCAGGGCAAAA
AGTCTAATCATCTAGAATTAGGGTCTTCAGAGAGCTTTTAAAACATTTAG
ATCTTACCATTGGTGAAAGAGAAAGAATGTTTCAAATATGGGTAATTGGA
AACCTCATTCCCTGAGAATTATCGACTCGGCTTTTTGATTCTTACTGATA
GCGCCAGATAATTTTCTACACGGGGATGAGGTTGGTTAAAGGGAGCTTTA
CACACGCCAGTTACATATTGACTAACAACTGCGTATAATTTGAAACATTC
ATCATTTATTTTGGGCGTGTAAATTTTCACTTAATCTTTCTACTCATCAA
AATTTCGTATAACCACAATTTTATAATTTTCATTTTTATCAGCCCCTTTA
TGTGTGATGATAATTCTTCGAGACATCATGATTATGACATCAGCTGGATA
TTTCCATTACAAACACTTGGAACCACCTGTAAGATTGTCTTGTTTGATAT
TTTTTAGTTATGGTCGGTTTCAGTGAAATTTGTGTCTTTCTATGGGATGG
TTAGCTCAAAATTTACATAATCAAATCACAGATTTAGCTAAACTGACCTA
ATTTGATGAAAGAAAGCAGCAGCAAGCACTCGTTTTAGATTGGCCGTAAC
TCTGAATTTCATAGTCATTTCTATGTTCTAGTTTTGCAATACCATGTTTT
TTTAACAATTTGGCCATGTGTTTTGATCTGATTCTTTTCCTTAGAAAACA
TTGGAGAAGTTCTTCGATTTTGAAAACTCGAAAGTACAAATGGAACCAAC
ACAGATCAGCAAGGTTTTTAAAGCACATTCTTTTTTTTTTATTTGCTGAT
GTCCGACCTGATTAGCATAGTGGGCAGGGGGGGTTTGAGAATTTTACTGA
ATTTAAAAGAAGGGGGCTTTTCAAAATTTCAAATAAANTGAAAACTCGAA
AGTACAAATGGAACCAACACAGATCAGCAAGGTTTTTAAAGCACATTCTT
TTTTTTTATTTGCTGATGTCCGACCTGATTAGCATAGTGGGCAGGGGGGG
TTTGAGAATTTTACTGAATTTAAAAGAAAAGGGCTTGTGAAAATTTCAAA
TAAAAGGGGTGACATGGACAAAAAGAGGGGGGTTGATTTTTTAAGTGGGG
GGACTGTTTTTCATTCATTTTTAAATTTCTCAACAATTATTATATTTCCA
TTATTTGAATGAAGCAAAAACTCTGTTTCTAGAACTCTTGATGGAGTATG
TTGCTTTTTCAATCTTTGTAAGACAGCTGCTTTTGTCGAAAAGGTCGAAA
AAAGAGGGGGGGTTGATCTTAAACCTGGGAAAAAGAGGGAGTCGAGGAAT
TTTCATTTTTAAGGGGGGTTGAGCTAAAAGAGGGGGTGCCATTTTTAAGG
GGTGGCTTGATACCCTTCTACCCACTATGATTAGATTTAAATGTTTAAAT
ATAAAAAAAATCATAAAATATAAATAATCACGACTTTTCTGTGAAGCTGA
CTTTAAATTCAAGCGAGATAATTTCAGAAAGACTGTATTTGCACAAATTA
CTATATCCTTGATCAGTTGTGCCCGTGTAATGTGTTCCACTTTTACAATA
GGGAATGACGAAATTAATTTTTTTTATTTCGATATCGAACTCATTTATTT
TTTCAGTACAATACATTTCTTCAACTTGGTTTGGTAGCTTTGTCAATGAC
AGCTCCTGTGTTAGGCTTTGTCAACCACCCTTATCTTCAAGCTTATTGGT
ATGGTTAAGGCTTTCTCATTTGTTAGGAAAGTAAAGGCGTGTCCTCGGGG
AAGGGGAGGGTACTTGGGCTAAAAGGGGTACGGGGATGTGCCGCTGGTCA
GGGTAACTTTTTTCAACTCCATGAGTCAGTCCCTCGTAGGGTACATTTTT
TGGGGGAACTTGAAAAAATATCGGCAGTTTTGAGAAAATTTTGGAATTTC
AGTCCCATTCAGGGTCATTTTTTTTCAAATAAACGAGTCCCACGTAAGGT
CCATCTTTTGAACTTAAGCGGCAAGGGTAGTACCCTGATCCCCGGAGGTG
CGTGGTCACACATACTCACATGTGGAGAGTCTATGAAAAATCCAAGGTTG
TTTTAGGTAGCTTCATGTTTGTGTATCACAAACCCAAAATGATACACCGT
CCTGTTTATTTGGTATTGGAAAGTTTCAAAGCAATTTCCTCACATTCCAA
ATTCAACTGATTTTAGGAAAAGCGGTGTGGCTTTGAACAACTTTGTATAA
AAAAAATTTTTTTTTCAGGTATTTGGTTGGTTCGACAACTGTCTTGTCTG
GATTGAGTTACGTTGTAAAAGACAAATCAGCATATTTTGTAAAATAATTA
TTTTTATAAACTTTTAGAAAAAAAAAACAAACGAAATAGGATCATTATTT
TTTTATAGTTACAAAAATGCATTCACTTTTTATGGATATTATCGTCAGTG
TTAAAATTTCAAATACCCT
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_010616XLOC_010616Clytia hemisphaericagene
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00018940-exon-sc0000313-1575043694:163130..163272TCONS_00018940-exon-sc0000313-1575043694:163130..163272Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:158486..158676TCONS_00018940-exon-sc0000313-1575043694:158486..158676Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:156223..156452TCONS_00018940-exon-sc0000313-1575043694:156223..156452Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:155841..155966TCONS_00018940-exon-sc0000313-1575043694:155841..155966Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:155601..155716TCONS_00018940-exon-sc0000313-1575043694:155601..155716Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:155216..155383TCONS_00018940-exon-sc0000313-1575043694:155216..155383Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:154832..154953TCONS_00018940-exon-sc0000313-1575043694:154832..154953Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:154627..154664TCONS_00018940-exon-sc0000313-1575043694:154627..154664Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:154182..154525TCONS_00018940-exon-sc0000313-1575043694:154182..154525Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:153600..153935TCONS_00018940-exon-sc0000313-1575043694:153600..153935Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:153368..153427TCONS_00018940-exon-sc0000313-1575043694:153368..153427Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:152854..153116TCONS_00018940-exon-sc0000313-1575043694:152854..153116Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:152403..152526TCONS_00018940-exon-sc0000313-1575043694:152403..152526Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:151217..151980TCONS_00018940-exon-sc0000313-1575043694:151217..151980Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:149666..150961TCONS_00018940-exon-sc0000313-1575043694:149666..150961Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:149109..149255TCONS_00018940-exon-sc0000313-1575043694:149109..149255Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:148688..148817TCONS_00018940-exon-sc0000313-1575043694:148688..148817Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:148045..148130TCONS_00018940-exon-sc0000313-1575043694:148045..148130Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:147710..147778TCONS_00018940-exon-sc0000313-1575043694:147710..147778Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:146775..146866TCONS_00018940-exon-sc0000313-1575043694:146775..146866Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1575043694:146054..146254TCONS_00018940-exon-sc0000313-1575043694:146054..146254Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:163130..163272TCONS_00018940-exon-sc0000313-1510915933:163130..163272Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:158486..158676TCONS_00018940-exon-sc0000313-1510915933:158486..158676Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:156223..156452TCONS_00018940-exon-sc0000313-1510915933:156223..156452Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:155841..155966TCONS_00018940-exon-sc0000313-1510915933:155841..155966Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:155601..155716TCONS_00018940-exon-sc0000313-1510915933:155601..155716Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:155216..155383TCONS_00018940-exon-sc0000313-1510915933:155216..155383Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:154832..154953TCONS_00018940-exon-sc0000313-1510915933:154832..154953Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:154627..154664TCONS_00018940-exon-sc0000313-1510915933:154627..154664Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:154182..154525TCONS_00018940-exon-sc0000313-1510915933:154182..154525Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:153600..153935TCONS_00018940-exon-sc0000313-1510915933:153600..153935Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:153368..153427TCONS_00018940-exon-sc0000313-1510915933:153368..153427Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:152854..153116TCONS_00018940-exon-sc0000313-1510915933:152854..153116Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:152403..152526TCONS_00018940-exon-sc0000313-1510915933:152403..152526Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:151217..151980TCONS_00018940-exon-sc0000313-1510915933:151217..151980Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:149666..150961TCONS_00018940-exon-sc0000313-1510915933:149666..150961Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:149109..149255TCONS_00018940-exon-sc0000313-1510915933:149109..149255Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:148688..148817TCONS_00018940-exon-sc0000313-1510915933:148688..148817Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:148045..148130TCONS_00018940-exon-sc0000313-1510915933:148045..148130Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:147710..147778TCONS_00018940-exon-sc0000313-1510915933:147710..147778Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:146775..146866TCONS_00018940-exon-sc0000313-1510915933:146775..146866Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1510915933:146054..146254TCONS_00018940-exon-sc0000313-1510915933:146054..146254Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:163130..163272TCONS_00018940-exon-sc0000313-1491911889:163130..163272Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:158486..158676TCONS_00018940-exon-sc0000313-1491911889:158486..158676Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:156223..156452TCONS_00018940-exon-sc0000313-1491911889:156223..156452Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:155841..155966TCONS_00018940-exon-sc0000313-1491911889:155841..155966Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:155601..155716TCONS_00018940-exon-sc0000313-1491911889:155601..155716Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:155216..155383TCONS_00018940-exon-sc0000313-1491911889:155216..155383Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:154832..154953TCONS_00018940-exon-sc0000313-1491911889:154832..154953Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:154627..154664TCONS_00018940-exon-sc0000313-1491911889:154627..154664Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:154182..154525TCONS_00018940-exon-sc0000313-1491911889:154182..154525Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:153600..153935TCONS_00018940-exon-sc0000313-1491911889:153600..153935Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:153368..153427TCONS_00018940-exon-sc0000313-1491911889:153368..153427Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:152854..153116TCONS_00018940-exon-sc0000313-1491911889:152854..153116Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:152403..152526TCONS_00018940-exon-sc0000313-1491911889:152403..152526Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:151217..151980TCONS_00018940-exon-sc0000313-1491911889:151217..151980Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:149666..150961TCONS_00018940-exon-sc0000313-1491911889:149666..150961Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:149109..149255TCONS_00018940-exon-sc0000313-1491911889:149109..149255Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:148688..148817TCONS_00018940-exon-sc0000313-1491911889:148688..148817Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:148045..148130TCONS_00018940-exon-sc0000313-1491911889:148045..148130Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:147710..147778TCONS_00018940-exon-sc0000313-1491911889:147710..147778Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:146775..146866TCONS_00018940-exon-sc0000313-1491911889:146775..146866Clytia hemisphaericaexon
TCONS_00018940-exon-sc0000313-1491911889:146054..146254TCONS_00018940-exon-sc0000313-1491911889:146054..146254Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000313supercontigsc0000313:146054..163272 -
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
1.75158	0.461158	1.28171	1.19646e-07	3.73073	1.45201	1.76307	1.73609	2.95212	0.711548	4.01623	4.03739	2.74782	5.53298	1.95485	2.7395	7.22815	4.71086	1.80892	1.83995	6.21787	5.35764	1.8154	3.44743	4.59037	3.5265	1.43543	1.33483e-09	1.7534	6.91585e-09
Blast
[Close]
BLAST of TCONS_00018940 vs. Swiss-Prot (Human)
Match: CD123 (Cell division cycle protein 123 homolog OS=Homo sapiens GN=CDC123 PE=1 SV=1)

HSP 1 Score: 240.35 bits (612), Expect = 1.607e-69
Identity = 112/234 (47.86%), Postives = 157/234 (67.09%), Query Frame = 1 
Query: 3022 LGGEVFPKLNWSSPKDAAWMSHNGTLKCTNFSDVCLLLKSSDFVTNDLTNAYKFCEDNQSSQPSDQFELVLRKYISIVPGMEFRGFVKNNKLVGISQRHYNTFFDYLVQNKEKILRGITNFFNSRIKDEFAESNYTFDVYINSQNRFYVVDFNPFGELTDALLFTWDE------LNGIDTATNIDVDSEDFFRVVTESNNIQPSPYMRYGMPTDVVDLACGEDIQKMIDFLNVK 3705
            LGG VFPKLNWS+P+DA W++ N +LKC   SD+ LL KSSDF+T D T  +  C D+ S  P  ++ELVLRK+  ++PG EFR FVK NKL+GISQR Y  ++D++ + KE+I R I +FF   I+ +F + ++ FD+Y +S+ + +++DFNPFGE+TD+LLFTW+E      LNG  +  +        FR       +QPSPY+ Y +P D VDL+ GED  K+IDFL +K
Sbjct:   97 LGGSVFPKLNWSAPRDAYWIAMNSSLKCKTLSDIFLLFKSSDFITRDFTQPFIHCTDD-SPDPCIEYELVLRKWCELIPGAEFRCFVKENKLIGISQRDYTQYYDHISKQKEEIRRCIQDFFKKHIQYKFLDEDFVFDIYRDSRGKVWLIDFNPFGEVTDSLLFTWEELISENNLNGDFSEVDAQEQDSPAFRCTNSEVTVQPSPYLSYRLPKDFVDLSTGEDAHKLIDFLKLK 329
The following BLAST results are available for this feature:
BLAST of TCONS_00018940 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
CD1231.607e-6947.86Cell division cycle protein 123 homolog OS=Homo sa... [more]
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