TCONS_00005923 (transcript) - C. hemisphaerica

Overview
NameTCONS_00005923
Unique NameTCONS_00005923
Typetranscript
OrganismClytia hemisphaerica (Jellyfish)
Sequence length2375

Sequence
The following sequences are available for this feature:

transcript sequence

>TCONS_00005923 ID=TCONS_00005923|Name=TCONS_00005923|organism=Clytia hemisphaerica|type=transcript|length=2375bp
GAAAGGAGTTGACTGGGAAAAACATTTTGGAAGAAGGGGAAATGTAAACT
ggttgaaaaaaagaaaagaaaatgaatttgcCAGAAGTAACAAAGAATCC
AATTTATGGAAGCTCCATGATTGGTGCAAGTTACCCGATGTCAATGTCTG
TACCCTACCCATTTAAAGGAGCAGcAAGACTTGAAATTACAAGACAGCCA
AAGAAGCGTGGATATCGTTTTCGCTATTTATCAGAAGGAAAGACCCATGG
TATGCTTCCTGGAGAACCATCAGACAGCGGTGAAAAAGTATTCCCATCAG
TGAGGATTGTGAACCATCTTGGAAATGCAAAAGTTGTGATGTATTTGGTG
ACTGAAGAAGATCCACAATTTATTCACCCACACACATTGTTGATCGATAA
AATACCTGTTGGCGGATATCACATCTTTGACGTCAATGAAGATTTTGATG
TGCAATTGAAAAATGTGGCAATTCAACACGTCAACAAGCAGGATTTGCCA
ACTAAAATGTTGGACCGACACTTACAGTCAAAATACATCAAAGAAGTATA
CTCAATGAATCAATATGGAGCTAACCCTAAAATTGACATCGACACTTTTG
CCAGTAACCTTGCCGATAAAGCtaaaaagcaacctttctttGACCACAGG
ACCAAGCAAGCGTTGACTGGAGAAGAAGAAATTCAACTATCATTGGCCAT
GCGGAAGAAGCAGAAAGAGATCAACATGTCTTCGTGTCGGTTATGCTTCA
TTGCTTTCCTTCAAGACCCGGAGACGGGAAAATTCGACAAAATTCTCCAG
CCCGTTCATTCTGATCTCATTATTGACGGCAAGAAGAAAGAAGGTGCGCC
ACTGAAAATCATTCGTGTTAGTCACGTGGCTGGTAGCGTAGAGGGTGGCA
AAGAAGTCTGGTTGCTAAGCGATAAAATTGATGCTGAGGATACAGAAGTG
TATTTTTGGGAGAGAAGTCAAGACAAACAAGAAATGTTTTGGGAAGGTTT
CGGCGAATTTAACAAAACTGACGTTTACAAACAAGCATTAATAGTGTTCA
AGATTCCACCATATTGCAATCAAAATATCGATCAACCGAGGACGGTCAAC
CTTCAGTTACGCCGGAAGAAGGATCGAAATTGTGTATCTGATGTTCATCA
CTTCAGCTACAAACCGAAACATTACGATCGATACGGGCTACGTGAAAAGC
GACGTAAAAATCTACCACCCGAAATTTACGAATCGACGCCGCCCATAAAA
CGCCAACACATGGACTACGCGGCCGATTCACCGCCAGCCTCTACTGCATC
AAAATATCAACCTTACGATTCTGCTCACATAAACAATCCAACGCTAAGTG
ACATTGTTATGCCGCAAGGTAGAAACGAATACAGAGCTATAGTGGATGCT
TCGACTCGGCACTCTCCCGCCGTACCGACGACGTTTAACGGTCCCCTTGA
TAATTATCGTAAAAACCATCATTCGTCTAAGGAATCCGATACTGATGAGA
ACTAATACTTTTAGACGTTTTGCATTTTGATATGGACGAAATAAAACTCG
AAAAGAATCTGGATTGTTCGATCTTAAAAGCACTCTTTACACCTGTCATT
CCTAAAGGGCTTCTTACACTTTACTGTTCCATGTAGCTTAAGCGGTAAGA
GTTGACGAAACGTACGAAAGTGACGTACGAAAGTGAGCAAAATTTAGCGT
TGAAATCCGGTGATGCTAAAAACGCTCGAGGAACAAAACATTTTGTGATT
GTTCTTTGTGGTTCAATTCGGTTTTTTTGGTACGAATTTAATGTTGATga
aaataaatagataaataaatgAATGGGACAGCCATACGTCGAGCTGCCAC
CACGCCCTtcatttttcagaaaagataTATGATTTATAGATGAGATGACA
CGCCCTAGTAAACGCCCTCCTATGTGACTATTAAAAAGTGACGATAAAAT
GTTCGACCGTTTAGGAAAGGCAATTTTTTTGCCCATACACTGAACAATTG
AAACATACTTTGCTTCGTTTATGATTTTTACACGCCCGAAAATATAGTCA
TGGCGGTCTCCATTTGTATTTTTGTCCTAAATTGACGCTTTTAcatatgt
tttaaaaattttgataggCTTTAATACCGGGAATAAGTCATCGAACCAAT
TTTTGGAGAAATAAAGcaagttttttttgcaaaaatcgtGTTTCTTGACT
GAAAAAGGGTGTTTTGGACTCTTCTGACAAATGAAAAGTGGCTTTTGTAC
GTCATAGTCAGTATATATTCATCCTTAATCATTACAATGCATATTTTCTC
TGActgtaaatttatttcaagttttatataaatattatatataatttttt
ttatgtagAAGAAATTTATAGAAGG
Run BLAST on NCBI

protein sequence of TCONS_00005923-protein

>TCONS_00005923-protein ID=TCONS_00005923-protein|Name=TCONS_00005923-protein|organism=Clytia hemisphaerica|type=polypeptide|length=477bp
MNLPEVTKNPIYGSSMIGASYPMSMSVPYPFKGAARLEITRQPKKRGYRF
RYLSEGKTHGMLPGEPSDSGEKVFPSVRIVNHLGNAKVVMYLVTEEDPQF
IHPHTLLIDKIPVGGYHIFDVNEDFDVQLKNVAIQHVNKQDLPTKMLDRH
LQSKYIKEVYSMNQYGANPKIDIDTFASNLADKAKKQPFFDHRTKQALTG
EEEIQLSLAMRKKQKEINMSSCRLCFIAFLQDPETGKFDKILQPVHSDLI
IDGKKKEGAPLKIIRVSHVAGSVEGGKEVWLLSDKIDAEDTEVYFWERSQ
DKQEMFWEGFGEFNKTDVYKQALIVFKIPPYCNQNIDQPRTVNLQLRRKK
DRNCVSDVHHFSYKPKHYDRYGLREKRRKNLPPEIYESTPPIKRQHMDYA
ADSPPASTASKYQPYDSAHINNPTLSDIVMPQGRNEYRAIVDASTRHSPA
VPTTFNGPLDNYRKNHHSSKESDTDEN
Run BLAST on NCBI

transcript from alignment at sc0000061:512394..523230-

Legend: exonfive_prime_UTRCDSthree_prime_UTR
Hold the cursor over a type above to highlight its positions in the sequence below.
>TCONS_00005923 ID=TCONS_00005923|Name=TCONS_00005923|organism=Clytia hemisphaerica|type=transcript|length=10837bp|location=Sequence derived from alignment at sc0000061:512394..523230- (Clytia hemisphaerica)
GAAAGGAGTTGACTGGGAAAAACATTTTGGAAGAAGGGGAAATGTAAACT GGGTAAATTTTTATTTTGCAATCTTTGGTCATAGTATGAAATTTGTTATC ATATTTAAAATGTTAACATTTATCAAGTGCAGATAGATTATGACGATCAG GATGTTTGTTGACATTGTTTGGTATCATAATTTTTGTCTTTGTCAGTTTG TTCTTGACTAAAGTCTAAAAAGGGGTGGCTCCAAGTTTTGCTGTCTACTT TGCTGGTAATTTGTGAAAGTGAACTAGTGAAAGTATGATTATTTACTGTC ATTTTGCAGAGGATTCCCTTTCCTGCACTAAGATTCAACTGCCACTTTTC TACTGGAAAAAGATCAGAACTCTGTCTGAGTTGAAAAAATTGAGTTAGGC TGTTTTGTGAGTAAAAACACAAGATTTTAGAAGAAAACCCTTTCTAATCT CATGCCGGCCATCACACGCTATCCTGGGAAAATAGCCGAAAAATCTCGGA AAGGTCAGGAGAATCTCAGTGTGGGAAAGGGAATATTTAGCAAAACGACA GTAATAATTTACGACAGTAATAATTTAGCTAAATAGACTTTTGATAAAAG TAAAATAATTATCTTAGTGGTGTTAAGCTGGGTTTTCTTCTGGAAAAATG TTCAAATTCATAAAAAGAGACACACAAAATTTTATAGTCATTTGGGAGAT AAGGATAGCAAATTACTCCAGCCAGTACTACAGTACAAACAGGATTATCT TGGTACCTTAGTTAGTAACAGTTGTGTTGTAAAAGACAAATCAAATGACG TTCCGTCAACTGCTCTGACTCTTGGGACTATCTGACGAAACATGGGACGG CAATTCGGCCACCATTTCATCGAACCTCCAAAGTCATTTGATTTGAGTTA ATGAACGGCATATAAAAAAATACACGCTTTCTTTTTCGTACCGAGTAGGC TTTTAAATCGAAATATTAAAAAAATCAGAACACACAAATGTCTGAAACAA AGAGACCATTTTGGCGGCAAAACGATGGAGCATTTGACGTCACTCGTGCG GCACACACTCGTTATTTGTTAATCCCATCAGGCGATAGGCGGCGGGCGTT CGCTAATTCTCCAACTCGGGATACCTAAGGCACTCCCCGATGGTCGCATG AGGTTCCGCCCCTTAACGTAAATGTTTTTTAGGTTTTTTCGAAGCATTTC GATATAGAAAATAAGATGGGGCATGGTCAGATGGTCCCATTTTTGCTGAA AAATCGAAAAAAATTTCGAAAAAAACCTAATTTTTCAGCCAATTTTCATG ATTTTGATTGTTAGAAGAAAGCTTTTGACTTCAAATTTTCACTAAAGGTG TATAACAATAAAAAGAAGCGATCCAGGAAAAAAAATAATTTTTTTTGCTG ACGTCAGCAAATTTTGTAAAATTCCGTTTTAGCTAAAATATGCTGACGTC ATCAAATAATTTTAAATTTTTTTCCTGGATCCTTTATTTTAAGCGTCCGG TCATTTTGAATGAAAACAAAAAAGTTAAAAAGGGCGTGCTACCAGTGAAA GTTATCGTGACATGTTATGACAGAAAGTATGATTGATAAACTTGGTGGAG TTATCAAAACAAATTTGTTGCCAAAGAGATTTAACAGTAAGTGAAAATAC AGGCCAGATATCAACAGTCCCATGTTGGATGAATCAATTACCAATCGTCC CAAGTTCAGTTGACGGTTATCATTATATAAAACCTCCAAAATTTGGATAG TTGCTGTAGTATTAGCCACTTTTTTCCCTTTTGGTGCTTTTGATTGTTTA AGTATATATATAGACCTTTTGCTAGACACAATGTCATGAAATAATAGGAA GGTCAGAATCACTGATTGAATTTTTTTTTTGCCCTCTGGCTGCTAACCAA GGAATTATACATATCCATGACACCCACGGGGCAGTTAGTGTTAAACTTTG AGAGATTGGCCTTGGTTTCCAGCAGCTTACTTGAACGAATTGGGTGCTCT ACTTGGACGAATTGGGTGCTGGGTATGTGGGAGCCATTTAAACCCTCAAA AGTCTCTCAAAGGGTTACAAAAACGTTAAATTAGTAATAATGAGTCTCTG AAATAGTCCCAAAATTACGAAATATTAAAAATTGACTCCCTCAAAGGGTC ACAAAATCTGGTAAAATTGGAAATTCAGTCTCTCAGGTGAGTTAAGGCAA GTTCCAAACATATTTTGCGTGACGCGCACCGCTTCCCATTGTTCCTTAAC TTTCGTATATAGCTCAAAATAAGCGTATTAAGGAGAGGATTTTGGAAAGT GCTGGGCCGAAAATTTAAATTAAAAAATTTGGTGTTATTTGTAGCAATAA AATTGAAGTTATTACTGTTTTTAAATATGACGTCATTTAACTTGTCTTTT TGACGTGTTTTTTTGACGTATTTCCTAACGTAAAAATCAGTTTTTGGCCG ATATCTTGAGATTGCCTTAATTTAAATTTTCGGCCCAGCACTTTCCGAAA TCCTCTCCTTAATCAGGGGGGGGCACGCAGTTACTACAAGACAGTATGAC ACTTACTACCGTGGTGGTACTGTATTCAGAAGTTATGAAAACAGTTACTA CACAGTGTAGTAACTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN NNNNNNNNNNNNNNNNNNNNTTAATACGCTTCTTTTGAGCTATATACAAA AGTTAAGGAACAATGGGAAGCGGTGCGCGTCACGCAAAATATGTTTGGAA CTTGCCTTAACTCACCTGAGCTCTAAAAGGATCAATTTTTCAAACTTTAC CTTGGACATACTTGTCACCTCGCAAACCTACTTCCTCCCTGGTTGCCAGG TCAAAAATGCTTTAGCGCATCACAAGACATCCCCTGTCAGATAAAGTTAA ACTTTCAGAGTTTTAAACATGCACATTCACTTTGTGTATTGTTAGGTCTT TAATAAACATTTCTATTTCTTAGTTGAAAAAAAGAAAAGAAAATGAATTT GCCAGAAGTAACAAAGAATCCAATTTATGGAAGCTCCATGATTGGTGCAA GTTACCCGATGTCAATGTCTGTACCCTACCCATTTAAAGGAGCAGGTATT TATTATTCTTTTGTGGTAAAATCTCTTTGTCAAAGCTTCATTTTGTAAAT TTCTTTTTCTGAACAGATTTATTTCGTTTAGAATCACTTTTACACTACTA TACAAGAACCTTTTTTAGATAATTTATATTATCATGTGATTGTATTACAT ATATCATATATAATATATTCAATTTAAAAACTCATTAATTTTCACTTTAT TTTTATTTATAGCAAGACTTGAAATTACAAGACAGCCAAAGAAGGTATAT ATTAGTCTACACAATAGACAGCTCCAGGCTTTTAGGCCTTGATCTTGGTC TATGGGCACTGTTATAGGCGGCCACTAGTAACCCCCACCGGACATTGCTT ATTTAATAGGTTTAAACATAATAGACAACTTTCTCAAAAGATGTTTATCA ATAGAGATTTCAAATAAAAGAATGTTTAAAACACAGCTGATTGGCTTAGG TTTCCAGGCTCTCTATTGTTTCATTAAAACCTCAAGTGCGCATGCGATTT ATCCAGAGAATTTCAATATTCAAAACAAGAGCAGTGCTCATATCTCGAAG AGTAGGAGTTTTACGCTCGAAACGAAGGAAGATATGACGTAGCCTAGTAT ATATTAAACCTATCTTTTATAAAGAGACTATTTTTAAGAAAAAGCTTGAT TTGGCCATCCATCGCCTAATTAGGCCATATTTTACACAAGAAAAAATCAC TGTTCATCTCTGGTTTTCAAAGATGCGCATAAAAATAAATAAGTTTATTG TATTGGAACAATGAAAAAATAAAAACTTTTTGACCTTTTGAGCGCATCCA AAATACATAAAGGAAATGTATCAGTAAATTTAGCAAGCATCTTTGCATCT ATAAAACCTGCATTTTACCAAAAATTCATCACGCAGATCTTCAATCAAAA ATTAGCATGATTTTCCTTTCTCATATCCAAATTAGGCTATAAATTTTAGC CTAATTTTGATATCATATCTAAGTTAGGCCATAATCAGCCAGCATAGCCT AATTTGCAGATGTTGTGTCCCTGACTGTTGCTAAAAATTTAAGATTTAAG GCCTCAGCTAAACAAAGACCACATTACCTTTTGAAGTTTTTAAAAAGCGA ATACCAGCTATCATTGATAGTTAGTTAATTGTGACTTAAATGCTTAAAAA AGAAACTTTTTGTTTTGTAGCGTGGATATCGTTTTCGCTATTTATCAGAA GGAAAGACCCATGGTATGCTTCCTGGAGAACCATCAGACAGCGGTGAAAA AGTATTCCCATCAGTGAGGGTATGTCAAAAATGATTATGACTGTTACATT TCTGTGCTTAATTGTAGGGGAGGGGGTTATTTTCCATGTTTCAATTTTTT CAACCCCAAAATCCTTTTATAATGACCCCCCCCCCCATTTTATTTAATAA AGTGTCAAAACCTTCATTTTCCTAGGGAAATCCACTAAAATCACTCCAAT ATTACGTAATTATGTTATGACCATTTTATAACATTTCTTCCGAAGTTTCA CCTCCTTTGCTTATTCTACTCCTCCGCTTATTCTACTCCCCTACAATTAA GCACAGAAGAGTATTTGGCTCACCAACACCATACTAATTTAACCCTATAG CTATAGTATCTGGTGGCCTTAAATGTGGACAAAAATTATTTTGGTTAAGA GTTTCGTGAGAAATCAAATGGGCTTTTCCTCTCAAATTTTCAGGAAAAAT TGCTGATTTTAATTTTTCGATATTTTAGATTATGAAAGTATTTTCAATTT TGAATTTTGAATTTTGGTTTTATTGAAACCAGCTCGTCGAGGGCCTCATT TTGGTATAGGGGTGTCTACTGTGGAAGGTACCATGGTACTATAGGATAAC AAAAAACCTTTGACCTTTCCATTTAAGTAAGATGGTCTAGTTACTTTTTA CAATATAAGCTTTCATCAAAAAAATTGTCCAAACGTTAAGAATAACCCAA GACCTTATTTCTACCATCATTATTTTAAATTAGTGCCGGGTAGCTCAGTT GGTAGATCATTCGCCTTACAATATAAGGGCTGTTGGCTTGATTCGCGGTC ACTCCAACTCATTGAATGAGTAGTTTAGATTGGATAATCTTATCTAGGTG GGAAGTTTCTGTGAGCTGAGAGTAGGTGGGGCGCTCCACCTCAGCATTCG ATCTCCAATAATCTAGCGCAAATAGAAAAGGGGATAGACTTCCTCACTCC TGGCTCCGCCGACAGCCACCACATGAATAGCTTACTTACTTGATCATAAT TGATTATTTAGATTGTGAACCATCTTGGAAATGCAAAAGTTGTGATGTAT TTGGTGACTGAAGAAGATCCACAATTTATTCACCCACACACATTGTTGAT CGATAAAATACCTGTTGGCGGATATCACATCTTTGACGTCAATGAAGATT TTGATGTGCAGTAAGTTTATTCTTTTTATAAGAACATAAGGGTTTGAGCT TAAAAAAAATTAGCAAAATTCTAAGAACTTGCAATTTACTAGAAAATTTC TTAGGAAGTTTCTTAGGGAATTAGAAAATAGAAAATAAGAGCACTTTAAG ATTTTAGGCTCAGTTTCAATAAAGTTGAGAACATGCTAGATCCTATCTAA ACTCGGTCCATGCGAAATTTCATGTTTAGTGGAATTACATATTAAAATTA TATACCATTTGGTTCCACTTAATTTGGTCCATGGCGGGGAGGGGGCGTCA GGCTGTAATAAACACAATATTTGATTTTCAAACACACGTCCATGTAATGC AACAAATAATTCAATACCCATAGATTGAAAAATGTGGCAATTCAACACGT CAACAAGCAGGATTTGCCAACTAAAATGTTGGACCGACACTTACAGTCAA AATACATCAAAGAAGTATACTCAATGAATCAATATGGAGCTAACCCTAAA ATTGACATCGACACTTTTGCCAGTAACCTTGCCGATAAAGCTAAAAAGCA ACCTTTCTTTGACCACAGGACCAAGCAAGCGTTGACTGGTATGGAAGTAT ATAGTTTATAAGAACACATGATTTTATTTCATTGTTGAATAAAATCTGAA CAACTTTATTTCCTTAGCTTGGTGAGGCTTTTTGAATTCGAGCTTCATAT ATAAAGCACCAAAAGCTATAGTGAACACATTTGCCAGCTTGTTTTTATTC GAGTTTTGAGCACAATCCATAGAACTTTTTCAGCCCTGAGATACCAAAGT CTATTTAACAGTGGTTAATGGTTCTTGCTCCACGGAAGACAATTTTGATA ATAAAGTGCTCAAAGACTCCCTCAACGAGCCGATCTCATCGCAAAGGCTA AAACCACACTCAATTCTATCACAGATCGCTAACGCTACCTCATTTTTTCA CAGGAGAAGAAGAAATTCAACTATCATTGGCCATGCGGAAGAAGCAGAAA GAGATCAACATGTCTTCGTGTCGGTTATGCTTCATTGCTTTCCTTCAAGA CCCGGAGACGGGAAAATTCGACAAAATTCTCCAGCCCGTTCATTCTGATC TCATTATTGACGGCAGTAAGCTTATTCTTTATATTCCATTTTTTTCATCA TTTGTTCTGGTTTAAGGTCATGGACTTTATGTGTATTAGGCTTAGGTCTT ACAATCAACGCCTTCTTATTCGACGTTCATCTCTTTAATACTCTCTCTAT CATTCGATAATATTGCAAGCCAACGTTAACAAGAAATTCTGAATAAAAAT GACGCTCTACTATTCGTTGCGTTCCCTTAATTGATGAAAATCCATCTCCC CTTGAAAATCGAATTGGAGAACGTCAAGTGTCAATTTATTTTTGGATAAG GAATAAACTTTGCCTTCTTGTTAGGTAACGGTCTTCAATATTCTGCTGTT CCAATGTTTTACATTTAATTGAAGGATTTAATGTTTCGATTTTATTCTAA AATACTAATAGTGAAAGATAATAAAGATTATTTTCGTGCAGTAAAAGCAG CCCTAACAATTTTCTTTTTATTTCACGTTTGTAGAGAAGAAAGAAGGTGC GCCACTGAAAATCATTCGTGTTAGTCACGTGGCTGGTAGCGTAGAGGGTG GCAAAGAAGTCTGGTTGCTAAGCGATAAAATTGATGGTATGACTCAATTT TATTGTTTTCTTCTTCATTTTCAAATTTGAAAAATATTTTTCAAAGATTG AAAATCTTTTTTGAATTTGAAAAAATAATTTTACCCCAAAATCCTAATTT TCTTACAGCTAGTACGCAAAATTTGCATACCACCTGCTTTGCACTTTGCA CCGGATGTTAACTGCACTTTGCCGATTTTTAAATAAAATAGACCACCGCC CTGCACCGCCACATTTAAATCGTACGTAAATCTCTGTGGAAAGTTTTTCT TTGTTCAGTGTCATTGGTTAGACATTTTATGTAGATCGACTCTTTCGTAG TATATAACTCTCTTAAATATTTCTTGTTTTTCTTTTTATCTAGCTGAGGA TACAGAAGTGTATTTTTGGGAGAGAAGTCAAGACAAACAAGGTATTTATG TGTGCGAATACTGCTTTAATTAAGAAAATACCCTATACTAAAAAATGGTG GAACCCAAATGCAATTAAACCCAAATGCAATCAAACCCAACTCCGAAGCT TAATCAAATGACTTCCAATTGTTTGGTTCGCAATCATATTTCCAAATCAT TGAATGTGCTTACCGCACTGAGAACATTGCAGTGCTATCCAAGTTTCAGG CTTTTTTGACGATAATTATTTCATATTATTTAAGTGAATGTTTTTTTTTT GGTTAAAGATAATAAAATATGATGTCGAAAAGGAAGGCGCACCTCTTATG TTGAAAAAGCATCATTAACAAAAGGATTTCTCCAAATTTGTGCTCTTGCA GCGCAGTAGAAAATTATCTTTTCTTCTCATTTGCGTTCGATGATGTCCTT TTTAATCTTTAGAAATGTTTTGGGAAGGTTTCGGCGAATTTAACAAAACT GACGTTTACAAACAAGTAAGTACTTCTATTAAAAGATGTGTTTCTCAAGT TTTCCTTTTATCCCTTTCCGAGTCTTTTCCTGTGAAAATTCATATCACGA AATGCAACTTTTTCATGGCGATATGTCTTAACCCTTGGTAAATTGAACGT TTTATGCAAAATATTTGTCGTCGTGACAGCGAGTATAAAATCTGTTTCAA AAATTATTGACAATCCGTATTTTTTCAAACATTCCTCTTGAGAGAAAAGG ATAAATCTAAAATCTTTTCGTTTATTTACCAAGGCATTAATAGTGTTCAA GATTCCACCATATTGCAATCAAAATATCGATCAACCGAGGACGGTCAACC TTCAGTTACGCCGGAAGAAGGATCGAAATTGTGTATCTGATGTTCATCAC TTCAGCTACAAACCGAAACATTACGGTGAGTTTTTTTGCTTCCACGCGAT TCATGCAGATGAGGAGATGGAGTTTTAATAAGATAGTTTAATATTGGGTC ATTTGAAGTAATAAAAATGACTCGTTCTTTAGAAAAAGTAACAAATTTTT TTTATTACTGGTTAACGACCAACCAAATCAAATAAGAGCTTGTAAAAACC CTATCTCGTCCTGATTCACGATATACATGACGTTATGTTTTATACAGAAA CACCCTGGTTTTTGCCAGTAGTCGCAAATTTAAATTTGAGAAATTGTTGA AGTTGTTCGAAATTTGCCATTTCTGTCAAAAACCAGGGTGTTTCTGTAGA GAAAATTGTGTCACGAATATCATGAATAAGCTTTACCCAACGTACGTTCG AAAATGACTAATATCTGAGCGTTAATAATTTTTGTTGAATATTAAAAACA ATTCCGTTTAATATTATACCGGTGTGGTTTTTAAAAAATCAACGCTGTGC TAAATTTCAGTAGATTTCTCCCAGAAAACATAAAACAATGAAAATAGTAC TATAGTATGTAAAAGTTTTACTCTATGGAAAGCAAATGCAAAAAAAAATC ATATTCTTCCGGTTGTCAGGCATCACGGTTGAATGTTTATATATGAAACA ATTTAAAGGGGAGAAGGGGTTACCCTTGAAAATCACAACGTACTTTTCGT TGCAACTTTCAATTGTTATTAGGCTAATAGTTGTGGACACATTGAGTTTA AAGCCCAAAGGGGTAGAGTAGAATCTCTACCTTTTCCAGGCAAGAAAAAG TGAAGCGTTATTTATAGTGATTTATTTCGCGCCTAGAACGCACCGCAACC ATGATGACGGATTGTATCTAGCGGTTCCTATGTTTTTGAGGACTACATGT TTTGAAATTTAGCGATACATTTTACTTTCAATCCGGCGTTTGTGTGAAAA CCACGCGTGGGCGTTCTGGATGGGAAATTAAGTAGGTTCATTTCCCATCC AAAGGTTACTACTCTAGACCCTTCGTGTCTTTAAACTCAATGTATGGACG TATGAAGCGTGTTTCAAATGTTTCCATTCTTTTCTTAGATCGATACGGGC TACGTGAAAAGCGACGTAAAAATCTACCACCCGAAATTTACGAATCGACG CCGCCCATAAAACGCCAACACATGGACTACGCGGCCGATTCACCGCCAGC CTCTACTGCATCAAAATATCAACCTTACGATTCTGCTCACATAAACAATC CAACGCTAAGTGACATTGTTATGCCGCAAGGTAGAAACGAATACAGAGCT ATAGTGGATGCTTCGACTCGGCACTCTCCCGCCGTACCGACGACGTTTAA CGGTCCCCTTGATAATTATCGTAAAAACCATCATTCGTCTAAGGAATCCG ATACTGATGAGAACTAATACTTTTAGACGTTTTGCATTTTGATATGGACG AAATAAAACTCGAAAAGAATCTGGATTGTTCGATCTTAAAAGCACTCTTT ACACCTGTCATTCCTAAAGGGCTTCTTACACTTTACTGTTCCATGTAGCT TAAGCGGTAAGAGTTGACGAAACGTACGAAAGTGACGTACGAAAGTGAGC AAAATTTAGCGTTGAAATCCGGTGATGCTAAAAACGCTCGAGGAACAAAA CATTTTGTGATTGTTCTTTGTGGTTCAATTCGGTTTTTTTGGTACGAATT TAATGTTGATGAAAATAAATAGATAAATAAATGAATGGGACAGCCATACG TCGAGCTGCCACCACGCCCTTCATTTTTCAGAAAAGATATATGATTTATA GATGAGATGACACGCCCTAGTAAACGCCCTCCTATGTGACTATTAAAAAG TGACGATAAAATGTTCGACCGTTTAGGAAAGGCAATTTTTTTGCCCATAC ACTGAACAATTGAAACATACTTTGCTTCGTTTATGATTTTTACACGCCCG AAAATATAGTCATGGCGGTCTCCATTTGTATTTTTGTCCTAAATTGACGC TTTTACATATGTTTTAAAAATTTTGATAGGCTTTAATACCGGGAATAAGT CATCGAACCAATTTTTGGAGAAATAAAGCAAGTTTTTTTTGCAAAAATCG TGTTTCTTGACTGAAAAAGGGTGTTTTGGACTCTTCTGACAAATGAAAAG TGGCTTTTGTACGTCATAGTCAGTATATATTCATCCTTAATCATTACAAT GCATATTTTCTCTGACTGTAAATTTATTTCAAGTTTTATATAAATATTAT ATATAATTTTTTTTATGTAGAAGAAATTTATAGAAGG

Coding sequence (CDS) from alignment at sc0000061:512394..523230-

>TCONS_00005923 ID=TCONS_00005923|Name=TCONS_00005923|organism=Clytia hemisphaerica|type=CDS|length=15774bp|location=Sequence derived from alignment at sc0000061:512394..523230- (Clytia hemisphaerica)
ATCGATACGGGCTACGTGAAAAGCGACGTAAAAATCTACCACCCGAAATT
TACGAATCGACGCCGCCCATAAAACGCCAACACATGGACTACGCGGCCGA
TTCACCGCCAGCCTCTACTGCATCAAAATATCAACCTTACGATTCTGCTC
ACATAAACAATCCAACGCTAAGTGACATTGTTATGCCGCAAGGTAGAAAC
GAATACAGAGCTATAGTGGATGCTTCGACTCGGCACTCTCCCGCCGTACC
GACGACGTTTAACGGTCCCCTTGATAATTATCGTAAAAACCATCATTCGT
CTAAGGAATCCGATACTGATGAGAACTAAGCATTAATAGTGTTCAAGATT
CCACCATATTGCAATCAAAATATCGATCAACCGAGGACGGTCAACCTTCA
GTTACGCCGGAAGAAGGATCGAAATTGTGTATCTGATGTTCATCACTTCA
GCTACAAACCGAAACATTACGAAATGTTTTGGGAAGGTTTCGGCGAATTT
AACAAAACTGACGTTTACAAACAACTGAGGATACAGAAGTGTATTTTTGG
GAGAGAAGTCAAGACAAACAAGAGAAGAAAGAAGGTGCGCCACTGAAAAT
CATTCGTGTTAGTCACGTGGCTGGTAGCGTAGAGGGTGGCAAAGAAGTCT
GGTTGCTAAGCGATAAAATTGATGGAGAAGAAGAAATTCAACTATCATTG
GCCATGCGGAAGAAGCAGAAAGAGATCAACATGTCTTCGTGTCGGTTATG
CTTCATTGCTTTCCTTCAAGACCCGGAGACGGGAAAATTCGACAAAATTC
TCCAGCCCGTTCATTCTGATCTCATTATTGACGGCAATTGAAAAATGTGG
CAATTCAACACGTCAACAAGCAGGATTTGCCAACTAAAATGTTGGACCGA
CACTTACAGTCAAAATACATCAAAGAAGTATACTCAATGAATCAATATGG
AGCTAACCCTAAAATTGACATCGACACTTTTGCCAGTAACCTTGCCGATA
AAGCTAAAAAGCAACCTTTCTTTGACCACAGGACCAAGCAAGCGTTGACT
GATTGTGAACCATCTTGGAAATGCAAAAGTTGTGATGTATTTGGTGACTG
AAGAAGATCCACAATTTATTCACCCACACACATTGTTGATCGATAAAATA
CCTGTTGGCGGATATCACATCTTTGACGTCAATGAAGATTTTGATGTGCA
CGTGGATATCGTTTTCGCTATTTATCAGAAGGAAAGACCCATGGTATGCT
TCCTGGAGAACCATCAGACAGCGGTGAAAAAGTATTCCCATCAGTGAGGC
AAGACTTGAAATTACAAGACAGCCAAAGAAGATGAATTTGCCAGAAGTAA
CAAAGAATCCAATTTATGGAAGCTCCATGATTGGTGCAAGTTACCCGATG
TCAATGTCTGTACCCTACCCATTTAAAGGAGCAGATCGATACGGGCTACG
TGAAAAGCGACGTAAAAATCTACCACCCGAAATTTACGAATCGACGCCGC
CCATAAAACGCCAACACATGGACTACGCGGCCGATTCACCGCCAGCCTCT
ACTGCATCAAAATATCAACCTTACGATTCTGCTCACATAAACAATCCAAC
GCTAAGTGACATTGTTATGCCGCAAGGTAGAAACGAATACAGAGCTATAG
TGGATGCTTCGACTCGGCACTCTCCCGCCGTACCGACGACGTTTAACGGT
CCCCTTGATAATTATCGTAAAAACCATCATTCGTCTAAGGAATCCGATAC
TGATGAGAACTAAGCATTAATAGTGTTCAAGATTCCACCATATTGCAATC
AAAATATCGATCAACCGAGGACGGTCAACCTTCAGTTACGCCGGAAGAAG
GATCGAAATTGTGTATCTGATGTTCATCACTTCAGCTACAAACCGAAACA
TTACGAAATGTTTTGGGAAGGTTTCGGCGAATTTAACAAAACTGACGTTT
ACAAACAACTGAGGATACAGAAGTGTATTTTTGGGAGAGAAGTCAAGACA
AACAAGAGAAGAAAGAAGGTGCGCCACTGAAAATCATTCGTGTTAGTCAC
GTGGCTGGTAGCGTAGAGGGTGGCAAAGAAGTCTGGTTGCTAAGCGATAA
AATTGATGGAGAAGAAGAAATTCAACTATCATTGGCCATGCGGAAGAAGC
AGAAAGAGATCAACATGTCTTCGTGTCGGTTATGCTTCATTGCTTTCCTT
CAAGACCCGGAGACGGGAAAATTCGACAAAATTCTCCAGCCCGTTCATTC
TGATCTCATTATTGACGGCAATTGAAAAATGTGGCAATTCAACACGTCAA
CAAGCAGGATTTGCCAACTAAAATGTTGGACCGACACTTACAGTCAAAAT
ACATCAAAGAAGTATACTCAATGAATCAATATGGAGCTAACCCTAAAATT
GACATCGACACTTTTGCCAGTAACCTTGCCGATAAAGCTAAAAAGCAACC
TTTCTTTGACCACAGGACCAAGCAAGCGTTGACTGATTGTGAACCATCTT
GGAAATGCAAAAGTTGTGATGTATTTGGTGACTGAAGAAGATCCACAATT
TATTCACCCACACACATTGTTGATCGATAAAATACCTGTTGGCGGATATC
ACATCTTTGACGTCAATGAAGATTTTGATGTGCACGTGGATATCGTTTTC
GCTATTTATCAGAAGGAAAGACCCATGGTATGCTTCCTGGAGAACCATCA
GACAGCGGTGAAAAAGTATTCCCATCAGTGAGGCAAGACTTGAAATTACA
AGACAGCCAAAGAAGATGAATTTGCCAGAAGTAACAAAGAATCCAATTTA
TGGAAGCTCCATGATTGGTGCAAGTTACCCGATGTCAATGTCTGTACCCT
ACCCATTTAAAGGAGCAGATCGATACGGGCTACGTGAAAAGCGACGTAAA
AATCTACCACCCGAAATTTACGAATCGACGCCGCCCATAAAACGCCAACA
CATGGACTACGCGGCCGATTCACCGCCAGCCTCTACTGCATCAAAATATC
AACCTTACGATTCTGCTCACATAAACAATCCAACGCTAAGTGACATTGTT
ATGCCGCAAGGTAGAAACGAATACAGAGCTATAGTGGATGCTTCGACTCG
GCACTCTCCCGCCGTACCGACGACGTTTAACGGTCCCCTTGATAATTATC
GTAAAAACCATCATTCGTCTAAGGAATCCGATACTGATGAGAACTAAGCA
TTAATAGTGTTCAAGATTCCACCATATTGCAATCAAAATATCGATCAACC
GAGGACGGTCAACCTTCAGTTACGCCGGAAGAAGGATCGAAATTGTGTAT
CTGATGTTCATCACTTCAGCTACAAACCGAAACATTACGAAATGTTTTGG
GAAGGTTTCGGCGAATTTAACAAAACTGACGTTTACAAACAACTGAGGAT
ACAGAAGTGTATTTTTGGGAGAGAAGTCAAGACAAACAAGAGAAGAAAGA
AGGTGCGCCACTGAAAATCATTCGTGTTAGTCACGTGGCTGGTAGCGTAG
AGGGTGGCAAAGAAGTCTGGTTGCTAAGCGATAAAATTGATGGAGAAGAA
GAAATTCAACTATCATTGGCCATGCGGAAGAAGCAGAAAGAGATCAACAT
GTCTTCGTGTCGGTTATGCTTCATTGCTTTCCTTCAAGACCCGGAGACGG
GAAAATTCGACAAAATTCTCCAGCCCGTTCATTCTGATCTCATTATTGAC
GGCAATTGAAAAATGTGGCAATTCAACACGTCAACAAGCAGGATTTGCCA
ACTAAAATGTTGGACCGACACTTACAGTCAAAATACATCAAAGAAGTATA
CTCAATGAATCAATATGGAGCTAACCCTAAAATTGACATCGACACTTTTG
CCAGTAACCTTGCCGATAAAGCTAAAAAGCAACCTTTCTTTGACCACAGG
ACCAAGCAAGCGTTGACTGATTGTGAACCATCTTGGAAATGCAAAAGTTG
TGATGTATTTGGTGACTGAAGAAGATCCACAATTTATTCACCCACACACA
TTGTTGATCGATAAAATACCTGTTGGCGGATATCACATCTTTGACGTCAA
TGAAGATTTTGATGTGCACGTGGATATCGTTTTCGCTATTTATCAGAAGG
AAAGACCCATGGTATGCTTCCTGGAGAACCATCAGACAGCGGTGAAAAAG
TATTCCCATCAGTGAGGCAAGACTTGAAATTACAAGACAGCCAAAGAAGA
TGAATTTGCCAGAAGTAACAAAGAATCCAATTTATGGAAGCTCCATGATT
GGTGCAAGTTACCCGATGTCAATGTCTGTACCCTACCCATTTAAAGGAGC
AGATCGATACGGGCTACGTGAAAAGCGACGTAAAAATCTACCACCCGAAA
TTTACGAATCGACGCCGCCCATAAAACGCCAACACATGGACTACGCGGCC
GATTCACCGCCAGCCTCTACTGCATCAAAATATCAACCTTACGATTCTGC
TCACATAAACAATCCAACGCTAAGTGACATTGTTATGCCGCAAGGTAGAA
ACGAATACAGAGCTATAGTGGATGCTTCGACTCGGCACTCTCCCGCCGTA
CCGACGACGTTTAACGGTCCCCTTGATAATTATCGTAAAAACCATCATTC
GTCTAAGGAATCCGATACTGATGAGAACTAAGCATTAATAGTGTTCAAGA
TTCCACCATATTGCAATCAAAATATCGATCAACCGAGGACGGTCAACCTT
CAGTTACGCCGGAAGAAGGATCGAAATTGTGTATCTGATGTTCATCACTT
CAGCTACAAACCGAAACATTACGAAATGTTTTGGGAAGGTTTCGGCGAAT
TTAACAAAACTGACGTTTACAAACAACTGAGGATACAGAAGTGTATTTTT
GGGAGAGAAGTCAAGACAAACAAGAGAAGAAAGAAGGTGCGCCACTGAAA
ATCATTCGTGTTAGTCACGTGGCTGGTAGCGTAGAGGGTGGCAAAGAAGT
CTGGTTGCTAAGCGATAAAATTGATGGAGAAGAAGAAATTCAACTATCAT
TGGCCATGCGGAAGAAGCAGAAAGAGATCAACATGTCTTCGTGTCGGTTA
TGCTTCATTGCTTTCCTTCAAGACCCGGAGACGGGAAAATTCGACAAAAT
TCTCCAGCCCGTTCATTCTGATCTCATTATTGACGGCAATTGAAAAATGT
GGCAATTCAACACGTCAACAAGCAGGATTTGCCAACTAAAATGTTGGACC
GACACTTACAGTCAAAATACATCAAAGAAGTATACTCAATGAATCAATAT
GGAGCTAACCCTAAAATTGACATCGACACTTTTGCCAGTAACCTTGCCGA
TAAAGCTAAAAAGCAACCTTTCTTTGACCACAGGACCAAGCAAGCGTTGA
CTGATTGTGAACCATCTTGGAAATGCAAAAGTTGTGATGTATTTGGTGAC
TGAAGAAGATCCACAATTTATTCACCCACACACATTGTTGATCGATAAAA
TACCTGTTGGCGGATATCACATCTTTGACGTCAATGAAGATTTTGATGTG
CACGTGGATATCGTTTTCGCTATTTATCAGAAGGAAAGACCCATGGTATG
CTTCCTGGAGAACCATCAGACAGCGGTGAAAAAGTATTCCCATCAGTGAG
GCAAGACTTGAAATTACAAGACAGCCAAAGAAGATGAATTTGCCAGAAGT
AACAAAGAATCCAATTTATGGAAGCTCCATGATTGGTGCAAGTTACCCGA
TGTCAATGTCTGTACCCTACCCATTTAAAGGAGCAGATCGATACGGGCTA
CGTGAAAAGCGACGTAAAAATCTACCACCCGAAATTTACGAATCGACGCC
GCCCATAAAACGCCAACACATGGACTACGCGGCCGATTCACCGCCAGCCT
CTACTGCATCAAAATATCAACCTTACGATTCTGCTCACATAAACAATCCA
ACGCTAAGTGACATTGTTATGCCGCAAGGTAGAAACGAATACAGAGCTAT
AGTGGATGCTTCGACTCGGCACTCTCCCGCCGTACCGACGACGTTTAACG
GTCCCCTTGATAATTATCGTAAAAACCATCATTCGTCTAAGGAATCCGAT
ACTGATGAGAACTAAGCATTAATAGTGTTCAAGATTCCACCATATTGCAA
TCAAAATATCGATCAACCGAGGACGGTCAACCTTCAGTTACGCCGGAAGA
AGGATCGAAATTGTGTATCTGATGTTCATCACTTCAGCTACAAACCGAAA
CATTACGAAATGTTTTGGGAAGGTTTCGGCGAATTTAACAAAACTGACGT
TTACAAACAACTGAGGATACAGAAGTGTATTTTTGGGAGAGAAGTCAAGA
CAAACAAGAGAAGAAAGAAGGTGCGCCACTGAAAATCATTCGTGTTAGTC
ACGTGGCTGGTAGCGTAGAGGGTGGCAAAGAAGTCTGGTTGCTAAGCGAT
AAAATTGATGGAGAAGAAGAAATTCAACTATCATTGGCCATGCGGAAGAA
GCAGAAAGAGATCAACATGTCTTCGTGTCGGTTATGCTTCATTGCTTTCC
TTCAAGACCCGGAGACGGGAAAATTCGACAAAATTCTCCAGCCCGTTCAT
TCTGATCTCATTATTGACGGCAATTGAAAAATGTGGCAATTCAACACGTC
AACAAGCAGGATTTGCCAACTAAAATGTTGGACCGACACTTACAGTCAAA
ATACATCAAAGAAGTATACTCAATGAATCAATATGGAGCTAACCCTAAAA
TTGACATCGACACTTTTGCCAGTAACCTTGCCGATAAAGCTAAAAAGCAA
CCTTTCTTTGACCACAGGACCAAGCAAGCGTTGACTGATTGTGAACCATC
TTGGAAATGCAAAAGTTGTGATGTATTTGGTGACTGAAGAAGATCCACAA
TTTATTCACCCACACACATTGTTGATCGATAAAATACCTGTTGGCGGATA
TCACATCTTTGACGTCAATGAAGATTTTGATGTGCACGTGGATATCGTTT
TCGCTATTTATCAGAAGGAAAGACCCATGGTATGCTTCCTGGAGAACCAT
CAGACAGCGGTGAAAAAGTATTCCCATCAGTGAGGCAAGACTTGAAATTA
CAAGACAGCCAAAGAAGATGAATTTGCCAGAAGTAACAAAGAATCCAATT
TATGGAAGCTCCATGATTGGTGCAAGTTACCCGATGTCAATGTCTGTACC
CTACCCATTTAAAGGAGCAGATCGATACGGGCTACGTGAAAAGCGACGTA
AAAATCTACCACCCGAAATTTACGAATCGACGCCGCCCATAAAACGCCAA
CACATGGACTACGCGGCCGATTCACCGCCAGCCTCTACTGCATCAAAATA
TCAACCTTACGATTCTGCTCACATAAACAATCCAACGCTAAGTGACATTG
TTATGCCGCAAGGTAGAAACGAATACAGAGCTATAGTGGATGCTTCGACT
CGGCACTCTCCCGCCGTACCGACGACGTTTAACGGTCCCCTTGATAATTA
TCGTAAAAACCATCATTCGTCTAAGGAATCCGATACTGATGAGAACTAAG
CATTAATAGTGTTCAAGATTCCACCATATTGCAATCAAAATATCGATCAA
CCGAGGACGGTCAACCTTCAGTTACGCCGGAAGAAGGATCGAAATTGTGT
ATCTGATGTTCATCACTTCAGCTACAAACCGAAACATTACGAAATGTTTT
GGGAAGGTTTCGGCGAATTTAACAAAACTGACGTTTACAAACAACTGAGG
ATACAGAAGTGTATTTTTGGGAGAGAAGTCAAGACAAACAAGAGAAGAAA
GAAGGTGCGCCACTGAAAATCATTCGTGTTAGTCACGTGGCTGGTAGCGT
AGAGGGTGGCAAAGAAGTCTGGTTGCTAAGCGATAAAATTGATGGAGAAG
AAGAAATTCAACTATCATTGGCCATGCGGAAGAAGCAGAAAGAGATCAAC
ATGTCTTCGTGTCGGTTATGCTTCATTGCTTTCCTTCAAGACCCGGAGAC
GGGAAAATTCGACAAAATTCTCCAGCCCGTTCATTCTGATCTCATTATTG
ACGGCAATTGAAAAATGTGGCAATTCAACACGTCAACAAGCAGGATTTGC
CAACTAAAATGTTGGACCGACACTTACAGTCAAAATACATCAAAGAAGTA
TACTCAATGAATCAATATGGAGCTAACCCTAAAATTGACATCGACACTTT
TGCCAGTAACCTTGCCGATAAAGCTAAAAAGCAACCTTTCTTTGACCACA
GGACCAAGCAAGCGTTGACTGATTGTGAACCATCTTGGAAATGCAAAAGT
TGTGATGTATTTGGTGACTGAAGAAGATCCACAATTTATTCACCCACACA
CATTGTTGATCGATAAAATACCTGTTGGCGGATATCACATCTTTGACGTC
AATGAAGATTTTGATGTGCACGTGGATATCGTTTTCGCTATTTATCAGAA
GGAAAGACCCATGGTATGCTTCCTGGAGAACCATCAGACAGCGGTGAAAA
AGTATTCCCATCAGTGAGGCAAGACTTGAAATTACAAGACAGCCAAAGAA
GATGAATTTGCCAGAAGTAACAAAGAATCCAATTTATGGAAGCTCCATGA
TTGGTGCAAGTTACCCGATGTCAATGTCTGTACCCTACCCATTTAAAGGA
GCAGATCGATACGGGCTACGTGAAAAGCGACGTAAAAATCTACCACCCGA
AATTTACGAATCGACGCCGCCCATAAAACGCCAACACATGGACTACGCGG
CCGATTCACCGCCAGCCTCTACTGCATCAAAATATCAACCTTACGATTCT
GCTCACATAAACAATCCAACGCTAAGTGACATTGTTATGCCGCAAGGTAG
AAACGAATACAGAGCTATAGTGGATGCTTCGACTCGGCACTCTCCCGCCG
TACCGACGACGTTTAACGGTCCCCTTGATAATTATCGTAAAAACCATCAT
TCGTCTAAGGAATCCGATACTGATGAGAACTAAGCATTAATAGTGTTCAA
GATTCCACCATATTGCAATCAAAATATCGATCAACCGAGGACGGTCAACC
TTCAGTTACGCCGGAAGAAGGATCGAAATTGTGTATCTGATGTTCATCAC
TTCAGCTACAAACCGAAACATTACGAAATGTTTTGGGAAGGTTTCGGCGA
ATTTAACAAAACTGACGTTTACAAACAACTGAGGATACAGAAGTGTATTT
TTGGGAGAGAAGTCAAGACAAACAAGAGAAGAAAGAAGGTGCGCCACTGA
AAATCATTCGTGTTAGTCACGTGGCTGGTAGCGTAGAGGGTGGCAAAGAA
GTCTGGTTGCTAAGCGATAAAATTGATGGAGAAGAAGAAATTCAACTATC
ATTGGCCATGCGGAAGAAGCAGAAAGAGATCAACATGTCTTCGTGTCGGT
TATGCTTCATTGCTTTCCTTCAAGACCCGGAGACGGGAAAATTCGACAAA
ATTCTCCAGCCCGTTCATTCTGATCTCATTATTGACGGCAATTGAAAAAT
GTGGCAATTCAACACGTCAACAAGCAGGATTTGCCAACTAAAATGTTGGA
CCGACACTTACAGTCAAAATACATCAAAGAAGTATACTCAATGAATCAAT
ATGGAGCTAACCCTAAAATTGACATCGACACTTTTGCCAGTAACCTTGCC
GATAAAGCTAAAAAGCAACCTTTCTTTGACCACAGGACCAAGCAAGCGTT
GACTGATTGTGAACCATCTTGGAAATGCAAAAGTTGTGATGTATTTGGTG
ACTGAAGAAGATCCACAATTTATTCACCCACACACATTGTTGATCGATAA
AATACCTGTTGGCGGATATCACATCTTTGACGTCAATGAAGATTTTGATG
TGCACGTGGATATCGTTTTCGCTATTTATCAGAAGGAAAGACCCATGGTA
TGCTTCCTGGAGAACCATCAGACAGCGGTGAAAAAGTATTCCCATCAGTG
AGGCAAGACTTGAAATTACAAGACAGCCAAAGAAGATGAATTTGCCAGAA
GTAACAAAGAATCCAATTTATGGAAGCTCCATGATTGGTGCAAGTTACCC
GATGTCAATGTCTGTACCCTACCCATTTAAAGGAGCAGATCGATACGGGC
TACGTGAAAAGCGACGTAAAAATCTACCACCCGAAATTTACGAATCGACG
CCGCCCATAAAACGCCAACACATGGACTACGCGGCCGATTCACCGCCAGC
CTCTACTGCATCAAAATATCAACCTTACGATTCTGCTCACATAAACAATC
CAACGCTAAGTGACATTGTTATGCCGCAAGGTAGAAACGAATACAGAGCT
ATAGTGGATGCTTCGACTCGGCACTCTCCCGCCGTACCGACGACGTTTAA
CGGTCCCCTTGATAATTATCGTAAAAACCATCATTCGTCTAAGGAATCCG
ATACTGATGAGAACTAAGCATTAATAGTGTTCAAGATTCCACCATATTGC
AATCAAAATATCGATCAACCGAGGACGGTCAACCTTCAGTTACGCCGGAA
GAAGGATCGAAATTGTGTATCTGATGTTCATCACTTCAGCTACAAACCGA
AACATTACGAAATGTTTTGGGAAGGTTTCGGCGAATTTAACAAAACTGAC
GTTTACAAACAACTGAGGATACAGAAGTGTATTTTTGGGAGAGAAGTCAA
GACAAACAAGAGAAGAAAGAAGGTGCGCCACTGAAAATCATTCGTGTTAG
TCACGTGGCTGGTAGCGTAGAGGGTGGCAAAGAAGTCTGGTTGCTAAGCG
ATAAAATTGATGGAGAAGAAGAAATTCAACTATCATTGGCCATGCGGAAG
AAGCAGAAAGAGATCAACATGTCTTCGTGTCGGTTATGCTTCATTGCTTT
CCTTCAAGACCCGGAGACGGGAAAATTCGACAAAATTCTCCAGCCCGTTC
ATTCTGATCTCATTATTGACGGCAATTGAAAAATGTGGCAATTCAACACG
TCAACAAGCAGGATTTGCCAACTAAAATGTTGGACCGACACTTACAGTCA
AAATACATCAAAGAAGTATACTCAATGAATCAATATGGAGCTAACCCTAA
AATTGACATCGACACTTTTGCCAGTAACCTTGCCGATAAAGCTAAAAAGC
AACCTTTCTTTGACCACAGGACCAAGCAAGCGTTGACTGATTGTGAACCA
TCTTGGAAATGCAAAAGTTGTGATGTATTTGGTGACTGAAGAAGATCCAC
AATTTATTCACCCACACACATTGTTGATCGATAAAATACCTGTTGGCGGA
TATCACATCTTTGACGTCAATGAAGATTTTGATGTGCACGTGGATATCGT
TTTCGCTATTTATCAGAAGGAAAGACCCATGGTATGCTTCCTGGAGAACC
ATCAGACAGCGGTGAAAAAGTATTCCCATCAGTGAGGCAAGACTTGAAAT
TACAAGACAGCCAAAGAAGATGAATTTGCCAGAAGTAACAAAGAATCCAA
TTTATGGAAGCTCCATGATTGGTGCAAGTTACCCGATGTCAATGTCTGTA
CCCTACCCATTTAAAGGAGCAGATCGATACGGGCTACGTGAAAAGCGACG
TAAAAATCTACCACCCGAAATTTACGAATCGACGCCGCCCATAAAACGCC
AACACATGGACTACGCGGCCGATTCACCGCCAGCCTCTACTGCATCAAAA
TATCAACCTTACGATTCTGCTCACATAAACAATCCAACGCTAAGTGACAT
TGTTATGCCGCAAGGTAGAAACGAATACAGAGCTATAGTGGATGCTTCGA
CTCGGCACTCTCCCGCCGTACCGACGACGTTTAACGGTCCCCTTGATAAT
TATCGTAAAAACCATCATTCGTCTAAGGAATCCGATACTGATGAGAACTA
AGCATTAATAGTGTTCAAGATTCCACCATATTGCAATCAAAATATCGATC
AACCGAGGACGGTCAACCTTCAGTTACGCCGGAAGAAGGATCGAAATTGT
GTATCTGATGTTCATCACTTCAGCTACAAACCGAAACATTACGAAATGTT
TTGGGAAGGTTTCGGCGAATTTAACAAAACTGACGTTTACAAACAACTGA
GGATACAGAAGTGTATTTTTGGGAGAGAAGTCAAGACAAACAAGAGAAGA
AAGAAGGTGCGCCACTGAAAATCATTCGTGTTAGTCACGTGGCTGGTAGC
GTAGAGGGTGGCAAAGAAGTCTGGTTGCTAAGCGATAAAATTGATGGAGA
AGAAGAAATTCAACTATCATTGGCCATGCGGAAGAAGCAGAAAGAGATCA
ACATGTCTTCGTGTCGGTTATGCTTCATTGCTTTCCTTCAAGACCCGGAG
ACGGGAAAATTCGACAAAATTCTCCAGCCCGTTCATTCTGATCTCATTAT
TGACGGCAATTGAAAAATGTGGCAATTCAACACGTCAACAAGCAGGATTT
GCCAACTAAAATGTTGGACCGACACTTACAGTCAAAATACATCAAAGAAG
TATACTCAATGAATCAATATGGAGCTAACCCTAAAATTGACATCGACACT
TTTGCCAGTAACCTTGCCGATAAAGCTAAAAAGCAACCTTTCTTTGACCA
CAGGACCAAGCAAGCGTTGACTGATTGTGAACCATCTTGGAAATGCAAAA
GTTGTGATGTATTTGGTGACTGAAGAAGATCCACAATTTATTCACCCACA
CACATTGTTGATCGATAAAATACCTGTTGGCGGATATCACATCTTTGACG
TCAATGAAGATTTTGATGTGCACGTGGATATCGTTTTCGCTATTTATCAG
AAGGAAAGACCCATGGTATGCTTCCTGGAGAACCATCAGACAGCGGTGAA
AAAGTATTCCCATCAGTGAGGCAAGACTTGAAATTACAAGACAGCCAAAG
AAGATGAATTTGCCAGAAGTAACAAAGAATCCAATTTATGGAAGCTCCAT
GATTGGTGCAAGTTACCCGATGTCAATGTCTGTACCCTACCCATTTAAAG
GAGCAGATCGATACGGGCTACGTGAAAAGCGACGTAAAAATCTACCACCC
GAAATTTACGAATCGACGCCGCCCATAAAACGCCAACACATGGACTACGC
GGCCGATTCACCGCCAGCCTCTACTGCATCAAAATATCAACCTTACGATT
CTGCTCACATAAACAATCCAACGCTAAGTGACATTGTTATGCCGCAAGGT
AGAAACGAATACAGAGCTATAGTGGATGCTTCGACTCGGCACTCTCCCGC
CGTACCGACGACGTTTAACGGTCCCCTTGATAATTATCGTAAAAACCATC
ATTCGTCTAAGGAATCCGATACTGATGAGAACTAAGCATTAATAGTGTTC
AAGATTCCACCATATTGCAATCAAAATATCGATCAACCGAGGACGGTCAA
CCTTCAGTTACGCCGGAAGAAGGATCGAAATTGTGTATCTGATGTTCATC
ACTTCAGCTACAAACCGAAACATTACGAAATGTTTTGGGAAGGTTTCGGC
GAATTTAACAAAACTGACGTTTACAAACAACTGAGGATACAGAAGTGTAT
TTTTGGGAGAGAAGTCAAGACAAACAAGAGAAGAAAGAAGGTGCGCCACT
GAAAATCATTCGTGTTAGTCACGTGGCTGGTAGCGTAGAGGGTGGCAAAG
AAGTCTGGTTGCTAAGCGATAAAATTGATGGAGAAGAAGAAATTCAACTA
TCATTGGCCATGCGGAAGAAGCAGAAAGAGATCAACATGTCTTCGTGTCG
GTTATGCTTCATTGCTTTCCTTCAAGACCCGGAGACGGGAAAATTCGACA
AAATTCTCCAGCCCGTTCATTCTGATCTCATTATTGACGGCAATTGAAAA
ATGTGGCAATTCAACACGTCAACAAGCAGGATTTGCCAACTAAAATGTTG
GACCGACACTTACAGTCAAAATACATCAAAGAAGTATACTCAATGAATCA
ATATGGAGCTAACCCTAAAATTGACATCGACACTTTTGCCAGTAACCTTG
CCGATAAAGCTAAAAAGCAACCTTTCTTTGACCACAGGACCAAGCAAGCG
TTGACTGATTGTGAACCATCTTGGAAATGCAAAAGTTGTGATGTATTTGG
TGACTGAAGAAGATCCACAATTTATTCACCCACACACATTGTTGATCGAT
AAAATACCTGTTGGCGGATATCACATCTTTGACGTCAATGAAGATTTTGA
TGTGCACGTGGATATCGTTTTCGCTATTTATCAGAAGGAAAGACCCATGG
TATGCTTCCTGGAGAACCATCAGACAGCGGTGAAAAAGTATTCCCATCAG
TGAGGCAAGACTTGAAATTACAAGACAGCCAAAGAAGATGAATTTGCCAG
AAGTAACAAAGAATCCAATTTATGGAAGCTCCATGATTGGTGCAAGTTAC
CCGATGTCAATGTCTGTACCCTACCCATTTAAAGGAGCAGATCGATACGG
GCTACGTGAAAAGCGACGTAAAAATCTACCACCCGAAATTTACGAATCGA
CGCCGCCCATAAAACGCCAACACATGGACTACGCGGCCGATTCACCGCCA
GCCTCTACTGCATCAAAATATCAACCTTACGATTCTGCTCACATAAACAA
TCCAACGCTAAGTGACATTGTTATGCCGCAAGGTAGAAACGAATACAGAG
CTATAGTGGATGCTTCGACTCGGCACTCTCCCGCCGTACCGACGACGTTT
AACGGTCCCCTTGATAATTATCGTAAAAACCATCATTCGTCTAAGGAATC
CGATACTGATGAGAACTAAGCATTAATAGTGTTCAAGATTCCACCATATT
GCAATCAAAATATCGATCAACCGAGGACGGTCAACCTTCAGTTACGCCGG
AAGAAGGATCGAAATTGTGTATCTGATGTTCATCACTTCAGCTACAAACC
GAAACATTACGAAATGTTTTGGGAAGGTTTCGGCGAATTTAACAAAACTG
ACGTTTACAAACAACTGAGGATACAGAAGTGTATTTTTGGGAGAGAAGTC
AAGACAAACAAGAGAAGAAAGAAGGTGCGCCACTGAAAATCATTCGTGTT
AGTCACGTGGCTGGTAGCGTAGAGGGTGGCAAAGAAGTCTGGTTGCTAAG
CGATAAAATTGATGGAGAAGAAGAAATTCAACTATCATTGGCCATGCGGA
AGAAGCAGAAAGAGATCAACATGTCTTCGTGTCGGTTATGCTTCATTGCT
TTCCTTCAAGACCCGGAGACGGGAAAATTCGACAAAATTCTCCAGCCCGT
TCATTCTGATCTCATTATTGACGGCAATTGAAAAATGTGGCAATTCAACA
CGTCAACAAGCAGGATTTGCCAACTAAAATGTTGGACCGACACTTACAGT
CAAAATACATCAAAGAAGTATACTCAATGAATCAATATGGAGCTAACCCT
AAAATTGACATCGACACTTTTGCCAGTAACCTTGCCGATAAAGCTAAAAA
GCAACCTTTCTTTGACCACAGGACCAAGCAAGCGTTGACTGATTGTGAAC
CATCTTGGAAATGCAAAAGTTGTGATGTATTTGGTGACTGAAGAAGATCC
ACAATTTATTCACCCACACACATTGTTGATCGATAAAATACCTGTTGGCG
GATATCACATCTTTGACGTCAATGAAGATTTTGATGTGCACGTGGATATC
GTTTTCGCTATTTATCAGAAGGAAAGACCCATGGTATGCTTCCTGGAGAA
CCATCAGACAGCGGTGAAAAAGTATTCCCATCAGTGAGGCAAGACTTGAA
ATTACAAGACAGCCAAAGAAGATGAATTTGCCAGAAGTAACAAAGAATCC
AATTTATGGAAGCTCCATGATTGGTGCAAGTTACCCGATGTCAATGTCTG
TACCCTACCCATTTAAAGGAGCAG
Gene-mRNA-Prot
This transcript is a part of the following gene feature(s):
Feature NameUnique NameSpeciesType
XLOC_003373XLOC_003373Clytia hemisphaericagene
The following polypeptide feature(s) derives from this transcript:
Feature NameUnique NameSpeciesType
TCONS_00005923-proteinTCONS_00005923-proteinClytia hemisphaericapolypeptide
The following exon feature(s) are a part of this transcript:
Feature NameUnique NameSpeciesType
TCONS_00005923-exon-sc0000061-1575043694:523179..523230TCONS_00005923-exon-sc0000061-1575043694:523179..523230Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:520036..520157TCONS_00005923-exon-sc0000061-1575043694:520036..520157Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:519787..519818TCONS_00005923-exon-sc0000061-1575043694:519787..519818Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:518762..518860TCONS_00005923-exon-sc0000061-1575043694:518762..518860Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:517621..517769TCONS_00005923-exon-sc0000061-1575043694:517621..517769Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:517043..517257TCONS_00005923-exon-sc0000061-1575043694:517043..517257Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:516516..516677TCONS_00005923-exon-sc0000061-1575043694:516516..516677Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:515945..516046TCONS_00005923-exon-sc0000061-1575043694:515945..516046Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:515540..515587TCONS_00005923-exon-sc0000061-1575043694:515540..515587Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:515066..515118TCONS_00005923-exon-sc0000061-1575043694:515066..515118Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:514656..514797TCONS_00005923-exon-sc0000061-1575043694:514656..514797Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1575043694:512394..513592TCONS_00005923-exon-sc0000061-1575043694:512394..513592Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:523179..523230TCONS_00005923-exon-sc0000061-1510915933:523179..523230Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:520036..520157TCONS_00005923-exon-sc0000061-1510915933:520036..520157Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:519787..519818TCONS_00005923-exon-sc0000061-1510915933:519787..519818Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:518762..518860TCONS_00005923-exon-sc0000061-1510915933:518762..518860Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:517621..517769TCONS_00005923-exon-sc0000061-1510915933:517621..517769Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:517043..517257TCONS_00005923-exon-sc0000061-1510915933:517043..517257Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:516516..516677TCONS_00005923-exon-sc0000061-1510915933:516516..516677Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:515945..516046TCONS_00005923-exon-sc0000061-1510915933:515945..516046Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:515540..515587TCONS_00005923-exon-sc0000061-1510915933:515540..515587Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:515066..515118TCONS_00005923-exon-sc0000061-1510915933:515066..515118Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:514656..514797TCONS_00005923-exon-sc0000061-1510915933:514656..514797Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1510915933:512394..513592TCONS_00005923-exon-sc0000061-1510915933:512394..513592Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:523179..523230TCONS_00005923-exon-sc0000061-1491911889:523179..523230Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:520036..520157TCONS_00005923-exon-sc0000061-1491911889:520036..520157Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:519787..519818TCONS_00005923-exon-sc0000061-1491911889:519787..519818Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:518762..518860TCONS_00005923-exon-sc0000061-1491911889:518762..518860Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:517621..517769TCONS_00005923-exon-sc0000061-1491911889:517621..517769Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:517043..517257TCONS_00005923-exon-sc0000061-1491911889:517043..517257Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:516516..516677TCONS_00005923-exon-sc0000061-1491911889:516516..516677Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:515945..516046TCONS_00005923-exon-sc0000061-1491911889:515945..516046Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:515540..515587TCONS_00005923-exon-sc0000061-1491911889:515540..515587Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:515066..515118TCONS_00005923-exon-sc0000061-1491911889:515066..515118Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:514656..514797TCONS_00005923-exon-sc0000061-1491911889:514656..514797Clytia hemisphaericaexon
TCONS_00005923-exon-sc0000061-1491911889:512394..513592TCONS_00005923-exon-sc0000061-1491911889:512394..513592Clytia hemisphaericaexon
Position
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
sc0000061supercontigsc0000061:512394..523230 -
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
12.9889 12.4905 3.56075 2.64902 35.6288 27.8402 31.5664 37.4378 16.7701 34.1935 17.391 10.625 21.874 16.811 14.7138 19.1638 17.4848 13.6868 12.3971 15.4506 12.9859 14.553 20.94 21.0864 16.4076 17.1232 12.465 12.6558 14.4166 15.6699
Annotated Terms
The following terms have been associated with this transcript:
Vocabulary: INTERPRO
TermDefinition
IPR000451NFkB/Dor
IPR011539RHD_DNA_bind_dom
IPR013783Ig-like_fold
IPR032397RHD_dimer
IPR008967p53-like_TF_DNA-bd
IPR014756Ig_E-set
Vocabulary: Cellular Component
TermDefinition
GO:0005634nucleus
GO:0005737cytoplasm
Vocabulary: Molecular Function
TermDefinition
GO:0003700transcription factor activity, sequence-specific DNA binding
GO:0003677DNA binding
Vocabulary: Biological Process
TermDefinition
GO:0006355regulation of transcription, DNA-templated
GO Annotation
GO Assignments
This transcript is annotated with the following GO terms.
Category Term Accession Term Name
biological_process GO:0006355 regulation of transcription, DNA-templated
cellular_component GO:0005737 cytoplasm
cellular_component GO:0005634 nucleus
molecular_function GO:0003677 DNA binding
molecular_function GO:0003700 transcription factor activity, sequence-specific DNA binding
Blast
BLAST of TCONS_00005923 vs. Swiss-Prot (Human)
Match: NFKB2 (Nuclear factor NF-kappa-B p100 subunit OS=Homo sapiens GN=NFKB2 PE=1 SV=4)

HSP 1 Score: 202.601 bits (514), Expect = 2.045e-54
Identity = 127/347 (36.60%), Postives = 184/347 (53.03%), Query Frame = 3
Query:  180 LEITRQPKKRGYRFRYLSEGKTHGMLPGEPSDSGEKVFPSVRIVNHLGNAKVVMYLVTEEDPQFIHPHTLLIDKIPVGGYHIFDVN-EDFDVQLKNVAIQHVNKQDLPTKMLDRHLQSKYIKEVYSMNQYGANPKIDIDTFASNLADKAKKQPFFDHRTKQALTGEEEIQLSLAMRKKQKEINMSSCRLCFIAFLQDPETGKFDKILQPVHSDLIIDGKKKEGAPLKIIRVSHVAGSVEGGKEVWLLSDKIDAEDTEVYFWERSQDKQEMFWEGFGEFNKTDVYKQALIVFKIPPYCNQNIDQPRTVNLQLRRKKDRNCVSDVHHFSYKPKHYDRYGLREKRRKNLP 1217
            L I  QPK+RG+RFRY  EG +HG LPG  S+ G K +P+V+I N+ G AK+ + LVT  DP   H H+L+  +    G     V  +D   Q  N+ + HV K+++   M+ + LQ + ++                                      Q LT  E+ +L    ++ +K +++S  RL F AFL+  + G F   L+PV S  I D K    + LKI R+   AGSV GG EV+LL DK+  +D EV F+E  ++     W+ FG+F+ TDV+KQ  IVF+ PPY    I++P TV LQL+RK+  + VSD   F+Y P   D+  ++ KRRK LP
Sbjct:   40 LVIVEQPKQRGFRFRYGCEGPSHGGLPGASSEKGRKTYPTVKICNYEGPAKIEVDLVTHSDPPRAHAHSLVGKQCSELGICAVSVGPKDMTAQFNNLGVLHVTKKNMMGTMIQK-LQRQRLRS-----------------------------------RPQGLTEAEQRELEQEAKELKKVMDLSIVRLRFSAFLRASD-GSFSLPLKPVISQPIHDSKSPGASNLKISRMDKTAGSVRGGDEVYLLCDKVQKDDIEVRFYEDDENG----WQAFGDFSPTDVHKQYAIVFRTPPYHKMKIERPVTVFLQLKRKRGGD-VSDSKQFTYYPLVEDKEEVQRKRRKALP 344          
The following BLAST results are available for this feature:
BLAST of TCONS_00005923 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
NFKB22.045e-5436.60Nuclear factor NF-kappa-B p100 subunit OS=Homo sap... [more]
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